WO2020135018A1 - Rotationally heating cooker - Google Patents
Rotationally heating cooker Download PDFInfo
- Publication number
- WO2020135018A1 WO2020135018A1 PCT/CN2019/124248 CN2019124248W WO2020135018A1 WO 2020135018 A1 WO2020135018 A1 WO 2020135018A1 CN 2019124248 W CN2019124248 W CN 2019124248W WO 2020135018 A1 WO2020135018 A1 WO 2020135018A1
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- WO
- WIPO (PCT)
- Prior art keywords
- container
- cover
- accommodating body
- cooking
- housing
- Prior art date
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J27/00—Cooking-vessels
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J36/00—Parts, details or accessories of cooking-vessels
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J36/00—Parts, details or accessories of cooking-vessels
- A47J36/02—Selection of specific materials, e.g. heavy bottoms with copper inlay or with insulating inlay
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J36/00—Parts, details or accessories of cooking-vessels
- A47J36/24—Warming devices
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J36/00—Parts, details or accessories of cooking-vessels
- A47J36/34—Supports for cooking-vessels
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J36/00—Parts, details or accessories of cooking-vessels
- A47J36/36—Shields or jackets for cooking utensils minimising the radiation of heat, fastened or movably mounted
Definitions
- the invention relates to kitchen appliances, in particular to a rotary heating cooking machine.
- the cooking machine is an intelligent device that can realize automatic cooking. Compared with the traditional cooking pots, the cooking machine has functions such as automatic heating oil and automatic stir frying, so it is popular among consumers.
- the stirring shovel stir-fry generally includes a stirring shovel, which is driven by the motor to rotate in the pan to realize the automatic stir-frying of the ingredients.
- Rotary stir-fry generally includes a rotatable cooking container, and the ingredients can be evenly stir-fried through the rotation of the cooking container.
- the existing rotary cooking machine generally has the heating device immobile, the cooking container rotates, and the heating device heats the cooking container.
- the problem is that there will be convection air between the two, which affects the heat transfer between the two , Leading to low heating efficiency, and there will be a lot of heat loss, affecting energy consumption.
- the technical problem to be solved by the present invention is to overcome the shortcomings of the prior art and provide a rotary heating cooking machine to solve the problem of low heating efficiency of the rotary heating cooking machine.
- the present invention adopts the following technical solutions:
- a rotary-heating cooking machine includes a housing, a rotatable accommodating body is provided in the housing, a heat-insulating cover rotating with the accommodating body is also provided in the housing, and a drive is provided at the bottom of the accommodating body
- a motor drives the motor to drive the accommodating body or the heat preservation cover to rotate, a cooking container rotating with the accommodating body is placed in the accommodating body, and a heating device is also provided in the housing, and the heating device follows the accommodating body
- the housing rotates together, and the cooking container is fitly placed on the inner surface of the containing body;
- the heat preservation cover includes an outer housing and the partition formed in the outer housing, the containing body is disposed on the housing In the partition, the heating device is disposed on the outer surface of the housing.
- a rotatable accommodating body is provided in the casing of the present invention, a cooking container rotating with the accommodating body is placed in the accommodating body, and a heating device is also provided in the casing, the heating device follows the The housing rotates together.
- the accommodating body drives the cooking container to rotate, so that the cooking container can be taken out easily. Therefore, it is not necessary to provide a connecting device connected to the driving device on the cooking container, and cooking containers of different types or materials can be placed in the accommodating body.
- the heating device rotates with the accommodating body, so there is no relative movement between the heating device and the accommodating body, and there will be no convection air, so that the hot spots of the accommodating body always correspond to the heating point of the heating device, which can be fast and effective Raises the temperature of the container, and because the ingredients in the cooking container are tumbled relative to the cooking container, the ingredients can be prevented from being locally heated and simmering in the pan.
- the heating device of the invention heats the accommodating body, and then the accommodating body transfers heat to the cooking container, so that the cooking container is heated evenly, avoiding direct heating of the cooking container, causing uneven heating of the cooking container, and the possibility of local scorching. Therefore, the material requirements of the cooking container are low.
- the cooking container can be an aluminum foil container made of aluminum foil, or an aluminum alloy foil made of aluminum alloy foil container, which can be made for one-time use.
- the cooking container of the present invention is fitly placed on the surface of the accommodating body, so that the heat received by the accommodating body can be directly transferred to the cooking appliance, and the accommodating body also has the effect of collecting heat and improving the heating efficiency.
- a heat-insulating cover is also provided in the casing of the present invention.
- the heat insulation cover has the function of heat preservation, avoiding heat loss, avoiding the temperature of the external shell being too high and burning hands, on the other hand, the heat can be efficiently transferred to the accommodating body.
- the heat preservation cover, the heating device and the accommodating body of the present invention rotate together, so that no air convection occurs between the heating device and the accommodating body, and the heating efficiency of the heating device to the accommodating body is high.
- the three are relative to the housing When rotating, air convection is formed between the heat insulation cover and the shell, and the heat of the heat insulation cover is not easily transferred to the shell, so that the shell is not hot.
- Embodiment 1 is a cross-sectional view of a cooking machine in Embodiment 1 of the present invention.
- FIG. 2 is a schematic diagram of a cooking container in Embodiment 1 of the present invention.
- Embodiment 3 is a cross-sectional view of a cooking container in Embodiment 1 of the present invention.
- FIG. 4 is a partially enlarged schematic view of part A in FIG. 1;
- Example 6 is a schematic diagram of the fold surface B in Example 1 of the present invention.
- Example 7 is a perspective schematic view of a cooking machine in Example 2 of the present invention.
- FIG. 8 is a cross-sectional view of a cooking machine according to Embodiment 2 of the present invention.
- FIG. 9 is a partially enlarged schematic view of part C of FIG. 8;
- FIG. 10 is a cross-sectional view of a cooking machine in Embodiment 4 of the present invention.
- Example 11 is a schematic diagram of a receiving body in Example 4 of the present invention.
- Example 12 is a schematic diagram of the inner cover in Example 4 of the present invention.
- Example 13 is a schematic structural diagram of a first seal in Example 4 of the present invention.
- Example 14 is an exploded schematic view of the cooking machine in Example 4 of the present invention.
- Embodiment 15 is a cross-sectional view of a cooking machine in Embodiment 5 of the present invention.
- FIG. 16 is a cross-sectional view of a cooking appliance in an embodiment of the present invention.
- FIG. 17 is a schematic diagram of the housing in the embodiment of the present invention.
- FIG. 20 is a schematic diagram of a wiring window in an embodiment of the present invention.
- 21 is a schematic diagram of the first form of insulation of the cooking appliance of the present invention.
- FIG. 22 is a schematic diagram of the thermal insulation cover of FIG. 21 of the present invention.
- FIG. 23 is a schematic diagram of a second heat insulation form of a cooking appliance in an embodiment of the present invention.
- FIG. 24 is a schematic diagram of the thermal insulation cover of FIG. 23 in an embodiment of the present invention.
- 25 is a schematic diagram of the routing of the heat insulation cover of FIG. 23 in the embodiment of the present invention.
- 26 is a schematic diagram of a third heat insulation form of a cooking appliance in an embodiment of the present invention.
- FIG. 27 is a schematic diagram of the transmission assembly of FIG. 26 in an embodiment of the present invention.
- FIG. 28 is an exploded schematic view of a heat-insulating cover and heat-insulating components in an embodiment of the present invention.
- FIG. 29 is a cross-sectional view of a heat insulating member in an embodiment of the present invention.
- 30 is a cooking machine provided with a cooking container in an embodiment of the present invention.
- FIG. 31 is a configuration form of a temperature measurement sensor in an embodiment of the present invention.
- 32 is a cross-sectional view of a temperature measurement sensor in an embodiment of the present invention.
- FIG. 33 is a schematic diagram of a receiving body in an embodiment of the present invention.
- FIG. 34 is a partially enlarged schematic view of the present invention as part D in FIG. 33;
- 35 is a schematic diagram of a cooking appliance in an embodiment of the invention.
- 36 is a schematic diagram of a cooking machine in an embodiment of the present invention.
- FIG. 37 is a cross-sectional view of a cooking appliance in an embodiment of the invention.
- 39 is a schematic diagram of a quadrangular cross section of the cooking area in the embodiment of the present invention.
- FIG. 40 is a schematic diagram of a heat insulating member in an embodiment of the present invention.
- FIG. 41 is an exploded schematic view of the heat insulation member in the embodiment of the present invention.
- FIG. 42 is a schematic diagram of a cooking machine provided with a cooking container in an embodiment of the present invention.
- Machine cover 2 inner cover 5, exhaust channel 6, housing 100, accommodating body 200, cooking container 500, support 400, placement cavity 11, access opening 12, pot edge flange 102, liner cover 21, Outer cover 22, steam outlet 23, boss 2101, thermal insulation cover 204, compartment 2042, heating device 201, first stop 31, drive motor 301, container cover 42, cover flange 421, steam outlet 43 , Cooking cavity 44, first step 45, first boss 46, fixed flange 411, hemming 412, rotating shaft 51, bearing 52, bearing seat 53, gland 54, third sealing ring 55, axial sealing ring 56, the second limiting portion 57, the first sealing ring 61, the lip 611.
- the rotary heating cooking machine proposed in this embodiment includes a housing 100 and an accommodating body 200 provided in the housing 100.
- a cooking container 500 is placed in the accommodating body 200, and the cooking container 500 is used for Cooking ingredients.
- the accommodating body 200 is rotatable.
- the accommodating body 200 rotates around the rotation axis P.
- a driving device is provided in the housing 100, and the driving device drives the accommodating body 200 to rotate.
- the driving device is a driving motor 301, which is provided at the bottom of the housing body 200, and the driving device drives the housing body 200 to rotate.
- the bottom of the accommodating body 200 is provided with a connection structure connected to the drive motor 301, and the bottom may be provided with a groove or a rib to match the connection of the drive motor 301.
- the rotation speed of the cooking container is 15-35 rpm, so as to achieve an ideal cooking effect.
- the accommodating body 200 in the present invention can be understood as an accommodating cavity with a recess, used for accommodating other appliances.
- a cooking container 500 is placed in the container 200, and the cooking container 500 is used to place food.
- a heating device 201 is also provided in the housing 100, and the heating device 201 heats the container 200, thereby making cooking
- the rotation of the accommodating body drives the cooking container 500 to rotate.
- the food is stir-fried under the action of gravity or the inertial force and centrifugal force of the rotation to ensure that the ingredients are heated evenly, thus completing the ingredients cooking.
- At least 1/2 of the height region of the cooking container 500 is located in the accommodating cavity, and a container cover 42 is further provided on the cooking container 500, and the container cover 42 is closed for cooking On the container 500, so that the cooking container 500 has a relatively closed cooking cavity 44 during cooking, and the container cover 42 is located outside the receiving cavity.
- the heating device 201 that heats the accommodating body 200 is provided in the housing 100, the cooking container 500 is provided in the accommodating cavity, and at least 1/2 of the height area is located in the accommodating cavity, so that at least 1/2 of the cooking container can be heated And the container cover 42 is located outside the container cavity, and the container cover 42 is not directly heated, which can facilitate the opening of the container cover 42 after the cooking is finished, to avoid the container cover 42 being too hot and burning, so the container cover 42 can also be different from the cooking container Other lower cost materials, such as PP or PS plastic materials.
- the food ingredients are mainly located below the cooking container 500, and are mainly located in the 1/2 height region below, so at least 1/2 height region of the cooking container 500 is located in the accommodating cavity, so that the food materials can be sufficiently heated.
- the cooking container 500 can also be completely located in the accommodating cavity.
- one side of the housing 100 is opened, and the inside of the housing 100 is provided with a placing cavity 11, and the containing body 200 is provided in the placing cavity 11.
- the heating device 201 is provided in the placing cavity 11.
- the heating device 201 rotates together with the accommodating body 200.
- the heating device 201 is arranged on the outer surface of the housing body 200 and rotates synchronously with the rotation of the housing body 200, which will make the food in the cooking container 500 more uniformly heated and have a higher thermal efficiency.
- the heating device 201 heats the accommodating body 200.
- the accommodating body 200 is provided with a cooking container 500, and the three rotate together, so no convection air is formed, especially between the heating device 201 and the accommodating body 200. There is no relative motion, so that the hot spots of the container 200 always correspond to the heating points of the heating device 201, which can quickly and effectively raise the temperature of the container 200, because the ingredients in the cooking container roll over relative to the cooking container , So you can avoid local heating of ingredients and paste.
- the heating device 201 of the present embodiment is a heat generating tube, which is arranged in a ring shape on the outside of the housing, and the heat generating tube is preferably a carbon heat generating tube.
- the form of the heating device 201 is not limited to microwave heating, electromagnetic heating, heating tube heating, etc., the present invention does not limit the installation form of the heating device 201, those skilled in the art can choose according to the actual situation, and then install different types of heating devices And set the heating device in different positions.
- the wall thickness of the cooking container 500 is smaller than the wall thickness of the containing body 200. Since the heating form of this embodiment is mainly that the heating device 201 heats the accommodating body 200, the accommodating body 200 then transfers heat to the cooking container 500, so that the cooking container 500 is heated more uniformly, and the heating device 201 does not directly heat the cooking container. It will not cause the cooking container 500 to be unevenly heated and may cause partial scorching. Therefore, the material requirements of the cooking container 500 are low in this embodiment, and the wall thickness of the cooking container 500 can be very thin because it is not directly related to the heating device 201 Contact, so its wall thickness may be smaller than the wall thickness of the housing 200. Specifically, the wall thickness of the cooking container 500 is 0.02-1.6 mm.
- the wall thickness of the accommodating body 200 is 2-30 mm.
- the cooking container is preferably a metal foil material.
- the metal foil material can withstand high temperature, is easy to form, recyclable, low in cost, light in weight, easy to distribute, and has a thin material, which is convenient for forming the exhaust port at any position; preferably an aluminum foil container made of aluminum foil , Or aluminum alloy foil made of aluminum alloy foil container, can be made for one-time use, and aluminum foil has good thermal conductivity.
- the cooking container can also be composed of multiple layers of different metal foil materials.
- the accommodating body 200 of this embodiment is preferably an aluminum material stretch-molded, which has better heat transfer effect.
- the cooking container 500 of this embodiment is fitly placed on the inner surface of the housing body 200, so that the volume of the cooking container 500 can be as large as possible, and the heat transfer effect of the cooking container 500 is better.
- the accommodating body 200 is provided with a pick-and-place opening 12 in the direction of the rotation axis, so the cooking container 500 can be taken in and out along the direction of the rotation axis of the accommodating body.
- a container cover 42 which is closed on the cooking container 500, so that the cooking container 500 has a relatively closed cooking cavity 44 when cooking, so that the user can access the entire cooking container when cooking is completed, so as not to take it at the end During the process, there is a risk that the food may be spilled due to falling.
- the container cover 42 is provided to ensure that the food does not overflow the outside of the cooking container during the cooking process.
- the container cover 42 is disposed on the side close to the access opening 12 to facilitate access to the container cover 42.
- the container cover 42 can be taken out to add or remove food ingredients.
- the cooking container 500 and the container cover 42 are combined to form a joint surface M, and the preset angle ⁇ formed by the rotation axis of the accommodating body 200 and the joint surface M is 60- 90 degrees.
- the preset angle ⁇ is 90 degrees.
- the joint surface M is a plane where the gap formed by sealing and sealing the container cover 42 and the cooking container 500. In this embodiment, when the cooking container 500 is normally placed on a horizontal table, after the container cover 42 is closed on the cooking container 500, the joint surface of the two is the horizontal plane.
- the accommodating body 200 of this embodiment is inclined Setting, the cooking container 500 is also tilted after being placed in the accommodating body, so the joint surface M is also inclined at a certain angle, and the rotation axis of the accommodating body 200 forms a preset angle ⁇ with the joint surface M to make the joint
- the surface M has always been within a certain vertical height range. Under normal circumstances, when the food is not tilted and rotated, the food is located in the area below the joint surface M.
- the joint surface M is always At a certain vertical height, and the food is always located in the area below the joint surface M, so that the sealing performance at the joint surface M is greatly reduced, and there is no need to even set a sealing ring to seal, which can simplify the structure of the cooking container, The cost is reduced, and the container lid 42 is easily opened.
- the cooking container 500 has a fixed flange 411, and the container cover 42 is provided with a cover edge flange 421.
- the fixed flange 411 and the cover are attached along the flange 421.
- the joint surface M is formed by the gap where the two are attached.
- the fixed flange 411 is provided with a folded edge 412. When the container cover 42 is closed on the fixed flange 411, the folded edge 412 may be inward The side is folded so that the sealing of the container lid 42 is completed at the fixed flange 411.
- the container cover 42 can also be sealed with the cooking container 500 by other sealing methods to prevent liquids such as food materials and oil from leaking from the joint of the cooking container 500 and the container cover 42.
- the container cover 42 may also be provided on the cooking container in other ways, for example, the container cover 42 may be provided on the cooking container by bonding.
- the rotary heating cooking machine further includes a support 400, and the housing 100 is disposed on the support 400, and the support 400 can adjust the shell
- the inclination angle of the body 100 makes the ingredients fully stir-fried in the accommodating body 200 and improves the stir-fry effect.
- the angle ⁇ between the axis of the rotating shaft of the container 200 and the horizontal direction is 20-80 degrees. Setting the tilt angle can promote the stir-frying of the ingredients.
- ⁇ is 20 degrees, 40 Degrees, 45 degrees, 55 degrees, 80 degrees, etc.
- the housing When placed normally, the housing can be placed vertically or horizontally.
- the inclination angle of the housing 100 may be adjustable or non-adjustable.
- a thermal insulation cover 204 is also provided in the housing 100, the thermal insulation cover 204 and the containing body 200 form a partition 2042, and the heating device 201 is located on the partition Within 2042.
- the heating device 201 is located in the partition 2042 between the housing body 200 and the heat-insulating cover 204.
- the heat generated by the heating device 201 will be filled in the partition 2042, and the heat will not be easy
- the heat loss is high and the heating efficiency is high, so that the thermal insulation cover 204 can be fully heated.
- the thermal insulation cover 204 is provided between the heating device 201 and the housing 100, the heat generated by the heating device 201 will not be directly transferred to the housing 100, making the housing
- the temperature of the body 100 is not too high, and the housing 100 can be made of plastic parts or other materials to reduce the cost.
- the thermal insulation cover 204 can be made of metal parts. Specifically, the thermal insulation cover 204, the accommodating body 200 and the heating device 201 of this embodiment are installed together. When the bottom drive motor 301 drives the accommodating body 200 to rotate, the three of them rotate together. Of course, the driving motor 301 can also The heat insulation cover 204 is directly driven to rotate so that the three rotate together.
- the heating device 201 rotates with the accommodating body 200 and the heat insulation cover 204, and the heat of the heating device 201 can be better transferred to the accommodating body 200, and further to the cooking container 500 in the accommodating body 200.
- a steam exhaust port 43 may be provided on the container cover 42, and a steam valve (not shown) may also be disposed on the exhaust port 43;
- the steam exhaust port 43 is provided on the container cover 42
- the position can be set eccentrically or in a central position.
- the steam exhaust port 43 is provided at the center of the container cover 42.
- the eccentrically arranged exhaust port 43 can make full use of the floating characteristics of hot gas such as oil fume and steam when the pick-and-place opening 12 is tilted upward for frying, so that the hot air is quickly discharged from the eccentric exhaust port 43 , And then ensure the taste of the ingredients.
- the eccentrically arranged exhaust port 43 may be provided on the outer peripheral side of the container cover 42. Specifically, during cooking, since the oil vapor and water vapor will float up, the upper side of the cooking cavity will be gathered when tilting and frying. Therefore, the exhaust port 43 opened at the central position is not conducive to the discharge of oil vapor and vapor, so an eccentric setting is adopted.
- the eccentrically arranged steam outlet 43 is closer to the inner wall of the cooking container 500.
- a first step 45 is provided on the outer peripheral side of the first step 45, the first step 45 protrudes outward in the direction of the rotation axis to form a boss or concave inward to form a sink, and the exhaust port 43 is located on the boss Or the sinking platform.
- the first step 45 provided can hinder the food material reaching the side of the pick-and-place opening 12 from being away from the steam outlet 43, thereby solving the problem of leaking food material or soup oil.
- the first step 45 may also be disposed to achieve a better stir-frying effect.
- the first step 45 protrudes outside the access opening 12 to form a first boss 46.
- the cooking container 500 In a frying machine without lid cooking, the cooking container 500 is placed on the container body 200 and rotates integrally with the container body 200. In order to ensure that the container body 200 and the cooking container 500 do not slip when rotating and frying, the cooking container 500 can be fixed by the fold surface B provided on the fixed flange 411.
- the fold surface B is shown in FIGS. 3 and 6, the fold is a tiny texture formed on the surface of the metal foil, which can prevent the smooth cooking container 500 and the container
- the body 200 slips, and the length of a single fold extends zigzag along the direction of the rotation axis, forming a curved protrusion or groove on the surface. Specifically, as shown in FIG.
- the accommodating body 200 is provided with a pot edge flange 102, and the corrugated surface B and the pot edge flange 102 are cooperatively connected to achieve fixation.
- the fold surface B is easy to be formed on the aluminum foil container, and the aluminum foil container has a thin material and limited structural strength, so it cannot be installed with more structures. Therefore, the use of the fold surface for fixing will be better than other fixing methods such as snap fixing or adhesive fixing. For the benefit.
- the inner side wall of the accommodating cavity is inclined outward by a first angle ⁇ from the vertical surface, and the cooking body 500 is placed in the accommodating body 200
- the cooking container 500 rotates with the accommodating body 200, and the angle between the rotation axis P of the cooking container 500 and the horizontal plane Q is ⁇ , and the ⁇ is not greater than ⁇ . Therefore, it is possible to prevent the cooking container 500 from directly sliding out of the accommodating cavity when rotating.
- the inner side wall of the accommodating cavity is inclined outward, so that the mouth of the accommodating cavity is relatively large, which is convenient for putting and removing the cooking container 500.
- the accommodating body 200 itself is inclinedly arranged on the cooking machine, the accommodating cavity is accommodated.
- the accommodating cavity formed by the body 200 has a certain inclination, and the superposition of the two may cause the cooking container 500 to slide out of the accommodating body 200, but in this embodiment, ⁇ is not greater than ⁇ , so that the cooking container 500 is placed in the container After the cavity 3 is placed, it slides into the interior of the cavity, so it is not easy to slide out.
- the side wall of the cooking container 500 may also be provided as a slanted wall matching the inner side wall of the accommodating cavity, so that when the cooking container 500 is pushed in the direction of the rotation axis P, the cooking container 500 and the accommodating body 200 can Rely on this inclined surface to press tightly and fix it.
- the outer wall of the body of the cooking container 500 is provided with a corrugated surface B, and the body of the cooking container 500 is mated with the inner wall of the containing body 200.
- the wrinkled surface B will improve the reliability of fixing the cooking container 500 and the container 200.
- the working principle of this embodiment is roughly as follows: when cooking is required, first place the ingredients in the cooking container 500, then close the container cover 42 and put it into the containing body 200.
- the container 200 rotates to drive the cooking container 500 to rotate, the heating device 201 heats the container 200 to generate heat, and the container 200 transfers heat to the cooking container 500, so that the ingredients in the cooking container 500 are heated.
- the container body 200 rolls over the ingredients to achieve stir-frying.
- the cooking container is taken out, and the container cover 42 is opened to serve. Since the container cover 42 is provided with a steam exhaust port 43, during the cooking process, food ingredients and the like can also be added through the steam exhaust port 43.
- the preset angle ⁇ formed by the rotation axis of the accommodating body and the joint surface M is 60-90 degrees. Therefore, during the rotation, the joint surface M is always at a certain height position, so the sealing requirement at the joint surface is greatly reduced.
- the heating device rotates with the accommodating body.
- the heating device heats the accommodating body, and the accommodating body transfers heat to the cooking container.
- the heating device and the accommodating body rotate together, so no convection air is formed between the two, which makes the heating effect good and the heating efficiency high.
- a container cover is also provided on the cooking container, and the container cover is located outside the accommodating cavity. Since the container lid is located outside the accommodating cavity, the container lid is less affected by the heat transfer of the accommodating body and the temperature is relatively low, which can facilitate opening the lid when taking food, and can also reduce the cost of the container lid.
- the insulation cover and the containing body form a partition, and a heating device is provided in the partition.
- a heating device is provided in the partition.
- the rotatable cooking machine proposed in this embodiment includes a cover 2, and a steam exhaust channel 6 is provided on the cover 2.
- the side of the housing 100 is opened, the cover 2 is closed at the opening of the housing 100, and the container cover 42 can be installed on the cover 2 or on the cooking container 500.
- the container cover 42 and the cooking container 500 keep rotating synchronously, and the container cover 42 cooperates with the cooking container 500 as the machine cover 2 opens and closes with the housing 100 or Separate.
- a steam exhaust port 43 is provided on the container cover 42 and a steam exhaust channel 6 is provided on the cover 2, and the steam exhaust port 43 communicates with the steam exhaust channel 6 Therefore, when it is necessary to control and discharge the oil vapor and steam, it can be achieved through the exhaust port 43 and the exhaust channel 6.
- the cooking cavity exhausts steam through the steam exhaust port 43 toward the steam exhaust channel 6 on the outer side in the rotation axis direction.
- the communication between the exhaust port 43 and the exhaust channel 6 can be achieved by the rotating shaft 51, that is, the rotating shaft 51 is set in a hollow shape, so that one end is connected to the exhaust port 43, and the other end is connected to The outside world communicates with each other.
- the rotating shaft 51 When the lid 2 is closed, one end of the rotating shaft 51 abuts on the container lid 42.
- the rotating shaft 51 is detached from the container lid 42.
- the steam port 43 enters the steam exhaust channel 6 in the rotating shaft 51 and is then discharged to the outside world.
- the container cover 42 may be provided on the machine cover 2.
- a rotation shaft 51 is provided on the machine cover 2, and The container cover 42 is directly fixed on the rotating shaft 51, and the rotating shaft 51 can rotate under the action of external force.
- the container cover 42 is also opened and closed.
- the container The cover 42 is provided on the machine cover 2, and the container cover 42 cooperates with or separates from the cooking container 500 with the opening and closing of the machine cover 2 and the housing.
- one end of the cover 2 is hinged to one side of the housing 100, and the other end is snap-fitted to the housing 100, the rotating shaft 51 is provided at the middle position of the cover 2, and the inner side of the cover 2 is provided A container cover 42 is provided.
- the container cover 42 is closed at the opening of the cooking container 500.
- the external force that drives the rotating shaft 51 and the container cover 42 to rotate can be the rotating container 200 Alternatively, a driving device may be provided on the lid 2 to drive, and the synchronous rotation of the container lid 42 and the cooking container 500 may be realized.
- the lid 2 is separated from the housing 100, the container lid 42 and the cooking container 500 are separated from each other.
- the container cover 42 of the cooking container 500 is also opened.
- the cooking container 500 can also be opened while the cover 2 is opening the housing 100. After the cover 2 is opened, the ingredients inside the cooking container 500 can be conveniently viewed, which can improve the user experience.
- a first sealing ring 61 is also provided between the exhaust passage 6 and the container cover 42.
- the first sealing ring 61 It can be provided on the cover 2 so that it can be separated or fitted with the surface of the container cover 42 when the cover 2 is opened and closed.
- the cooking container 500 is a metal foil
- the oil vapor and steam generated in the relatively closed cooking cavity will exert pressure on the container cover 42 and then be deformed toward the outside of the rotation axis of the pick-and-place opening 12, so ,
- the cooking pressure in the cooking cavity can be used to improve the sealing between the exhaust port 43 and the exhaust channel 6, so that the sealing between the first sealing ring 61 and the container cover 42 varies with the cooking pressure in the cooking container 500 Increase and increase.
- the container cover 42 of the cooking container 500 is in the form of a film or a foil, which deforms under pressure, thereby making the sealing performance of the first sealing ring 61 higher and higher.
- the container cover 42 can also be made of other materials, and the invention is not limited thereto.
- a bearing 52 is provided inside the cover 2.
- the bearing 52 is fixed to the cover 2 through a bearing seat 53, and an axial seal 56 is provided on the outer end of the rotating shaft 51.
- the sealing ring 56 is sleeved on the rotating shaft 51 to achieve dynamic sealing with the rotating shaft 51.
- the axial sealing ring 56 is fixed by the gland 54 which is fixed to the bearing housing 53 and the axial sealing ring 56 is pressed by the gland 54 It is limited between the bearing housing 53 and the gland 54.
- the gland 54 is provided with a positioning block, and a positioning hole is provided on the axial seal ring 56, The positioning block cooperates with the positioning hole to prevent the rotation of the axial seal ring 56.
- the machine cover 2 of this embodiment includes a liner cover 21 and an outer cover 22, a rotating shaft 51 is provided on the liner cover 21, an outer cover 22 is provided on the liner cover 21, and the outer cover 22 is provided with a position corresponding to the position of the exhaust passage 6
- the steam port 23 and the steam outlet 23 communicate with the steam exhaust channel 6.
- a third seal ring is provided between the outer cover 22 and the liner cover 21 55.
- the third sealing ring 55 is disposed on the pressure cover 54, and the outer side is compressed by the ribs of the outer cover 22, thereby achieving sealing.
- oil vapor and steam can be effectively controlled through the steam exhaust channel.
- a steam valve is provided on the cover, and the steam valve communicates with the steam exhaust channel.
- the steam fume is controlled by the steam valve.
- the machine cover is provided with a steam outlet penetrated by the steam exhaust channel, so that the oil fume water vapor can be smoothly discharged from the machine cover.
- this embodiment has the following beneficial effects compared to Embodiment 1: Because the cover 2 is provided, the cooking machine is non-open cooking, so it can be placed in the cover 2 A steam exhaust channel is provided to effectively control the oil vapor and water vapor.
- the cooking container 500 is provided with a container cover 42 and the machine cover 2 is added, regardless of whether the ingredients are in the beginning, middle or end of cooking.
- All cooking is done in a relatively closed cooking cavity, which improves the heat preservation effect, especially at the moment of cooking and when the cover 2 is opened, the oily fume and water vapor will not diffuse around because the cover 2 is opened, avoiding user burns
- the risk of the cooking machine improves the safety of the cooking machine when the dishes are taken; during the cooking process, the steam exhaust port 43 can be used to discharge the fumes and steam generated in the cooking container 500 through the exhaust channel to avoid the interior of the appliance body during cooking.
- the risk of explosion due to excessive pressure, and effective control of oil vapor and water vapor can be achieved.
- the steam is discharged through the steam outlet 43 and the steam passage 6 to ensure the cleanness of the surface of the cooking cavity 11 and the cover 2 Hygienic, avoiding the breeding of bacteria inside the cooking machine and nourishing mosquitoes; in addition, the set cooking container 500 can facilitate the user to take the dishes.
- the cooking container 500 needs to be taken out, and no spatula is needed. The food is shoveled out, no need to take it, it is convenient to use, and the experience is good.
- the ingredients inside the cooking container 500 can be viewed after the machine cover 2 is opened, and the user experience is good.
- the cooking container 500 of this embodiment is a metal inner liner, which is also placed in the accommodating body for heating.
- the metal inner liner can still be used for rapid cooking and tableware
- a container cover is provided during cooking, the metal liner body has higher strength, and the structure is easy to form. Therefore, the container cover can be fastened to the upper side to complete the closure.
- the metal liner is also applicable to the case of cooking without a cover in Example 1 or with a cover in Example 2, and has equivalent beneficial effects.
- the container lid may be provided on the machine lid.
- a sealing device may also be provided between the container lid and the cooking vessel provided in the rotary heating cooking machine of this embodiment.
- a second sealing ring (not shown) is provided between the outer edge of the container cover and the fixed flange of the cooking container, and under the synchronous rotation of the container cover and the cooking container, the second sealing ring and the cooking container can be maintained Static sealing, so there is no possibility of wearing the second sealing ring, which solves the problem that the rotary cooking container of the drum type cooking machine is difficult to seal.
- the cover 2 has the effect of pressing the joint surface between the cooking container 500 and the container cover 42.
- the cover 2 presses the bonding surface M, so that the container cover 42 is not easily separated from the cooking container 500.
- the machine cover 2 of this embodiment includes an inner cover 5 and an upper cover.
- the inner cover 5 of this embodiment is rotatably provided on the upper cover.
- the upper cover includes a liner cover 21 and an outer cover 22.
- the liner cover 21 and the outer cover 22 may also be integrally formed.
- the inner cover 5 compresses the accommodating body 200.
- the container 200 is provided with a pot edge flange 102, and the fixed flange 411 is attached to the pot edge flange 102. Therefore, when the cover 2 is closed to the casing, the fixed flange 411 and the cover edge flange 421 are clamped between the cover 2 and the pot edge flange 102102. Specifically, the inner cover 5 and the pot edge flange 102 sandwich the fixed flange 411 and the lid flange 421. Moreover, when the cover 2 is closed, the inner cover 5 has the effect of pressing the cooking container 500, and similarly, the joint surface formed by the cooking container and the 500 container cover 42 is pressed.
- the fixing of the cooking container 500 is completed by pressing, so that the cooking container 500 and the accommodating body 200 can rotate better integrally, so as to ensure the smooth progress of the exhaust steam.
- the inner cover 5 is pressed tightly, so that the inside of the containing body 200 can be kept relatively closed during cooking, so as to avoid the leakage of oily fume and vapor into the placing cavity 11, thereby ensuring the cleanliness of the placing cavity 11.
- the inner cover 5 is provided on the rotating shaft 51, so that the inner cover 5 can keep synchronous rotation with the accommodating body 200, thereby completing the clamping of the cooking container 500, and at the same time, the inner cover provided on the rotating shaft 51 5.
- the lid 2 can be opened and closed with the housing 100 to match or separate with the accommodating body 200. This fixing method greatly facilitates the user to take the cooking container 500.
- the inner lid 5 When the lid 2 is opened, the inner lid 5 follows Separated from the housing body 200, the cooking container 500 is released from clamping and fixing, so that the user can pick and place the cooking container 500 placed inside the housing body 200; when the cover 2 is closed, the inner cover 5 follows The accommodating body 200 cooperates so that the cooking container 500 is clamped and fixed by the inner cover 5 and the accommodating body 200, thereby ensuring that the cooking container 500 keeps rotating synchronously to complete the cooking of the dishes.
- the exhaust port 43 can directly pass through the rotating shaft 51 and The cooking container 500 is docked (that is, a modification of Embodiment 2) to achieve the docking with the steam exhaust port 43, thereby completing the connection between the steam exhaust port 43 and the steam exhaust passage 6.
- the accommodating body 200 is provided with a first limit position In the portion 31, a second limiting portion 57 is provided on the inner cover 5, and the first limiting portion 31 cooperates with the second limiting portion 57 to realize synchronous rotation of the inner cover 5.
- the first limiting portion 31 cooperates with the second limiting portion 57, and the first limiting portion 31 is blocked by the second limiting portion 57 during the rotation, so that the second limiting portion 57 is tangentially
- the pushing force of the inner cover 5 can rotate synchronously with the accommodating body 200.
- Both the first limiting portion 31 and the second limiting portion 57 are provided in plurality, and are spaced apart from each other. The distance between the first limiting portion 31 and each other is greater than the width of the body of the second limiting portion 57, so , When the cover 2 is closed, the second limiting portion 57 can be smoothly inserted into the gap between the first limiting portion 31, thereby ensuring the reliable cooperation between the first limiting portion 31 and the second limiting portion 57 .
- the above-mentioned arrangement can make the inner cover 5 and the accommodating body 200 cooperate and not rotate before, there is a preset empty stroke between the accommodating body 200 and the inner cover 5, under the empty stroke, the accommodating body 200 rotates, and the inner cover 5 No rotation, when the empty travel is completed, the accommodating body 200 and the inner cover 5 are synchronously rotated.
- This setting can improve the error tolerance rate between the inner cover 5 and the accommodating body 200, without the need for the first limit portion 31 and the second limit part 57 complete the cooperation at the moment of closing the cover, but only after the empty stroke, so the user can close the cover 2 at will when closing the cover, without the inner cover 5
- the positioning between the body 200 improves the user's experience of closing the lid 2.
- the first sealing ring 61 moves relative to the surface of the cooking container 500 during the empty stroke, and has sliding friction, which is a dynamic seal. Under synchronous rotation, it is relatively stationary with static friction, which is a static seal.
- the lip 611 of the first sealing ring 61 is set to an outer expansion type, and the sealing surface of the outer expansion lip follows the lip The amount of deformation becomes larger and larger.
- the shape of the first seal ring 61 may not be limited to the outer expansion type, but may be other shapes.
- the heating device is provided separately from the housing body.
- the heating device 201 is a heating tube, arranged around the housing body 200, to uniformly heat the housing body 200; the heating device disposed in the placement chamber 11 is preferably partially disposed in the shell Physically, as in this embodiment, the heating device is provided on the lower side of the housing, which mainly heats the lower side of the containing body, which can save energy, and can fit the cooking ingredients in the cooking container due to the action of gravity, Mainly focus on the characteristics of the lower side.
- the heating device located on the upper side of the gravity direction will dry-burn the container and the cooking container, so that the temperature of the inner wall of the cooking container rotating to the upper side is more High, when the part that has been burnt dry rotates to the lower side again due to the rotation, the high-temperature inner wall comes into contact with the food ingredients to achieve the effect of stir frying and enhance the taste.
- the heating device can independently control heat generation to achieve different cooking effects.
- this embodiment proposes a cooking appliance including a housing 100, a housing body 200 and a transmission assembly 300.
- the housing body 200 is provided in the housing 100 and is connected to the transmission assembly 300. Under transmission, the accommodating body 200 can rotate in the housing 100.
- a casing (not shown) is provided outside the body, so that the external shape of the body is more beautiful.
- the accommodating body 200 can be used for cooking ingredients.
- the transmission assembly 300 is coupled or fixed to the bottom of the accommodating body 200 to realize the rotation of the accommodating body 200.
- the accommodating body 200 is heated.
- the food is stir-fried under the action of gravity or the inertial force and the centrifugal force of the rotation to ensure that the ingredients are uniformly heated and uniform, thereby completing the cooking of the ingredients.
- the accommodating body 200 may be detachable or non-detachable. In this embodiment, the accommodating body 200 and the transmission assembly 300 are not detachable.
- the accommodating body 200 is provided with a heating device 201 and/or an electronic component 202 rotating together with it; the heating device 201 rotating together can improve the heating efficiency, and the provided electronic component 202 can be used for parameter acquisition and control during the cooking process.
- the housing 100 is provided with a wiring window 101 for wiring, and the wiring window 101 can facilitate the connection of wires when the cooking appliance is assembled.
- the transmission assembly 300 is provided on the housing 100, and a threaded hole 303 is provided in the middle of the transmission assembly 300.
- a conductive slip ring 302 is provided on one side of the threaded hole 303, and the wires of the conductive slip ring 302 pass through the thread hole 303 Through, through the wiring window 101 to achieve a fixed connection between the heating device 201 and/or the terminal 203 of the electronic component 202 and the wire.
- the conductive slip ring 302 provided in this embodiment can realize electrical connection with the heating device 201 and/or the electronic component 202, so that during the rotation of the heating device 201 and/or the electronic component 202, the heating device 201 and/or the electronic component are connected The wires of the element 202 are not twisted, and the wiring of the heating device 201 and the electronic element 202 rotating integrally with the accommodating body 200 is realized.
- the housing 100 is provided with a wiring window 101, when the heating device 201 and/or the terminal 203 of the electronic component 202 is connected and fixed to the wire 304, the installation work can be performed through the wiring window 101 on the housing 100, thereby It overcomes the problem that the connection body 203 is not easily fixed due to the easy rotation of the accommodating body 200, and the connection is difficult.
- the top side of the housing 100 is provided with a pick-and-place opening.
- the accommodating body 200 is placed in the housing 100 through the pick-and-place opening on this side.
- the housing 100 and the accommodating body 200 are supported by the support 400.
- the housing 100 is rotatably provided on the support 400. By tilting the housing 100, the container 200 can be slanted to cook the ingredients.
- a heating device 201 is provided on the outer wall of the container 200 to provide cooking The heat required. Since the stirring of the ingredients is achieved by the rotation of the container 200, the heating device 201 and/or the electronic component 202 are provided on the container 200, which can improve the thermal efficiency and facilitate cooking control.
- the pick-and-place opening of the housing 100 is provided in the direction of the rotation axis of the housing body 200, and a transmission assembly 300 is provided on the bottom side of the housing 100.
- the transmission assembly 300 is fixed on the housing 100 and includes a driving motor 301 and a transmission mechanism ,
- the motor shaft of the driving motor 301 and the rotating shaft of the accommodating body 200 are eccentrically arranged, and the driving motor 301 drives the accommodating body 200 to rotate through a transmission mechanism.
- the eccentrically disposed driving motor 301 enables the conductive slip ring 302 to be disposed in the direction of the rotation axis of the housing body 200.
- the wire can avoid winding and facilitate wiring with external components.
- a fixed seat 305 is provided on the housing 100, and a drive motor 301 and a transmission mechanism 306 are provided on the fixed seat 305.
- the drive motor 301 includes a motor body and a On the fixing ring outside the motor body, the motor body is docked with the screw column of the fixing base 305 through the screw hole of the fixing ring, and the fixing is completed by tightening the screw.
- a shock absorbing pad is provided between the driving motor 301 and the fixed base 305. The shock absorbing pad can serve as a buffer, so that the motor can operate safely and stably.
- the motor shaft is connected to the transmission mechanism 306.
- the transmission mechanism 306 is preferably a gear transmission mechanism.
- the gear transmission mechanism 306 includes a connection to the motor shaft
- the driving wheel 3061, and the driven wheel 3062 driven by the driving wheel 3061, the gear transmission mechanism is provided in the gear box 3063, the gear box 3063 is provided with a noise reduction medium, which can be grease to avoid generating large noise, fixed
- a bearing 308 is provided in the middle of the seat 305.
- the bearing 308 is connected to the coupling 307.
- One end of the coupling 307 is connected to the accommodating body 200, and one end is connected to the driven wheel 3062.
- the middle of the coupling 307 is provided with a threaded hole 303, which is conductive and slippery.
- the ring 302 is connected and fixed with the fixing base 305, and the wire 304 drawn from the slider of the conductive slip ring 302 enters the wire hole 303, passes through the coupling 307, and reaches the bottom side of the accommodating body 200.
- the driven wheel 3062 is provided with a key slot 309, and the coupling 307 is also provided with a key slot 309. After the key slot 309 is matched, a fixing screw is provided on the key slot 309 to achieve fixation, thereby avoiding the coupling 307 Detach from the driven wheel 3062 to achieve transmission reliability.
- the driving motor 301 is powered on and drives the driving wheel 3061 to rotate under the control of the control circuit.
- the driving wheel 3061 meshes with the driven wheel 3062.
- the driving wheel 3061 realizes the transmission with the driven wheel 3062, which in turn drives the coupling 307 to rotate, the coupling 307
- a wiring window 101 is provided on the bottom side of the housing 100, as long as the housing The wiring terminal 203 on the body 200 can be exposed through the wiring window 101, and the wiring work can be conveniently completed.
- the wiring window 101 and the rotation axis of the accommodating body 200 are eccentrically arranged, and the terminal 203 on the accommodation body 200 is also eccentrically arranged with the rotation shaft.
- the area of the wiring window 101 can be increased, thereby facilitating wiring work.
- a cover plate (not shown in the figure) can also be provided on the wiring window 101, and the cover plate is connected to the wiring window 101 in a detachable or non-removable form; the provided cover plate, first: can fill the Cavity to prevent the internal housing 200 from being exposed, users will not touch the housing 200 and the terminal 203, causing burns, electric shock and other safety accidents.
- the cover plate can be set in a detachable form, so as to facilitate subsequent maintenance; in order to avoid user's misoperation and electric shock, the cover plate can also be set in a non-removable form.
- the wiring window 101 can be selectively set according to the position of the terminal 203 on the accommodating body 200.
- the terminal 203 includes at least two positive or negative electrodes.
- the connection terminal 203 may include more than two, such as when including multiple sets of heating devices 201, and other electronic components 202, at this time, the connection terminal 203 may be located The positions of the terminals are different. Therefore, in order to facilitate the wiring operation, when the wiring window 101 is provided, at least part of the area of the wiring window 101 coincides with the terminal 203, that is, the wiring window 101 does not need to cover all the terminals 203.
- the rotation of the rotating container is used to change the position of the connection terminal 203 to expose the connection terminal 203 on the housing body 200 to complete the connection operation of the connection terminal 203; the above-mentioned arrangement makes the bottom side of the housing 100 open or open The number of holes can be reduced as much as possible, thereby ensuring the strength of the housing 100.
- a housing (not shown) is provided on the bottom side of the housing 100, and a control circuit is provided on the housing.
- the control circuit is electrically connected to the heating device 201 and/or the electronic component 202 through a conductive slip ring 302.
- the outer cover provided on the one hand plays a protective role, on the other hand, it can facilitate the connection with the conductive slip ring 302.
- connection between the coupling 307 and the accommodating body 200 is provided between the transmission assembly 300 and the accommodating body 200 in order to facilitate the traction of the wire 304 passing through the wire hole 303 to other positions of the accommodating body 200
- the wire gap is set to achieve the traction of the wire 304 in a 360-degree direction.
- the wire groove 3071 can achieve directional traction in a specific direction; the wire gap and the wire groove can Set according to the actual situation.
- the housing 100 when performing the wiring operation, the housing 100 may be turned upside down or sideways, so that the transmission assembly 300 is placed upward or sideways, and the accommodation body 200 is turned, so that the accommodation body 200 rotates around its rotation axis, and then
- the connection terminal 203 on the housing body 200 is located in the area of the connection window 101, and a wiring tool such as a screwdriver is extended through the connection window 101 to fix the wire on the connection terminal 203.
- the cooking appliance in Embodiment 6 is provided with a conductive slip ring 302 on the bottom side of the housing 100, so as to realize the connection between the heating device 201 and the electronic component 202 that rotates synchronously with the accommodating body 200, but During the cooking process of the body 200, the generated heat will be radiated or conducted to the side of the conductive slip ring 302, affecting the service life of the conductive slip ring 302.
- a heat insulating component is provided between the housing body 200 and the conductive slip ring 302, which can avoid the problem that the conductive slip ring 302 is roasted by a large amount of heat and is damaged.
- the heat insulation assembly includes a heat-insulating cover 204 disposed outside the accommodating body 200.
- the heat-insulating cover 204 includes an outer housing body 2041 and a partition 2042 formed in the outer housing body 2041.
- the body 200 is disposed in the partition 2042.
- the outer cover body 2041 includes a cover outer wall 2043, a cover inner wall 2044, and a heat insulation cavity 2045 formed between the cover outer wall 2043 and the cover inner wall 2044; specifically, in this embodiment, the heat insulation cavity 2045 It is a vacuum chamber. Therefore, the thermal insulation cover 204 is a vacuum cover.
- the bottom side of the vacuum cover is provided with an escape hole 2046, and a heat insulation member 205 is provided at the escape hole 2046.
- the heat insulation member 205 is a non-vacuum base, not
- the vacuum base is set in the direction of the rotation axis of the accommodating body 200; on the basis of the vacuum cover, a non-vacuum base is further formed to form a vacuum + non-vacuum insulation form, which can not only improve the thermal efficiency of cooking, but also overcome
- non-vacuum insulation parts are not insulated by the vacuum principle, but by heat insulation materials such as aluminum silicate or Insulation cotton of other materials is used for heat insulation, so it can be opened on the upper side.
- the hole can make the transmission assembly 300 directly connected to the accommodating body 200.
- the main force-bearing component of the transmission assembly 300 is the accommodating body 200, so as to ensure that the vacuum cover is not damaged; the openings provided on the non-vacuum base can facilitate wiring, thereby improving assembly efficiency.
- the heat insulation component may only be provided with a vacuum cover, and the heat insulation performance of vacuum heat insulation is greater than that of non-vacuum heat insulation, in the direction of the rotation axis
- the vacuum cover is also covered, and a vacuum cover is directly provided on the housing body 200 to completely wrap the heating device 201 and/or the electronic component 202 provided on the housing body 200, which can avoid heat loss from the source and thus can be achieved Thermal insulation of the conductive slip ring 302; the vacuum cover provided has excellent thermal insulation performance.
- the vacuum cover provided can improve the thermal efficiency of the housing body 200 and has a good heating effect.
- the wiring and fixing with the transmission assembly 300 can be achieved by making corresponding structures on the outer wall of the cover.
- the cover outer wall 2043 includes a cover bottom wall 2047 and a cover side wall 2048, and a reinforcing structure 2049 is provided on the cover bottom wall 2047, and the reinforcing structure 2049 is the same as the cover bottom wall 2047
- the fixed pony 20410 is fixedly connected to the transmission assembly 300. Since the transmission assembly 300 is fixed to the vacuum cover, the vacuum cover is not only used as the heat insulation component 205, but also as the transmission component, so it needs to be fixedly connected to the accommodating body 200.
- the vacuum cover is located on the accommodating body 200
- the side of the pick-and-place opening is fixed.
- the accommodating body 200 is provided with a pot edge flange 102 on the side of the driving opening, and the accommodating body 200 is fixedly connected to the vacuum cover through the pot edge flange 102 to realize the transmission assembly 300 drives the accommodating body 200 to rotate through the heat-insulating cover 204, and the connection method is not limited to screw fixing or snapping.
- the pot edge and the port portion of the housing body 2041 along the flange 102 are sealed.
- a heat insulation ring 103 is provided between the pot edge flange 102 and the outer cover body 2041. In this way, the temperature of the pot edge flange 102 is too high, and it is not hot when handling .
- the heating device 201 and the terminal 203 of the electronic component 202 are disposed through the non-vacuum base, or the fixed pin of the housing body 200 is disposed through the non-vacuum base.
- the fixed pins provided are directly connected to the transmission assembly 300. During transmission, the force is directly transmitted to the accommodating body 200 without acting on the vacuum cover or non-vacuum cover, so the connection is more reliable and the life of the transmission can be improved .
- the accommodating body 200 provided with only a vacuum cover, when wiring, it can be wound from the side wall of the heat insulation cover 204 to the port portion, and then connected to the terminal 203 wrapped in the vacuum cover, specifically: when only the In the case of a vacuum cover, the terminal 203 of the heating device 201 and/or the electronic component 202 is located between the vacuum cover and the containing body 200, and the terminal 203 is connected with an external guide wire, and the external guide wire extends to the container through the side wall of the cover of the vacuum cover
- the opening side of the housing 200 enters between the vacuum cover and the housing 200, and is electrically connected to the heating device 201 and the terminal 203 of the electronic component 202.
- a wiring hole 1031 is provided between the pot edge flanging 102 and the outer cover body 2041, and the outer side wall of the outer cover body 2041 is provided with a locking wire position 20411, so as to avoid external The guide wire is shaking.
- the heat insulation assembly includes a heat insulation pad provided on the transmission assembly 300.
- another thermal insulation structure is adopted to realize the arrangement of the conductive slip ring 302, that is, the thermal insulation component is disposed on the transmission component 300, so as to isolate the heat emitted by the accommodating body 200.
- Insulating body 200 is provided with a heat insulating component, which can also insulate conductive slip ring 302.
- the transmission assembly 300 includes a fixed seat 305 provided on the housing 100, a conductive slip ring 302 is provided on the fixed seat 305, and a heat insulation pad includes a first heat insulation provided between the conductive slip ring 302 and the fixed seat 305 ⁇ 310 ⁇ 310.
- the possible implementation of the above-mentioned heat insulation pad is to directly isolate the heat transferred from the fixed base 305, because the fixed base 305 is generally a metal part with good thermal conductivity, and the conductive slip ring 302 is fixed on the fixed base 305, and The fixing seat 305 is in direct contact, and a heat insulation pad is directly provided between the conductive slip ring 302 and the fixing seat 305 to isolate most of the heat, thereby protecting the conductive slip ring 302.
- the transmission assembly 300 includes the coupling 307 connected to the accommodating body 200, and the heat insulation pad includes The second heat insulation pad 311 provided on the coupling 307.
- the coupling 307 is directly connected to the accommodating body 200, and is located in the direction of the rotating shaft.
- a wire hole 303 is also provided here, through which the wire passes, so the heat conducted along the axis direction will also be very large. It is necessary to isolate the heat conducted from the direction of the coupling 307 and the via hole 303.
- a possible implementation manner is that heat insulation is performed in the direction of the rotation axis, and a second heat insulation pad 311 is provided to isolate heat conduction in the axis direction.
- the conductive slip ring 302 is fixed on the fixed seat 305, and the sliding head of the conductive slip ring 302 is provided with a first bearing 312, the inner ring of the first bearing 312 is fixed on the fixed seat 305, the outer ring is connected with the driven wheel 3062, and the driven wheel 3062 A shaft shoulder is provided, and the shaft shoulder is connected to the coupling 307.
- the coupling 307 is fixed in the inner ring of the second bearing 313, and the outer ring of the second bearing 313 is fixed on the fixing seat 305.
- the first heat insulation pad 310 is disposed between the conductive slip ring 302 and the fixing base 305.
- the first heat insulation pad 310 is provided with a wire passing hole 303, the wire of the slider passes through the wire passing hole 303, and the driven wheel 3062 is also provided Through the wire hole 303, the second heat insulation pad 311 is provided between the driven wheel 3062 and the coupling 307, and is used to isolate the heat radiated from the direction of the rotation axis of the accommodating body 200.
- the second heat insulation pad 311 is also provided
- the beam hole 314 is smaller than the diameter of the wire hole 303, thereby preventing the wire bundle in the wire hole 303 from being tangled when the accommodating body 200 rotates.
- a heating device 201 and a heat-insulating cover 204 that rotate with it are provided on the accommodating body 200.
- the heat-insulating cover 204 can improve the thermal efficiency of the heating device 201 and avoid heat loss.
- the heat insulation cover 204 rotates integrally with the accommodating body 200, so that the distance of the heat insulation cover 204 from the heating source is smaller, and most of the heat generated by the heating element is caused by the accommodating body 200 absorbed, so as to achieve the function of stir frying.
- the thermal insulation cover 204 includes a housing body 2041 and a partition 2042 formed in the housing body 2041, the accommodating body 200 is disposed in the partition 2042, and the heating element in the partition 2042 self-heats The heat generated is insulated by the housing body 2041 to prevent heat loss.
- the cover body 2041 has a heat insulation function. In order to make the heat insulation performance of the cover body 2041 good, a heat insulation cavity 2045 is provided in the cover body 2041.
- the cover body 2041 includes a cover outer wall 2043, a cover inner wall 2044, and a forming cover A heat insulation cavity 2045 between the outer wall 2043 and the inner wall 2044 of the cover.
- the heat insulation cavity 2045 provided can isolate the heat transfer, and the structure of the heat insulation cavity 2045 can be used to fill other heat insulation materials or form a vacuum cavity, thereby forming a composite heat insulation structure, thereby improving the heat insulation effect; It may be, for example, thermal insulation cotton and phase change medium.
- the thermal insulation chamber 2045 may also be a vacuum chamber.
- the vacuum chamber has no medium, and the heat conduction medium is eliminated. Therefore, the thermal insulation effect is good.
- the heat insulation cover can fully isolate the heat of the heat source during the cooking process.
- the vacuum cover can produce a gathering effect on the rotating container, making the rotation The temperature of the container rises rapidly, which can fry the dishes and improve the cooking effect.
- the vacuum cover has heat insulation performance that other heat insulation components cannot reach, which can effectively improve the quality of dishes.
- the frying effect of other materials of heat insulation cover will be weaker. Therefore, in this embodiment, a vacuum cover is used as heat insulation.
- the rotating container is provided with a pot edge flange 102, and the pot edge flange 102 is sealed with the port portion of the housing body 2041, so that the partition 2042 can form a relatively closed cavity, thereby Make sure that the heat is not lost.
- the seal setting is also a benefit of synchronous rotation. Because the heat insulation cover 204 is synchronously set with the accommodating body 200, the cover body 2041 and the pot edge flange 102 can be sealed, less heat loss, and the traditional on the shell Compared with the way of heat insulation, it can solve the problem that the dynamic sealing cannot be achieved at the port part.
- the cover outer wall 2043 includes a cover bottom wall 2047 and a cover side wall 2048, and a reinforcement structure 2049 is provided on the cover bottom wall 2047. Since the cover body 2041 is provided with a thermal insulation cavity 2045, and the cover body 2041 needs to rotate synchronously with the accommodating body 200, the cover bottom wall 2047 needs to be stressed, so the strength of the structure on the cover bottom wall 2047 may not be enough.
- the structure of the cover bottom wall 2047 forms a reinforcing structure 2049, so as to improve the deformation resistance of the cover bottom wall 2047.
- the reinforcing structure 2049 may be a groove or a protrusion integrally formed with the bottom wall 2047 of the cover.
- the groove or protrusion provided can improve the deformation resistance of the bottom wall 2047 of the cover.
- the transmission component needs to directly drive the heat-insulating cover, It can realize the deformation ability of the transmission assembly 300 to drive the rotation of the housing body 2041, to avoid the deformation of the thin cover bottom wall due to the hollow of the cover body due to shear force; on the other hand, even if the transmission component does not directly drive the cover bottom wall,
- the reinforced structure can also avoid the problem that the cover body is hollow and deformed by knocking, thus ensuring the service life of the cover body and avoiding damage to the insulation material or vacuum environment in the insulation cavity, especially when the insulation cavity is pumped.
- the side wall of the cover is a cylindrical surface, it has an eggshell effect and bears a strong force, but the bottom wall of the cover is a flat surface.
- the position of the groove or protrusion should be set as close to the side wall of the cover as possible, because the stress is easy to concentrate here.
- the groove or protrusion can also be distributed throughout the cover. On the bottom wall.
- a non-vacuum base can be provided on the bottom side of the heat-insulating cover, so that the heating device 201 and/or the terminal 203 of the electronic component 202 can be easily set through the non-vacuum base, or the fixed pins of the accommodating body 200 can be set through the non-vacuum base .
- the fixed pins provided are directly connected to the transmission assembly 300. During transmission, the force is directly transmitted to the accommodating body 200 without acting on the vacuum cover or non-vacuum cover, so the connection is more reliable and the life of the transmission can be improved .
- the heat insulation cavity 2045 when wiring, it can be wound from the outer wall of the heat insulation cover 204 to the port portion, and then connected to the terminal 203 wrapped in the vacuum cover, specifically: when only the vacuum cover is provided
- the heating device 201 and the terminal 203 of the electronic component 202 are located between the vacuum cover and the containing body 200, and the terminal 203 is connected with an external guide wire, which extends to the containing body 200 through the outer side wall of the vacuum cover
- the opening side enters between the vacuum cover and the container 200 from the wiring hole 1031, and is electrically connected to the heating device 201 and the terminal 203 of the electronic component 202.
- the heating device 201 and/or the terminal 203 of the electronic component 202 cannot be exposed in the axial direction of the accommodating body 200, resulting in failure to communicate with the conductive slip ring 302 wire
- the problem of electrical connection therefore, an outer guide wire is provided, which is led out along the opening side of the accommodating body 200, reaches the outer side wall of the vacuum cover, and then reaches the conductive slip ring 302 in the direction of the rotation axis, thereby realizing the connection with the conductive slip ring 302 electric connection.
- a wiring hole 1031 is provided between the pot edge flange 102 and the outer cover body 2041, and the outer side wall of the outer cover body 2041 is provided with a clamping wire position 20411, so as to avoid the outer guide wire from shaking.
- a heat insulation ring 103 is provided between the pot edge flange 102 and the outer cover body 2041. In this way, the temperature of the pot edge flange 102 is too high, and it is not hot when handling .
- the pot is fixedly connected between the flange 102 and the outer casing body 2041, so that the transmission assembly 300 drives the accommodating body 200 to rotate through the thermal insulation cover 204.
- the heat insulation cover provided has the function of collecting heat, which can improve the thermal efficiency of cooking appliances and improve the cooking effect of dishes.
- a cooking appliance including:
- Housing (not shown in this embodiment, the structure can refer to FIG. 21 of Embodiment 8);
- the accommodating body 200 is rotatably disposed in the housing, and the accommodating body 200 is provided with a heating device 201 and a heat insulation cover 204 that rotate with it.
- the heat insulation cover 204 is located in the accommodating body 200 Has an escape hole 2046 in the direction of the axis;
- Example 9 The main difference between Example 9 and Example 8 is that, the heat insulation cover 204 is provided with an escape hole 2046 in the axial direction of the housing body 200, and a heat insulation member 205 is provided in the escape hole 2046. 205 rotates with the accommodating body 200.
- the heat insulation cover 204 is used for heat insulation, but the heat insulation form of the heat insulation member 205+the heat insulation cover 204 is used, thereby solving the problem that only the heat insulation cover 204 is provided, which is inconvenient for the body 200 The problem of driving, and the problem of wiring.
- the heat insulating member 205 is provided with a wire opening 2051. Therefore, the electrical components between the heat insulation cover 204 and the accommodating body 200 can be routed through the wire opening 2051 without wiring Extending to the port portion side of the housing body 2041 shortens the wiring distance and saves costs.
- the accommodating body 200 in order to enable the transmission assembly 300 to directly drive the accommodating body 200 instead of indirectly driving the accommodating body 200 to rotate by driving the thermal insulation cover 204, thereby improving the life of the thermal insulation cover 204, an escape hole is provided on the thermal insulation cover 204 2046, the accommodating body 200 is provided with a fixing post 217, which is fixedly connected to the transmission assembly 300 through the heat insulation member 205, so as to realize the direct drive of the transmission assembly 300 and reduce the influence of the heat insulation cover 204 force.
- the fixed column 217 will directly pass through the avoidance hole 2046 and be directly connected to the transmission assembly 300, so that the transmission assembly 300 directly drives the accommodating body 200.
- the accommodating body 200 will serve as the main object of the driving force, and the heat preservation
- the cover 204 rotates integrally with the accommodating body 200 as an indirect driving object.
- a heat insulation member 205 is provided at the avoidance hole 2046, the heat insulation member 205 is provided with a wire opening 2051, and a fixed column hole through which the fixed column 217 passes , So as to realize the heat insulation in the direction of the rotation axis while passing through the fixed column 217.
- the heat insulating member 205 uses a heat insulating material that can directly open holes, such as heat insulating cotton.
- the heat insulation cover 204 In order to improve the heat insulation performance of the heat insulation cover 204 as the main heat insulation structure, in addition to the escape hole 2046, other holes will not be formed in the cover body 2041, thereby ensuring the heat insulation performance, so the heat insulation cover 204 may be inconvenient Insulation materials with holes, such as vacuum structures.
- This embodiment not only ensures that the accommodating body 200 has a good heat insulation effect, but also ensures good transmission performance, and is convenient for wiring, saving costs, and good transmission performance, which greatly improves the life of the insulation cover 204 and avoids deformation and failure To achieve good cooking effect.
- This embodiment proposes a cooking machine. Compared with Embodiments 6 to 9, referring to FIGS. 30-32, the accommodating body 200 is no longer used as a direct cooking vessel for food, but is provided with a rotating body that accompanies the accommodating body 200.
- Cooking container 500 to complete the cooking of ingredients including:
- the housing 100 is provided with a wiring window 101 for wiring;
- the accommodating body 200 is provided with a cooking container 500 which rotates together with the accommodating body 200, the accommodating body 200 is rotatably provided in the housing 100, and the accommodating body 200 is provided with a heating device 201 which rotates with it And/or electronic component 202;
- the transmission assembly 300 is disposed on the housing 100 and is used to drive the accommodating body 200 to rotate.
- the transmission assembly 300 is provided with a wire passing hole 303 in the middle, and a conductive slip ring 302 is provided on one side of the wire passing hole 303
- the wire of the conductive slip ring 302 passes through the wire hole 303, and the connection terminal 203 of the heating device 201 and/or the electronic component 202 is fixedly connected to the wire through the wiring window 101.
- the cooking container 500 By setting the cooking container 500, it is possible to solve the problem in the prior art that the ingredients need to be washed in the container 200 for cooking.
- the cooking container 500 as a container for cooking ingredients, is directly placed in the container 200 on the container 200
- the heating device 201 generates heat, transmits it to the container 200 and then transmits it to the cooking container 500.
- the cooking container 500 rotates together with the container 200, and uses the stir-fry effect generated by the rotation to complete the cooking of the ingredients.
- the internal ingredients can be completely separated from the accommodating body 200, thereby ensuring the cleanliness of the accommodating body 200.
- the wiring window 101 is provided to facilitate wiring efficiency and a better assembly operation experience.
- the material of the cooking container 500 is a metal foil material, which is placed in the accommodating cavity of the accommodating body 200.
- the metal foil material is easy to form, environmentally friendly, low in cost, good in thermal conductivity, can be used once, and can be used as tableware.
- the accommodating body 200 is further provided with a temperature measuring sensor 215 that rotates with it, the accommodating body 200 makes the temperature measuring sensor 215 and the cooking container 500 Isolated from each other.
- the temperature measuring sensor 215 is used to obtain the cooking temperature of the cooking container 500 and send it back to the control system to realize the heating control of the dishes.
- the accommodating body 200 Since the cooking container 500 is placed in the accommodating body 200 and relies on the rotation of the accommodating body 200 to realize the cooking of dishes, at this time, in order to achieve a good cooking effect, in general, the accommodating body 200 is inclinedly set to use The effects of gravity, centrifugal force, and friction force make the ingredients fully roll over.
- the rotation of the cooking container 500 during cooking mainly depends on the accommodating body 200, so the friction between the cooking container 500 and the accommodating body 200 appears very Important; on the other hand, in order to accurately obtain the cooking temperature of the ingredients, a flexible temperature sensor 215 that can accurately fit the cooking container 500 is provided to ensure that the ingredients can be heated and cooked.
- the temperature measuring sensor 215 When the cooking container 500 is placed in the container At 200, the temperature measuring sensor 215 is compressed due to the weight of the cooking container 500, thereby ensuring accurate fitting with the cooking container 500. Based on this, there is a problem that the frictional force between the cooking container 500 and the container 200 will be affected. When the temperature sensor 215 abuts on the cooking container 500 during rotation, the cooking container 500 and the container It is difficult to completely fit between 200. At this time, the friction between the cooking container 500 and the containing body 200 will be reduced, causing slippage.
- the temperature sensor 215 when tilted, the temperature sensor 215 is difficult to maintain in the direction of gravity, so the gravity acting on the temperature sensor 215 decreases, so the cooking container 500 will gradually move away from the housing 200 under dynamic motion, no longer Fit, causing slippage and preventing normal cooking.
- the housing body 200 isolates the temperature measuring sensor 215 and the cooking container 500 from each other, because the temperature measuring sensor 215 and the cooking container 500 No longer in contact, the cooking container 500 can maintain due friction with the container 200 to avoid slipping.
- the temperature measurement sensor 215 is disposed in the direction of the rotation axis of the accommodating body 200, and the temperature measurement sensor of this embodiment is eccentrically disposed. Therefore, during the rotation of the accommodating body 200, the temperature measurement position will be relatively fixed, and the true temperature of the food ingredients can be obtained more accurately.
- isolation is achieved by providing a mounting groove on the bottom side of the housing body 200, the housing body 200 is provided with a mounting groove 2151, and the temperature measurement sensor 215 is disposed in the mounting groove 2151 .
- the installation groove 2151 is a sink groove, which does not completely pass through the bottom wall of the accommodating body 200. In order to improve the accuracy of temperature measurement, the temperature measuring head of the temperature measurement sensor 215 is in close contact with the installation groove 2151.
- a thermal insulation structure is provided in the direction of the rotation axis of the accommodating body 200, and the thermal insulation structure is provided with a wire port 2051, and the wires of the temperature measurement sensor 215 are electrically connected to an external control circuit through the wire port 2051 .
- the temperature sensor 215 provided is similar to Embodiment 6, and needs to be electrically connected to an external control circuit, but the external control circuit needs to be thermally insulated. Therefore, a feasible way is to open a cable opening 2051 on the thermal insulation structure , And then pass the wire of the temperature sensor 215 through the wire port 2051, and then realize the electrical connection with the external control circuit.
- the heat insulation structure may be made of heat insulation cotton or the like, and the connection of the external control circuit may be realized by the conductive slip ring 302, so as to avoid the winding of the wire during the rotation process.
- a temperature control switch 216 is also provided. What is different from the temperature measurement sensor 215 is that the temperature control switch 216 is not used as a temperature data collection sensor, so it does not have the function of transmitting data back to the control circuit.
- the switch 216 is mainly provided on the accommodating body 200 as a safety-controlled electrical component. When the temperature sensor 215 detects that the temperature of the container 200 exceeds its rated temperature control value, the temperature control switch 216 will cut off the power of the heating device 201 to avoid the heating device 201 from continuously heating and burning, which may cause hidden safety hazards.
- the temperature measuring sensor 215 may be an NTC temperature sensor, and the temperature control switch 216 is a ceramic temperature controller.
- the housing body 200 is provided with a first heating tube 2011 and a second heating tube 2012
- the first heating tube 2011 is provided on the side wall of the housing body 200
- the second The heating tube 2012 is disposed on the bottom wall of the housing body 200, so as to achieve three-dimensional heating of the housing body 200.
- the temperature control switch includes a first temperature control switch 2061 and a second temperature control switch 2062, the first temperature control switch 2061 The heat of the first heating tube 2011 is controlled, and the second temperature control switch 2062 controls the heat of the second heating tube 2012.
- the first temperature control switch 2061 When the temperature of the side wall is detected to be too high, the first temperature control switch 2061 will cut off the power of the first heating tube 2011, so that the temperature of the side wall is at a safe value; when the temperature of the bottom wall is detected to be too high, the second temperature The control switch 2062 will cut off the power of the second heating tube 2012 so that the temperature of the bottom wall is at a safe value.
- the cooking container 500 is a flexible material that is easily deformed or its bottom wall in the direction of the rotation axis is a flexible material that is easily deformed. In this way, the cooking container 500 will closely adhere to the accommodating body 200, and at this time, the temperature measurement error is reduced.
- the material of the cooking container 500 may be a metal foil material, which is placed in the accommodating cavity of the accommodating body 200.
- heat insulation can also be provided as in Embodiment 8 to protect the conductive slip ring 302 from damage.
- a heat-insulating cover 204 may be provided to the housing body 200 to improve the heating efficiency of the cooking container 500.
- a heat-insulating cover 204 may be provided to the housing body 200 to improve the heating efficiency of the cooking container 500.
- This embodiment proposes a cooking appliance. Referring to FIG. 40, it includes a housing 100, a housing body 200, and a transmission assembly 300.
- the housing body 200 is provided in the housing 100 and is connected to the transmission assembly 300. Under transmission, the accommodating body 200 can rotate in the housing 100.
- the accommodating body 200 can be used for cooking ingredients.
- the transmission assembly 300 is coupled or fixed to the bottom of the accommodating body 200 to realize the rotation of the accommodating body 200.
- the accommodating body 200 is heated.
- the food is stir-fried under the action of gravity or the inertial force and the centrifugal force of the rotation to ensure that the ingredients are uniformly heated and uniform, thereby completing the cooking of the ingredients.
- the accommodating body 200 may be detachable or non-detachable. In this embodiment, the accommodating body 200 and the transmission assembly 300 are not detachable.
- the accommodating body 200 is provided with a heating device 201 and/or an electronic component rotating together with it; the heating device 201 rotating together can improve the heating efficiency, and the electronic component 202 provided can be used for parameter acquisition and control during the cooking process.
- the pot of the traditional containing body 200 is generally exposed along the flanging, so that the pot edge can be held by the hand, but the exposed pot edge will cause heat loss, For the drum-type cooking machine, it will affect the quality of cooking dishes;
- the rotary cooking appliance proposed in this embodiment includes:
- the accommodating body 200 is rotatably disposed in the housing 100, and the accommodating body 200 is provided with a pot edge flange 102 on the inner side of the housing 100, and the pot edge flange 102 is provided on There are heat insulation 212.
- the pot edge of the containing body 200 is disposed on the inner side of the casing 100, and a heat insulation member 212 is provided on the pot edge flange 102.
- the edge 102 is disposed on the outside of the housing 100.
- the appearance of the pot edge flange 102 is avoided, so that the pot edge flange 102 is located in the cavity of the housing 100, so the shell can be used. 100 to reduce the loss of heat.
- the heat insulator 212 will prevent the heat from being dissipated from the pot along the flange 102, and the heat insulator 212 can be used to lift the accommodating body 200. After the pot edge 102 is built in, it is not easy to pick and place.
- the accommodating body 200 is placed in the housing 100. In order for the accommodating body 200 to be driven and rotated by the transmission assembly 300, there is no interference between the accommodating body 200 and the housing 100. Therefore, the accommodating body 200 and the housing 100 There is a slewing gap 213 between 100. Due to the existence of the slewing gap 213, the heat generated during cooking will be easily radiated from here, resulting in heat loss. To this end, the heat insulation member 212 is provided with a first lip 2121 that blocks the turning gap 213 between the accommodating body 200 and the housing 100.
- the housing 100 is provided with a support ring 214.
- the support ring 214 is provided with a convex ring 2141 extending toward the slewing gap 213.
- the first lip 2121 is located above the convex ring 2141.
- a convex ring 2141 is provided on the support ring 214, and the first lip 2121 is covered above the convex ring 2141.
- the heat insulation member 212 includes a first heat insulation member 2123 and a second heat insulation member 2122, the first heat insulation member 2123 is disposed on the upper side of the pot edge cuff 102, and the second The heat insulation member 2122 is disposed on the lower side of the pot edge flange 102.
- the main function of the second heat insulation element 2122 is to isolate the heat of the pot edge cuff 102, and the first heat insulation element 2123 mainly realizes a detachable connection for cleaning; since the pot edge clam 102 of this embodiment is built-in, On the opening side of the body 200, only the upper side of the pot edge flanging 102 can be easily touched by the user, while the lower side and the side of the pot edge flanging 102 are not easy to touch. Considering the use process, the top of the pot edge flanging 102 The surface is easily soiled by the soup oil and water. Therefore, the heat insulating member 212 is provided in two, thereby realizing a detachable design. When the upper surface of the pot along the flanging 102 is soiled and needs to be cleaned, it is only necessary to remove the first heat insulation member 2123 on the upper surface for cleaning, which is convenient for use.
- the present embodiment further includes a fixing frame 2124, and the first heat insulation member 2123 is fixed on the pot edge flange 102 through the fixing frame 2124.
- the second heat insulation member 2122 includes an upper lip 21221 and a lower lip 21222, and the pot is clamped by the upper lip 21221 and the lower lip 21222 along the flange 102.
- the provided upper lip 21221 is wrapped on the upper side of the pot rim 102, and the lower side is wrapped on the lower side of the pot rim 102, and the entire pot is wrapped by the second insulation 2122 to avoid the pot.
- the heat dissipated along the side of the flange 102 causes the housing 100 to be roasted, which causes the housing 100 to deform.
- an outer cover (not shown) is also included.
- the outer cover is provided on the housing 100, and the distance between the outer cover and the heat insulating member 212 is 1-10 mm.
- the set spacing facilitates the rotation of the accommodating body 200, avoids interference between the heat insulation member 212 and the outer cover, affects the rotation of the accommodating body 200, and thus avoids the risk of the motor stalling.
- An insulation cover 204 that rotates with the accommodation body 200 is provided on the outside of the accommodation body 200, and the insulation member 212 is provided between the insulation cover 204 and the pot edge flange 102.
- the heat-insulating cover 204 can restrain the heat on the accommodating body 200 to avoid heat loss.
- the housing 200 is provided with an integrally rotating heating device 201.
- the heating device 201 is wrapped in the heat-insulating cover 204 in order to avoid heat from the pan
- the heat dissipation element 212 is disposed between the heat insulation cover 204 and the pot edge flanging 102.
- the heat insulation cover 204 is fixedly connected to the pot edge flanging 102
- the heat insulating member 212 is the heat insulating ring 103 at this time.
- the heat insulation member 212 is made of flexible material, such as silicone material.
- only one heat insulating member 212 may be provided instead of the first heat insulating member 2123 or the second heat insulating member 2122.
- This embodiment proposes a cooking machine. Compared with Embodiment 11, referring to FIG. 42, the accommodating body 200 is no longer used as a direct cooking vessel for food, but a cooking container 500 that rotates with the accommodating body 200 is provided. Complete the cooking of ingredients, including:
- the accommodating body 200 is provided with a cooking container 500 which rotates together with the accommodating body 200, the accommodating body 200 is rotatably provided in the housing 100, and the accommodating body 200 is provided with a heating device 201 which rotates with it And/or electronic components;
- the transmission assembly 300 is disposed on the housing 100 and is used to drive the accommodating body 200 to rotate.
- the cooking container 500 By setting the cooking container 500, it is possible to solve the problem in the prior art that the ingredients need to be washed in the container 200 for cooking.
- the cooking container 500 as a container for cooking ingredients, is directly placed in the container 200 on the container 200
- the heating device 201 generates heat, transmits it to the container 200 and then transmits it to the cooking container 500.
- the cooking container 500 rotates together with the container 200, and uses the stir-fry effect generated by the rotation to complete the cooking of the ingredients.
- the internal ingredients can be completely separated from the accommodating body 200, thereby ensuring the cleanliness of the accommodating body 200.
- the wiring window 101 is provided to facilitate wiring efficiency and a better assembly operation experience.
- the material of the cooking container 500 is a metal foil material, which is placed in the accommodating cavity of the accommodating body 200.
- the metal foil material is easy to form, environmentally friendly, low in cost, good in thermal conductivity, can be used once, and can be used as tableware.
- a heat insulator 212 may be provided to the pan of the container 200 along the flange 102.
- the cooking container 500 is used for cooking ingredients.
- the accommodating body 200 may not be provided in a detachable form; when the cooking is completed, the cooking container 500 needs to be taken and placed, and the container of the cooking container 500 is turned over on the edge of the pot On the flanging 102, when holding the cooking container 500, both hands will inevitably touch the pot edge flanging 102 of the accommodating body 200.
- the heat insulating member 212 After the heat insulating member 212 is provided, the heat insulating member 212 will play a role of anti-scalding and heat insulation The effect is that the user will not be scalded by the pot edge 102.
- the cooking container 500 is easy to be burnt when the cooking container 500 is placed with both hands, one possible way is that when the cooking container 500 is placed in the receiving cavity of the receiving body 200, the cooking The container flange of the container 500 is spaced from the pot along the flange 102. Since there is no contact between the container flange and the pan edge flange 102, fingers are more likely to extend from the space, thereby avoiding contact with the pan flange and reducing the risk of burns.
- a holding operation space 218 is formed between the container cuff and the pot edge cuff 102, so that the cooking container 500 can be easily accessed by a person.
- the holding operation space 218 can allow fingers to penetrate into the holding operation space 218 and avoid touching the pot burring.
- the pot edge flange 102 is provided with a heat insulator 212, to avoid the risk of burns due to accidental touch during heating.
- the heat insulation member 212 also has the function described in Embodiment 11, and the first heat insulation member 2123, the second heat insulation member 2122, etc. may also be provided as in Embodiment 11, which will not be repeated in this embodiment.
- a sealing lip 217 can be provided on the housing 100, and in some embodiments, the sealing lip 217 can also be provided on the pot edge
- the effect on the flange 102 at this time is equivalent to the first lip 2121 of Embodiment 11.
- the sealing lip 217 on the housing 100 may be provided on the support ring 214.
- this embodiment proposes a cooking appliance including a housing 100, a housing body 200, and a transmission assembly 300.
- the housing body 200 is disposed in the housing 100 and is connected to the transmission assembly 300. Under the transmission of 300, the accommodating body 200 can rotate in the housing 100.
- the accommodating body 200 can be used for cooking ingredients.
- the transmission assembly 300 is coupled or fixed to the bottom of the accommodating body 200 to realize the rotation of the accommodating body 200.
- the accommodating body 200 is heated.
- the food is stir-fried under the action of gravity or the inertial force and the centrifugal force of the rotation to ensure that the ingredients are uniformly heated and uniform, thereby completing the cooking of the ingredients.
- the accommodating body 200 may be detachable or non-detachable. In this embodiment, the accommodating body 200 and the transmission assembly 300 are not detachable.
- the accommodating body 200 is provided with a heating device 201 and/or electronic components rotating together with it; the heating device 201 rotating together can improve the heating efficiency, and the set electronic components can be used for parameter acquisition and control in the cooking process.
- the receiving body 200 in order to make the receiving body 200 in the inclined state receive uniform heating, the receiving body 200 is three-dimensionally heated, and the heating device 201 provided at the same time rotates integrally with the receiving body 200, so that the heat generated by the heating device 201 It can be held as much as possible and absorbed by the accommodating body 200 as much as possible. Compared with the non-integral rotation heating method, the thermal efficiency can be improved.
- the three-dimensional heating is provided with a first heating element and a second heating element, which are respectively located on the outer side wall and the bottom wall of the accommodating body 200.
- the cooking appliance proposed in this embodiment includes:
- Support 400 which is provided with a tiltable housing 100;
- the accommodating body 200 is rotatably disposed in the housing 100, and the accommodating body 200 is provided with a first heating device 2011 and a second heating device 2012 that rotate with it.
- the first heating device 2011 and the second heating device 2012 are respectively provided on the outer side wall and the bottom wall of the accommodating body 200.
- a cooking area is formed on the lower side in the direction of gravity.
- the height of the geometric center of gravity of the axial section of the cooking zone is H1
- the center height of the inner cavity of the rotating container is H2
- the height H of the first heating device 2011 is H1 ⁇ H ⁇ H2.
- the unit of H, H1 and H2 is mm.
- the housing 100 When the housing 100 is tilted, the food is located in the lower cooking area under the action of gravity, and the accommodating body 200 rotates, and the food rolls under the action of gravity, friction, centrifugal force, etc., and part of the food is carried by the container wall , Under the action of gravity, overcome the friction of the container wall and fall back to the cooking area on the lower side.
- the action of gravity overcome the friction of the container wall and fall back to the cooking area on the lower side.
- most of the ingredients are concentrated in the area between the inner side wall and the bottom wall of the accommodating body 200, the closer to the bottom wall side, the more serious the stacking of the ingredients, where the ingredients are heated and cooked becomes a problem.
- a second heating device 2012 is provided, so that the food accumulated at the bottom wall can be sufficiently heated; on the other hand, a first heating device 2011 is also provided to The food materials accumulated in this part are heated, and the setting position is set according to the height of the geometric center of gravity of the axial section of the cooking zone.
- the cooking area on the lower side is the main storage area of the ingredients after the housing 100 is inclined.
- the axial section of the storage area depends on the shape of the housing body 200.
- the housing body 200 is columnar.
- the side wall of the accommodating body 200 is inclinedly arranged on the bottom wall, and the angle between the inner side wall and the bottom wall of the accommodating body 200 is an obtuse angle.
- the accumulation amount of ingredients will not exceed
- the mouth of the container 200 of the accommodating body 200 will not exceed the highest point of the bottom wall.
- the axial section of the cooking zone is similar to a triangle, and the geometric center of gravity of the corresponding triangle is the geometric center of gravity of the axial section of the cooking zone.
- the center height of the wall is the height of the midpoint of the outer side wall. In the axial direction, the center height is the same distance from the bottom wall and the container mouth.
- point A is the opening on the top side
- AB is the horizontal line in the inclined state
- ⁇ ABC is the axial section of the cooking zone
- x is the midpoint of AB
- y is the midpoint of BC
- z is AC
- the geometric center of gravity is the intersection point O1 of xy, yz, xz, the height of geometric center of gravity O1 in the cavity is H1;
- O2 is the center of the cavity, the height of center O2 is H2; the first heat The height of the element is H. At this time, H is located between H1 and H2.
- the first heating device 2011 When setting the first heating device 2011, set the first heating device 2011 between the center height and the height of the geometric center of gravity, because for the position of the geometric center of gravity, taking the triangle as an example, the center of gravity is composed of 3 vertices of the triangle The area of the triangle is equal, and the ratio of the distance from the center of gravity to the vertex and the distance from the center of gravity to the midpoint of the opposite side is 2:1.
- the density of the ingredients is the same, so the quality of the ingredients distributed in the three triangles is the same.
- a heating device 2011 is set at a height position near the geometric center of gravity, which can take into account the uniform heating of the food in the entire cooking area, so that the accumulated food can be cooked.
- the height of the first heating device 2011 is set at the center height position. At this time, the first heating device 2011 is closer to the center, and it can also take into account the uniform heating of the food in the cooking area.
- the specific form of the cooking zone can be set according to the accumulation of ingredients.
- the axial cross section of the cooking zone is approximately triangular, but in some alternative embodiments, such as the cylindrical accommodating body 200, the diameter of the bottom wall If the angle of inclination is small or the container cover is provided on the side of the opening, the axial cross-section may be approximately quadrilateral or other shapes, as long as the first heating device 2011 can make corresponding settings according to the height of the geometric center of gravity.
- the highest scale of the cooking zone in the direction of gravity when the containing body 200 is inclined does not exceed the connection between the bottom wall and the side wall, and does not exceed the top side of the containing body 200 The lowest end of the opening.
- the top opening can be crossed as long as the highest scale does not exceed the position of the exhaust port of the container lid.
- point A is the position of the exhaust port of the container lid
- AB is the horizontal line in the inclined state
- ⁇ ABCD is the axial section of the cooking zone
- x, y, z, and w are the midpoints of edges AD, AB, BC, and CD respectively.
- the median lines Aw and Cx intersect the particle s, and the median lines Cy and Az intersect the particle q; the median lines Bx and Dy intersect the particle.
- H the height of the geometric center of gravity O1 in the lumen
- O2 is the center of the lumen
- the height of the center O2 is H2
- the height of a heating element is H. At this time, H is located between H1 and H2.
- the first heating device 2011 is arranged in a ring shape, and is circumferentially arranged on the outer side wall of the containing body 200.
- the distance between the first heating device 2011 in a ring shape and the bottom is the same.
- the cooking area is a triangle.
- the first heating device 2011 provided in a ring can sequentially pass through the center of gravity to three triangles consisting of three vertices of the triangle, so that the container 200 can be heated in a ring. When the food is fried, it can Heat evenly.
- the second heating device 2012 is disposed at the bottom wall and is provided in close contact with the outer wall of the bottom wall.
- the second heating device 2012 that is provided can be heated to the bottom wall in a thermally conductive manner, reducing the heat radiation heating of the second heating device 2012 The resulting heat is lost, so the heating efficiency of the stacked food materials is higher, which enables the food materials stacked on the bottom of the container 200 to be fully heated, and thus solves the problem that the stacked food materials are difficult to be fully cooked.
- the included angle of the inclination angle with respect to the horizontal plane is 20-35 degrees. Under this angle range, the accommodating body 200 can effectively roll over the ingredients. In an embodiment, the angle is 30 degrees. In other embodiments, the angle during cooking may be set to other angles, such as 20, 25, 32, 35 degrees, and so on.
- the inner side wall of the container 200 is a concave arc shape, and the concave arc shape can Improve the effect of ingredients frying, preventing ingredients from rolling towards the side of the container 200, so that the ingredients can be placed in the inner wall of the depression under the action of gravity, and then roll over to the bottom side of the container 200 in time, because the first The installation of the heating device 2011 and the second heating device 2012 allows the food to be cooked even if the food is stacked on the bottom.
- the recessed inner side wall is preferably provided on the inclined side wall, otherwise the food will accumulate excessively on the bottom, affecting the cooking quality and taste. Therefore, a certain inclination angle is set on the side wall of the container 200 to make the entire content
- the body 200 has a bowl-shaped opening, and the inclination angle should not be too large. If it is too large, the food may fall from the mouth when it rolls over. If it is too small, the food may be deposited at the bottom of the cavity, so the side wall is set at a certain inclination angle
- the inclination angle can be set to 90-100 degrees.
- the setting of the inclination angle can facilitate the rolling of the food materials toward the pick-and-place opening after tilting, thereby preventing the accumulation of food materials at the bottom. It is preferably 95 degrees and 100 degrees. A person skilled in the art may set it according to specific conditions.
- an electromagnetic heating (INDUCTION HEATING, IH for short) coil may also be provided instead of the first heating device 2011 and the second heating device 2012.
- the first heating device 2011 and The second heating device 2012 is a resistance-type heating tube, which heats the container 200 by means of heat conduction or heat radiation.
- the first heating device 2011 and the second heating device 2012 rotate integrally with the container 200,
- the electromagnetic reel uses the generated electromagnetic energy to heat, non-self-heating, and the structure of the reel is complicated. Therefore, generally speaking, the IH is set Non-integral rotary type.
- the IH reel also uses a concave reel, so that the IH reel heats the outer side wall and the bottom wall of the container 200.
- the container In the inclined state of 200, a cooking zone is formed on the lower side of the gravity direction, the height of the geometrical center of gravity of the axial section of the cooking zone is H1, the center height of the outer side wall is H2, and the side wall height of the IH reel H is H1 ⁇ H ⁇ H2;
- the height of the side wall of the reel is related to the heating uniformity of the entire stacked food. Therefore, the height of the side wall can also be set according to the geometric center of gravity of the cooking area, so as to achieve uniform heating of the stacked food in the inclined state, thereby aging Ingredients.
- the container body 206 on the container 200 may be provided with an electromagnetic heating sheet, and the electromagnetic heating sheet is used to cover the bottom, and the container 200 is heated by electromagnetic energy. At this time, the electromagnetic heating sheet receives the electromagnetic energy to generate heat.
- the container body 206 may be other metal materials, such as aluminum, etc. These materials are non-heating materials excited by electromagnetic energy.
- the container 200 The material is made of iron, so it can self-heat directly, without the need to cover the bottom.
- the container 200 made of iron has a strong heat storage capacity, which can improve the cooking effect and speed up the cooking of ingredients.
- This embodiment proposes a cooking machine.
- the container 200 is no longer a direct cooking vessel for food, but a cooking container 500 that rotates with the container 200 is provided.
- Complete the cooking of ingredients including:
- the accommodating body 200 is provided with a cooking container 500 which rotates together with the accommodating body 200, the accommodating body 200 is rotatably provided in the housing 100, and the accommodating body 200 is provided with a heating device 201 which rotates with it And/or electronic components;
- the transmission assembly 300 is disposed on the housing 100 and is used to drive the accommodating body 200 to rotate.
- the cooking container 500 By setting the cooking container 500, it is possible to solve the problem in the prior art that the ingredients need to be washed in the container 200 for cooking.
- the cooking container 500 as a container for cooking ingredients, is directly placed in the container 200 on the container 200
- the heating device 201 generates heat, transmits it to the container 200 and then transmits it to the cooking container 500.
- the cooking container 500 rotates together with the container 200, and uses the stir-fry effect generated by the rotation to complete the cooking of the ingredients.
- the internal ingredients can be completely separated from the accommodating body 200, thereby ensuring the cleanliness of the accommodating body 200.
- the wiring window 101 is provided to facilitate the wiring efficiency and the assembly work experience is better.
- the material of the cooking container 500 is a metal foil material, which is placed in the accommodating cavity of the accommodating body 200.
- the metal foil material is easy to form, environmentally friendly, low in cost, good in thermal conductivity, can be used once, and can be used as tableware.
- the first heating device 2011 and the second heating device 2012 of the container 200 may be similarly set as in the second embodiment.
- the fourth embodiment no further description will be given in this embodiment.
- an accommodating body 200 including:
- the container body 206 is provided with a cavity
- a heating tube is provided on the supporting portion 208, and there is a first gap d between the heating tube and the container body 206, and a second gap D between the reflective cover 207.
- the reflective cover 207 in this embodiment may or may not have a thermal insulation function, mainly to reflect the heat generated by the heating tube back to the side of the housing body 200, so that the outer side wall of the housing body 200 can be heated uniformly .
- the accommodating body 200 is provided with a heating tube.
- the heating tube may be a resistance heating tube.
- the heating wire generates heat for heating.
- the accommodating body 200 can be used for cooking food.
- a support is provided between the reflective cover 207 and the container body 206 In the portion 208, the heating tube is provided on the supporting portion 208 such that there is a first gap d between the heating tube and the container body 206, and a second gap D between the reflective cover 207.
- the traditional heating tube installation method in order to achieve uniform heating, it is generally bent multiple times around the heated body to improve the uniformity of heating, but this requires a lot of space to complete the arrangement of the heating tube, and waste Energy, at the same time, no matter how it is wound, because the heating tube is generally closely arranged on the side wall of the housing body 200, it will cause the local temperature to be too high at the projection position of the heating tube on the side wall of the housing body 200, and In other positions on the outer side wall of the housing body 200, the further away from the installation position of the heating tube, the more difficult it is for heat to be quickly transferred to the corresponding position, so that the heating of the housing body 200 is uneven.
- the heating tube since there is a first gap d between the heating tube and the container body 206, when the container 200 is heated, at the projection position, the heating tube will conduct heat more in the form of radiation. Compared with the close-fitting installation, the radiative conduction can reduce the local temperature at the projection position to a certain extent, reduce the temperature difference with other remote locations, and thereby improve the heating uniformity of the entire housing 200; plus The second gap D will make the heating tube closer to the reflective cover 207, and the heat energy radiated by the heating tube toward the heating cover will reach the reflective cover 207 faster, and then reflected back to the side of the housing 200. When radiating, take the heating tube as the center and radiate toward the reflective cover 207.
- the reflective cover 207 When it reaches the reflective cover 207, it is reflected back. At this time, the reflected emission angle can be used to radiate thermal energy as soon as possible at other locations, and the area is larger In this way, the effect of heat radiation on the housing body 200 will be fully utilized, thereby improving the uniformity of heating of the entire outer wall of the housing body 200.
- the reflective cover 207 is provided with a heat insulation layer 209 on the side near the inner side wall.
- the heat insulation layer 209 allows the reflective cover 207 to have a certain heat insulation capability to avoid heat loss, so as to ensure that the reflective cover 207 is as far as possible.
- the thermal energy radiated in the direction can be absorbed by the accommodating body 200.
- the inner wall surface of the reflecting cover 207 is provided with a smooth reflecting surface; the reflecting surface has a smaller roughness, the diffuse reflection effect is weaker, and a strong specular reflecting ability can be formed. In turn, the reflection capability of the reflection cover 207 is improved.
- the heating tube includes: an upper heating tube 210 and a lower heating tube 211 provided on the outer side wall of the container body 206.
- the first gap d2 of the lower heating tube 211 is larger than the first gap d1 of the upper heating tube 210.
- food is generally Near the bottom side, in order to avoid burning of food, the first gap d2 of the lower heating tube 211 is set larger than the gap of the upper heating tube 210.
- the first gap d2 of the lower heating tube 211 is larger than the diameter of the lower heating tube 211, which ensures that the support portion 208 can effectively support the lower heating tube 211, and avoids the problem that the support portion 208 is deformed by heat for a long time and the lower heating tube 211 falls off.
- the second gap d2 of the upper heating tube 210 and the second gap d2 of the lower heating tube 211 are equal, thereby ensuring accommodation The uniformity of the body 200 being heated.
- the accommodating body 200 of this embodiment can be used in Embodiments 1 and 2 to form a cooking appliance.
- the accommodating body 200 is provided on the housing 100 and driven and rotated by the transmission assembly 300 to complete cooking of the ingredients.
- the cooking of ingredients is not limited to stir-fry, soup, cooking, porridge, etc.
- This embodiment proposes a cooking appliance. Referring to FIGS. 35 and 36, it includes a housing 100, a housing body 200, and a transmission assembly 300.
- the housing body 200 is provided in the housing 100 and is connected to the transmission assembly 300. Under the transmission of 300, the accommodating body 200 can rotate in the housing 100.
- the accommodating body 200 can be used for cooking ingredients.
- the transmission assembly 300 is coupled or fixed to the bottom of the accommodating body 200 to realize the rotation of the accommodating body 200.
- the accommodating body 200 is heated.
- the food is stir-fried under the action of gravity or the inertial force and centrifugal force of the rotation to ensure that the ingredients are uniformly heated and uniform, thereby completing the cooking of the ingredients.
- the accommodating body 200 may be detachable or non-detachable. In this embodiment, the accommodating body 200 and the transmission assembly 300 are not detachable.
- the accommodating body 200 is provided with a heating device 201 and/or electronic components rotating together with it; the heating device 201 rotating together can improve the heating efficiency, and the set electronic components can be used for parameter acquisition and control in the cooking process.
- the transmission assembly 300 is disposed on the housing 100 and is used to drive the rotating container to rotate.
- the pick-and-place opening of the housing 100 is provided in the direction of the rotation axis of the housing body 200, and a transmission assembly 300 is provided on the bottom side of the housing 100.
- the transmission assembly 300 is fixed on the housing 100 and includes a driving motor 301 and a transmission mechanism ,
- the driving motor 301 drives the accommodating body 200 to rotate through the transmission mechanism.
- the rotating container of this embodiment is the structure of the first embodiment. After this type of rotating container is adopted, the rotating container of the cooking appliance can be heated evenly.
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Abstract
The present application discloses a rotationally heating cooker. The cooker comprises a housing; a rotatable accommodating body is disposed in the housing; a temperature retaining cover rotating along with the accommodating body is further arranged in the housing; a drive motor is arranged at the bottom of the accommodating body and drives the accommodating body or the temperature retaining cover to rotate; a cooking container rotating along with the accommodating body is arranged in the accommodating body; a heating device is further provided in the housing; the heating device rotates along with the accommodating body; the cooking container is fitted on the inner surface of the accommodating body; the temperature retaining cover includes an outer shell and an interlayer formed inside the outer shell; the accommodating body is arranged in the interlayer; and the heating device is disposed on the outer surface of the accommodating body. The present invention can solve the problem of low heating efficiency of the rotating cooker.
Description
本申请要求以下中国专利申请的优先权:This application requires the priority of the following Chinese patent applications:
2019年03月28日提交中国专利局、申请号为201920411619.X、发明名称为“一种旋转烹饪器具”,Submitted to the China Patent Office on March 28, 2019, the application number is 201920411619.X, and the name of the invention is "a rotating cooking appliance",
2019年03月28日提交中国专利局、申请号为201920411690.8、发明名称为“一种烹饪器具”,Submitted to the China Patent Office on March 28, 2019 with the application number 201920411690.8 and the invention titled "A Cooking Utensil",
2019年03月28日提交中国专利局、申请号为201920411712.0、发明名称为“一种旋转容器和烹饪器具及炒菜机”,Submitted to the China Patent Office on March 28, 2019, the application number is 201920411712.0, and the name of the invention is "a rotating container and cooking appliance and cooking machine",
2019年03月28日提交中国专利局、申请号为201910241476.7、发明名称为“一种烹饪器具和翻炒式炒菜机”,Submitted to the China Patent Office on March 28, 2019, the application number is 201910241476.7, and the name of the invention is "a cooking appliance and stir-fry cooking machine",
2018年12月25日提交中国专利局、申请号为201811587769.2、发明名称为“一种旋转式加热的炒菜机”,Submitted to the China Patent Office on December 25, 2018 with the application number 201811587769.2 and the invention titled "A Rotary-heating Cooking Machine",
其全部内容通过引用结合在本申请中。The entire contents are incorporated by reference in this application.
本发明涉及厨房家电,尤其涉及一种旋转式加热的炒菜机。The invention relates to kitchen appliances, in particular to a rotary heating cooking machine.
炒菜机是一种可以实现自动化烹饪的智能化设备,相比传统的炒菜锅具,炒菜机具有自动热油、自动翻炒等功能,因此受到广大消费者的喜爱。The cooking machine is an intelligent device that can realize automatic cooking. Compared with the traditional cooking pots, the cooking machine has functions such as automatic heating oil and automatic stir frying, so it is popular among consumers.
目前的炒菜机的种类繁多,品类丰富,根据搅拌翻炒的形式不同,目前的炒菜机基本上可以分为两类,一类是搅拌铲式翻炒,另一类是旋转式翻炒。搅拌铲式翻炒一般包括一个搅拌铲,通过电机驱动搅拌铲在锅具中旋转,从而实现食材的自动翻炒。旋转式翻炒一般包括一个可以旋转的烹饪容器,通过烹饪容器的回转进而使得食材能均匀翻炒。At present, there are many types of cooking machines, and there are many types. According to the different forms of stir-frying, the current cooking machines can be basically divided into two categories, one is stir-fry stir-fry, and the other is rotary stir-fry. The stirring shovel stir-fry generally includes a stirring shovel, which is driven by the motor to rotate in the pan to realize the automatic stir-frying of the ingredients. Rotary stir-fry generally includes a rotatable cooking container, and the ingredients can be evenly stir-fried through the rotation of the cooking container.
但是,现有的旋转式炒菜机一般都是加热装置不动,烹饪容器转动,加热装置加热烹饪容器,存在的问题就是,二者之间会存在对流空气,影响到二者之间的传热,导致加热效率低下,而且会存在大量的热量散失,影响能耗。However, the existing rotary cooking machine generally has the heating device immobile, the cooking container rotates, and the heating device heats the cooking container. The problem is that there will be convection air between the two, which affects the heat transfer between the two , Leading to low heating efficiency, and there will be a lot of heat loss, affecting energy consumption.
发明内容Summary of the invention
本发明所要解决的技术问题在于克服现有技术的不足而提供一种旋转式加热的炒菜机,解决旋转式加热的炒菜机加热效率低的问题。The technical problem to be solved by the present invention is to overcome the shortcomings of the prior art and provide a rotary heating cooking machine to solve the problem of low heating efficiency of the rotary heating cooking machine.
为解决上述技术问题,本发明采用如下技术方案:To solve the above technical problems, the present invention adopts the following technical solutions:
一种旋转式加热的炒菜机,包括壳体,壳体内设有可旋转的容置体,所述壳体内还设有随容置体一起旋转的保温罩,所述容置体底部设有驱动电机,驱动电机驱动所述容置体或保温罩转动,所述容置体内放置有随容置体一起旋转的烹饪容器,所述壳体内还设有加热装置,所述加热装置随所述容置体一起旋转,所述烹饪容器贴合放置在所述容置体内表面;其中,所述保温罩包括外罩壳体和形成于外罩壳体内的所述隔层,所述容置体设置在所述隔层中,所述加热装置设置在所述容置体外表面。A rotary-heating cooking machine includes a housing, a rotatable accommodating body is provided in the housing, a heat-insulating cover rotating with the accommodating body is also provided in the housing, and a drive is provided at the bottom of the accommodating body A motor drives the motor to drive the accommodating body or the heat preservation cover to rotate, a cooking container rotating with the accommodating body is placed in the accommodating body, and a heating device is also provided in the housing, and the heating device follows the accommodating body The housing rotates together, and the cooking container is fitly placed on the inner surface of the containing body; wherein, the heat preservation cover includes an outer housing and the partition formed in the outer housing, the containing body is disposed on the housing In the partition, the heating device is disposed on the outer surface of the housing.
本发明的有益效果:The beneficial effects of the invention:
1、本发明的壳体内设有可旋转的容置体,所述容置体内放置有随容置体一起旋转的烹饪容器,所述壳体内还设有加热装置,所述加热装置随所述容置体一起旋转。通过容置体带动烹饪容器旋转,因此可以方便烹饪容器取出,因此不需要在烹饪容器上设置与驱动装置连接的连接装置,而且容置体内可以放置不同类型或材质的烹饪容器。加热装置随容置体一起旋转,所以加热装置和容置体之间不存在相对运动,不会存在对流空气,使得容置体的受热点始终与加热装置的发热点一一对应,可以快速有效的提升容置体的温度,而由于烹饪容器内的食材是相对烹饪容器翻滚的,所以可以避免食材局部受热而糊锅。1. A rotatable accommodating body is provided in the casing of the present invention, a cooking container rotating with the accommodating body is placed in the accommodating body, and a heating device is also provided in the casing, the heating device follows the The housing rotates together. The accommodating body drives the cooking container to rotate, so that the cooking container can be taken out easily. Therefore, it is not necessary to provide a connecting device connected to the driving device on the cooking container, and cooking containers of different types or materials can be placed in the accommodating body. The heating device rotates with the accommodating body, so there is no relative movement between the heating device and the accommodating body, and there will be no convection air, so that the hot spots of the accommodating body always correspond to the heating point of the heating device, which can be fast and effective Raises the temperature of the container, and because the ingredients in the cooking container are tumbled relative to the cooking container, the ingredients can be prevented from being locally heated and simmering in the pan.
2、本发明的加热装置对容置体进行加热,容置体再传热给烹饪容器,使得烹饪容器受热均匀,避免直接加热烹饪容器,造成烹饪容器受热不均,出现局部烧焦的可能,所以对烹饪容器的材质要求低,烹饪容器可以选用铝箔做成的铝箔容器,或者是铝合金箔做成铝合金箔容器,可以做成是一次性使用的。2. The heating device of the invention heats the accommodating body, and then the accommodating body transfers heat to the cooking container, so that the cooking container is heated evenly, avoiding direct heating of the cooking container, causing uneven heating of the cooking container, and the possibility of local scorching. Therefore, the material requirements of the cooking container are low. The cooking container can be an aluminum foil container made of aluminum foil, or an aluminum alloy foil made of aluminum alloy foil container, which can be made for one-time use.
3、本发明的所述烹饪容器贴合放置在所述容置体内表面,使得容置体受到的热量可以直接传递给烹饪器具,容置体还具有聚集热量的效果,提高加热效率。3. The cooking container of the present invention is fitly placed on the surface of the accommodating body, so that the heat received by the accommodating body can be directly transferred to the cooking appliance, and the accommodating body also has the effect of collecting heat and improving the heating efficiency.
4、本发明的所述壳体内还设有保温罩。保温罩具有保温的作用,避 免热量散失,避免外部壳体温度太高而烫手,另一方面使得热量可以高效的传递给容置体。4. A heat-insulating cover is also provided in the casing of the present invention. The heat insulation cover has the function of heat preservation, avoiding heat loss, avoiding the temperature of the external shell being too high and burning hands, on the other hand, the heat can be efficiently transferred to the accommodating body.
5、本发明的保温罩、加热装置和容置体一起转动,使得加热装置与容置体之间不会产生空气对流,加热装置对容置体的加热效率高,另外,三者相对壳体转动,保温罩和壳体之间形成空气对流,保温罩的热量不易传递给壳体,避免壳体烫手。5. The heat preservation cover, the heating device and the accommodating body of the present invention rotate together, so that no air convection occurs between the heating device and the accommodating body, and the heating efficiency of the heating device to the accommodating body is high. In addition, the three are relative to the housing When rotating, air convection is formed between the heat insulation cover and the shell, and the heat of the heat insulation cover is not easily transferred to the shell, so that the shell is not hot.
本发明的这些特点和优点将会在下面的具体实施方式、附图中详细的揭露。These features and advantages of the present invention will be disclosed in detail in the following specific embodiments and drawings.
下面结合附图对本发明做进一步的说明:The present invention will be further described below with reference to the drawings:
图1为本发明实施例1中炒菜机的剖视图;1 is a cross-sectional view of a cooking machine in Embodiment 1 of the present invention;
图2为本发明实施例1中烹饪容器的示意图;2 is a schematic diagram of a cooking container in Embodiment 1 of the present invention;
图3为本发明实施例1中烹饪容器的剖视图;3 is a cross-sectional view of a cooking container in Embodiment 1 of the present invention;
图4为图1中的A部分的局部放大示意图;4 is a partially enlarged schematic view of part A in FIG. 1;
图5为本发明实施例1中烹饪容器排汽口偏心设置的形式;5 is a form of eccentric arrangement of the steam outlet of the cooking container in Embodiment 1 of the present invention;
图6为本发明实施例1中褶皱面B的示意;6 is a schematic diagram of the fold surface B in Example 1 of the present invention;
图7为本发明实施例2中炒菜机的立体示意图;7 is a perspective schematic view of a cooking machine in Example 2 of the present invention;
图8为本发明实施例2炒菜机的剖视图;8 is a cross-sectional view of a cooking machine according to Embodiment 2 of the present invention;
图9为图8的C部分的局部放大示意图;9 is a partially enlarged schematic view of part C of FIG. 8;
图10为本发明实施例4中炒菜机的剖视图;10 is a cross-sectional view of a cooking machine in Embodiment 4 of the present invention;
图11为本发明实施例4中容置体的示意图;11 is a schematic diagram of a receiving body in Example 4 of the present invention;
图12为本发明实施例4中内盖的示意图;12 is a schematic diagram of the inner cover in Example 4 of the present invention;
图13为本发明实施例4中第一密封件的结构示意图;13 is a schematic structural diagram of a first seal in Example 4 of the present invention;
图14为本发明实施例4中炒菜机的分解示意图;14 is an exploded schematic view of the cooking machine in Example 4 of the present invention;
图15为本发明实施例5中炒菜机的剖视图;15 is a cross-sectional view of a cooking machine in Embodiment 5 of the present invention;
图16为本发明实施例中烹饪器具的剖视图;16 is a cross-sectional view of a cooking appliance in an embodiment of the present invention;
图17为本发明实施例中壳体示意图;17 is a schematic diagram of the housing in the embodiment of the present invention;
图18为本发明实施例中传动组件的局部放大示意图;18 is a partially enlarged schematic diagram of a transmission component in an embodiment of the present invention;
图19为本发明实施例中传动组件的分解示意图;19 is an exploded schematic view of the transmission assembly in the embodiment of the present invention;
图20为本发明实施例中接线窗口的示意图;20 is a schematic diagram of a wiring window in an embodiment of the present invention;
图21为本发明烹饪器具的第一种隔热形式的示意图;21 is a schematic diagram of the first form of insulation of the cooking appliance of the present invention;
图22为本发明图21的保温罩的示意图;22 is a schematic diagram of the thermal insulation cover of FIG. 21 of the present invention;
图23为本发明实施例中烹饪器具的第二种隔热形式的示意图;23 is a schematic diagram of a second heat insulation form of a cooking appliance in an embodiment of the present invention;
图24为本发明实施例中图23的保温罩的示意图;24 is a schematic diagram of the thermal insulation cover of FIG. 23 in an embodiment of the present invention;
图25为本发明实施例中图23的保温罩的走线示意图;25 is a schematic diagram of the routing of the heat insulation cover of FIG. 23 in the embodiment of the present invention;
图26为本发明实施例中为烹饪器具的第三种隔热形式的示意图;26 is a schematic diagram of a third heat insulation form of a cooking appliance in an embodiment of the present invention;
图27为本发明实施例中图26的传动组件示意图;27 is a schematic diagram of the transmission assembly of FIG. 26 in an embodiment of the present invention;
图28为本发明实施例中保温罩和隔热部件的分解示意图;FIG. 28 is an exploded schematic view of a heat-insulating cover and heat-insulating components in an embodiment of the present invention;
图29为本发明实施例中隔热部件的剖视图;FIG. 29 is a cross-sectional view of a heat insulating member in an embodiment of the present invention;
图30为本发明实施例中设有烹饪容器的炒菜机;30 is a cooking machine provided with a cooking container in an embodiment of the present invention;
图31为本发明实施例中测温传感器的设置形式;FIG. 31 is a configuration form of a temperature measurement sensor in an embodiment of the present invention;
图32为本发明实施例中测温传感器的剖视图;32 is a cross-sectional view of a temperature measurement sensor in an embodiment of the present invention;
图33为本发明实施例中容置体的示意图;33 is a schematic diagram of a receiving body in an embodiment of the present invention;
图34为本发明为图33中D部分的局部放大示意图;FIG. 34 is a partially enlarged schematic view of the present invention as part D in FIG. 33;
图35为本发明实施例中烹饪器具的示意图;35 is a schematic diagram of a cooking appliance in an embodiment of the invention;
图36为本发明实施例中炒菜机的示意图;36 is a schematic diagram of a cooking machine in an embodiment of the present invention;
图37为本发明实施例中烹饪器具的剖视图;37 is a cross-sectional view of a cooking appliance in an embodiment of the invention;
图38为本发明实施例中烹饪区截面为三角形的示意图;38 is a schematic diagram of a triangular cross-section of the cooking area in the embodiment of the present invention;
图39为本发明实施例中烹饪区截面为四边形的示意图;39 is a schematic diagram of a quadrangular cross section of the cooking area in the embodiment of the present invention;
图40为本发明实施例中隔热件的示意图;FIG. 40 is a schematic diagram of a heat insulating member in an embodiment of the present invention;
图41为本发明实施例中隔热件的分解示意图;FIG. 41 is an exploded schematic view of the heat insulation member in the embodiment of the present invention;
图42为本发明实施例中设有烹饪容器的炒菜机的示意图。42 is a schematic diagram of a cooking machine provided with a cooking container in an embodiment of the present invention.
附图标记:Reference mark:
机盖2,内盖5,排汽通道6,壳体100,容置体200,烹饪容器500,支座400,放置腔11,取放开口12,锅沿翻边102,衬盖21,外盖22,出汽口23,凸台2101,保温罩204,隔层2042,加热装置201,第一限位部31,驱动电机301,容器盖42,盖沿翻边421,排汽口43,烹饪腔44,第一台阶45,第一凸台46,固定翻边411,折边412,旋转轴51,轴承52,轴承座53,压盖54,第三密封圈55,轴向密封圈56,第二限位部57,第 一密封圈61,唇边611。Machine cover 2, inner cover 5, exhaust channel 6, housing 100, accommodating body 200, cooking container 500, support 400, placement cavity 11, access opening 12, pot edge flange 102, liner cover 21, Outer cover 22, steam outlet 23, boss 2101, thermal insulation cover 204, compartment 2042, heating device 201, first stop 31, drive motor 301, container cover 42, cover flange 421, steam outlet 43 , Cooking cavity 44, first step 45, first boss 46, fixed flange 411, hemming 412, rotating shaft 51, bearing 52, bearing seat 53, gland 54, third sealing ring 55, axial sealing ring 56, the second limiting portion 57, the first sealing ring 61, the lip 611.
传动组件300。Transmission assembly 300.
接线窗口101,隔热环103,布线孔1031。Wiring window 101, heat insulation ring 103, wiring hole 1031.
第一发热管2011,第二发热管2012,电子元件202,接线端子203,外罩本体2041,罩外壁2043,罩内壁2044,隔热腔2045,避让孔2046,罩底壁2047,罩侧壁2048,加强结构2049,固定马仔20410,卡线位20411,隔热部件205,过线口2051,容器本体206,第一温控开关2061,第二温控开关2062,反射外罩207,支撑部208,隔热层209,上发热管210,下发热管211,隔热件212,第一唇边2121,第二隔热件2122,上唇边21221,下唇边21222,第一隔热件2123,固定架2124,回转间隙213,支撑环214,凸环2141,测温传感器215,安装槽2151,控温开关216,固定柱217,握持操作空间218。First heating tube 2011, second heating tube 2012, electronic component 202, terminal 203, housing body 2041, housing outer wall 2043, housing inner wall 2044, heat insulation cavity 2045, escape hole 2046, housing bottom wall 2047, housing side wall 2048 , Reinforcement structure 2049, fixed horse 20410, card wire position 20411, heat insulation member 205, cable opening 2051, container body 206, first temperature control switch 2061, second temperature control switch 2062, reflective cover 207, support 208 , Heat insulation layer 209, upper heating tube 210, lower heating tube 211, thermal insulation 212, first lip 2121, second thermal insulation 2122, upper lip 21221, lower lip 21222, first thermal insulation 2123, The fixing frame 2124, the slewing clearance 213, the support ring 214, the convex ring 2141, the temperature measuring sensor 215, the mounting groove 2151, the temperature control switch 216, the fixing column 217, and the holding operation space 218.
导电滑环302,过线孔303,导线304,固定座305,传动机构306,主动轮3061,从动轮3062,齿轮箱3063,联轴器307,过线槽3071,轴承308,键槽309,第一隔热垫310,第二隔热垫311,第一轴承312,第二轴承313,束线孔314。Conductive slip ring 302, wire hole 303, wire 304, fixed seat 305, transmission mechanism 306, driving wheel 3061, driven wheel 3062, gear box 3063, coupling 307, wire groove 3071, bearing 308, key groove 309, the first A heat insulation pad 310, a second heat insulation pad 311, a first bearing 312, a second bearing 313, and a beam hole 314.
下面结合本发明实施例的附图对本发明实施例的技术方案进行解释和说明,但下述实施例仅为本发明的优选实施例,并非全部。基于实施方式中的实施例,本领域技术人员在没有做出创造性劳动的前提下所获得其他实施例,都属于本发明的保护范围。The technical solutions of the embodiments of the present invention will be explained and explained below with reference to the drawings of the embodiments of the present invention. However, the following embodiments are only preferred embodiments of the present invention, and not all of them. Based on the examples in the embodiments, other examples obtained by those skilled in the art without creative efforts shall fall within the protection scope of the present invention.
实施例1:Example 1:
参考图1,本实施例提出的旋转式加热的炒菜机,包括壳体100、和设置在壳体100内的容置体200,容置体200中放置有烹饪容器500,烹饪容器500用于烹饪食材。容置体200可旋转,可参照图1,容置体200围绕旋转轴线P进行自转,具体地,壳体100内设有驱动装置,驱动装置驱动所述容置体200转动。在本实施例中,驱动装置为驱动电机301,设在所述容置体200底部,驱动装置驱动所述容置体200转动。可以理解的是,容置体200的底部设有与驱动电机301连接的连接结构,可以是底部设有凹槽或者是凸筋,来配合驱动电机301的连接。具体地,所述烹饪容器的 转速为15-35转/分钟,以达到理想的烹饪效果。本发明中的容置体200可以理解为具有内凹的容置腔,用于容置其他器具。在本发明中,所述容置体200内放置有烹饪容器500,而烹饪容器500用于放置食材,壳体100内还设有加热装置201,加热装置201加热容置体200,进而使得烹饪容器500受热,容置体转动带动烹饪容器500转动,食物在烹饪容器500的回转过程中,在重力或回转的惯性力、离心力的作用下,实现翻炒,保证食材均匀受热,从而完成食材的烹饪。Referring to FIG. 1, the rotary heating cooking machine proposed in this embodiment includes a housing 100 and an accommodating body 200 provided in the housing 100. A cooking container 500 is placed in the accommodating body 200, and the cooking container 500 is used for Cooking ingredients. The accommodating body 200 is rotatable. Referring to FIG. 1, the accommodating body 200 rotates around the rotation axis P. Specifically, a driving device is provided in the housing 100, and the driving device drives the accommodating body 200 to rotate. In this embodiment, the driving device is a driving motor 301, which is provided at the bottom of the housing body 200, and the driving device drives the housing body 200 to rotate. It can be understood that the bottom of the accommodating body 200 is provided with a connection structure connected to the drive motor 301, and the bottom may be provided with a groove or a rib to match the connection of the drive motor 301. Specifically, the rotation speed of the cooking container is 15-35 rpm, so as to achieve an ideal cooking effect. The accommodating body 200 in the present invention can be understood as an accommodating cavity with a recess, used for accommodating other appliances. In the present invention, a cooking container 500 is placed in the container 200, and the cooking container 500 is used to place food. A heating device 201 is also provided in the housing 100, and the heating device 201 heats the container 200, thereby making cooking When the container 500 is heated, the rotation of the accommodating body drives the cooking container 500 to rotate. During the rotation of the cooking container 500, the food is stir-fried under the action of gravity or the inertial force and centrifugal force of the rotation to ensure that the ingredients are heated evenly, thus completing the ingredients cooking.
在本实施例中,较佳的,所述烹饪容器500的至少1/2高度区域位于所述容置腔内,所述烹饪容器500上还设有容器盖42,容器盖42盖合在烹饪容器500上,以使烹饪容器500在烹饪时具有相对封闭的烹饪腔44,所述容器盖42位于所述容置腔外。由于壳体100内设有加热容置体200的加热装置201,烹饪容器500设在容置腔内,且至少1/2高度区域位于容置腔内,使得烹饪容器至少1/2区域可以受热,而容器盖42位于容器腔外,容器盖42不直接受热,可以方便烹饪结束后将容器盖42打开,避免容器盖42温度过高而烫手,所以容器盖42也可以是与烹饪容器不同的其他更低成本的材质,如PP材质或PS等塑料材质。另一方面,食材主要位于烹饪容器500下方,且主要位于下方1/2高度区域内,因此烹饪容器500的至少1/2高度区域位于容置腔内,使得食材可以充分的受热,当然,最佳的,烹饪容器500也可以完全位于容置腔内。In this embodiment, preferably, at least 1/2 of the height region of the cooking container 500 is located in the accommodating cavity, and a container cover 42 is further provided on the cooking container 500, and the container cover 42 is closed for cooking On the container 500, so that the cooking container 500 has a relatively closed cooking cavity 44 during cooking, and the container cover 42 is located outside the receiving cavity. Since the heating device 201 that heats the accommodating body 200 is provided in the housing 100, the cooking container 500 is provided in the accommodating cavity, and at least 1/2 of the height area is located in the accommodating cavity, so that at least 1/2 of the cooking container can be heated And the container cover 42 is located outside the container cavity, and the container cover 42 is not directly heated, which can facilitate the opening of the container cover 42 after the cooking is finished, to avoid the container cover 42 being too hot and burning, so the container cover 42 can also be different from the cooking container Other lower cost materials, such as PP or PS plastic materials. On the other hand, the food ingredients are mainly located below the cooking container 500, and are mainly located in the 1/2 height region below, so at least 1/2 height region of the cooking container 500 is located in the accommodating cavity, so that the food materials can be sufficiently heated. Of course, the most Preferably, the cooking container 500 can also be completely located in the accommodating cavity.
在本实施例中,壳体100一侧开口,壳体100的内侧设有放置腔11,容置体200设置在放置腔11内,为了对容置体200和烹饪容器500进行加热,加热装置201设在放置腔11中,在本实施例中,所述加热装置201随所述容置体200一起旋转。该加热装置201设置在容置体200的外表面上,随容置体200的旋转而同步旋转,这将使得烹饪容器500中的食材受热更为均匀,热效率更高。具体来说,加热装置201加热容置体200,容置体200内设有烹饪容器500,三者一起旋转,因此不会形成形成对流空气,尤其是加热装置201和容置体200之间,不存在相对运动,使得容置体200的受热点始终与加热装置201的发热点一一对应,可以快速有效的提升容置体200的温度,而由于烹饪容器内的食材是相对烹饪容器翻滚的,所以可以避免食材局部受热而糊锅。具体地,本实施例的加热装置201为 发热管,呈环状设置在容置体外侧,发热管优选为碳素发热管。加热装置201的形式不限于微波加热、电磁加热、发热管加热等,本发明对加热装置201的设置形式不做限定,本领域的技术人员可以根据实际情况进行选择,进而设置不同类型的加热装置和将加热装置设置在不同位置。In this embodiment, one side of the housing 100 is opened, and the inside of the housing 100 is provided with a placing cavity 11, and the containing body 200 is provided in the placing cavity 11. In order to heat the containing body 200 and the cooking container 500, the heating device 201 is provided in the placing cavity 11. In this embodiment, the heating device 201 rotates together with the accommodating body 200. The heating device 201 is arranged on the outer surface of the housing body 200 and rotates synchronously with the rotation of the housing body 200, which will make the food in the cooking container 500 more uniformly heated and have a higher thermal efficiency. Specifically, the heating device 201 heats the accommodating body 200. The accommodating body 200 is provided with a cooking container 500, and the three rotate together, so no convection air is formed, especially between the heating device 201 and the accommodating body 200. There is no relative motion, so that the hot spots of the container 200 always correspond to the heating points of the heating device 201, which can quickly and effectively raise the temperature of the container 200, because the ingredients in the cooking container roll over relative to the cooking container , So you can avoid local heating of ingredients and paste. Specifically, the heating device 201 of the present embodiment is a heat generating tube, which is arranged in a ring shape on the outside of the housing, and the heat generating tube is preferably a carbon heat generating tube. The form of the heating device 201 is not limited to microwave heating, electromagnetic heating, heating tube heating, etc., the present invention does not limit the installation form of the heating device 201, those skilled in the art can choose according to the actual situation, and then install different types of heating devices And set the heating device in different positions.
本实施例中,较佳的,所述烹饪容器500的壁厚小于所述容置体200的壁厚。由于本实施例的加热形式主要为加热装置201对容置体200进行加热,容置体200再传热给烹饪容器500,使得烹饪容器500受热比较均匀,加热装置201并未直接加热烹饪容器,不会造成烹饪容器500受热不均,出现局部烧焦的可能,所以本实施例对烹饪容器500的材质要求低,烹饪容器500的壁厚可以做到很薄,由于其不直接与加热装置201接触,所以其壁厚可以小于容置体200的壁厚。具体地,所述烹饪容器500的壁厚为0.02~1.6毫米。所述容置体200的壁厚为2-30毫米。烹饪容器优选为金属箔材,金属箔材能耐高温,易成型,可回收,成本低,质量轻,易配送,且材质薄,方便在任意位置成型排汽口;优选为铝箔做成的铝箔容器,或者是铝合金箔做成铝合金箔容器,可以做成是一次性使用的,且铝箔的导热性好。烹饪容器还可以为多层不同金属箔材复合而成的。本实施例的容置体200优选为铝材拉伸成型,具有较好的传热效果。本实施例的烹饪容器500贴合放置在容置体200内表面,使得烹饪容器500的容积可以尽可能的大,使得烹饪容器500的传热效果更好。In this embodiment, preferably, the wall thickness of the cooking container 500 is smaller than the wall thickness of the containing body 200. Since the heating form of this embodiment is mainly that the heating device 201 heats the accommodating body 200, the accommodating body 200 then transfers heat to the cooking container 500, so that the cooking container 500 is heated more uniformly, and the heating device 201 does not directly heat the cooking container. It will not cause the cooking container 500 to be unevenly heated and may cause partial scorching. Therefore, the material requirements of the cooking container 500 are low in this embodiment, and the wall thickness of the cooking container 500 can be very thin because it is not directly related to the heating device 201 Contact, so its wall thickness may be smaller than the wall thickness of the housing 200. Specifically, the wall thickness of the cooking container 500 is 0.02-1.6 mm. The wall thickness of the accommodating body 200 is 2-30 mm. The cooking container is preferably a metal foil material. The metal foil material can withstand high temperature, is easy to form, recyclable, low in cost, light in weight, easy to distribute, and has a thin material, which is convenient for forming the exhaust port at any position; preferably an aluminum foil container made of aluminum foil , Or aluminum alloy foil made of aluminum alloy foil container, can be made for one-time use, and aluminum foil has good thermal conductivity. The cooking container can also be composed of multiple layers of different metal foil materials. The accommodating body 200 of this embodiment is preferably an aluminum material stretch-molded, which has better heat transfer effect. The cooking container 500 of this embodiment is fitly placed on the inner surface of the housing body 200, so that the volume of the cooking container 500 can be as large as possible, and the heat transfer effect of the cooking container 500 is better.
在本实施例中,参照图1,容置体200的旋转轴线方向上设有取放开口12,因此烹饪容器500可以沿着容置体的旋转轴线方向进行取放,烹饪容器500上设有容器盖42,容器盖42盖合在烹饪容器500上,以使烹饪容器500在烹饪时具有相对封闭的烹饪腔44,从而方便烹饪完成时用户对整个烹饪容器的取用,以免在端拿的过程中,出现如跌落导致食材洒落的风险,同时为了方便用户的取放,设置的容器盖42能保证烹饪过程中食材不会溢出烹饪容器外侧。具体地,容器盖42设置在靠近取放开口12的这一侧,方便对容器盖42进行取放。具体使用时,可以将容器盖42取出,来添加或取出食材。In this embodiment, referring to FIG. 1, the accommodating body 200 is provided with a pick-and-place opening 12 in the direction of the rotation axis, so the cooking container 500 can be taken in and out along the direction of the rotation axis of the accommodating body. There is a container cover 42, which is closed on the cooking container 500, so that the cooking container 500 has a relatively closed cooking cavity 44 when cooking, so that the user can access the entire cooking container when cooking is completed, so as not to take it at the end During the process, there is a risk that the food may be spilled due to falling. At the same time, in order to facilitate the user's handling, the container cover 42 is provided to ensure that the food does not overflow the outside of the cooking container during the cooking process. Specifically, the container cover 42 is disposed on the side close to the access opening 12 to facilitate access to the container cover 42. For specific use, the container cover 42 can be taken out to add or remove food ingredients.
在本实施例中,参照图1,所述烹饪容器500和容器盖42结合形成结合面M,所述容置体200的旋转轴线与所述结合面M形成的预设夹角α 为60-90度。最佳的,所述预设夹角α为90度。可以理解的是,结合面M为容器盖42与烹饪容器500盖合密封所形成的缝隙所在的平面。在本实施例中,当烹饪容器500正常放置在水平桌面时,将容器盖42盖合到烹饪容器500上后,其二者的结合面就是水平面,当然,本实施例的容置体200倾斜设置,烹饪容器500在放入容置体后也是倾斜设置,所以其结合面M也是呈现一定角度的倾斜,而容置体200的旋转轴线与该结合面M形成预设夹角α,使得结合面M一直处于一定的竖直高度范围内,正常情况下未倾斜旋转时,食材是位于结合面M以下的区域,通过该夹角α的设置,使得即使在旋转过程中,结合面M也始终处于一定的竖直高度上,而食材始终位于结合面M以下的区域,使得对结合面M处的密封性能要求大大降低,甚至不需要特意设置密封圈来密封,从而可以简化烹饪容器的结构,降低成本,而方便将容器盖42打开。In this embodiment, referring to FIG. 1, the cooking container 500 and the container cover 42 are combined to form a joint surface M, and the preset angle α formed by the rotation axis of the accommodating body 200 and the joint surface M is 60- 90 degrees. Preferably, the preset angle α is 90 degrees. It can be understood that the joint surface M is a plane where the gap formed by sealing and sealing the container cover 42 and the cooking container 500. In this embodiment, when the cooking container 500 is normally placed on a horizontal table, after the container cover 42 is closed on the cooking container 500, the joint surface of the two is the horizontal plane. Of course, the accommodating body 200 of this embodiment is inclined Setting, the cooking container 500 is also tilted after being placed in the accommodating body, so the joint surface M is also inclined at a certain angle, and the rotation axis of the accommodating body 200 forms a preset angle α with the joint surface M to make the joint The surface M has always been within a certain vertical height range. Under normal circumstances, when the food is not tilted and rotated, the food is located in the area below the joint surface M. Through the setting of the included angle α, the joint surface M is always At a certain vertical height, and the food is always located in the area below the joint surface M, so that the sealing performance at the joint surface M is greatly reduced, and there is no need to even set a sealing ring to seal, which can simplify the structure of the cooking container, The cost is reduced, and the container lid 42 is easily opened.
具体地,在本实施例中,参考图2和3所示,烹饪容器500具有固定翻边411,容器盖42上设有盖沿翻边421,所述烹饪容器500和容器盖42结合时,所述固定翻边411和所述盖沿翻边421贴合。结合面M由二者贴合时所在的缝隙形成,本实施例中,固定翻边411上设置有折边412,当容器盖42盖合在固定翻边411上后,折边412可向内侧弯折,从而在固定翻边411处完成对容器盖42的密封。容器盖42还可以通过其他密封方式实现与烹饪容器500的密封,以防止食材以及油等液体从烹饪容器500和容器盖42的配合处外漏。在本实施例的一些变通实施例中,容器盖42还可以采用其他方式设置在烹饪容器上,如容器盖42可以通过粘接的形式设置在烹饪容器上。Specifically, in this embodiment, referring to FIGS. 2 and 3, the cooking container 500 has a fixed flange 411, and the container cover 42 is provided with a cover edge flange 421. When the cooking container 500 and the container cover 42 are combined, The fixed flange 411 and the cover are attached along the flange 421. The joint surface M is formed by the gap where the two are attached. In this embodiment, the fixed flange 411 is provided with a folded edge 412. When the container cover 42 is closed on the fixed flange 411, the folded edge 412 may be inward The side is folded so that the sealing of the container lid 42 is completed at the fixed flange 411. The container cover 42 can also be sealed with the cooking container 500 by other sealing methods to prevent liquids such as food materials and oil from leaking from the joint of the cooking container 500 and the container cover 42. In some alternative embodiments of the present embodiment, the container cover 42 may also be provided on the cooking container in other ways, for example, the container cover 42 may be provided on the cooking container by bonding.
参考图1,为了使得旋转式加热的炒菜机的容置体200烹饪效果更好,旋转式加热的炒菜机还包括支座400,壳体100设置在支座400上,支座400可以调节壳体100的倾斜角度,从而使得食材能在容置体200中翻炒充分,提升翻炒效果。烹饪时,所述容置体200的旋转轴的轴线方向与水平方向的夹角β为20-80度,设置倾斜角度对食材的翻炒有着促进的作用,优选地,β为20度,40度,45度,55度,80度等。正常放置时,壳体可以是竖直或者水平放置。当然,壳体100的倾斜角度既可以是可调节的,也可以是不可调节的。Referring to FIG. 1, in order to make the accommodating body 200 of the rotary heating cooking machine better cooking effect, the rotary heating cooking machine further includes a support 400, and the housing 100 is disposed on the support 400, and the support 400 can adjust the shell The inclination angle of the body 100 makes the ingredients fully stir-fried in the accommodating body 200 and improves the stir-fry effect. During cooking, the angle β between the axis of the rotating shaft of the container 200 and the horizontal direction is 20-80 degrees. Setting the tilt angle can promote the stir-frying of the ingredients. Preferably, β is 20 degrees, 40 Degrees, 45 degrees, 55 degrees, 80 degrees, etc. When placed normally, the housing can be placed vertically or horizontally. Of course, the inclination angle of the housing 100 may be adjustable or non-adjustable.
在本实施例中,可继续参照图1,所述壳体100内还设有保温罩204,所述保温罩204和容置体200形成隔层2042,所述加热装置201位于所述隔层2042内。通过在壳体100内设置保温罩204,加热装置201位于容置体200和保温罩204之间的隔层2042内,加热装置201发热后的热量会充满在隔层2042中,热量不会轻易散失,加热效率高,使得保温罩204可以得到充分的受热,由于加热装置201和壳体100之间设置有保温罩204,加热装置201产生的热量不会直接传递到壳体100上,使得壳体100的温度不会太高,壳体100可以选用塑料件等材料来降低成本。而保温罩204可以选用金属件制成。具体来说,本实施例的保温罩204、容置体200和加热装置201三者安装在一起,底部驱动电机301驱动容置体200转动时,三者一起转动,当然,驱动电机301也可以是直接驱动保温罩204转动,使得三者一起转动。所以保温罩204和壳体100之间会形成对流空气,使得保温罩204的热量更加不易传递给壳体100,壳体100可以保持在较低温的状态,避免壳体100烫手。而加热装置201是随着容置体200和保温罩204一起转动的,加热装置201的热量可以较好的传递给容置体200,进一步的传递给容置体200内的烹饪容器500。In this embodiment, with continued reference to FIG. 1, a thermal insulation cover 204 is also provided in the housing 100, the thermal insulation cover 204 and the containing body 200 form a partition 2042, and the heating device 201 is located on the partition Within 2042. By providing the heat-insulating cover 204 in the housing 100, the heating device 201 is located in the partition 2042 between the housing body 200 and the heat-insulating cover 204. The heat generated by the heating device 201 will be filled in the partition 2042, and the heat will not be easy The heat loss is high and the heating efficiency is high, so that the thermal insulation cover 204 can be fully heated. Since the thermal insulation cover 204 is provided between the heating device 201 and the housing 100, the heat generated by the heating device 201 will not be directly transferred to the housing 100, making the housing The temperature of the body 100 is not too high, and the housing 100 can be made of plastic parts or other materials to reduce the cost. The thermal insulation cover 204 can be made of metal parts. Specifically, the thermal insulation cover 204, the accommodating body 200 and the heating device 201 of this embodiment are installed together. When the bottom drive motor 301 drives the accommodating body 200 to rotate, the three of them rotate together. Of course, the driving motor 301 can also The heat insulation cover 204 is directly driven to rotate so that the three rotate together. Therefore, convection air is formed between the heat-insulating cover 204 and the housing 100, so that the heat of the heat-insulating cover 204 is more difficult to be transferred to the housing 100, and the housing 100 can be kept at a lower temperature to prevent the housing 100 from being hot. The heating device 201 rotates with the accommodating body 200 and the heat insulation cover 204, and the heat of the heating device 201 can be better transferred to the accommodating body 200, and further to the cooking container 500 in the accommodating body 200.
在本实施例一些变通的实施例中,容器盖42上可以设置排汽口43,排气口43上还可以设置蒸汽阀(图中未示出);此外排汽口43在容器盖42上位置可以偏心设置、也可以是位于中心位置。本实施例,参考图2所示,排汽口43设置在容器盖42的中心位置,当将排汽口43设置在中心位置时,翻炒时,特别是在倾斜翻炒时,食材由于容器盖42的阻挡将更不容易到达排汽口43,避免油滴或汤汁等液体从排汽口43排出,同时设置在中心位置的排汽口43在回转时,离心力、惯性力的影响较小。参考图5所示,偏心设置的排汽口43,在取放开口12倾斜向上进行翻炒时,可以充分利用油烟水汽等热气的上浮特性,使得热气快速从偏心的排汽口43中排出,进而保证食材的翻炒的口感。偏心设置的排汽口43可以设置在容器盖42的***一侧。具体地,烹饪时,由于油烟水汽将上浮,因此倾斜翻炒时,将聚集烹饪腔的上侧,因此开设在中心位置的排汽口43并不利于油烟水汽的排放,所以采用偏心设置。In some modified embodiments of this embodiment, a steam exhaust port 43 may be provided on the container cover 42, and a steam valve (not shown) may also be disposed on the exhaust port 43; In addition, the steam exhaust port 43 is provided on the container cover 42 The position can be set eccentrically or in a central position. In this embodiment, referring to FIG. 2, the steam exhaust port 43 is provided at the center of the container cover 42. When the steam exhaust port 43 is set at the center position, the ingredients are cooked due to the container when stir-frying, especially when tilting The blocking of the cover 42 will make it easier to reach the exhaust port 43 to prevent liquid such as oil droplets or soup from being discharged from the exhaust port 43. At the same time, when the exhaust port 43 provided at the center position is rotated, the influence of centrifugal force and inertial force is more small. Referring to FIG. 5, the eccentrically arranged exhaust port 43 can make full use of the floating characteristics of hot gas such as oil fume and steam when the pick-and-place opening 12 is tilted upward for frying, so that the hot air is quickly discharged from the eccentric exhaust port 43 , And then ensure the taste of the ingredients. The eccentrically arranged exhaust port 43 may be provided on the outer peripheral side of the container cover 42. Specifically, during cooking, since the oil vapor and water vapor will float up, the upper side of the cooking cavity will be gathered when tilting and frying. Therefore, the exhaust port 43 opened at the central position is not conducive to the discharge of oil vapor and vapor, so an eccentric setting is adopted.
偏心设置的排汽口43更加靠近烹饪容器500的内壁,此时,烹饪容 器500在回转时,将有可能漏食材或汤汁油液,因此,参考图4所示,在所述容器盖42的***一侧设有第一台阶45,所述第一台阶45向所述旋转轴线方向的外侧凸起形成凸台或向内侧凹入形成沉台,所述排汽口43位于所述凸台或所述沉台上。设置的第一台阶45能够阻碍达到取放开口12一侧的食材远离排汽口43,从而解决漏食材或汤汁油液的问题。当然,当排汽口43设置在中心位置时也可以设置第一台阶45,以起到更好的翻炒效果。本实施例中,第一台阶45向取放开口12外侧凸起,形成第一凸台46。The eccentrically arranged steam outlet 43 is closer to the inner wall of the cooking container 500. At this time, when the cooking container 500 rotates, there is a possibility of leakage of food materials or soup oil. Therefore, referring to FIG. A first step 45 is provided on the outer peripheral side of the first step 45, the first step 45 protrudes outward in the direction of the rotation axis to form a boss or concave inward to form a sink, and the exhaust port 43 is located on the boss Or the sinking platform. The first step 45 provided can hinder the food material reaching the side of the pick-and-place opening 12 from being away from the steam outlet 43, thereby solving the problem of leaking food material or soup oil. Of course, when the steam exhaust port 43 is disposed at the center position, the first step 45 may also be disposed to achieve a better stir-frying effect. In this embodiment, the first step 45 protrudes outside the access opening 12 to form a first boss 46.
无盖烹饪的炒菜机,烹饪容器500放置在容置体200上,且随容置体200一体旋转,为了保证容置体200与烹饪容器500之间在旋转翻炒时,不打滑,烹饪容器500可通过设置在固定翻边411上的褶皱面B进行固定,褶皱面B如图3和图6所示,褶皱为金属箔材表面成型的微小纹理,能防止光滑的烹饪容器500与容置体200打滑,单个褶皱的长度沿着旋转轴的方向曲折延伸,在表面形成曲线状的凸起或凹槽。具体地,如图1所示,容置体200设有锅沿翻边102,褶皱面B与锅沿翻边102配合连接,从而实现固定。褶皱面B易于成型在铝箔容器上,且铝箔容器由于材质薄,结构强度有限,不能在设置更多的结构,因此采用褶皱面进行固定将比采用卡扣固定或粘接固定等其他固定方式更为有利。In a frying machine without lid cooking, the cooking container 500 is placed on the container body 200 and rotates integrally with the container body 200. In order to ensure that the container body 200 and the cooking container 500 do not slip when rotating and frying, the cooking container 500 can be fixed by the fold surface B provided on the fixed flange 411. The fold surface B is shown in FIGS. 3 and 6, the fold is a tiny texture formed on the surface of the metal foil, which can prevent the smooth cooking container 500 and the container The body 200 slips, and the length of a single fold extends zigzag along the direction of the rotation axis, forming a curved protrusion or groove on the surface. Specifically, as shown in FIG. 1, the accommodating body 200 is provided with a pot edge flange 102, and the corrugated surface B and the pot edge flange 102 are cooperatively connected to achieve fixation. The fold surface B is easy to be formed on the aluminum foil container, and the aluminum foil container has a thin material and limited structural strength, so it cannot be installed with more structures. Therefore, the use of the fold surface for fixing will be better than other fixing methods such as snap fixing or adhesive fixing. For the benefit.
为了便于对烹饪容器500进行固定,参照图1,在本实施例中,所述容置腔的内侧壁从竖直面向外倾斜第一角度γ,所述容置体200内放置有烹饪容器500,所述烹饪容器500随所述容置体200一起旋转,所述烹饪容器500的旋转轴线P与水平面Q的夹角为β,所述γ不大于β。因此可以避免烹饪容器500在旋转时直接从容置腔内滑出。具体来说,容置腔的内侧壁向外倾斜,使得容置腔口部偏大,方便将烹饪容器500放入和取出,另外,由于容置体200本身在炒菜机上倾斜设置,而容置体200所形成的容置腔又有一定的倾斜度,二者叠加可能导致烹饪容器500从容置体200内滑出,而本实施例中限定γ不大于β,使得烹饪容器500在放入容置腔3之后其是往容置腔内部滑动的,所以不容易滑出来。同样地,烹饪容器500的侧壁也可以设置成与该容置腔内侧壁相配合的斜壁,使得烹饪容器500沿着旋转轴线P方向推入时,烹饪容器500与容置体200就能靠该斜面贴合压紧固定。所述烹饪容器500的本体外壁设有褶皱面B,所述烹饪 容器500的本体与所述容置体200的内壁配合连接。该褶皱面B将提高烹饪容器500与容置体200固定的牢靠性。In order to facilitate fixing the cooking container 500, referring to FIG. 1, in this embodiment, the inner side wall of the accommodating cavity is inclined outward by a first angle γ from the vertical surface, and the cooking body 500 is placed in the accommodating body 200 The cooking container 500 rotates with the accommodating body 200, and the angle between the rotation axis P of the cooking container 500 and the horizontal plane Q is β, and the γ is not greater than β. Therefore, it is possible to prevent the cooking container 500 from directly sliding out of the accommodating cavity when rotating. Specifically, the inner side wall of the accommodating cavity is inclined outward, so that the mouth of the accommodating cavity is relatively large, which is convenient for putting and removing the cooking container 500. In addition, since the accommodating body 200 itself is inclinedly arranged on the cooking machine, the accommodating cavity is accommodated. The accommodating cavity formed by the body 200 has a certain inclination, and the superposition of the two may cause the cooking container 500 to slide out of the accommodating body 200, but in this embodiment, γ is not greater than β, so that the cooking container 500 is placed in the container After the cavity 3 is placed, it slides into the interior of the cavity, so it is not easy to slide out. Similarly, the side wall of the cooking container 500 may also be provided as a slanted wall matching the inner side wall of the accommodating cavity, so that when the cooking container 500 is pushed in the direction of the rotation axis P, the cooking container 500 and the accommodating body 200 can Rely on this inclined surface to press tightly and fix it. The outer wall of the body of the cooking container 500 is provided with a corrugated surface B, and the body of the cooking container 500 is mated with the inner wall of the containing body 200. The wrinkled surface B will improve the reliability of fixing the cooking container 500 and the container 200.
本实施例的工作原理大致如下:在需要烹饪时,首先在烹饪容器500内放置食材,然后盖上容器盖42,将其放入容置体200中。开始工作时,容置体200转动带动烹饪容器500转动,加热装置201加热使得容置体200发热,容置体200传热给烹饪容器500,使得烹饪容器500内的食材受热。而容置体200在带动烹饪容器500转动的过程中,食材翻滚,实现翻炒。烹饪结束后,取出烹饪容器,打开容器盖42即可以食用。由于容器盖42上设有排汽口43,在烹饪过程中,也可以通过排汽口43向里面添加食材作料等。The working principle of this embodiment is roughly as follows: when cooking is required, first place the ingredients in the cooking container 500, then close the container cover 42 and put it into the containing body 200. When starting to work, the container 200 rotates to drive the cooking container 500 to rotate, the heating device 201 heats the container 200 to generate heat, and the container 200 transfers heat to the cooking container 500, so that the ingredients in the cooking container 500 are heated. During the process of driving the cooking container 500 to rotate, the container body 200 rolls over the ingredients to achieve stir-frying. After cooking, the cooking container is taken out, and the container cover 42 is opened to serve. Since the container cover 42 is provided with a steam exhaust port 43, during the cooking process, food ingredients and the like can also be added through the steam exhaust port 43.
而本实施例通过特定的结构设置具有以下的效果。However, this embodiment has the following effects through specific structural settings.
1、所述容置体的旋转轴线与所述结合面M形成的预设夹角α为60-90度。因此在旋转过程中,结合面M一直处于一定高度位置,因此对结合面处的密封要求度大大降低。1. The preset angle α formed by the rotation axis of the accommodating body and the joint surface M is 60-90 degrees. Therefore, during the rotation, the joint surface M is always at a certain height position, so the sealing requirement at the joint surface is greatly reduced.
2、所述加热装置随所述容置体一起旋转。加热装置加热容置体,容置体传热给烹饪容器,加热装置和容置体是一起转动的,因此不会在二者之间形成对流的空气,使得加热效果好,加热效率高。2. The heating device rotates with the accommodating body. The heating device heats the accommodating body, and the accommodating body transfers heat to the cooking container. The heating device and the accommodating body rotate together, so no convection air is formed between the two, which makes the heating effect good and the heating efficiency high.
3、所述烹饪容器上还设有容器盖,所述容器盖位于所述容置腔外。由于容器盖位于容置腔外,容器盖受到容置体的传热影响小,温度相对较低,可以方便取食时开盖,也可以降低容器盖的成本。3. A container cover is also provided on the cooking container, and the container cover is located outside the accommodating cavity. Since the container lid is located outside the accommodating cavity, the container lid is less affected by the heat transfer of the accommodating body and the temperature is relatively low, which can facilitate opening the lid when taking food, and can also reduce the cost of the container lid.
4、所述保温罩和容置体形成隔层,所述隔层内设有加热装置。通过在隔层中设置加热装置,使得热量始终位于隔层内,热量难以散失,提高加热效率。而且可以避免加热装置传热给壳体,避免壳体发烫。4. The insulation cover and the containing body form a partition, and a heating device is provided in the partition. By installing a heating device in the partition, the heat is always located in the partition, the heat is hard to be lost, and the heating efficiency is improved. Moreover, it is possible to prevent the heating device from transferring heat to the housing and avoiding the housing from becoming hot.
实施例2:Example 2:
与实施例1的区别在于,参考图7和图8,本实施例提出的旋转式加热的炒菜机,包括机盖2,机盖2上设有排汽通道6。The difference from Embodiment 1 is that, referring to FIG. 7 and FIG. 8, the rotatable cooking machine proposed in this embodiment includes a cover 2, and a steam exhaust channel 6 is provided on the cover 2.
本实施例的壳体100一侧开口,机盖2盖合在壳体100的开口处,容器盖42可安装在机盖2上,也可安装在烹饪容器500上。当容置体200在烹饪过程中回转时,容器盖42与烹饪容器500保持同步转动,容器盖42随所述机盖2与所述壳体100的开合而与所述烹饪容器500配合或分离。 为了对烹饪容器500内部烹饪腔的油烟水汽进行排放,在容器盖42上设有排汽口43,并在机盖2上设置排汽通道6,该排汽口43与排汽通道6相连通,由此,需要对油烟水汽进行控制排放时,可通过排汽口43和排汽通道6来实现。设置了排汽通道6之后,烹饪腔通过该排汽口43向所述旋转轴线方向外侧的排汽通道6进行排汽。In this embodiment, the side of the housing 100 is opened, the cover 2 is closed at the opening of the housing 100, and the container cover 42 can be installed on the cover 2 or on the cooking container 500. When the accommodating body 200 rotates during the cooking process, the container cover 42 and the cooking container 500 keep rotating synchronously, and the container cover 42 cooperates with the cooking container 500 as the machine cover 2 opens and closes with the housing 100 or Separate. In order to discharge the oil vapor and water vapor in the cooking cavity inside the cooking container 500, a steam exhaust port 43 is provided on the container cover 42 and a steam exhaust channel 6 is provided on the cover 2, and the steam exhaust port 43 communicates with the steam exhaust channel 6 Therefore, when it is necessary to control and discharge the oil vapor and steam, it can be achieved through the exhaust port 43 and the exhaust channel 6. After the steam exhaust channel 6 is provided, the cooking cavity exhausts steam through the steam exhaust port 43 toward the steam exhaust channel 6 on the outer side in the rotation axis direction.
参考图9,本实施例中,排汽口43与排汽通道6之间的连通可以通过旋转轴51来实现,即将转轴51设置成中空状,使其一端连接排汽口43,另一端与外界相通,当机盖2盖合时,旋转轴51的一端抵接在容器盖42上,机盖2打开时,旋转轴51脱离容器盖42,由此,烹饪腔中的油烟水汽将经排汽口43进入旋转轴51内的排汽通道6,进而排放至外界中去。通过在旋转轴51中设置排汽通道6,可以实现对油烟水汽的100%收集,彻底杜绝油烟水汽向放置腔11中的弥散,避免在机盖2、放置腔11等壳体100内部残留油渍,使得旋转式加热的炒菜机干净卫生,避免死角污渍残留,由此避免细菌、蚊虫的滋生。Referring to FIG. 9, in this embodiment, the communication between the exhaust port 43 and the exhaust channel 6 can be achieved by the rotating shaft 51, that is, the rotating shaft 51 is set in a hollow shape, so that one end is connected to the exhaust port 43, and the other end is connected to The outside world communicates with each other. When the lid 2 is closed, one end of the rotating shaft 51 abuts on the container lid 42. When the lid 2 is opened, the rotating shaft 51 is detached from the container lid 42. As a result, the cooking fumes and water vapor will pass through The steam port 43 enters the steam exhaust channel 6 in the rotating shaft 51 and is then discharged to the outside world. By providing the exhaust channel 6 in the rotating shaft 51, 100% collection of fume and water vapor can be achieved, and the dispersion of the fume and water vapor into the placement cavity 11 can be completely prevented to avoid residual oil stains inside the casing 100 such as the machine cover 2, the placement cavity 11, etc. , To make the rotary heating cooking machine clean and hygienic, to avoid the residue of dead corner stains, thereby avoiding the breeding of bacteria and mosquitoes.
在本实施例的一些变通实施例中,容器盖42可以设置在机盖2上,此时,为了保持容器盖42与烹饪容器500的同步回转,在机盖2上设有旋转轴51,并将容器盖42直接固定在旋转轴51上,旋转轴51可在外力的作用下实现回转,当机盖2开合时,容器盖42也随之开合,该变通实施例中,所述容器盖42设置在机盖2上,所述容器盖42随所述机盖2与所述壳体的开合而与所述烹饪容器500配合或分离。具体地,该变通实施例中,机盖2一端铰接在壳体100的一侧,另一端扣合在壳体100上,旋转轴51设置在机盖2的中部位置,机盖2的内侧设有容器盖42,当机盖2扣合在壳体100上时,容器盖42盖合在烹饪容器500的开口处,驱动旋转轴51及容器盖42旋转的外力可以为回转的容置体200,也可以在机盖2上设置驱动装置进行驱动,进而实现容器盖42与烹饪容器500的同步转动,当机盖2与壳体100分离时,容器盖42与烹饪容器500彼此分离,此时壳体100打开的同时也将烹饪容器500的容器盖42也打开。In some modified embodiments of this embodiment, the container cover 42 may be provided on the machine cover 2. At this time, in order to maintain the synchronous rotation of the container cover 42 and the cooking container 500, a rotation shaft 51 is provided on the machine cover 2, and The container cover 42 is directly fixed on the rotating shaft 51, and the rotating shaft 51 can rotate under the action of external force. When the machine cover 2 is opened and closed, the container cover 42 is also opened and closed. In this modified embodiment, the container The cover 42 is provided on the machine cover 2, and the container cover 42 cooperates with or separates from the cooking container 500 with the opening and closing of the machine cover 2 and the housing. Specifically, in this modified embodiment, one end of the cover 2 is hinged to one side of the housing 100, and the other end is snap-fitted to the housing 100, the rotating shaft 51 is provided at the middle position of the cover 2, and the inner side of the cover 2 is provided A container cover 42 is provided. When the machine cover 2 is fastened to the housing 100, the container cover 42 is closed at the opening of the cooking container 500. The external force that drives the rotating shaft 51 and the container cover 42 to rotate can be the rotating container 200 Alternatively, a driving device may be provided on the lid 2 to drive, and the synchronous rotation of the container lid 42 and the cooking container 500 may be realized. When the lid 2 is separated from the housing 100, the container lid 42 and the cooking container 500 are separated from each other. When the housing 100 is opened, the container cover 42 of the cooking container 500 is also opened.
通过将容器盖42设置在回转的旋转轴51上,除了能实现容器盖42与烹饪容器500的同步转动外,还能在机盖2打开壳体100的同时将烹饪容器500打开,如此,用户在打开机盖2后,可以方便地对烹饪容器500 内侧的食材进行查看,可提高用户体验。By arranging the container cover 42 on the rotating rotating shaft 51, in addition to the synchronous rotation of the container cover 42 and the cooking container 500, the cooking container 500 can also be opened while the cover 2 is opening the housing 100. After the cover 2 is opened, the ingredients inside the cooking container 500 can be conveniently viewed, which can improve the user experience.
参考图9,本实施例中,为了保证排汽通道6与容器盖42之间的密封效果,在排汽通道6与容器盖42之间还设有第一密封圈61,第一密封圈61可以设置在机盖2上,从而可在机盖2的开合下而与容器盖42的表面分离或配合。Referring to FIG. 9, in this embodiment, in order to ensure the sealing effect between the exhaust passage 6 and the container cover 42, a first sealing ring 61 is also provided between the exhaust passage 6 and the container cover 42. The first sealing ring 61 It can be provided on the cover 2 so that it can be separated or fitted with the surface of the container cover 42 when the cover 2 is opened and closed.
当烹饪容器500为金属箔材时,由于金属箔材的特性,相对密闭的烹饪腔中产生的油烟水汽,会对容器盖42产生压力,进而向着取放开口12的旋转轴线外侧变形,因此,可以利用烹饪腔中烹饪压力来提高排汽口43和排汽通道6之间的密封性,从而使得第一密封圈61与容器盖42之间的密封性随烹饪容器500中的烹饪压力的增大而增大。具体为,烹饪容器500的容器盖42为薄膜或箔纸状,受压下将发生形变,从而使得第一密封圈61的密封性越来越高。当然,容器盖42也可以为其他材料,本发明不做限制。When the cooking container 500 is a metal foil, due to the characteristics of the metal foil, the oil vapor and steam generated in the relatively closed cooking cavity will exert pressure on the container cover 42 and then be deformed toward the outside of the rotation axis of the pick-and-place opening 12, so , The cooking pressure in the cooking cavity can be used to improve the sealing between the exhaust port 43 and the exhaust channel 6, so that the sealing between the first sealing ring 61 and the container cover 42 varies with the cooking pressure in the cooking container 500 Increase and increase. Specifically, the container cover 42 of the cooking container 500 is in the form of a film or a foil, which deforms under pressure, thereby making the sealing performance of the first sealing ring 61 higher and higher. Of course, the container cover 42 can also be made of other materials, and the invention is not limited thereto.
参考图9,为了固定旋转轴51,机盖2的内部设有轴承52,轴承52通过轴承座53固定在机盖2上,在旋转轴51外侧一端设有轴向密封圈56,该轴向密封圈56套设在旋转轴51上,与旋转轴51实现动态密封,轴向密封圈56通过压盖54来固定,压盖54固定在轴承座53上,轴向密封圈56被压盖54限位在轴承座53与压盖54之间,为了防止旋转轴51旋转时,轴向密封圈56旋转,因此压盖54设有定位块,并在轴向密封圈56上设有定位孔,定位块与定位孔配合,从而阻止轴向密封圈56的旋转。Referring to FIG. 9, in order to fix the rotating shaft 51, a bearing 52 is provided inside the cover 2. The bearing 52 is fixed to the cover 2 through a bearing seat 53, and an axial seal 56 is provided on the outer end of the rotating shaft 51. The sealing ring 56 is sleeved on the rotating shaft 51 to achieve dynamic sealing with the rotating shaft 51. The axial sealing ring 56 is fixed by the gland 54 which is fixed to the bearing housing 53 and the axial sealing ring 56 is pressed by the gland 54 It is limited between the bearing housing 53 and the gland 54. In order to prevent the axial seal ring 56 from rotating when the rotating shaft 51 rotates, the gland 54 is provided with a positioning block, and a positioning hole is provided on the axial seal ring 56, The positioning block cooperates with the positioning hole to prevent the rotation of the axial seal ring 56.
本实施例的机盖2包括衬盖21和外盖22,旋转轴51设置在衬盖21上,外盖22设置在衬盖21上,外盖22对应于排汽通道6的位置设有出汽口23,出汽口23与排汽通道6相连通,为了保证油烟水汽能顺利的经衬盖21到达外盖22,本实施例在外盖22与衬盖21之间设有第三密封圈55,第三密封圈55设置在压盖54上,外侧通过外盖22的筋板压紧,从而实现密封。The machine cover 2 of this embodiment includes a liner cover 21 and an outer cover 22, a rotating shaft 51 is provided on the liner cover 21, an outer cover 22 is provided on the liner cover 21, and the outer cover 22 is provided with a position corresponding to the position of the exhaust passage 6 The steam port 23 and the steam outlet 23 communicate with the steam exhaust channel 6. In order to ensure that the fume vapor can smoothly reach the outer cover 22 through the liner cover 21, in this embodiment, a third seal ring is provided between the outer cover 22 and the liner cover 21 55. The third sealing ring 55 is disposed on the pressure cover 54, and the outer side is compressed by the ribs of the outer cover 22, thereby achieving sealing.
设置排汽通道后,可以通过排汽通道对油烟水汽进行有效控制,如在所述机盖上设置蒸汽阀,所述蒸汽阀与排汽通道相连通。通过蒸汽阀完成对油烟水汽的控制,此外,所述机盖设有被所述排汽通道贯穿的出汽口,以使油烟水汽能顺利排出机盖。After the steam exhaust channel is provided, oil vapor and steam can be effectively controlled through the steam exhaust channel. For example, a steam valve is provided on the cover, and the steam valve communicates with the steam exhaust channel. The steam fume is controlled by the steam valve. In addition, the machine cover is provided with a steam outlet penetrated by the steam exhaust channel, so that the oil fume water vapor can be smoothly discharged from the machine cover.
除具有实施例1的有益效果外,本实施例相比于实施例1而言,还具备以下有益效果:由于设置了机盖2,所以炒菜机是非敞开式烹饪,因此可在机盖2中设置排汽通道对油烟水汽进行有效控制,对于本实施例而言,烹饪容器500上设有容器盖42,并加设机盖2后,食材不论在烹饪的开始阶段、中间阶段或结束阶段,都在一个相对封闭的烹饪腔中进行烹饪,提高了保温效果,特别是在烹饪结束、机盖2开盖的瞬间,油烟水汽也不会因为机盖2的打开而四处弥漫,避免了用户烫伤的风险,提高了炒菜机在菜肴取用时的安全性;烹饪的过程中,设置的排汽口43能使得烹饪容器500中产生的油烟水汽经排放通道进行排放,避免器具本体烹饪的过程中内部压力过大而***的风险,且能实现对油烟水汽的有效控制,同时,通过排汽口43和排汽通道6进行排汽,保证了炒菜机内部的放置腔11、机盖2表面的洁净卫生,避免了炒菜机内部滋生细菌,滋养蚊虫;另外,设置的烹饪容器500可方便用户对菜肴的取用,当烹饪完成时,只需要将烹饪容器500取出即可,而无需再用锅铲将食物铲出,无需盛取,使用方便,体验好。In addition to the beneficial effects of Embodiment 1, this embodiment has the following beneficial effects compared to Embodiment 1: Because the cover 2 is provided, the cooking machine is non-open cooking, so it can be placed in the cover 2 A steam exhaust channel is provided to effectively control the oil vapor and water vapor. For this embodiment, the cooking container 500 is provided with a container cover 42 and the machine cover 2 is added, regardless of whether the ingredients are in the beginning, middle or end of cooking. All cooking is done in a relatively closed cooking cavity, which improves the heat preservation effect, especially at the moment of cooking and when the cover 2 is opened, the oily fume and water vapor will not diffuse around because the cover 2 is opened, avoiding user burns The risk of the cooking machine improves the safety of the cooking machine when the dishes are taken; during the cooking process, the steam exhaust port 43 can be used to discharge the fumes and steam generated in the cooking container 500 through the exhaust channel to avoid the interior of the appliance body during cooking The risk of explosion due to excessive pressure, and effective control of oil vapor and water vapor can be achieved. At the same time, the steam is discharged through the steam outlet 43 and the steam passage 6 to ensure the cleanness of the surface of the cooking cavity 11 and the cover 2 Hygienic, avoiding the breeding of bacteria inside the cooking machine and nourishing mosquitoes; in addition, the set cooking container 500 can facilitate the user to take the dishes. When the cooking is completed, only the cooking container 500 needs to be taken out, and no spatula is needed. The food is shoveled out, no need to take it, it is convenient to use, and the experience is good.
本实施例的一些变通实施例中,当容器盖42设置在机盖2上时,能在打开机盖2后就能查看烹饪容器500内部的食材,用户体验好。In some modified embodiments of this embodiment, when the container cover 42 is provided on the machine cover 2, the ingredients inside the cooking container 500 can be viewed after the machine cover 2 is opened, and the user experience is good.
实施例3:Example 3:
与实施例1和实施例2的区别在于,本实施例的烹饪容器500为金属内胆,金属内胆同样放置在容置体内进行加热,该金属内胆依然可以适用于快速烹饪,餐具化的炒菜烹饪模式,因此在烹饪时配备有容器盖,金属内胆胆体强度更高,结构成型容易,因此,可以实现将容器盖卡扣固定在上侧,进行完成盖合。金属内胆同样适用于实施例1的无盖或实施例2中有盖烹饪的情形,具备等同的有益效果。The difference from Embodiment 1 and Embodiment 2 is that the cooking container 500 of this embodiment is a metal inner liner, which is also placed in the accommodating body for heating. The metal inner liner can still be used for rapid cooking and tableware In the cooking mode of cooking, a container cover is provided during cooking, the metal liner body has higher strength, and the structure is easy to form. Therefore, the container cover can be fastened to the upper side to complete the closure. The metal liner is also applicable to the case of cooking without a cover in Example 1 or with a cover in Example 2, and has equivalent beneficial effects.
在有机盖的情况下,容器盖可以设置在机盖上,此时,本实施例旋转式加热的炒菜机设置的容器盖与烹饪容器之间还可以设置密封装置,在一些实施例中,可以在容器盖的外沿和烹饪容器的固定翻边之间设置第二密封圈(未示出),在容器盖与烹饪容器的同步回转下,设置的第二密封圈与烹饪容器之间可以保持静态密封,因此不会出现磨损第二密封圈的可能,解决了滚筒式炒菜机的回转烹饪容器难以密封的问题。In the case of an organic lid, the container lid may be provided on the machine lid. At this time, a sealing device may also be provided between the container lid and the cooking vessel provided in the rotary heating cooking machine of this embodiment. In some embodiments, A second sealing ring (not shown) is provided between the outer edge of the container cover and the fixed flange of the cooking container, and under the synchronous rotation of the container cover and the cooking container, the second sealing ring and the cooking container can be maintained Static sealing, so there is no possibility of wearing the second sealing ring, which solves the problem that the rotary cooking container of the drum type cooking machine is difficult to seal.
实施例4:Example 4:
本实施例中,机盖2具有压紧烹饪容器500和容器盖42之间的结合面的效果。当容器盖42与烹饪容器500结合时,通过盖合壳体100上的机盖2,机盖2压紧结合面M,使得容器盖42不易脱离烹饪容器500。In this embodiment, the cover 2 has the effect of pressing the joint surface between the cooking container 500 and the container cover 42. When the container cover 42 is combined with the cooking container 500, by closing the cover 2 on the housing 100, the cover 2 presses the bonding surface M, so that the container cover 42 is not easily separated from the cooking container 500.
具体地,如图10和图14所示,本实施例的机盖2包括内盖5和上盖,本实施例的所述内盖5可转动地设置在所述上盖上,所述机盖2盖合在所述壳体100时,所述内盖5随所述容置体200一起旋转。本实施例中,上盖包括衬盖21和外盖22,当然衬盖21和外盖22也可以是一体成型的。当机盖2盖合时,内盖5压紧容置体200。而烹饪容器500和容器盖42的结合可以参考实施例一中的方式,而容置体200设有锅沿翻边102,所述固定翻边411贴合在所述锅沿翻边102上。所以机盖2盖合到所述壳体时,所述固定翻边411和盖沿翻边421被夹持在机盖2和锅沿翻边102102之间。具体来说,内盖5和锅沿翻边102将固定翻边411和盖沿翻边421夹持。而且,机盖2在盖合时,内盖5具有压紧烹饪容器500的效果,同样地,使得烹饪容器和500容器盖42形成的结合面被压紧。通过压紧完成了对烹饪容器500的固定,使得烹饪容器500与容置体200之间能更好的一体旋转,以保证排汽的顺利进行。通过内盖5实现压紧,可以使得烹饪时保持容置体200的内部相对封闭,避免油烟水汽泄露至放置腔11中,进而保证了放置腔11的洁净卫生。Specifically, as shown in FIGS. 10 and 14, the machine cover 2 of this embodiment includes an inner cover 5 and an upper cover. The inner cover 5 of this embodiment is rotatably provided on the upper cover. When the cover 2 is closed on the housing 100, the inner cover 5 rotates together with the accommodating body 200. In this embodiment, the upper cover includes a liner cover 21 and an outer cover 22. Of course, the liner cover 21 and the outer cover 22 may also be integrally formed. When the cover 2 is closed, the inner cover 5 compresses the accommodating body 200. For the combination of the cooking container 500 and the container cover 42, reference may be made to the method in the first embodiment, and the container 200 is provided with a pot edge flange 102, and the fixed flange 411 is attached to the pot edge flange 102. Therefore, when the cover 2 is closed to the casing, the fixed flange 411 and the cover edge flange 421 are clamped between the cover 2 and the pot edge flange 102102. Specifically, the inner cover 5 and the pot edge flange 102 sandwich the fixed flange 411 and the lid flange 421. Moreover, when the cover 2 is closed, the inner cover 5 has the effect of pressing the cooking container 500, and similarly, the joint surface formed by the cooking container and the 500 container cover 42 is pressed. The fixing of the cooking container 500 is completed by pressing, so that the cooking container 500 and the accommodating body 200 can rotate better integrally, so as to ensure the smooth progress of the exhaust steam. The inner cover 5 is pressed tightly, so that the inside of the containing body 200 can be kept relatively closed during cooking, so as to avoid the leakage of oily fume and vapor into the placing cavity 11, thereby ensuring the cleanliness of the placing cavity 11.
进一步地,将内盖5设置在旋转轴51上,以使得内盖5能与容置体200保持同步旋转,进而完成对烹饪容器500的夹持,同时,设置在旋转轴51上的内盖5能随机盖2与壳体100的开合而与容置体200配合或分离,此种固定方式大大方便了用户对烹饪容器500的取用,当机盖2打开时,内盖5随之与容置体200分离,使得烹饪容器500解除夹持固定,进而使得用户可以将放置在容置体200内侧的烹饪容器500进行取放;当机盖2合上时,内盖5随之与容置体200配合,使得烹饪容器500被内盖5和容置体200夹持固定,进而得以保证烹饪容器500保持同步转动,完成菜肴的烹饪。Further, the inner cover 5 is provided on the rotating shaft 51, so that the inner cover 5 can keep synchronous rotation with the accommodating body 200, thereby completing the clamping of the cooking container 500, and at the same time, the inner cover provided on the rotating shaft 51 5. The lid 2 can be opened and closed with the housing 100 to match or separate with the accommodating body 200. This fixing method greatly facilitates the user to take the cooking container 500. When the lid 2 is opened, the inner lid 5 follows Separated from the housing body 200, the cooking container 500 is released from clamping and fixing, so that the user can pick and place the cooking container 500 placed inside the housing body 200; when the cover 2 is closed, the inner cover 5 follows The accommodating body 200 cooperates so that the cooking container 500 is clamped and fixed by the inner cover 5 and the accommodating body 200, thereby ensuring that the cooking container 500 keeps rotating synchronously to complete the cooking of the dishes.
当未设置内盖压紧结构时,在烹饪容器500被固定在容置体200上的情况(卡扣固定或磁吸固定或褶皱面固定等)下,排汽口43可直接通过转 轴51与烹饪容器500对接(即实施例2的变通方案),实现与排汽口43的对接,从而完成排汽口43与排汽通道6的连接。When the inner lid pressing structure is not provided, in the case where the cooking container 500 is fixed on the accommodating body 200 (snap fixation, magnetic attraction fixation, or fold surface fixation, etc.), the exhaust port 43 can directly pass through the rotating shaft 51 and The cooking container 500 is docked (that is, a modification of Embodiment 2) to achieve the docking with the steam exhaust port 43, thereby completing the connection between the steam exhaust port 43 and the steam exhaust passage 6.
参考图11和12所示,为了便于实现对烹饪容器500的夹持固定,同时使得压紧结构能高效地与容置体200相配合,在所述容置体200上设有第一限位部31,所述内盖5上设有第二限位部57,所述第一限位部31与所述第二限位部57配合实现所述内盖5的同步旋转。在同步旋转时,第一限位部31与第二限位部57配合,第一限位部31在旋转的过程受第二限位部57的阻挡,使得第二限位部57受到切向的推力,进而使得内盖5能与容置体200同步旋转。第一限位部31和第二限位部57均设置了多个,彼此之间间隔设置,第一限位部31彼此之间间隔的距离大于第二限位部57的本体的宽度,因此,能方便盖合机盖2时,第二限位部57能顺利的***第一限位部31之间的间隙中,进而保证第一限位部31与第二限位部57的可靠配合。Referring to FIGS. 11 and 12, in order to facilitate clamping and fixing of the cooking container 500 and at the same time make the pressing structure efficiently cooperate with the accommodating body 200, the accommodating body 200 is provided with a first limit position In the portion 31, a second limiting portion 57 is provided on the inner cover 5, and the first limiting portion 31 cooperates with the second limiting portion 57 to realize synchronous rotation of the inner cover 5. During synchronous rotation, the first limiting portion 31 cooperates with the second limiting portion 57, and the first limiting portion 31 is blocked by the second limiting portion 57 during the rotation, so that the second limiting portion 57 is tangentially The pushing force of the inner cover 5 can rotate synchronously with the accommodating body 200. Both the first limiting portion 31 and the second limiting portion 57 are provided in plurality, and are spaced apart from each other. The distance between the first limiting portion 31 and each other is greater than the width of the body of the second limiting portion 57, so , When the cover 2 is closed, the second limiting portion 57 can be smoothly inserted into the gap between the first limiting portion 31, thereby ensuring the reliable cooperation between the first limiting portion 31 and the second limiting portion 57 .
上述设置能使得内盖5与容置体200配合且未旋转前,容置体200与内盖5之间具有预设的一段空行程,在空行程下,容置体200旋转,而内盖5不旋转,当空行程运行完全后,容置体200与内盖5之间才是同步旋转,如此设置,可以提高内盖5与容置体200之间的容错率,无需第一限位部31和第二限位部57在合盖的瞬间便完成配合,而是在空行程后才完成配合,由此用户在合盖时,可随意将机盖2合盖,无需内盖5与容置体200之间的对位,提高的用户的合机盖2的体验。The above-mentioned arrangement can make the inner cover 5 and the accommodating body 200 cooperate and not rotate before, there is a preset empty stroke between the accommodating body 200 and the inner cover 5, under the empty stroke, the accommodating body 200 rotates, and the inner cover 5 No rotation, when the empty travel is completed, the accommodating body 200 and the inner cover 5 are synchronously rotated. This setting can improve the error tolerance rate between the inner cover 5 and the accommodating body 200, without the need for the first limit portion 31 and the second limit part 57 complete the cooperation at the moment of closing the cover, but only after the empty stroke, so the user can close the cover 2 at will when closing the cover, without the inner cover 5 The positioning between the body 200 improves the user's experience of closing the lid 2.
在此情况下,第一密封圈61在空行程下与烹饪容器500表面是相对运动的,具有滑动摩擦,属于动态密封,在同步旋转下彼此是相对静止的,具有静摩擦,是静态密封,为了保证密封圈在两种状态下都能达到良好的密封效果,参考图13所示,将第一密封圈61的唇边611设置成外扩型,外扩型的唇边的密封面随唇边的形变量变大而变大,因此,与烹饪容器500表面接触时,未变形的部分将不会与烹饪容器500表面相接触,从而保证密封唇边与烹饪容器500表面在滑动摩擦时接触面积小,使得切向摩擦力小,同时外扩型的唇边的径向刚度较大,该切向摩擦力将难以使得唇边的刚度失效,以此避免唇边的卷曲和失效,进而保证良好的密封效果。第一密封圈61的形状可以不局限于外扩型,还可以是其他形状。In this case, the first sealing ring 61 moves relative to the surface of the cooking container 500 during the empty stroke, and has sliding friction, which is a dynamic seal. Under synchronous rotation, it is relatively stationary with static friction, which is a static seal. To ensure that the sealing ring can achieve a good sealing effect in both states, referring to FIG. 13, the lip 611 of the first sealing ring 61 is set to an outer expansion type, and the sealing surface of the outer expansion lip follows the lip The amount of deformation becomes larger and larger. Therefore, when contacting the surface of the cooking container 500, the undeformed part will not contact the surface of the cooking container 500, thereby ensuring the contact area of the sealing lip and the surface of the cooking container 500 during sliding friction Small, so that the tangential friction is small, and the radial stiffness of the flared lip is large, the tangential friction will make it difficult to invalidate the stiffness of the lip, so as to avoid curling and failure of the lip, thereby ensuring good Sealing effect. The shape of the first seal ring 61 may not be limited to the outer expansion type, but may be other shapes.
实施例5:Example 5:
本实施例中,如图15所示,与实施例1相比,加热装置与容置体分离设置,具体地,为了对容置体200和烹饪容器500进行加热,在壳体100的放置腔11中设有加热装置201,该加热装置201为发热管,排布在容置体200周围,以对容置体200均匀加热;设置在放置腔11中的加热装置优选为呈局部设置在壳体上,如本实施例中,加热装置设置在壳体的下侧,主要对容置体的下侧进行加热,这样可以节省能源,可以契合烹饪容器中食材翻炒时,由于重力的作用,主要集中在下侧的特性。当然,也可以是在壳体上360度均匀排布,此时,位于重力方向上侧的加热装置将对容置体及烹饪容器进行干烧,使得旋转至上侧的烹饪容器的内壁的温度更高,当该受过干烧的部分由于旋转再次向下侧旋转时,高温的内壁与食材接触,实现爆炒的效果,提升口感。此外,加热装置可以单独控制发热,实现不同的烹饪效果。In this embodiment, as shown in FIG. 15, compared with Embodiment 1, the heating device is provided separately from the housing body. Specifically, in order to heat the housing body 200 and the cooking container 500, in the housing cavity of the housing 100 11 is provided with a heating device 201, the heating device 201 is a heating tube, arranged around the housing body 200, to uniformly heat the housing body 200; the heating device disposed in the placement chamber 11 is preferably partially disposed in the shell Physically, as in this embodiment, the heating device is provided on the lower side of the housing, which mainly heats the lower side of the containing body, which can save energy, and can fit the cooking ingredients in the cooking container due to the action of gravity, Mainly focus on the characteristics of the lower side. Of course, it can also be evenly arranged on the housing at 360 degrees. At this time, the heating device located on the upper side of the gravity direction will dry-burn the container and the cooking container, so that the temperature of the inner wall of the cooking container rotating to the upper side is more High, when the part that has been burnt dry rotates to the lower side again due to the rotation, the high-temperature inner wall comes into contact with the food ingredients to achieve the effect of stir frying and enhance the taste. In addition, the heating device can independently control heat generation to achieve different cooking effects.
实施例6:Example 6:
参考图16,本实施例提出了一种烹饪器具,包括壳体100、容置体200和传动组件300,容置体200设置在壳体100中,与传动组件300相连,在传动组件300的传动下,容置体200可以在壳体100中旋转。本体外设有壳体(图中未示出),从而使得本体的外部造型更加美观。Referring to FIG. 16, this embodiment proposes a cooking appliance including a housing 100, a housing body 200 and a transmission assembly 300. The housing body 200 is provided in the housing 100 and is connected to the transmission assembly 300. Under transmission, the accommodating body 200 can rotate in the housing 100. A casing (not shown) is provided outside the body, so that the external shape of the body is more beautiful.
容置体200中,可以烹饪食材,传动组件300与容置体200的底部耦合或固定,实现容置体200的旋转,通过在壳体100或容置体200的周围设置加热装置,能对容置体200进行加热,食物在烹饪器具的回转过程中,在重力或回转的惯性力、离心力的作用下,实现翻炒,保证食材均匀受热均匀,从而完成食材的烹饪。The accommodating body 200 can be used for cooking ingredients. The transmission assembly 300 is coupled or fixed to the bottom of the accommodating body 200 to realize the rotation of the accommodating body 200. By setting a heating device around the housing 100 or the accommodating body 200, The accommodating body 200 is heated. During the rotation of the cooking appliance, the food is stir-fried under the action of gravity or the inertial force and the centrifugal force of the rotation to ensure that the ingredients are uniformly heated and uniform, thereby completing the cooking of the ingredients.
容置体200可以设置成可拆的形式,也可以设置成不可拆的形式,本实施例中,容置体200与传动组件300之间不可拆设置。容置体200上设有随其一起旋转的加热装置201和\或电子元件202;一起旋转的加热装置201可以提高发热效率,设置的电子元件202可用于烹饪过程中的参数获取及控制。The accommodating body 200 may be detachable or non-detachable. In this embodiment, the accommodating body 200 and the transmission assembly 300 are not detachable. The accommodating body 200 is provided with a heating device 201 and/or an electronic component 202 rotating together with it; the heating device 201 rotating together can improve the heating efficiency, and the provided electronic component 202 can be used for parameter acquisition and control during the cooking process.
参考图17,壳体100上设有用于接线的接线窗口101,接线窗口101可以方便烹饪器具装配时线的连接。Referring to FIG. 17, the housing 100 is provided with a wiring window 101 for wiring, and the wiring window 101 can facilitate the connection of wires when the cooking appliance is assembled.
参考图17,传动组件300,设置在壳体100上,传动组件300中部设有过线孔303,过线孔303的一侧设有导电滑环302,导电滑环302的导线经过线孔303穿过,通过接线窗口101实现加热装置201和\或电子元件202的接线端子203与导线的固定连接。Referring to FIG. 17, the transmission assembly 300 is provided on the housing 100, and a threaded hole 303 is provided in the middle of the transmission assembly 300. A conductive slip ring 302 is provided on one side of the threaded hole 303, and the wires of the conductive slip ring 302 pass through the thread hole 303 Through, through the wiring window 101 to achieve a fixed connection between the heating device 201 and/or the terminal 203 of the electronic component 202 and the wire.
本实施例设置的导电滑环302能够实现与加热装置201和\或电子元件202的电连接,这样,在加热装置201和\或电子元件202的旋转过程中,连接加热装置201和\或电子元件202的导线不至于绞断,实现了加热装置201和\或电子元件202随容置体200一体旋转的接线。在此基础上,在壳体100上设有接线窗口101,加热装置201和\或电子元件202的接线端子203与导线304连接固定时,可通过壳体100上接线窗口101进行安装作业,从而克服了容置体200的容易转动导致接线端子203位置不固定,造成的接线难的问题。The conductive slip ring 302 provided in this embodiment can realize electrical connection with the heating device 201 and/or the electronic component 202, so that during the rotation of the heating device 201 and/or the electronic component 202, the heating device 201 and/or the electronic component are connected The wires of the element 202 are not twisted, and the wiring of the heating device 201 and the electronic element 202 rotating integrally with the accommodating body 200 is realized. On this basis, the housing 100 is provided with a wiring window 101, when the heating device 201 and/or the terminal 203 of the electronic component 202 is connected and fixed to the wire 304, the installation work can be performed through the wiring window 101 on the housing 100, thereby It overcomes the problem that the connection body 203 is not easily fixed due to the easy rotation of the accommodating body 200, and the connection is difficult.
具体地,壳体100的顶侧设有取放开口,容置体200通过该侧的取放开口放置在壳体100中,壳体100和容置体200通过支座400支撑着,壳体100可旋转地设置在支座400上,通过将壳体100倾斜,可以使得容置体200完成对食材的倾斜烹饪,容置体200的外侧壁上设有加热装置201,以提供烹饪时所要的热量。由于食材的搅拌是通过容置体200的旋转实现的,将加热装置201和\或电子元件202设置在容置体200上,能够提高热效率,方便烹饪控制。Specifically, the top side of the housing 100 is provided with a pick-and-place opening. The accommodating body 200 is placed in the housing 100 through the pick-and-place opening on this side. The housing 100 and the accommodating body 200 are supported by the support 400. The housing 100 is rotatably provided on the support 400. By tilting the housing 100, the container 200 can be slanted to cook the ingredients. A heating device 201 is provided on the outer wall of the container 200 to provide cooking The heat required. Since the stirring of the ingredients is achieved by the rotation of the container 200, the heating device 201 and/or the electronic component 202 are provided on the container 200, which can improve the thermal efficiency and facilitate cooking control.
壳体100的取放开口设置在容置体200的旋转轴线方向上,壳体100的底侧设有传动组件300,该传动组件300固定在壳体100上,包括驱动电机301和传动机构,驱动电机301的电机轴与容置体200的旋转轴之间偏心设置,驱动电机301通过传动机构驱动容置体200旋转。偏心设置的驱动电机301,使得导电滑环302可以设置在容置体200的旋转轴线方向,当容置体200旋转时,导线能够避免缠绕,方便与外部元器件的接线。The pick-and-place opening of the housing 100 is provided in the direction of the rotation axis of the housing body 200, and a transmission assembly 300 is provided on the bottom side of the housing 100. The transmission assembly 300 is fixed on the housing 100 and includes a driving motor 301 and a transmission mechanism , The motor shaft of the driving motor 301 and the rotating shaft of the accommodating body 200 are eccentrically arranged, and the driving motor 301 drives the accommodating body 200 to rotate through a transmission mechanism. The eccentrically disposed driving motor 301 enables the conductive slip ring 302 to be disposed in the direction of the rotation axis of the housing body 200. When the housing body 200 rotates, the wire can avoid winding and facilitate wiring with external components.
参考图18和19,为了固定驱动电机301,在一实施例中,壳体100上设有固定座305,固定座305上设有驱动电机301、传动机构306,驱动电机301包括电机本体和形成于电机本体外侧的固定环,电机本体通过固定环的螺丝孔与固定座305的螺丝柱进行对接,通过紧固螺钉完成固定。为了使得电机运行平稳,在驱动电机301与固定座305之间设有减震垫, 减震垫能起到缓冲的作用,使得电机能安全稳定运行。电机轴与传动机构306连接,由于驱动电机301偏心设置,为了与旋转轴位于壳体100中心处的容置体200实现传动,传动机构306优选齿轮传动机构,齿轮传动机构306包括与电机轴连接的主动轮3061,和被主动轮3061所驱动的从动轮3062,齿轮传动机构设置在齿轮箱3063内,齿轮箱3063内设有降噪介质,可以为润滑脂,以避免产生大的噪声,固定座305中部设有轴承308,轴承308连接着联轴器307,联轴器307一端连接着容置体200,一端与从动轮3062连接,联轴器307中部设有过线孔303,导电滑环302与固定座305连接固定,从导电滑环302的滑头处引出的导线304进入过线孔303,穿过联轴器307,到达容置体200的底侧,为了实现联轴器307与从动轮3062的快速连接,从动轮3062上设有键槽309,联轴器307上也设有键槽309,键槽309配合后,再在键槽309上设置固定螺钉来实现固定,进而避免联轴器307从从动轮3062上脱离,实现传动的可靠性。驱动电机301上电,在控制电路的控制下驱动主动轮3061旋转,主动轮3061与从动轮3062啮合,主动轮3061实现与从动轮3062的传动,进而带动联轴器307旋转,联轴器307的旋转最终驱动容置体200转动。18 and 19, in order to fix the drive motor 301, in an embodiment, a fixed seat 305 is provided on the housing 100, and a drive motor 301 and a transmission mechanism 306 are provided on the fixed seat 305. The drive motor 301 includes a motor body and a On the fixing ring outside the motor body, the motor body is docked with the screw column of the fixing base 305 through the screw hole of the fixing ring, and the fixing is completed by tightening the screw. In order to make the motor run smoothly, a shock absorbing pad is provided between the driving motor 301 and the fixed base 305. The shock absorbing pad can serve as a buffer, so that the motor can operate safely and stably. The motor shaft is connected to the transmission mechanism 306. Due to the eccentric setting of the driving motor 301, in order to achieve transmission with the accommodating body 200 where the rotating shaft is located at the center of the housing 100, the transmission mechanism 306 is preferably a gear transmission mechanism. The gear transmission mechanism 306 includes a connection to the motor shaft The driving wheel 3061, and the driven wheel 3062 driven by the driving wheel 3061, the gear transmission mechanism is provided in the gear box 3063, the gear box 3063 is provided with a noise reduction medium, which can be grease to avoid generating large noise, fixed A bearing 308 is provided in the middle of the seat 305. The bearing 308 is connected to the coupling 307. One end of the coupling 307 is connected to the accommodating body 200, and one end is connected to the driven wheel 3062. The middle of the coupling 307 is provided with a threaded hole 303, which is conductive and slippery. The ring 302 is connected and fixed with the fixing base 305, and the wire 304 drawn from the slider of the conductive slip ring 302 enters the wire hole 303, passes through the coupling 307, and reaches the bottom side of the accommodating body 200. In order to realize the coupling 307 and The quick connection of the driven wheel 3062, the driven wheel 3062 is provided with a key slot 309, and the coupling 307 is also provided with a key slot 309. After the key slot 309 is matched, a fixing screw is provided on the key slot 309 to achieve fixation, thereby avoiding the coupling 307 Detach from the driven wheel 3062 to achieve transmission reliability. The driving motor 301 is powered on and drives the driving wheel 3061 to rotate under the control of the control circuit. The driving wheel 3061 meshes with the driven wheel 3062. The driving wheel 3061 realizes the transmission with the driven wheel 3062, which in turn drives the coupling 307 to rotate, the coupling 307 The rotation of finally drives the accommodating body 200 to rotate.
转动的过程中,加热装置201和\或电子元件202与连接着导电滑环302的导线连接,但当导线304穿过过线孔303后,机器在完成装配时,无法很好的实施接线作业,为了能方便将穿过过线孔303的导线304与可旋转的容置体200上的加热装置201或电子元件202电连接,在壳体100的底侧设有接线窗口101,只要容置体200上的接线端子203能够通过接线窗口101外露,便能方便地完成接线作业工作。During the rotation, the heating device 201 and/or the electronic component 202 are connected to the wire connected to the conductive slip ring 302, but when the wire 304 passes through the wire hole 303, the machine cannot perform the wiring work well when the machine completes the assembly In order to facilitate the electrical connection of the wire 304 passing through the wire hole 303 and the heating device 201 or the electronic component 202 on the rotatable housing 200, a wiring window 101 is provided on the bottom side of the housing 100, as long as the housing The wiring terminal 203 on the body 200 can be exposed through the wiring window 101, and the wiring work can be conveniently completed.
参考图20,本实施例中,接线窗口101与容置体200的旋转轴之间偏心设置,且容置体200上的接线端子203也与旋转轴之间偏心设置。通过将接线窗口101和接线端子203分别相对旋转轴偏心设置,能够提高接线窗口101的面积,从而方便接线作业。此外,接线窗口101上还可以设置盖板(图中未示出),盖板以可拆或不可拆的形式与接线窗口101连接;设置的盖板,第一:能够填补壳体100上的空洞,避免内部容置体200外露,用户不至于触摸到容置体200和接线端子203,造成烧伤,触电等的安全事故,第二:将壳体100上的空洞填补,能够提高保温效果,避免加 热装置201产生的热量无意义的散失,从而提高热效率,提高节能性能。盖板可以设置成可拆的形式,从而方便后续维护;为了避免用户的误操作,造成触电,盖板也可以设置成不可拆的形式。Referring to FIG. 20, in this embodiment, the wiring window 101 and the rotation axis of the accommodating body 200 are eccentrically arranged, and the terminal 203 on the accommodation body 200 is also eccentrically arranged with the rotation shaft. By arranging the wiring window 101 and the wiring terminal 203 eccentrically with respect to the rotation axis, the area of the wiring window 101 can be increased, thereby facilitating wiring work. In addition, a cover plate (not shown in the figure) can also be provided on the wiring window 101, and the cover plate is connected to the wiring window 101 in a detachable or non-removable form; the provided cover plate, first: can fill the Cavity to prevent the internal housing 200 from being exposed, users will not touch the housing 200 and the terminal 203, causing burns, electric shock and other safety accidents. Second: filling the cavity in the housing 100 can improve the insulation effect, To avoid the meaningless loss of heat generated by the heating device 201, thereby improving thermal efficiency and energy saving performance. The cover plate can be set in a detachable form, so as to facilitate subsequent maintenance; in order to avoid user's misoperation and electric shock, the cover plate can also be set in a non-removable form.
由于容置体200可以旋转,所以接线窗口101可以根据容置体200上的接线端子203部位选择性设置,一般而言,接线端子203至少包括两个,为正极或负极,对于加热装置201而言,两个接线端子203基本设置在同一位置,有时,接线端子203还可能包括两个以上,如包括多组加热装置201时,以及其他的电子元件202时,此时,接线端子203可能所在的位置均不相同,因此,为了能方便接线作业,在设置接线窗口101时,接线窗口101至少部分的区域与所述接线端子203重合,即接线窗口101无需全部覆盖所有的接线端子203,而是利用旋转容器的旋转,从而改变接线端子203的位置,以将容置体200上的接线端子203外露,从而完成接线端子203的接线作业;上述设置,使得壳体100的底侧开口或开孔的数目能尽可能地减少,进而能保证壳体100的强度。Since the accommodating body 200 can be rotated, the wiring window 101 can be selectively set according to the position of the terminal 203 on the accommodating body 200. Generally speaking, the terminal 203 includes at least two positive or negative electrodes. In other words, the two connection terminals 203 are basically arranged at the same position. Sometimes, the connection terminal 203 may include more than two, such as when including multiple sets of heating devices 201, and other electronic components 202, at this time, the connection terminal 203 may be located The positions of the terminals are different. Therefore, in order to facilitate the wiring operation, when the wiring window 101 is provided, at least part of the area of the wiring window 101 coincides with the terminal 203, that is, the wiring window 101 does not need to cover all the terminals 203. The rotation of the rotating container is used to change the position of the connection terminal 203 to expose the connection terminal 203 on the housing body 200 to complete the connection operation of the connection terminal 203; the above-mentioned arrangement makes the bottom side of the housing 100 open or open The number of holes can be reduced as much as possible, thereby ensuring the strength of the housing 100.
壳体100的底侧设有外罩(图中未示出),外罩上设有控制电路,所述控制电路通过导电滑环302与加热装置201和\或电子元件202电连接。设置的外罩一方面起到保护作用,另一方面可以方便与导电滑环302的接线。A housing (not shown) is provided on the bottom side of the housing 100, and a control circuit is provided on the housing. The control circuit is electrically connected to the heating device 201 and/or the electronic component 202 through a conductive slip ring 302. The outer cover provided on the one hand plays a protective role, on the other hand, it can facilitate the connection with the conductive slip ring 302.
联轴器307与容置体200的连接处,为了方便将从过线孔303处穿过的导线304向容置体200的其他位置进行牵引,在传动组件300与容置体200之间设有过线间隙或者过线槽3071,设置的过线间隙,可实现导线304在360度方向上的牵引,过线槽3071可以实现某一特定方向的定向牵引;过线间隙和过线槽可以依据实际情况进行设置。The connection between the coupling 307 and the accommodating body 200 is provided between the transmission assembly 300 and the accommodating body 200 in order to facilitate the traction of the wire 304 passing through the wire hole 303 to other positions of the accommodating body 200 There is a wire gap or wire groove 3071. The wire gap is set to achieve the traction of the wire 304 in a 360-degree direction. The wire groove 3071 can achieve directional traction in a specific direction; the wire gap and the wire groove can Set according to the actual situation.
参考图20,在进行接线作业时,可将壳体100倒置或侧置,使得传动组件300朝上或侧向放置,拨动容置体200,使得容置体200绕其旋转轴旋转,进而使得容置体200上的接线端子203处在接线窗口101的区域中,通过接线窗口101处伸入起子等接线工具,将导线固定在接线端子203上。Referring to FIG. 20, when performing the wiring operation, the housing 100 may be turned upside down or sideways, so that the transmission assembly 300 is placed upward or sideways, and the accommodation body 200 is turned, so that the accommodation body 200 rotates around its rotation axis, and then The connection terminal 203 on the housing body 200 is located in the area of the connection window 101, and a wiring tool such as a screwdriver is extended through the connection window 101 to fix the wire on the connection terminal 203.
实施例7:Example 7:
参考图21,实施例6中的烹饪器具在壳体100的底侧设有导电滑环 302,从而实现了与容置体200同步旋转的加热装置201和\或电子元件202的连接,但容置体200在烹饪的过程中,产生的热量将辐射或传导至导电滑环302一侧,影响导电滑环302的使用寿命。Referring to FIG. 21, the cooking appliance in Embodiment 6 is provided with a conductive slip ring 302 on the bottom side of the housing 100, so as to realize the connection between the heating device 201 and the electronic component 202 that rotates synchronously with the accommodating body 200, but During the cooking process of the body 200, the generated heat will be radiated or conducted to the side of the conductive slip ring 302, affecting the service life of the conductive slip ring 302.
本实施例中,为了解决上述问题,在容置体200与导电滑环302之间设置隔热组件,能够避免导电滑环302受到大量的热量的炙烤,进而损坏的问题。In this embodiment, in order to solve the above problem, a heat insulating component is provided between the housing body 200 and the conductive slip ring 302, which can avoid the problem that the conductive slip ring 302 is roasted by a large amount of heat and is damaged.
具体地,参考图22,在本实施例中,隔热组件包括设置在容置体200外侧的保温罩204,保温罩204包括外罩本体2041和形成于外罩本体2041内的隔层2042,容置体200设置在隔层2042中,外罩本体2041包括罩外壁2043、罩内壁2044和形成于罩外壁2043与罩内壁2044之间的隔热腔2045;具体地,本实施例中,隔热腔2045为真空腔,因此,保温罩204为真空外罩,真空外罩的底侧设有避让孔2046,避让孔2046处设有隔热部件205,本实施例中,隔热部件205为非真空底座,非真空底座设置在容置体200的旋转轴方向上;在设置了真空外罩的基础上,再进一步设置非真空底座,形成真空+非真空的隔热形式,不但能提高烹饪的热效率,还可以克服真空外罩上不便开孔的问题(真空外罩内部真空,在其上开孔将难以保证真空度),非真空隔热部件不是利用真空原理进行隔热,而是通过隔热材料如硅酸铝或其他材质的隔热棉等实现隔热,因此能够在上侧开孔,开设的孔可以使得传动组件300直接与容置体200固定连接,若如此,旋转过程中,真空外罩将不会承受来自传动组件300的力,主要受力部件还是为容置体200,进而保证真空外罩不受损坏;设置的非真空底座上开孔能够方便接线,进而提高装配效率。Specifically, referring to FIG. 22, in this embodiment, the heat insulation assembly includes a heat-insulating cover 204 disposed outside the accommodating body 200. The heat-insulating cover 204 includes an outer housing body 2041 and a partition 2042 formed in the outer housing body 2041. The body 200 is disposed in the partition 2042. The outer cover body 2041 includes a cover outer wall 2043, a cover inner wall 2044, and a heat insulation cavity 2045 formed between the cover outer wall 2043 and the cover inner wall 2044; specifically, in this embodiment, the heat insulation cavity 2045 It is a vacuum chamber. Therefore, the thermal insulation cover 204 is a vacuum cover. The bottom side of the vacuum cover is provided with an escape hole 2046, and a heat insulation member 205 is provided at the escape hole 2046. In this embodiment, the heat insulation member 205 is a non-vacuum base, not The vacuum base is set in the direction of the rotation axis of the accommodating body 200; on the basis of the vacuum cover, a non-vacuum base is further formed to form a vacuum + non-vacuum insulation form, which can not only improve the thermal efficiency of cooking, but also overcome The problem of inconvenient openings in the vacuum cover (the vacuum inside the vacuum cover, it will be difficult to ensure the vacuum degree by opening holes in it), non-vacuum insulation parts are not insulated by the vacuum principle, but by heat insulation materials such as aluminum silicate or Insulation cotton of other materials is used for heat insulation, so it can be opened on the upper side. The hole can make the transmission assembly 300 directly connected to the accommodating body 200. If so, the vacuum cover will not withstand the The main force-bearing component of the transmission assembly 300 is the accommodating body 200, so as to ensure that the vacuum cover is not damaged; the openings provided on the non-vacuum base can facilitate wiring, thereby improving assembly efficiency.
在本实施例的一些变通实施例中,参考图23,隔热组件可以仅仅只设置真空外罩,利用真空隔热的隔热性能大于非真空隔热的隔热性能的特点,在旋转轴线方向上也覆盖真空外罩,直接在容置体200上设置真空外罩,将设置在容置体200上的加热装置201和\或电子元件202完全包裹住,可以从源头上避免热量的散失,从而得以实现导电滑环302的隔热;设置的真空外罩具有优良的隔热性能,除此之外,设置的真空外罩能够提高容置体200的热效率,加热效果好。In some modified embodiments of this embodiment, referring to FIG. 23, the heat insulation component may only be provided with a vacuum cover, and the heat insulation performance of vacuum heat insulation is greater than that of non-vacuum heat insulation, in the direction of the rotation axis The vacuum cover is also covered, and a vacuum cover is directly provided on the housing body 200 to completely wrap the heating device 201 and/or the electronic component 202 provided on the housing body 200, which can avoid heat loss from the source and thus can be achieved Thermal insulation of the conductive slip ring 302; the vacuum cover provided has excellent thermal insulation performance. In addition, the vacuum cover provided can improve the thermal efficiency of the housing body 200 and has a good heating effect.
仅仅设置真空外罩时,走线以及与传动组件300的固定,可以在罩外 壁上作出相应的结构来实现。When only the vacuum cover is provided, the wiring and fixing with the transmission assembly 300 can be achieved by making corresponding structures on the outer wall of the cover.
具体地,参考图24和25,该变通实施例中,罩外壁2043包括罩底壁2047和罩侧壁2048,在罩底壁2047上设有加强结构2049,该加强结构2049为与罩底壁2047一体成型的凸起或凹槽,从而提高罩底壁2047的强度,然后在罩底壁2047上设有固定马仔20410,通过固定马仔20410与传动组件300实现固定连接。由于传动组件300与真空外罩固定,因此真空外罩不仅仅作为隔热部件205,也作为传动部件,因此需要与容置体200固定连接,在该变通实施例中,真空外罩在容置体200的取放开口一侧进行固定,具体地,容置体200在驱动开口一侧设有锅沿翻边102,容置体200通过该锅沿翻边102与真空外罩固定连接,以实现传动组件300通过保温罩204带动容置体200转动,连接方式不限于螺钉固定、卡接等。Specifically, referring to FIGS. 24 and 25, in this modified embodiment, the cover outer wall 2043 includes a cover bottom wall 2047 and a cover side wall 2048, and a reinforcing structure 2049 is provided on the cover bottom wall 2047, and the reinforcing structure 2049 is the same as the cover bottom wall 2047 An integrally formed protrusion or groove to improve the strength of the bottom wall 2047 of the cover, and then a fixed pony 20410 is provided on the bottom wall 2047 of the cover. The fixed pony 20410 is fixedly connected to the transmission assembly 300. Since the transmission assembly 300 is fixed to the vacuum cover, the vacuum cover is not only used as the heat insulation component 205, but also as the transmission component, so it needs to be fixedly connected to the accommodating body 200. In this modified embodiment, the vacuum cover is located on the accommodating body 200 The side of the pick-and-place opening is fixed. Specifically, the accommodating body 200 is provided with a pot edge flange 102 on the side of the driving opening, and the accommodating body 200 is fixedly connected to the vacuum cover through the pot edge flange 102 to realize the transmission assembly 300 drives the accommodating body 200 to rotate through the heat-insulating cover 204, and the connection method is not limited to screw fixing or snapping.
为了提高热效率,避免加热装置201的热量散失,在锅沿翻边102与外罩本体2041的端口部密封设置。为了降低锅沿翻边102的温升,因此在锅沿翻边102与外罩本体2041之间设有隔热环103,这样,可以避免锅沿翻边102温度过高,取放时不至于烫手。In order to improve the heat efficiency and avoid the heat loss of the heating device 201, the pot edge and the port portion of the housing body 2041 along the flange 102 are sealed. In order to reduce the temperature rise of the pot edge flange 102, a heat insulation ring 103 is provided between the pot edge flange 102 and the outer cover body 2041. In this way, the temperature of the pot edge flange 102 is too high, and it is not hot when handling .
通过设置非真空底座,加热装置201和\或电子元件202的接线端子203穿过非真空底座设置,或,容置体200的固定引脚穿过非真空底座设置。设置的固定引脚与传动组件300直接连接,在传动时,力直接传递给容置体200,而不会作用在真空外罩或非真空外罩上,所以,连接更为可靠,能提高传动的寿命。By setting the non-vacuum base, the heating device 201 and the terminal 203 of the electronic component 202 are disposed through the non-vacuum base, or the fixed pin of the housing body 200 is disposed through the non-vacuum base. The fixed pins provided are directly connected to the transmission assembly 300. During transmission, the force is directly transmitted to the accommodating body 200 without acting on the vacuum cover or non-vacuum cover, so the connection is more reliable and the life of the transmission can be improved .
对于仅仅设置真空外罩的容置体200,走线时,可从保温罩204的罩侧壁上绕至端口部,然后与包裹在真空外罩内的接线端子203连接,具体地:当仅设置了真空外罩时,加热装置201和\或电子元件202的接线端子203位于真空外罩与容置体200之间,接线端子203连接有外引导线,外引导线经真空外罩的罩侧壁延伸至容置体200的开口一侧,从而进入真空外罩与容置体200之间,与加热装置201和\或电子元件202的接线端子203电连接。本方案解决了真空外罩下的隔热方式,不便开孔,加热装置201和\或电子元件202的接线端子203无法在容置体200的轴线方向上外露,导致无法与导电滑环302的导线电连接的问题;从而通过设置外引导线,沿着容置体200的开口一侧引出,到达真空外罩的外侧壁上,进而到达旋 转轴线方向上的导电滑环302,由此实现与导电滑环302的电连。For the accommodating body 200 provided with only a vacuum cover, when wiring, it can be wound from the side wall of the heat insulation cover 204 to the port portion, and then connected to the terminal 203 wrapped in the vacuum cover, specifically: when only the In the case of a vacuum cover, the terminal 203 of the heating device 201 and/or the electronic component 202 is located between the vacuum cover and the containing body 200, and the terminal 203 is connected with an external guide wire, and the external guide wire extends to the container through the side wall of the cover of the vacuum cover The opening side of the housing 200 enters between the vacuum cover and the housing 200, and is electrically connected to the heating device 201 and the terminal 203 of the electronic component 202. This solution solves the heat insulation method under the vacuum cover, which is inconvenient to open holes. The heating device 201 and/or the terminal 203 of the electronic component 202 cannot be exposed in the axial direction of the accommodating body 200, resulting in failure to communicate with the conductive slip ring 302 wire The problem of electrical connection; therefore, by providing an outer guide wire, it is led out along the opening side of the accommodating body 200, reaches the outer wall of the vacuum cover, and then reaches the conductive slip ring 302 in the direction of the rotation axis, thereby achieving The electrical connection of the ring 302.
进一步地,参考图25,为了能够实现外引导线的引出,在锅沿翻边102与外罩本体2041之间设有布线孔1031,外罩本体2041的外侧壁设有卡线位20411,从而避免外引导线晃动。Further, referring to FIG. 25, in order to be able to lead out the outer guide wire, a wiring hole 1031 is provided between the pot edge flanging 102 and the outer cover body 2041, and the outer side wall of the outer cover body 2041 is provided with a locking wire position 20411, so as to avoid external The guide wire is shaking.
在本实施例的另一实施例中,参考图26和27所示,隔热组件包括设置在传动组件300上的隔热垫。进一步地,本实施方案中采用了另一种隔热结构来实现导电滑环302的设置,即将隔热组件设置在传动组件300上,从而隔离容置体200所发出的热量,此时,可不在容置体200上设置隔热组件,也能对导电滑环302进行隔热。具体地,传动组件300包括设置在壳体100上的固定座305,导电滑环302设置在固定座305上,隔热垫包括设在导电滑环302与固定座305之间的第一隔热垫310。对于上述隔热垫可能的实施方式,便是直接隔绝从固定座305上传导来的热量,因为固定座305一般为金属件,导热性能良好,而导电滑环302固定在固定座305上,与固定座305直接接触,通过在导电滑环302与固定座305之间直接设置隔热垫,将隔绝大部分热量,从而保护导电滑环302。In another embodiment of this embodiment, referring to FIGS. 26 and 27, the heat insulation assembly includes a heat insulation pad provided on the transmission assembly 300. Further, in this embodiment, another thermal insulation structure is adopted to realize the arrangement of the conductive slip ring 302, that is, the thermal insulation component is disposed on the transmission component 300, so as to isolate the heat emitted by the accommodating body 200. Insulating body 200 is provided with a heat insulating component, which can also insulate conductive slip ring 302. Specifically, the transmission assembly 300 includes a fixed seat 305 provided on the housing 100, a conductive slip ring 302 is provided on the fixed seat 305, and a heat insulation pad includes a first heat insulation provided between the conductive slip ring 302 and the fixed seat 305垫310。 310. The possible implementation of the above-mentioned heat insulation pad is to directly isolate the heat transferred from the fixed base 305, because the fixed base 305 is generally a metal part with good thermal conductivity, and the conductive slip ring 302 is fixed on the fixed base 305, and The fixing seat 305 is in direct contact, and a heat insulation pad is directly provided between the conductive slip ring 302 and the fixing seat 305 to isolate most of the heat, thereby protecting the conductive slip ring 302.
进一步地,联轴器307和过线孔303方向传导过来的热量也会对导电滑环302造成温升,因此,传动组件300包括与容置体200连接的联轴器307,隔热垫包括设于联轴器307上的第二隔热垫311。联轴器307直接连接着容置体200,且位于旋转轴的方向上,特别的,在此还设有过线孔303,导线从此穿过,所以沿轴线方向传导的热量将也很大,有必要隔绝从联轴器307和过线孔303方向传导的热量。在此,一种可能的实施方式为,在旋转轴的方向上进行隔热,设置第二隔热垫311,以隔绝轴线方向上的热传导。Further, the heat conducted in the direction of the coupling 307 and the via hole 303 will also cause a temperature rise to the conductive slip ring 302. Therefore, the transmission assembly 300 includes the coupling 307 connected to the accommodating body 200, and the heat insulation pad includes The second heat insulation pad 311 provided on the coupling 307. The coupling 307 is directly connected to the accommodating body 200, and is located in the direction of the rotating shaft. In particular, a wire hole 303 is also provided here, through which the wire passes, so the heat conducted along the axis direction will also be very large. It is necessary to isolate the heat conducted from the direction of the coupling 307 and the via hole 303. Here, a possible implementation manner is that heat insulation is performed in the direction of the rotation axis, and a second heat insulation pad 311 is provided to isolate heat conduction in the axis direction.
导电滑环302固定在固定座305上,导电滑环302的滑头处设有第一轴承312,第一轴承312的内环固定在固定座305上,外环与从动轮3062连接,从动轮3062设有轴肩,轴肩连接着联轴器307,联轴器307被固定在第二轴承313的内环中,第二轴承313的外环固定在固定座305上。第一隔热垫310就设置在导电滑环302与固定座305之间,第一隔热垫310设有过线孔303,滑头的导线穿过过线孔303设置,从动轮3062也设有过线孔303,第二隔热垫311设置在从动轮3062与联轴器307之间,用于隔 绝容置体200的旋转轴线方向辐射而来的热量,第二隔热垫311还设有束线孔314,束线孔314比过线孔303的孔径更小,进而避免容置体200旋转时,过线孔303中的线束发生缠绕。The conductive slip ring 302 is fixed on the fixed seat 305, and the sliding head of the conductive slip ring 302 is provided with a first bearing 312, the inner ring of the first bearing 312 is fixed on the fixed seat 305, the outer ring is connected with the driven wheel 3062, and the driven wheel 3062 A shaft shoulder is provided, and the shaft shoulder is connected to the coupling 307. The coupling 307 is fixed in the inner ring of the second bearing 313, and the outer ring of the second bearing 313 is fixed on the fixing seat 305. The first heat insulation pad 310 is disposed between the conductive slip ring 302 and the fixing base 305. The first heat insulation pad 310 is provided with a wire passing hole 303, the wire of the slider passes through the wire passing hole 303, and the driven wheel 3062 is also provided Through the wire hole 303, the second heat insulation pad 311 is provided between the driven wheel 3062 and the coupling 307, and is used to isolate the heat radiated from the direction of the rotation axis of the accommodating body 200. The second heat insulation pad 311 is also provided The beam hole 314 is smaller than the diameter of the wire hole 303, thereby preventing the wire bundle in the wire hole 303 from being tangled when the accommodating body 200 rotates.
实施例8:Example 8:
本实施例中,参考图21-25,所示与实施例7类似,在容置体200上设有随其一起旋转的加热装置201和保温罩204。保温罩204能提高加热装置201的热效率,避免热量散失。本实施例中,相比于传统的隔热方案,保温罩204随容置体200一体旋转,这样保温罩204将距离发热源的距离更小,发热元件产生的热量将大部分由容置体200所吸收,从而实现爆炒的功能。In this embodiment, referring to FIGS. 21-25, it is shown that, similar to Embodiment 7, a heating device 201 and a heat-insulating cover 204 that rotate with it are provided on the accommodating body 200. The heat-insulating cover 204 can improve the thermal efficiency of the heating device 201 and avoid heat loss. In this embodiment, compared with the conventional heat insulation solution, the heat insulation cover 204 rotates integrally with the accommodating body 200, so that the distance of the heat insulation cover 204 from the heating source is smaller, and most of the heat generated by the heating element is caused by the accommodating body 200 absorbed, so as to achieve the function of stir frying.
本实施例中,所述保温罩204包括外罩本体2041和形成于外罩本体2041内的隔层2042,所述容置体200设置在所述隔层2042中,隔层2042中的发热元件自发热,产生的热量通过外罩本体2041进行隔热,从而防止热量散失。In this embodiment, the thermal insulation cover 204 includes a housing body 2041 and a partition 2042 formed in the housing body 2041, the accommodating body 200 is disposed in the partition 2042, and the heating element in the partition 2042 self-heats The heat generated is insulated by the housing body 2041 to prevent heat loss.
外罩本体2041具有隔热功能,为了使得外罩本体2041的隔热性能良好,在外罩本体2041内设置隔热腔2045,具体为,所述外罩本体2041包括:罩外壁2043、罩内壁2044和形成罩外壁2043与罩内壁2044之间的隔热腔2045。The cover body 2041 has a heat insulation function. In order to make the heat insulation performance of the cover body 2041 good, a heat insulation cavity 2045 is provided in the cover body 2041. Specifically, the cover body 2041 includes a cover outer wall 2043, a cover inner wall 2044, and a forming cover A heat insulation cavity 2045 between the outer wall 2043 and the inner wall 2044 of the cover.
设置的隔热腔2045能隔绝热量的传递,能够利用隔热腔2045的结构填充其他的隔热材料或形成真空腔,从而形成一个复合式的隔热结构,从而提高隔热效果;隔热材料可以为例如,隔热棉、以及相变介质等,隔热腔2045还可以是真空腔,真空腔没有介质,取消了导热的媒介,因此,隔热效果良好。当采用真空隔热外罩时,在烹饪的过程中,设置的隔热外罩能够充分隔绝发热源的热量,当需要对食物进行爆炒时,真空外罩能够对旋转容器产生聚能的作用,使得旋转容器的温度迅速升高,进而能够对菜品进行爆炒,提高烹饪效果。真空外罩具有其他隔热组件所不能及的隔热性能,能有效提升菜品质量。其他材质的隔热外罩的爆炒效果会弱一些。因此,本实施例中使用真空外罩作为隔热。The heat insulation cavity 2045 provided can isolate the heat transfer, and the structure of the heat insulation cavity 2045 can be used to fill other heat insulation materials or form a vacuum cavity, thereby forming a composite heat insulation structure, thereby improving the heat insulation effect; It may be, for example, thermal insulation cotton and phase change medium. The thermal insulation chamber 2045 may also be a vacuum chamber. The vacuum chamber has no medium, and the heat conduction medium is eliminated. Therefore, the thermal insulation effect is good. When using a vacuum heat insulation cover, the heat insulation cover can fully isolate the heat of the heat source during the cooking process. When the food needs to be fried, the vacuum cover can produce a gathering effect on the rotating container, making the rotation The temperature of the container rises rapidly, which can fry the dishes and improve the cooking effect. The vacuum cover has heat insulation performance that other heat insulation components cannot reach, which can effectively improve the quality of dishes. The frying effect of other materials of heat insulation cover will be weaker. Therefore, in this embodiment, a vacuum cover is used as heat insulation.
本实施例中,所述旋转容器设有锅沿翻边102,所述锅沿翻边102与所述外罩本体2041的端口部密封设置,能够使得隔层2042形成一个相对 密闭的腔体,从而确保热量不会散失。密封设置也是同步旋转的一个好处,正因为保温罩204与容置体200同步设置,所以外罩本体2041与锅沿翻边102之间能够密封设置,较少热量散失,与传统的在壳体上进行隔热的方式相比,能够很好地解决在端口部无法实现动态密封的问题。In this embodiment, the rotating container is provided with a pot edge flange 102, and the pot edge flange 102 is sealed with the port portion of the housing body 2041, so that the partition 2042 can form a relatively closed cavity, thereby Make sure that the heat is not lost. The seal setting is also a benefit of synchronous rotation. Because the heat insulation cover 204 is synchronously set with the accommodating body 200, the cover body 2041 and the pot edge flange 102 can be sealed, less heat loss, and the traditional on the shell Compared with the way of heat insulation, it can solve the problem that the dynamic sealing cannot be achieved at the port part.
所述罩外壁2043包括罩底壁2047和罩侧壁2048,所述罩底壁2047上设有加强结构2049。由于外罩本体2041采用隔热腔2045设置,加上,外罩本体2041需要随容置体200同步旋转,罩底壁2047需要受力,因此在罩底壁2047的结构的强度有可能不够,在此罩底壁2047的结构成型出加强结构2049,从而提高罩底壁2047的抗变形能力。加强结构2049可以为与罩底壁2047一体成型的凹槽或凸起,设置的凹槽或凸起能够提高罩底壁2047的抗变形能力,一方面当需要传动组件直接驱动隔热外罩时,能够实现传动组件300来驱动外罩本体2041的旋转时的变形能力,避免由于外罩本体中空,薄薄的罩底壁受剪切力而变形;另一方面,即使传动组件不直接驱动罩底壁,设置的加强结构也能避免外罩本体中空,受磕碰发生变形的问题,从而保证外罩本体的使用寿命,避免隔热腔内的隔热材料或真空环境遭受破坏,特别是在对隔热腔进行抽真空时,因为罩侧壁是个柱面,所以具有蛋壳效应,承受的力较强,但罩底壁是个平面,抽真空时所承受的压强越大,罩底壁越容易形变,因此,设置加强结构能够提高其寿命,此时,凹槽或凸起的位置应尽可能地设置在靠近罩侧壁一侧,因为此处容易应力集中,当然,凹槽或凸起也可以整个分布在罩底壁上。The cover outer wall 2043 includes a cover bottom wall 2047 and a cover side wall 2048, and a reinforcement structure 2049 is provided on the cover bottom wall 2047. Since the cover body 2041 is provided with a thermal insulation cavity 2045, and the cover body 2041 needs to rotate synchronously with the accommodating body 200, the cover bottom wall 2047 needs to be stressed, so the strength of the structure on the cover bottom wall 2047 may not be enough. The structure of the cover bottom wall 2047 forms a reinforcing structure 2049, so as to improve the deformation resistance of the cover bottom wall 2047. The reinforcing structure 2049 may be a groove or a protrusion integrally formed with the bottom wall 2047 of the cover. The groove or protrusion provided can improve the deformation resistance of the bottom wall 2047 of the cover. On the one hand, when the transmission component needs to directly drive the heat-insulating cover, It can realize the deformation ability of the transmission assembly 300 to drive the rotation of the housing body 2041, to avoid the deformation of the thin cover bottom wall due to the hollow of the cover body due to shear force; on the other hand, even if the transmission component does not directly drive the cover bottom wall, The reinforced structure can also avoid the problem that the cover body is hollow and deformed by knocking, thus ensuring the service life of the cover body and avoiding damage to the insulation material or vacuum environment in the insulation cavity, especially when the insulation cavity is pumped. During vacuum, because the side wall of the cover is a cylindrical surface, it has an eggshell effect and bears a strong force, but the bottom wall of the cover is a flat surface. The greater the pressure applied during vacuuming, the more easily the bottom wall of the cover deforms. Therefore, set The reinforcement structure can improve its life. At this time, the position of the groove or protrusion should be set as close to the side wall of the cover as possible, because the stress is easy to concentrate here. Of course, the groove or protrusion can also be distributed throughout the cover. On the bottom wall.
隔热外罩底侧可以设置非真空底座,以使加热装置201和\或电子元件202的接线端子203容易穿过非真空底座设置,或,容置体200的固定引脚穿过非真空底座设置。设置的固定引脚与传动组件300直接连接,在传动时,力直接传递给容置体200,而不会作用在真空外罩或非真空外罩上,所以,连接更为可靠,能提高传动的寿命。A non-vacuum base can be provided on the bottom side of the heat-insulating cover, so that the heating device 201 and/or the terminal 203 of the electronic component 202 can be easily set through the non-vacuum base, or the fixed pins of the accommodating body 200 can be set through the non-vacuum base . The fixed pins provided are directly connected to the transmission assembly 300. During transmission, the force is directly transmitted to the accommodating body 200 without acting on the vacuum cover or non-vacuum cover, so the connection is more reliable and the life of the transmission can be improved .
当隔热腔2045为真空结构时,走线时,可从保温罩204的外侧壁上绕至端口部,然后与包裹在真空外罩内的接线端子203连接,具体地:当仅设置了真空外罩时,加热装置201和\或电子元件202的接线端子203位于真空外罩与容置体200之间,接线端子203连接有外引导线,外引导线经真空外罩的外侧壁延伸至容置体200的开口一侧,从布线孔1031处进入 真空外罩与容置体200之间,与加热装置201和\或电子元件202的接线端子203电连接。本方案解决了真空外罩下的隔热方式,不便开孔,加热装置201和\或电子元件202的接线端子203无法在容置体200的轴线方向上外露,导致无法与导电滑环302的导线电连的问题;从而设置外引导线,沿着容置体200的开口一侧引出,到达真空外罩的外侧壁上,进而到达旋转轴线方向上的导电滑环302,由此实现与导电滑环302的电连。When the heat insulation cavity 2045 is a vacuum structure, when wiring, it can be wound from the outer wall of the heat insulation cover 204 to the port portion, and then connected to the terminal 203 wrapped in the vacuum cover, specifically: when only the vacuum cover is provided At this time, the heating device 201 and the terminal 203 of the electronic component 202 are located between the vacuum cover and the containing body 200, and the terminal 203 is connected with an external guide wire, which extends to the containing body 200 through the outer side wall of the vacuum cover The opening side enters between the vacuum cover and the container 200 from the wiring hole 1031, and is electrically connected to the heating device 201 and the terminal 203 of the electronic component 202. This solution solves the heat insulation method under the vacuum cover, which is inconvenient to open holes. The heating device 201 and/or the terminal 203 of the electronic component 202 cannot be exposed in the axial direction of the accommodating body 200, resulting in failure to communicate with the conductive slip ring 302 wire The problem of electrical connection; therefore, an outer guide wire is provided, which is led out along the opening side of the accommodating body 200, reaches the outer side wall of the vacuum cover, and then reaches the conductive slip ring 302 in the direction of the rotation axis, thereby realizing the connection with the conductive slip ring 302 electric connection.
进一步地,为了能够实现外引导线的引出,在锅沿翻边102与外罩本体2041之间设有布线孔1031,外罩本体2041的外侧壁设有卡线位20411,从而避免外引导线晃动。为了降低锅沿翻边102的温升,因此在锅沿翻边102与外罩本体2041之间设有隔热环103,这样,可以避免锅沿翻边102温度过高,取放时不至于烫手。Further, in order to lead out the outer guide wire, a wiring hole 1031 is provided between the pot edge flange 102 and the outer cover body 2041, and the outer side wall of the outer cover body 2041 is provided with a clamping wire position 20411, so as to avoid the outer guide wire from shaking. In order to reduce the temperature rise of the pot edge flange 102, a heat insulation ring 103 is provided between the pot edge flange 102 and the outer cover body 2041. In this way, the temperature of the pot edge flange 102 is too high, and it is not hot when handling .
当传动组件300直接驱动罩底壁2047时,为了实现传动,所述锅沿翻边102与所述外罩本体2041之间固定连接,以实现传动组件300通过保温罩204带动容置体200转动。When the transmission assembly 300 directly drives the bottom wall 2047 of the hood, in order to achieve transmission, the pot is fixedly connected between the flange 102 and the outer casing body 2041, so that the transmission assembly 300 drives the accommodating body 200 to rotate through the thermal insulation cover 204.
设置的隔热外罩具有聚热的功能,能够提高烹饪器具的热效率,提高菜品烹饪效果。The heat insulation cover provided has the function of collecting heat, which can improve the thermal efficiency of cooking appliances and improve the cooking effect of dishes.
实施例9:Example 9:
本实施例中,与实施例8类似,参考图28-29,提出了一种烹饪器具,包括:In this embodiment, similar to Embodiment 8, referring to FIGS. 28-29, a cooking appliance is proposed, including:
壳体(此实施例中未体现,结构可参考实施例8的图21);Housing (not shown in this embodiment, the structure can refer to FIG. 21 of Embodiment 8);
容置体200,其可旋转地设置于所述壳体内,所述容置体200上设有随其一起旋转的加热装置201和保温罩204,所述保温罩204在所述容置体200的轴线方向上设有避让孔2046;以及The accommodating body 200 is rotatably disposed in the housing, and the accommodating body 200 is provided with a heating device 201 and a heat insulation cover 204 that rotate with it. The heat insulation cover 204 is located in the accommodating body 200 Has an escape hole 2046 in the direction of the axis; and
设置在所述避让孔2046内的隔热部件205,所述隔热部件205随所述容置体200一起旋转。A heat insulating member 205 provided in the escape hole 2046, the heat insulating member 205 rotates together with the accommodating body 200.
实施例9与实施例8的主要区别在于,所述保温罩204在所述容置体200的轴线方向上设有避让孔2046,并在避让孔2046内设置有隔热部件205,隔热部件205随容置体200一起旋转。The main difference between Example 9 and Example 8 is that, the heat insulation cover 204 is provided with an escape hole 2046 in the axial direction of the housing body 200, and a heat insulation member 205 is provided in the escape hole 2046. 205 rotates with the accommodating body 200.
对于容置体200的隔热,不仅仅只使用保温罩204进行隔热,而是使用隔热部件205+保温罩204的隔热形式,从而解决仅仅设置保温罩204, 不便对容置体200进行驱动的问题,以及接线的问题。For the heat insulation of the housing body 200, not only the heat insulation cover 204 is used for heat insulation, but the heat insulation form of the heat insulation member 205+the heat insulation cover 204 is used, thereby solving the problem that only the heat insulation cover 204 is provided, which is inconvenient for the body 200 The problem of driving, and the problem of wiring.
本实施例中,参考图29,所述隔热部件205设有过线口2051,因此,保温罩204与容置体200之间的电气元件能够通过过线口2051进行布线,而不用将导线延伸至外罩本体2041的端口部一侧,缩短了布线距离,节约了成本。In this embodiment, referring to FIG. 29, the heat insulating member 205 is provided with a wire opening 2051. Therefore, the electrical components between the heat insulation cover 204 and the accommodating body 200 can be routed through the wire opening 2051 without wiring Extending to the port portion side of the housing body 2041 shortens the wiring distance and saves costs.
本实施例中,为了使传动组件300直接驱动容置体200,而不是通过驱动保温罩204来间接的驱动容置体200转动,从而提高保温罩204的寿命,在保温罩204上设置避让孔2046,所述容置体200设有固定柱217,所述固定柱217穿过所述隔热部件205与传动组件300固定连接,从而实现传动组件300的直接驱动,减小保温罩204的受力。传动时,固定柱217将穿过避让孔2046,直接与传动组件300连接,从而使得传动组件300直接驱动容置体200,此时容置体200将作为驱动作用力的主要作用对象,而保温罩204将作为间接的驱动对象随容置体200一体旋转。In this embodiment, in order to enable the transmission assembly 300 to directly drive the accommodating body 200 instead of indirectly driving the accommodating body 200 to rotate by driving the thermal insulation cover 204, thereby improving the life of the thermal insulation cover 204, an escape hole is provided on the thermal insulation cover 204 2046, the accommodating body 200 is provided with a fixing post 217, which is fixedly connected to the transmission assembly 300 through the heat insulation member 205, so as to realize the direct drive of the transmission assembly 300 and reduce the influence of the heat insulation cover 204 force. During transmission, the fixed column 217 will directly pass through the avoidance hole 2046 and be directly connected to the transmission assembly 300, so that the transmission assembly 300 directly drives the accommodating body 200. At this time, the accommodating body 200 will serve as the main object of the driving force, and the heat preservation The cover 204 rotates integrally with the accommodating body 200 as an indirect driving object.
为了让容置体200的转轴方向也具备一定的隔热能力,在避让孔2046处设置隔热部件205,隔热部件205设有过线口2051,以及供固定柱217穿过的固定柱孔,从而实现将固定柱217穿过的同时,还能实现旋转轴线方向的隔热。为了方便开设过线口2051,本实施例中,隔热部件205采用可直接开孔洞的隔热材料,如隔热棉等。作为主要隔热结构的保温罩204,为了提高其隔热性能,除开设有避让孔2046外,将不在外罩本体2041上开设其他孔洞,由此来保证隔热性能,因此保温罩204可采用不便开孔洞的隔热材料,如真空结构。In order to provide a certain heat insulation capability in the direction of the rotation axis of the accommodating body 200, a heat insulation member 205 is provided at the avoidance hole 2046, the heat insulation member 205 is provided with a wire opening 2051, and a fixed column hole through which the fixed column 217 passes , So as to realize the heat insulation in the direction of the rotation axis while passing through the fixed column 217. In order to facilitate the opening of the thread opening 2051, in this embodiment, the heat insulating member 205 uses a heat insulating material that can directly open holes, such as heat insulating cotton. In order to improve the heat insulation performance of the heat insulation cover 204 as the main heat insulation structure, in addition to the escape hole 2046, other holes will not be formed in the cover body 2041, thereby ensuring the heat insulation performance, so the heat insulation cover 204 may be inconvenient Insulation materials with holes, such as vacuum structures.
本实施例既保证了容置体200具有良好的隔热效果,又保证了良好的传动性能,且方便走线,节约成本,良好的传动性能,使得保温罩204的寿命大大提高,避免变形失效,进而得以实现好的烹饪效果。This embodiment not only ensures that the accommodating body 200 has a good heat insulation effect, but also ensures good transmission performance, and is convenient for wiring, saving costs, and good transmission performance, which greatly improves the life of the insulation cover 204 and avoids deformation and failure To achieve good cooking effect.
实施例10:Example 10:
本实施提出了一种炒菜机,与实施例6至9相比,参考图30-32,容置体200不再作为食物的直接烹饪器皿,而是内设一随容置体200一起旋转的烹饪容器500来完成食材的烹饪,包括:This embodiment proposes a cooking machine. Compared with Embodiments 6 to 9, referring to FIGS. 30-32, the accommodating body 200 is no longer used as a direct cooking vessel for food, but is provided with a rotating body that accompanies the accommodating body 200. Cooking container 500 to complete the cooking of ingredients, including:
壳体100,设有用于接线的接线窗口101;The housing 100 is provided with a wiring window 101 for wiring;
容置体200,内设有随其一起旋转的烹饪容器500,容置体200可旋 转地设置于所述壳体100内,所述容置体200上设有随其一起旋转的加热装置201和\或电子元件202;The accommodating body 200 is provided with a cooking container 500 which rotates together with the accommodating body 200, the accommodating body 200 is rotatably provided in the housing 100, and the accommodating body 200 is provided with a heating device 201 which rotates with it And/or electronic component 202;
传动组件300,设置在所述壳体100上,用于驱动容置体200旋转,所述传动组件300中部设有过线孔303,所述过线孔303的一侧设有导电滑环302,所述导电滑环302的导线经所述过线孔303穿过,通过所述接线窗口101实现所述加热装置201和\或电子元件202的接线端子203与所述导线的固定连接。The transmission assembly 300 is disposed on the housing 100 and is used to drive the accommodating body 200 to rotate. The transmission assembly 300 is provided with a wire passing hole 303 in the middle, and a conductive slip ring 302 is provided on one side of the wire passing hole 303 The wire of the conductive slip ring 302 passes through the wire hole 303, and the connection terminal 203 of the heating device 201 and/or the electronic component 202 is fixedly connected to the wire through the wiring window 101.
通过设置烹饪容器500,从而能够解决现有技术中食材在容置体200中烹饪需要洗锅的问题,烹饪容器500作为烹饪食材的容器,直接放置在容置体200中,容置体200上的加热装置201产生热量,传导至容置体200上后再传导给烹饪容器500,旋转的过程中,烹饪容器500与容置体200一起旋转,利用旋转产生的翻炒效果完成食材的烹饪,进行熟化食材,烹饪结束后,通过将烹饪容器500整个提起,内部食材便能够完全脱离容置体200,从而保证了容置体200的干净卫生。设置的接线窗口101方便了接线效率,装配作业体验更好。By setting the cooking container 500, it is possible to solve the problem in the prior art that the ingredients need to be washed in the container 200 for cooking. The cooking container 500, as a container for cooking ingredients, is directly placed in the container 200 on the container 200 The heating device 201 generates heat, transmits it to the container 200 and then transmits it to the cooking container 500. During the rotation, the cooking container 500 rotates together with the container 200, and uses the stir-fry effect generated by the rotation to complete the cooking of the ingredients. After the cooking ingredients are cooked, after the cooking is completed, by lifting the entire cooking container 500, the internal ingredients can be completely separated from the accommodating body 200, thereby ensuring the cleanliness of the accommodating body 200. The wiring window 101 is provided to facilitate wiring efficiency and a better assembly operation experience.
在上述炒菜机中,所述烹饪容器500的材质为金属箔材,放置在所述容置体200的容置腔内。金属箔材易成形,环保,成本低,导热性好,可一次性使用,能够作为餐具使用。In the above cooking machine, the material of the cooking container 500 is a metal foil material, which is placed in the accommodating cavity of the accommodating body 200. The metal foil material is easy to form, environmentally friendly, low in cost, good in thermal conductivity, can be used once, and can be used as tableware.
在上述炒菜机中,所述容置体200旋转过程中,所述接线窗口101至少部分的区域与所述接线端子203重合。利用容置体200的旋转,从而改变接线端子203的位置,能够实现对接线端子203与接线窗口101的至少部分重合,从而将容置体200上的接线端子203外露,便于从接线窗口101进行安装作业。In the above cooking machine, during the rotation of the accommodating body 200, at least part of the area of the wiring window 101 coincides with the wiring terminal 203. By using the rotation of the housing 200 to change the position of the terminal 203, at least a part of the terminal 203 and the wiring window 101 can be overlapped, so that the terminal 203 on the housing 200 is exposed to facilitate the wiring window 101 Installation work.
本实施例中,参考图31-32,所述容置体200上还设有随其一起旋转的测温传感器215,所述容置体200使所述测温传感器215与所述烹饪容器500之间相互隔离。测温传感器215用于获取烹饪容器500的烹饪温度,并回传给控制***,以实现菜品的加热控制。烹饪容器500放置在容置体200上时,热量靠容置体200传递而来,再经烹饪容器500传递给食材。In this embodiment, referring to FIGS. 31-32, the accommodating body 200 is further provided with a temperature measuring sensor 215 that rotates with it, the accommodating body 200 makes the temperature measuring sensor 215 and the cooking container 500 Isolated from each other. The temperature measuring sensor 215 is used to obtain the cooking temperature of the cooking container 500 and send it back to the control system to realize the heating control of the dishes. When the cooking container 500 is placed on the accommodating body 200, heat is transferred from the accommodating body 200, and then transferred to the food material through the cooking container 500.
由于烹饪容器500放置在容置体200中,且依靠容置体200的旋转来实现菜肴的烹饪,此时,为了达到良好的烹饪效果,一般而言,会对容置 体200倾斜设置,利用重力、离心力、摩擦力的作用,使得食材充分翻滚,一方面,烹饪时烹饪容器500的旋转主要依靠容置体200带动,因此,烹饪容器500与容置体200之间的摩擦力就显得十分重要;另一方面,为了准确获取食材的烹饪温度,会设置与烹饪容器500能准确贴合的可弹性伸缩的测温传感器215,从而保证食材能加热熟化,当烹饪容器500放置在容置体200中时,依靠烹饪容器500的重量,使得测温传感器215被压缩,从而保证与烹饪容器500的准确贴合。基于此,存在的一个问题是,烹饪容器500与容置体200之间的摩擦力将受到影响,旋转时,由于测温传感器215抵顶在烹饪容器500上,使得烹饪容器500与容置体200之间很难完全贴合,此时烹饪容器500与容置体200之间的摩擦力将减小,造成打滑。此外倾斜设置时,此时测温传感器215很难保持在重力方向,因此作用在测温传感器215上的重力减小,所以烹饪容器500将在动态运动下,渐渐脱离容置体200,不再贴合,造成打滑,无法正常烹饪。Since the cooking container 500 is placed in the accommodating body 200 and relies on the rotation of the accommodating body 200 to realize the cooking of dishes, at this time, in order to achieve a good cooking effect, in general, the accommodating body 200 is inclinedly set to use The effects of gravity, centrifugal force, and friction force make the ingredients fully roll over. On the one hand, the rotation of the cooking container 500 during cooking mainly depends on the accommodating body 200, so the friction between the cooking container 500 and the accommodating body 200 appears very Important; on the other hand, in order to accurately obtain the cooking temperature of the ingredients, a flexible temperature sensor 215 that can accurately fit the cooking container 500 is provided to ensure that the ingredients can be heated and cooked. When the cooking container 500 is placed in the container At 200, the temperature measuring sensor 215 is compressed due to the weight of the cooking container 500, thereby ensuring accurate fitting with the cooking container 500. Based on this, there is a problem that the frictional force between the cooking container 500 and the container 200 will be affected. When the temperature sensor 215 abuts on the cooking container 500 during rotation, the cooking container 500 and the container It is difficult to completely fit between 200. At this time, the friction between the cooking container 500 and the containing body 200 will be reduced, causing slippage. In addition, when tilted, the temperature sensor 215 is difficult to maintain in the direction of gravity, so the gravity acting on the temperature sensor 215 decreases, so the cooking container 500 will gradually move away from the housing 200 under dynamic motion, no longer Fit, causing slippage and preventing normal cooking.
为了避免放置在容置体200上的烹饪容器500打滑,能够正常烹饪,容置体200使所述测温传感器215与所述烹饪容器500之间相互隔离,由于测温传感器215与烹饪容器500不再接触,烹饪容器500能够与容置体200保持应有的摩擦力,避免打滑。In order to avoid that the cooking container 500 placed on the housing body 200 slips and can cook normally, the housing body 200 isolates the temperature measuring sensor 215 and the cooking container 500 from each other, because the temperature measuring sensor 215 and the cooking container 500 No longer in contact, the cooking container 500 can maintain due friction with the container 200 to avoid slipping.
本实施例的一变通实施例中,为了使得测温更加准确,测温传感器215设置在容置体200的旋转轴线方向上,本实施例的测温传感器偏心设置。因此容置体200旋转的过程中,测温位置将相对固定,且能较为准确的获取食材的真实温度。In a modified embodiment of this embodiment, in order to make temperature measurement more accurate, the temperature measurement sensor 215 is disposed in the direction of the rotation axis of the accommodating body 200, and the temperature measurement sensor of this embodiment is eccentrically disposed. Therefore, during the rotation of the accommodating body 200, the temperature measurement position will be relatively fixed, and the true temperature of the food ingredients can be obtained more accurately.
本实施例中,通过在容置体200的底侧设置安装槽的方式来实现隔离,所述容置体200上设有安装槽2151,所述测温传感器215设置在所述安装槽2151中。安装槽2151是一个沉槽,未完全穿过容置体200的底壁,为了能够提高测温的准确性,测温传感器215的测温头与安装槽2151贴合设置。In this embodiment, isolation is achieved by providing a mounting groove on the bottom side of the housing body 200, the housing body 200 is provided with a mounting groove 2151, and the temperature measurement sensor 215 is disposed in the mounting groove 2151 . The installation groove 2151 is a sink groove, which does not completely pass through the bottom wall of the accommodating body 200. In order to improve the accuracy of temperature measurement, the temperature measuring head of the temperature measurement sensor 215 is in close contact with the installation groove 2151.
所述容置体200的旋转轴线方向设有隔热结构,所述隔热结构上设有过线口2051,所述测温传感器215的导线经所述过线口2051与外部控制电路电连接。设置的测温传感器215与实施例6类似,需要与外部的控制电路进行电连接,但外部控制电路需要隔热设置,因此,一种可行的方式 是,在隔热结构上开设过线口2051,然后将测温传感器215的导线从过线口2051中穿过,进而实现与外部控制电路的电连接。隔热结构可以为隔热棉等材料,外部控制电路的连接可以通过导电滑环302来实现,从而避免导线在旋转过程中的缠绕。A thermal insulation structure is provided in the direction of the rotation axis of the accommodating body 200, and the thermal insulation structure is provided with a wire port 2051, and the wires of the temperature measurement sensor 215 are electrically connected to an external control circuit through the wire port 2051 . The temperature sensor 215 provided is similar to Embodiment 6, and needs to be electrically connected to an external control circuit, but the external control circuit needs to be thermally insulated. Therefore, a feasible way is to open a cable opening 2051 on the thermal insulation structure , And then pass the wire of the temperature sensor 215 through the wire port 2051, and then realize the electrical connection with the external control circuit. The heat insulation structure may be made of heat insulation cotton or the like, and the connection of the external control circuit may be realized by the conductive slip ring 302, so as to avoid the winding of the wire during the rotation process.
本实施例,还设有控温开关216,与测温传感器215所不同的是,控温开关216不做为温度数据的采集传感器,因此不具备将数据回传给控制电路的功能,控温开关216主要作为安全控制的电气元器件设置在容置体200上。当测温传感器215检测到容置体200的温度超过其额定温控值时,控温开关216将切断加热装置201的电力,避免加热装置201持续加热干烧,造成安全隐患。测温传感器215可以为NTC温度传感器,控温开关216为陶瓷控温器。In this embodiment, a temperature control switch 216 is also provided. What is different from the temperature measurement sensor 215 is that the temperature control switch 216 is not used as a temperature data collection sensor, so it does not have the function of transmitting data back to the control circuit. The switch 216 is mainly provided on the accommodating body 200 as a safety-controlled electrical component. When the temperature sensor 215 detects that the temperature of the container 200 exceeds its rated temperature control value, the temperature control switch 216 will cut off the power of the heating device 201 to avoid the heating device 201 from continuously heating and burning, which may cause hidden safety hazards. The temperature measuring sensor 215 may be an NTC temperature sensor, and the temperature control switch 216 is a ceramic temperature controller.
本实施例中,所述容置体200上设有第一发热管2011和第二发热管2012,所述第一发热管2011设置在所述容置体200的侧壁上,所述第二发热管2012设置在所述容置体200的底壁上,从而实现对容置体200的立体加热。为了控制第一发热管2011和第二发热管2012不至于温度过高,相应地,所述温控开关包括第一温控开关2061和第二温控开关2062,所述第一温控开关2061控制所述第一发热管2011的发热,所述第二温控开关2062控制所述第二发热管2012的发热。当检测到侧壁的温度过高时,第一温控开关2061将切断第一发热管2011的电力,使得侧壁的温度处在安全值;当检测到底壁的温度过高时,第二温控开关2062将切断第二发热管2012的电力,使得底壁的温度处在安全值。In this embodiment, the housing body 200 is provided with a first heating tube 2011 and a second heating tube 2012, the first heating tube 2011 is provided on the side wall of the housing body 200, the second The heating tube 2012 is disposed on the bottom wall of the housing body 200, so as to achieve three-dimensional heating of the housing body 200. In order to control the first heating tube 2011 and the second heating tube 2012 so that the temperature is not too high, accordingly, the temperature control switch includes a first temperature control switch 2061 and a second temperature control switch 2062, the first temperature control switch 2061 The heat of the first heating tube 2011 is controlled, and the second temperature control switch 2062 controls the heat of the second heating tube 2012. When the temperature of the side wall is detected to be too high, the first temperature control switch 2061 will cut off the power of the first heating tube 2011, so that the temperature of the side wall is at a safe value; when the temperature of the bottom wall is detected to be too high, the second temperature The control switch 2062 will cut off the power of the second heating tube 2012 so that the temperature of the bottom wall is at a safe value.
为了提高温度的检测准确性,所述烹饪容器500为易变形的柔性材质或其在旋转轴线方向上的底壁为易变形的柔性材质。这样烹饪容器500将与容置体200保持严密贴合,此时,从而降低测温误差。为此,所述烹饪容器500的材质可为金属箔材,放置在所述容置体200的容置腔内。In order to improve the accuracy of temperature detection, the cooking container 500 is a flexible material that is easily deformed or its bottom wall in the direction of the rotation axis is a flexible material that is easily deformed. In this way, the cooking container 500 will closely adhere to the accommodating body 200, and at this time, the temperature measurement error is reduced. For this, the material of the cooking container 500 may be a metal foil material, which is placed in the accommodating cavity of the accommodating body 200.
本实施例,还可以像实施例8那样进行隔热设置,从而保护导电滑环302不受损坏。In this embodiment, heat insulation can also be provided as in Embodiment 8 to protect the conductive slip ring 302 from damage.
本实施例还可以像实施例9那样,对容置体200设置保温罩204,从而提高对烹饪容器500的加热效率,具体参考具体参考实施例4,本实施例不再赘述。In this embodiment, as in Embodiment 9, a heat-insulating cover 204 may be provided to the housing body 200 to improve the heating efficiency of the cooking container 500. For specific reference, refer to Embodiment 4 for specific reference, which will not be repeated in this embodiment.
实施例11:Example 11:
本实施例提出了一种烹饪器具,参考图40,包括壳体100、容置体200和传动组件300,容置体200设置在壳体100中,与传动组件300相连,在传动组件300的传动下,容置体200可以在壳体100中旋转。This embodiment proposes a cooking appliance. Referring to FIG. 40, it includes a housing 100, a housing body 200, and a transmission assembly 300. The housing body 200 is provided in the housing 100 and is connected to the transmission assembly 300. Under transmission, the accommodating body 200 can rotate in the housing 100.
容置体200中,可以烹饪食材,传动组件300与容置体200的底部耦合或固定,实现容置体200的旋转,通过在壳体100或容置体200的周围设置加热装置,能对容置体200进行加热,食物在烹饪器具的回转过程中,在重力或回转的惯性力、离心力的作用下,实现翻炒,保证食材均匀受热均匀,从而完成食材的烹饪。The accommodating body 200 can be used for cooking ingredients. The transmission assembly 300 is coupled or fixed to the bottom of the accommodating body 200 to realize the rotation of the accommodating body 200. By setting a heating device around the housing 100 or the accommodating body 200, The accommodating body 200 is heated. During the rotation of the cooking appliance, the food is stir-fried under the action of gravity or the inertial force and the centrifugal force of the rotation to ensure that the ingredients are uniformly heated and uniform, thereby completing the cooking of the ingredients.
容置体200可以设置成可拆的形式,也可以设置成不可拆的形式,本实施例中,容置体200与传动组件300之间不可拆设置。容置体200上设有随其一起旋转的加热装置201和\或电子元件;一起旋转的加热装置201可以提高发热效率,设置的电子元件202可用于烹饪过程中的参数获取及控制。The accommodating body 200 may be detachable or non-detachable. In this embodiment, the accommodating body 200 and the transmission assembly 300 are not detachable. The accommodating body 200 is provided with a heating device 201 and/or an electronic component rotating together with it; the heating device 201 rotating together can improve the heating efficiency, and the electronic component 202 provided can be used for parameter acquisition and control during the cooking process.
为了方便对容置体200的取放,传统的容置体200的锅沿翻边一般外露设置,进而使得锅沿翻边能够被手握持,但是外露的锅沿翻边将导致热量散失,对于滚筒式炒菜机而言,将影响烹饪菜品的质量;In order to facilitate the handling of the receiving body 200, the pot of the traditional containing body 200 is generally exposed along the flanging, so that the pot edge can be held by the hand, but the exposed pot edge will cause heat loss, For the drum-type cooking machine, it will affect the quality of cooking dishes;
为了解决上述问题,本实施例提出的旋转式烹饪器具,参考图40,包括:In order to solve the above problems, the rotary cooking appliance proposed in this embodiment, referring to FIG. 40, includes:
壳体100;Shell 100;
容置体200,其可旋转地设置于所述壳体100内,所述容置体200设有位于所述壳体100的内侧的锅沿翻边102,所述锅沿翻边102上设有隔热件212。The accommodating body 200 is rotatably disposed in the housing 100, and the accommodating body 200 is provided with a pot edge flange 102 on the inner side of the housing 100, and the pot edge flange 102 is provided on There are heat insulation 212.
本实施例中,容置体200的锅沿翻边102设置在壳体100的内侧,并在锅沿翻边102上设有隔热件212,一方面,相比于传统的将锅沿翻边102设置在壳体100的外侧而言,本实施例的设置形式,避免了锅沿翻边102的外露,使得锅沿翻边102处在壳体100的放置腔中,所以可以利用壳体100以降低热量的散失,另一方面,设置的隔热件212将阻碍热量从锅沿翻边102处散去,并可利用隔热件212来实现对容置体200的提放,从而解决锅沿翻边102内置后,不好取放的问题。In this embodiment, the pot edge of the containing body 200 is disposed on the inner side of the casing 100, and a heat insulation member 212 is provided on the pot edge flange 102. On the one hand, compared to the traditional The edge 102 is disposed on the outside of the housing 100. In this embodiment, the appearance of the pot edge flange 102 is avoided, so that the pot edge flange 102 is located in the cavity of the housing 100, so the shell can be used. 100 to reduce the loss of heat. On the other hand, the heat insulator 212 will prevent the heat from being dissipated from the pot along the flange 102, and the heat insulator 212 can be used to lift the accommodating body 200. After the pot edge 102 is built in, it is not easy to pick and place.
容置体200被放置在壳体100中,为了容置体200能被传动组件300驱动旋转,容置体200与壳体100之间不能有干涉,因此,需要在容置体200与壳体100之间留有回转间隙213,由于该回转间隙213的存在,烹饪时产生的热量将容易从此处辐射出去,导致热量的损失。为此,所述隔热件212设有第一唇边2121,所述第一唇边2121遮挡所述容置体200与所述壳体100之间的回转间隙213。The accommodating body 200 is placed in the housing 100. In order for the accommodating body 200 to be driven and rotated by the transmission assembly 300, there is no interference between the accommodating body 200 and the housing 100. Therefore, the accommodating body 200 and the housing 100 There is a slewing gap 213 between 100. Due to the existence of the slewing gap 213, the heat generated during cooking will be easily radiated from here, resulting in heat loss. To this end, the heat insulation member 212 is provided with a first lip 2121 that blocks the turning gap 213 between the accommodating body 200 and the housing 100.
所述壳体100上设有支撑环214,所述支撑环214设有向所述回转间隙213延伸的凸环2141,所述第一唇边2121位于所述凸环2141的上方。为了避免炒菜过程中的油水汤汁落入到回转间隙213中,在支撑环214上设有凸环2141,凸环2141上方覆盖第一唇边2121,当有油水汤汁从容置体200中流出时,特别是在倾斜状态下进行烹饪时,油水汤汁容易滴落至支撑环214上,支撑环214上,设置的凸环2141能够增大汤汁油水进入回转间隙213内的难度,油水汤汁将沿着第一唇边2121滴落到支撑环214外侧;考虑到容置体200需要转动,因此第一唇边2121设置在凸环2141的上方,进而避免第一唇边2121与凸环2141接触,造成干涉。The housing 100 is provided with a support ring 214. The support ring 214 is provided with a convex ring 2141 extending toward the slewing gap 213. The first lip 2121 is located above the convex ring 2141. In order to prevent the oil and water soup from falling into the slewing gap 213 during the cooking process, a convex ring 2141 is provided on the support ring 214, and the first lip 2121 is covered above the convex ring 2141. When oil and water soup flows out of the accommodating body 200 At the time, especially when cooking in an inclined state, the oil and water soup is likely to drip onto the support ring 214, and the convex ring 2141 provided on the support ring 214 can increase the difficulty of the soup and oil entering the slewing gap 213. Juice will drip to the outside of the support ring 214 along the first lip 2121; considering that the accommodating body 200 needs to be rotated, the first lip 2121 is disposed above the convex ring 2141, thereby avoiding the first lip 2121 and the convex ring 2141 contact, causing interference.
参考图41,所述隔热件212包括第一隔热件2123和第二隔热件2122,所述第一隔热件2123设置在所述锅沿翻边102的上侧面,所述第二隔热件2122设置在所述锅沿翻边102的下侧面。第二隔热件2122主要的功能是隔绝锅沿翻边102的热量,第一隔热件2123主要是实现可拆连接,以便清洗;由于本实施例的锅沿翻边102内置,所以在容置体200的开口一侧只有锅沿翻边102的上侧面能够方便用户触摸,而锅沿翻边102的下侧面和侧面并不容易触摸,考虑到使用过程中,锅沿翻边102的上表面容易被汤汁油水弄脏,因此,隔热件212设置成两个,从而实现可拆设计。当锅沿翻边102的上表面弄脏需要清洗时,只需要将上表面的第一隔热件2123拆下进行清洗即可,方便使用。Referring to FIG. 41, the heat insulation member 212 includes a first heat insulation member 2123 and a second heat insulation member 2122, the first heat insulation member 2123 is disposed on the upper side of the pot edge cuff 102, and the second The heat insulation member 2122 is disposed on the lower side of the pot edge flange 102. The main function of the second heat insulation element 2122 is to isolate the heat of the pot edge cuff 102, and the first heat insulation element 2123 mainly realizes a detachable connection for cleaning; since the pot edge clam 102 of this embodiment is built-in, On the opening side of the body 200, only the upper side of the pot edge flanging 102 can be easily touched by the user, while the lower side and the side of the pot edge flanging 102 are not easy to touch. Considering the use process, the top of the pot edge flanging 102 The surface is easily soiled by the soup oil and water. Therefore, the heat insulating member 212 is provided in two, thereby realizing a detachable design. When the upper surface of the pot along the flanging 102 is soiled and needs to be cleaned, it is only necessary to remove the first heat insulation member 2123 on the upper surface for cleaning, which is convenient for use.
为了便于拆卸,本实施例还包括固定架2124,所述第一隔热件2123通过所述固定架2124固定在所述锅沿翻边102上。In order to facilitate disassembly, the present embodiment further includes a fixing frame 2124, and the first heat insulation member 2123 is fixed on the pot edge flange 102 through the fixing frame 2124.
所述第二隔热件2122包括上唇边21221和下唇边21222,所述锅沿翻边102被所述上唇边21221和下唇边21222夹持。设置的上唇边21221包裹在锅沿翻边102的上侧面上,下侧面包裹在锅沿翻边102的下侧面上, 通过第二隔热件2122将整个锅沿翻边102包裹,能够避免锅沿翻边102的侧面散发的热量对壳体100进行炙烤造成壳体100变形的问题。The second heat insulation member 2122 includes an upper lip 21221 and a lower lip 21222, and the pot is clamped by the upper lip 21221 and the lower lip 21222 along the flange 102. The provided upper lip 21221 is wrapped on the upper side of the pot rim 102, and the lower side is wrapped on the lower side of the pot rim 102, and the entire pot is wrapped by the second insulation 2122 to avoid the pot The heat dissipated along the side of the flange 102 causes the housing 100 to be roasted, which causes the housing 100 to deform.
本实施例中,还包括外盖(未示出),所述外盖盖设在所述壳体100上,所述外盖与所述隔热件212之间的间距为1-10mm。设置的间距有利于容置体200的旋转,避免隔热件212与外盖之间发生干涉,影响容置体200的旋转,从而避免电机堵转的风险。In this embodiment, an outer cover (not shown) is also included. The outer cover is provided on the housing 100, and the distance between the outer cover and the heat insulating member 212 is 1-10 mm. The set spacing facilitates the rotation of the accommodating body 200, avoids interference between the heat insulation member 212 and the outer cover, affects the rotation of the accommodating body 200, and thus avoids the risk of the motor stalling.
所述容置体200外侧设有随所述容置体200一起旋转的保温罩204,所述保温罩204与所述锅沿翻边102之间设有所述隔热件212。设置的保温罩204能够将热量束缚在容置体200上,避免热量散失,容置体200上设有一体旋转的加热装置201,加热装置201被包裹在保温罩204中,为了避免热量从锅沿翻边102处散失,隔热件212设置在保温罩204和锅沿翻边102之间,当传动组件300驱动的是保温罩204时,保温罩204与锅沿翻边102之间固定连接,从而实现对容置体200的驱动,此时隔热件212为隔热环103。An insulation cover 204 that rotates with the accommodation body 200 is provided on the outside of the accommodation body 200, and the insulation member 212 is provided between the insulation cover 204 and the pot edge flange 102. The heat-insulating cover 204 can restrain the heat on the accommodating body 200 to avoid heat loss. The housing 200 is provided with an integrally rotating heating device 201. The heating device 201 is wrapped in the heat-insulating cover 204 in order to avoid heat from the pan The heat dissipation element 212 is disposed between the heat insulation cover 204 and the pot edge flanging 102. When the transmission assembly 300 drives the heat insulation cover 204, the heat insulation cover 204 is fixedly connected to the pot edge flanging 102 In order to drive the accommodating body 200, the heat insulating member 212 is the heat insulating ring 103 at this time.
所述隔热件212为柔性材质,如硅胶材质。The heat insulation member 212 is made of flexible material, such as silicone material.
在本实施例的一些变通实施例中,可以只设置一个隔热件212,而不是设置第一隔热件2123或第二隔热件2122。In some modified embodiments of this embodiment, only one heat insulating member 212 may be provided instead of the first heat insulating member 2123 or the second heat insulating member 2122.
实施例12:Example 12:
本实施提出了一种炒菜机,与实施例11相比,参考图42,容置体200不再作为食物的直接烹饪器皿,而是内设一随容置体200一起旋转的烹饪容器500来完成食材的烹饪,包括:This embodiment proposes a cooking machine. Compared with Embodiment 11, referring to FIG. 42, the accommodating body 200 is no longer used as a direct cooking vessel for food, but a cooking container 500 that rotates with the accommodating body 200 is provided. Complete the cooking of ingredients, including:
壳体100;Shell 100;
容置体200,内设有随其一起旋转的烹饪容器500,容置体200可旋转地设置于所述壳体100内,所述容置体200上设有随其一起旋转的加热装置201和\或电子元件;The accommodating body 200 is provided with a cooking container 500 which rotates together with the accommodating body 200, the accommodating body 200 is rotatably provided in the housing 100, and the accommodating body 200 is provided with a heating device 201 which rotates with it And/or electronic components;
传动组件300,设置在所述壳体100上,用于驱动容置体200旋转。The transmission assembly 300 is disposed on the housing 100 and is used to drive the accommodating body 200 to rotate.
通过设置烹饪容器500,从而能够解决现有技术中食材在容置体200中烹饪需要洗锅的问题,烹饪容器500作为烹饪食材的容器,直接放置在容置体200中,容置体200上的加热装置201产生热量,传导至容置体200上后再传导给烹饪容器500,旋转的过程中,烹饪容器500与容置体200 一起旋转,利用旋转产生的翻炒效果完成食材的烹饪,进行熟化食材,烹饪结束后,通过将烹饪容器500整个提起,内部食材便能够完全脱离容置体200,从而保证了容置体200的干净卫生。设置的接线窗口101方便了接线效率,装配作业体验更好。By setting the cooking container 500, it is possible to solve the problem in the prior art that the ingredients need to be washed in the container 200 for cooking. The cooking container 500, as a container for cooking ingredients, is directly placed in the container 200 on the container 200 The heating device 201 generates heat, transmits it to the container 200 and then transmits it to the cooking container 500. During the rotation, the cooking container 500 rotates together with the container 200, and uses the stir-fry effect generated by the rotation to complete the cooking of the ingredients. After the cooking ingredients are cooked, after the cooking is completed, by lifting the entire cooking container 500, the internal ingredients can be completely separated from the accommodating body 200, thereby ensuring the cleanliness of the accommodating body 200. The wiring window 101 is provided to facilitate wiring efficiency and a better assembly operation experience.
在上述炒菜机中,所述烹饪容器500的材质为金属箔材,放置在所述容置体200的容置腔内。金属箔材易成形,环保,成本低,导热性好,可一次性使用,能够作为餐具使用。In the above cooking machine, the material of the cooking container 500 is a metal foil material, which is placed in the accommodating cavity of the accommodating body 200. The metal foil material is easy to form, environmentally friendly, low in cost, good in thermal conductivity, can be used once, and can be used as tableware.
本实施例还可以像实施例11那样,对容置体200的锅沿翻边102设置隔热件212。此时烹饪容器500用于烹饪食材,相应的,容置体200可以不设置成可拆形式;当烹饪完成后,需要对烹饪容器500进行取放,烹饪容器500的容器翻边搭在锅沿翻边102上,当在拿取烹饪容器500时,双手难免会触碰到容置体200的锅沿翻边102,设置了隔热件212后,隔热件212将起到防烫隔热的作用,使得用户不会被锅沿翻边102烫伤。In this embodiment, as in Embodiment 11, a heat insulator 212 may be provided to the pan of the container 200 along the flange 102. At this time, the cooking container 500 is used for cooking ingredients. Correspondingly, the accommodating body 200 may not be provided in a detachable form; when the cooking is completed, the cooking container 500 needs to be taken and placed, and the container of the cooking container 500 is turned over on the edge of the pot On the flanging 102, when holding the cooking container 500, both hands will inevitably touch the pot edge flanging 102 of the accommodating body 200. After the heat insulating member 212 is provided, the heat insulating member 212 will play a role of anti-scalding and heat insulation The effect is that the user will not be scalded by the pot edge 102.
对于烹饪容器500双手取放时,锅沿翻边102容易烫手的问题,一种可实施的方式是,所述烹饪容器500放置在所述容置体200的容置腔内时,所述烹饪容器500的容器翻边与所述锅沿翻边102间隔设置。由于容器翻边与锅沿翻边102之间未接触,手指更容易从间隔处伸入,进而避免与锅胆翻边接触,降低烫伤的风险。With regard to the problem that the cooking container 500 is easy to be burnt when the cooking container 500 is placed with both hands, one possible way is that when the cooking container 500 is placed in the receiving cavity of the receiving body 200, the cooking The container flange of the container 500 is spaced from the pot along the flange 102. Since there is no contact between the container flange and the pan edge flange 102, fingers are more likely to extend from the space, thereby avoiding contact with the pan flange and reducing the risk of burns.
具体地,所述容器翻边与所述锅沿翻边102之间形成握持操作空间218,以方便人手对所述烹饪容器500进行取放。该握持操作空间218能够允许手指深入握持操作空间218中,避免接触锅胆翻边。Specifically, a holding operation space 218 is formed between the container cuff and the pot edge cuff 102, so that the cooking container 500 can be easily accessed by a person. The holding operation space 218 can allow fingers to penetrate into the holding operation space 218 and avoid touching the pot burring.
当然,在将烹饪容器取出后,由于锅沿翻边102还是会外露,因此,用户容易触碰到锅胆翻边的上表面,为此在所述锅沿翻边102上设有隔热件212,从而避免加热过程中,由于误触,进而烫伤的风险。Of course, after the cooking container is taken out, since the pot edge flange 102 will still be exposed, the user will easily touch the upper surface of the pot flange flange. Therefore, the pot edge flange 102 is provided with a heat insulator 212, to avoid the risk of burns due to accidental touch during heating.
当然隔热件212还具有实施例11所述的作用,也可以像实施例11那样设置第一隔热件2123、第二隔热件2122等,本实施例不再赘述。Of course, the heat insulation member 212 also has the function described in Embodiment 11, and the first heat insulation member 2123, the second heat insulation member 2122, etc. may also be provided as in Embodiment 11, which will not be repeated in this embodiment.
此外,为了密封回转间隙213,避免杂质落入到回转间隙213中,可在壳体100上设置密封唇边217,在一些实施例中还可以将所述密封唇边217设置在所述锅沿翻边102上,此时所起的作用等同于实施例11的第一唇边2121。壳体100上的密封唇边217可以设置在支撑环214上。In addition, in order to seal the slewing gap 213 and prevent impurities from falling into the slewing gap 213, a sealing lip 217 can be provided on the housing 100, and in some embodiments, the sealing lip 217 can also be provided on the pot edge The effect on the flange 102 at this time is equivalent to the first lip 2121 of Embodiment 11. The sealing lip 217 on the housing 100 may be provided on the support ring 214.
实施例13:Example 13:
参考图37-39,本实施例提出了一种烹饪器具,包括壳体100、容置体200和传动组件300,容置体200设置在壳体100中,与传动组件300相连,在传动组件300的传动下,容置体200可以在壳体100中旋转。Referring to FIGS. 37-39, this embodiment proposes a cooking appliance including a housing 100, a housing body 200, and a transmission assembly 300. The housing body 200 is disposed in the housing 100 and is connected to the transmission assembly 300. Under the transmission of 300, the accommodating body 200 can rotate in the housing 100.
容置体200中,可以烹饪食材,传动组件300与容置体200的底部耦合或固定,实现容置体200的旋转,通过在壳体100或容置体200的周围设置加热装置,能对容置体200进行加热,食物在烹饪器具的回转过程中,在重力或回转的惯性力、离心力的作用下,实现翻炒,保证食材均匀受热均匀,从而完成食材的烹饪。The accommodating body 200 can be used for cooking ingredients. The transmission assembly 300 is coupled or fixed to the bottom of the accommodating body 200 to realize the rotation of the accommodating body 200. By setting a heating device around the housing 100 or the accommodating body 200, The accommodating body 200 is heated. During the rotation of the cooking appliance, the food is stir-fried under the action of gravity or the inertial force and the centrifugal force of the rotation to ensure that the ingredients are uniformly heated and uniform, thereby completing the cooking of the ingredients.
容置体200可以设置成可拆的形式,也可以设置成不可拆的形式,本实施例中,容置体200与传动组件300之间不可拆设置。容置体200上设有随其一起旋转的加热装置201和\或电子元件;一起旋转的加热装置201可以提高发热效率,设置的电子元件可用于烹饪过程中的参数获取及控制。The accommodating body 200 may be detachable or non-detachable. In this embodiment, the accommodating body 200 and the transmission assembly 300 are not detachable. The accommodating body 200 is provided with a heating device 201 and/or electronic components rotating together with it; the heating device 201 rotating together can improve the heating efficiency, and the set electronic components can be used for parameter acquisition and control in the cooking process.
本实施例中,为了使得倾斜状态下的容置体200能受热均匀,对容置体200采用立体加热,同时设置的加热装置201随容置体200一体旋转,从而使得加热装置201产生的热量尽可能地保持住,并尽可能地被容置体200所吸收,相比于非一体旋转设置的加热方式而言,能够提高热效率。立体加热设置有第一发热元件和第二发热元件,分别位于容置体200的外侧壁和底壁上。In this embodiment, in order to make the receiving body 200 in the inclined state receive uniform heating, the receiving body 200 is three-dimensionally heated, and the heating device 201 provided at the same time rotates integrally with the receiving body 200, so that the heat generated by the heating device 201 It can be held as much as possible and absorbed by the accommodating body 200 as much as possible. Compared with the non-integral rotation heating method, the thermal efficiency can be improved. The three-dimensional heating is provided with a first heating element and a second heating element, which are respectively located on the outer side wall and the bottom wall of the accommodating body 200.
为此,本实施例提出的烹饪器具,包括:For this reason, the cooking appliance proposed in this embodiment includes:
支座400,支座400上设有可倾斜设置的壳体100;Support 400, which is provided with a tiltable housing 100;
容置体200,其可旋转地设置于所述壳体100内,容置体200上设有随其一起旋转的第一加热装置2011和第二加热装置2012。The accommodating body 200 is rotatably disposed in the housing 100, and the accommodating body 200 is provided with a first heating device 2011 and a second heating device 2012 that rotate with it.
第一加热装置2011和第二加热装置2012各对应设置在所述容置体200的外侧壁和底壁上,所述容置体200倾斜状态下在重力方向的下侧形成烹饪区,所述烹饪区的轴向截面的几何重心所在位置高度为H1,所述旋转容器其内腔的中心高度为H2,所述第一加热装置2011的位置高度H为H1≤H≤H2。The first heating device 2011 and the second heating device 2012 are respectively provided on the outer side wall and the bottom wall of the accommodating body 200. When the accommodating body 200 is inclined, a cooking area is formed on the lower side in the direction of gravity. The height of the geometric center of gravity of the axial section of the cooking zone is H1, the center height of the inner cavity of the rotating container is H2, and the height H of the first heating device 2011 is H1≦H≦H2.
其中H、H1和H2的单位为mm。The unit of H, H1 and H2 is mm.
壳体100在倾斜状态下,食物在重力的作用下处在下侧的烹饪区内, 容置体200回转,食物便在重力、摩擦力、离心力等的作用下翻滚,一部分食材被容器壁带起,又在重力的作用下,克服容器壁摩擦力而跌落回下侧的烹饪区。菜肴在翻滚的过程中,大部分食材都集中在容置体200内侧壁与底壁之间的区域内,越是靠近底壁一侧,食材的堆叠就越是严重,此处食材的受热熟化成为一个问题。When the housing 100 is tilted, the food is located in the lower cooking area under the action of gravity, and the accommodating body 200 rotates, and the food rolls under the action of gravity, friction, centrifugal force, etc., and part of the food is carried by the container wall , Under the action of gravity, overcome the friction of the container wall and fall back to the cooking area on the lower side. During the tumbling process of the dishes, most of the ingredients are concentrated in the area between the inner side wall and the bottom wall of the accommodating body 200, the closer to the bottom wall side, the more serious the stacking of the ingredients, where the ingredients are heated and cooked Becomes a problem.
一方面,为了解决底壁处堆积的食材难以熟化的问题,设置了第二加热装置2012,从而使得底壁处堆积的食材能够受热充分;另一方面,还设置了第一加热装置2011来对这一部分堆积的食材进行加热,设置的位置依据烹饪区的轴向截面的几何重心所在位置高度进行设置。On the one hand, in order to solve the problem that the food accumulated at the bottom wall is difficult to ripen, a second heating device 2012 is provided, so that the food accumulated at the bottom wall can be sufficiently heated; on the other hand, a first heating device 2011 is also provided to The food materials accumulated in this part are heated, and the setting position is set according to the height of the geometric center of gravity of the axial section of the cooking zone.
下侧的烹饪区为壳体100倾斜设置后,静态下,食材主要的堆积区,堆积区的轴向截面依据容置体200的形状而定,本实施例中,容置体200呈柱状,容置体200的侧壁倾斜设置在底壁上,容置体200的内侧壁和底壁之间的夹角为钝角,对于没有容器盖的旋转容器而言,食材的堆积量上不会超过容置体200的容器口部,下不会超过底壁的最高点,此时烹饪区的轴向截面类似为三角形,对应的三角形的几何重心即为烹饪区的轴向截面的几何重心,外侧壁的中心高度为外侧壁中点的高度,在轴向方向,中心高度距离底壁和距离容器口部的距离相等。参考图38,具体为,A点为顶侧开口位置,AB为倾斜状态下的水平线,△ABC即为烹饪区的轴线截面,x为AB的中点,y为BC的中点,z为AC的中点,则几何重心为,xy、yz、xz三者的交点O1,几何重心O1的在内腔中的高度为H1;O2为内腔的中心,中心O2的高度为H2;第一发热元件的高度为H,此时H位于H1和H2之间。The cooking area on the lower side is the main storage area of the ingredients after the housing 100 is inclined. Under static conditions, the axial section of the storage area depends on the shape of the housing body 200. In this embodiment, the housing body 200 is columnar. The side wall of the accommodating body 200 is inclinedly arranged on the bottom wall, and the angle between the inner side wall and the bottom wall of the accommodating body 200 is an obtuse angle. For a rotating container without a container lid, the accumulation amount of ingredients will not exceed The mouth of the container 200 of the accommodating body 200 will not exceed the highest point of the bottom wall. At this time, the axial section of the cooking zone is similar to a triangle, and the geometric center of gravity of the corresponding triangle is the geometric center of gravity of the axial section of the cooking zone. The center height of the wall is the height of the midpoint of the outer side wall. In the axial direction, the center height is the same distance from the bottom wall and the container mouth. Referring to FIG. 38, specifically, point A is the opening on the top side, AB is the horizontal line in the inclined state, △ABC is the axial section of the cooking zone, x is the midpoint of AB, y is the midpoint of BC, and z is AC , The geometric center of gravity is the intersection point O1 of xy, yz, xz, the height of geometric center of gravity O1 in the cavity is H1; O2 is the center of the cavity, the height of center O2 is H2; the first heat The height of the element is H. At this time, H is located between H1 and H2.
在设置第一加热装置2011时,将第一加热装置2011设置在中心高度和几何重心高度之间,因为,对于几何重心位置而言,以三角形为例,重心到三角形3个顶点组成的3个三角形面积相等,且重心到顶点的距离与重心到对边中点的距离之比为2:1,在烹饪时,视食材密度相同,所以在3个三角形中分布的食材质量相同,若将第一加热装置2011设置在几何重心附近的高度位置,便能够兼顾到整个烹饪区中食材的均匀加热,从而能使堆积的食材熟化。优选地,第一加热装置2011的高度设置在中心高度位置处,此时第一加热装置2011距离中心较近,亦能够兼顾烹饪区内的食材均 匀加热。When setting the first heating device 2011, set the first heating device 2011 between the center height and the height of the geometric center of gravity, because for the position of the geometric center of gravity, taking the triangle as an example, the center of gravity is composed of 3 vertices of the triangle The area of the triangle is equal, and the ratio of the distance from the center of gravity to the vertex and the distance from the center of gravity to the midpoint of the opposite side is 2:1. During cooking, the density of the ingredients is the same, so the quality of the ingredients distributed in the three triangles is the same. A heating device 2011 is set at a height position near the geometric center of gravity, which can take into account the uniform heating of the food in the entire cooking area, so that the accumulated food can be cooked. Preferably, the height of the first heating device 2011 is set at the center height position. At this time, the first heating device 2011 is closer to the center, and it can also take into account the uniform heating of the food in the cooking area.
烹饪区的具体形式可以依据食材堆积的情况作出设定,本实施例中,烹饪区的轴向截面近似为三角形,但在一些变通实施例中,如筒状的容置体200,底壁直径较小,倾斜角度较小,或者在开口一侧设置了容器盖,则轴向截面有可能近似为四边形或者其他形状,只要第一加热装置2011能依据几何重心高度作出相应设置即可。一般而言,为了达到良好的烹饪效果,容置体200倾斜状态下,在重力方向上的烹饪区,最高刻度不超过底壁与侧壁的连接处,以及不超过容置体200的顶侧开口的最低端。对于设置有容器盖,且在容器盖上设有排气口的旋转容器而言,可以越过顶侧开口,只要最高刻度不超过所述容器盖的排气口的位置即可。参考图39,具体地,当烹饪区的轴向截面为近似四边形时,A点为容器盖的排气口位置,AB为倾斜状态下的水平线;□ABCD为烹饪区的轴向截面,x、y、z、w分别为边AD、AB、BC、CD的中点,中位线Aw、Cx交于质点s,中位线Cy、Az交于质点q;中位线Bx、Dy交于质点p;中位线Bw、Dz交于质点r;连接sq和pr,得到质点O1,几何重心O1的在内腔中的高度为H1;O2为内腔的中心,中心O2的高度为H2;第一发热元件的高度为H,此时H位于H1和H2之间。The specific form of the cooking zone can be set according to the accumulation of ingredients. In this embodiment, the axial cross section of the cooking zone is approximately triangular, but in some alternative embodiments, such as the cylindrical accommodating body 200, the diameter of the bottom wall If the angle of inclination is small or the container cover is provided on the side of the opening, the axial cross-section may be approximately quadrilateral or other shapes, as long as the first heating device 2011 can make corresponding settings according to the height of the geometric center of gravity. Generally speaking, in order to achieve a good cooking effect, the highest scale of the cooking zone in the direction of gravity when the containing body 200 is inclined does not exceed the connection between the bottom wall and the side wall, and does not exceed the top side of the containing body 200 The lowest end of the opening. For a rotating container provided with a container lid and provided with an exhaust port on the container lid, the top opening can be crossed as long as the highest scale does not exceed the position of the exhaust port of the container lid. Referring to FIG. 39, specifically, when the axial section of the cooking zone is approximately quadrilateral, point A is the position of the exhaust port of the container lid, AB is the horizontal line in the inclined state; □ ABCD is the axial section of the cooking zone, x, y, z, and w are the midpoints of edges AD, AB, BC, and CD respectively. The median lines Aw and Cx intersect the particle s, and the median lines Cy and Az intersect the particle q; the median lines Bx and Dy intersect the particle. p; the median lines Bw, Dz intersect with the mass point r; connect sq and pr to get the mass point O1, the height of the geometric center of gravity O1 in the lumen is H1; O2 is the center of the lumen, and the height of the center O2 is H2; The height of a heating element is H. At this time, H is located between H1 and H2.
为了能够使得几何重心周边的食材都能均匀受热,将第一加热装置2011设置成环形,环绕设置在容置体200的外侧壁上,环形设置的第一加热装置2011距离底部的距离相同,以烹饪区为三角形为例,环形设置的第一加热装置2011,能够依次穿过重心到三角形3个顶点组成的3个三角形,从而能够对容置体200进行环形加热,食物在翻炒时,能够受热均匀。In order to enable the ingredients around the geometric center of gravity to be uniformly heated, the first heating device 2011 is arranged in a ring shape, and is circumferentially arranged on the outer side wall of the containing body 200. The distance between the first heating device 2011 in a ring shape and the bottom is the same. The cooking area is a triangle. For example, the first heating device 2011 provided in a ring can sequentially pass through the center of gravity to three triangles consisting of three vertices of the triangle, so that the container 200 can be heated in a ring. When the food is fried, it can Heat evenly.
第二加热装置2012设置在底壁处,与底壁外壁贴合设置,贴合设置的第二加热装置2012能够以热传导的方式向底壁进行加热,减少第二加热装置2012的热辐射加热所造成的热量散失,因此对堆积食材的加热效率更高,能够使得容置体200堆积在底部的食材能够充分受热,进而解决堆积的食材难以完全熟化的问题。The second heating device 2012 is disposed at the bottom wall and is provided in close contact with the outer wall of the bottom wall. The second heating device 2012 that is provided can be heated to the bottom wall in a thermally conductive manner, reducing the heat radiation heating of the second heating device 2012 The resulting heat is lost, so the heating efficiency of the stacked food materials is higher, which enables the food materials stacked on the bottom of the container 200 to be fully heated, and thus solves the problem that the stacked food materials are difficult to be fully cooked.
容置体200和壳体100在支座400上倾斜烹饪时,倾斜角度相对于水平面的夹角为20-35度,在此角度范围下,容置体200能够对食材进行有效地翻滚,本实施例中,角度为30度,在其他实施例中,炒菜时的角度可 以设置成其他角度,如20、25、32、35度等。When the accommodating body 200 and the housing 100 are tilted for cooking on the support 400, the included angle of the inclination angle with respect to the horizontal plane is 20-35 degrees. Under this angle range, the accommodating body 200 can effectively roll over the ingredients. In an embodiment, the angle is 30 degrees. In other embodiments, the angle during cooking may be set to other angles, such as 20, 25, 32, 35 degrees, and so on.
本实施例中,为了避免倾斜状态下,炒菜时,食材从容置体200的开口一侧掉落,因此所述容置体200的内侧壁为内凹的弧形,内凹的弧形,能够提高食材的翻炒效果,阻止食材向着容置体200一侧翻滚,使得食材能在重力的作用下处在凹陷的内侧壁内,进而及时地翻滚至容置体200底部一侧,由于第一加热装置2011和第二加热装置2012的设置,即使食材在底部堆积,也能够熟化食材。In this embodiment, in order to prevent the food from falling from the opening side of the container 200 when cooking in an inclined state, the inner side wall of the container 200 is a concave arc shape, and the concave arc shape can Improve the effect of ingredients frying, preventing ingredients from rolling towards the side of the container 200, so that the ingredients can be placed in the inner wall of the depression under the action of gravity, and then roll over to the bottom side of the container 200 in time, because the first The installation of the heating device 2011 and the second heating device 2012 allows the food to be cooked even if the food is stacked on the bottom.
当然,凹陷的内侧壁最好设置在倾斜的侧壁上,否则食材将在底部过度堆积,影响烹饪质量和口感,因此对所述容置体200的侧壁设置一定的倾斜角,使得整个容置体200具有呈碗状的开口,该倾斜角不宜过大,过大容易使得食材翻滚时从口部跌落,过小,容易使得食材在腔体底部沉积,因此将侧壁设置一定的倾斜角度该倾斜角度可以设置成90~100度。该倾斜角度的设置,能够方便倾斜后食材向取放开口处翻滚,进而防止食材在底部的堆积。优选为95度,100度。本领域技术人员可以依据具体情况具体设置。Of course, the recessed inner side wall is preferably provided on the inclined side wall, otherwise the food will accumulate excessively on the bottom, affecting the cooking quality and taste. Therefore, a certain inclination angle is set on the side wall of the container 200 to make the entire content The body 200 has a bowl-shaped opening, and the inclination angle should not be too large. If it is too large, the food may fall from the mouth when it rolls over. If it is too small, the food may be deposited at the bottom of the cavity, so the side wall is set at a certain inclination angle The inclination angle can be set to 90-100 degrees. The setting of the inclination angle can facilitate the rolling of the food materials toward the pick-and-place opening after tilting, thereby preventing the accumulation of food materials at the bottom. It is preferably 95 degrees and 100 degrees. A person skilled in the art may set it according to specific conditions.
本实施例中,还可以设置电磁加热(INDUCTION HEATING,后面简称IH)线盘(未示出)来替代第一加热装置2011和第二加热装置2012,本实施例中,第一加热装置2011和第二加热装置2012为电阻式的发热管,通过热传导或热辐射的方式对容置体200进行加热,为了提高热效率,第一加热装置2011和第二加热装置2012随容置体200一体旋转,当用IH线盘中来替代第一加热装置2011和第二加热装置2012,电磁线盘利用产生的电磁能进行加热,非自发热,且线盘结构复杂,因此,一般而言,将IH设置成非一体旋转式。In this embodiment, an electromagnetic heating (INDUCTION HEATING, IH for short) coil (not shown) may also be provided instead of the first heating device 2011 and the second heating device 2012. In this embodiment, the first heating device 2011 and The second heating device 2012 is a resistance-type heating tube, which heats the container 200 by means of heat conduction or heat radiation. In order to improve thermal efficiency, the first heating device 2011 and the second heating device 2012 rotate integrally with the container 200, When the first heating device 2011 and the second heating device 2012 are replaced with an IH reel, the electromagnetic reel uses the generated electromagnetic energy to heat, non-self-heating, and the structure of the reel is complicated. Therefore, generally speaking, the IH is set Non-integral rotary type.
为了解决食材堆积下,食材难以熟化的问题,IH线盘也采用凹形线盘,从而实现所述IH线盘对所述容置体200的外侧壁和底壁进行加热,所述容置体200倾斜状态下在重力方向的下侧形成烹饪区,所述烹饪区的轴向截面的几何重心所在位置高度为H1,所述外侧壁的中心高度为H2,所述IH线盘的侧壁高度H为H1≤H≤H2;In order to solve the problem that the ingredients are difficult to ripen under the accumulation of ingredients, the IH reel also uses a concave reel, so that the IH reel heats the outer side wall and the bottom wall of the container 200. The container In the inclined state of 200, a cooking zone is formed on the lower side of the gravity direction, the height of the geometrical center of gravity of the axial section of the cooking zone is H1, the center height of the outer side wall is H2, and the side wall height of the IH reel H is H1≤H≤H2;
相应的,线盘的侧壁高度关系着整个堆积食材的加热均匀性,因此,侧壁高度也能依据烹饪区的几何重心进行设置,从而实现对倾斜状态下堆 积的食材的均匀加热,从而熟化食材。Correspondingly, the height of the side wall of the reel is related to the heating uniformity of the entire stacked food. Therefore, the height of the side wall can also be set according to the geometric center of gravity of the cooking area, so as to achieve uniform heating of the stacked food in the inclined state, thereby aging Ingredients.
采用IH加热后,容置体200上的容器本体206可以设置电磁加热片,通过电磁加热片进行覆底,电磁能来加热容置体200,此时将通过电磁加热片接收电磁能产生热量,实现对容置体200的加热,容器本体206可以是其他金属材料,如铝材等,这些材料为电磁能激励下的非发热材质.当然,一些变通实施例中,所述容置体200的材料为铁材质,那么可以直接自发热,无需覆底,铁材质的容置体200蓄热能力强,能够提高烹饪效果,加快食材熟化。After IH heating, the container body 206 on the container 200 may be provided with an electromagnetic heating sheet, and the electromagnetic heating sheet is used to cover the bottom, and the container 200 is heated by electromagnetic energy. At this time, the electromagnetic heating sheet receives the electromagnetic energy to generate heat. To achieve heating of the container 200, the container body 206 may be other metal materials, such as aluminum, etc. These materials are non-heating materials excited by electromagnetic energy. Of course, in some modified embodiments, the container 200 The material is made of iron, so it can self-heat directly, without the need to cover the bottom. The container 200 made of iron has a strong heat storage capacity, which can improve the cooking effect and speed up the cooking of ingredients.
实施例14:Example 14:
本实施提出了一种炒菜机,参考图30,与实施例11相比,容置体200不再作为食物的直接烹饪器皿,而是内设一随容置体200一起旋转的烹饪容器500来完成食材的烹饪,包括:This embodiment proposes a cooking machine. Referring to FIG. 30, compared with Embodiment 11, the container 200 is no longer a direct cooking vessel for food, but a cooking container 500 that rotates with the container 200 is provided. Complete the cooking of ingredients, including:
壳体100;Shell 100;
容置体200,内设有随其一起旋转的烹饪容器500,容置体200可旋转地设置于所述壳体100内,所述容置体200上设有随其一起旋转的加热装置201和\或电子元件;The accommodating body 200 is provided with a cooking container 500 which rotates together with the accommodating body 200, the accommodating body 200 is rotatably provided in the housing 100, and the accommodating body 200 is provided with a heating device 201 which rotates with it And/or electronic components;
传动组件300,设置在所述壳体100上,用于驱动容置体200旋转。The transmission assembly 300 is disposed on the housing 100 and is used to drive the accommodating body 200 to rotate.
通过设置烹饪容器500,从而能够解决现有技术中食材在容置体200中烹饪需要洗锅的问题,烹饪容器500作为烹饪食材的容器,直接放置在容置体200中,容置体200上的加热装置201产生热量,传导至容置体200上后再传导给烹饪容器500,旋转的过程中,烹饪容器500与容置体200一起旋转,利用旋转产生的翻炒效果完成食材的烹饪,进行熟化食材,烹饪结束后,通过将烹饪容器500整个提起,内部食材便能够完全脱离容置体200,从而保证了容置体200的干净卫生。与本实用新型提出的烹饪器具类似,设置的接线窗口101方便了接线效率,装配作业体验更好。By setting the cooking container 500, it is possible to solve the problem in the prior art that the ingredients need to be washed in the container 200 for cooking. The cooking container 500, as a container for cooking ingredients, is directly placed in the container 200 on the container 200 The heating device 201 generates heat, transmits it to the container 200 and then transmits it to the cooking container 500. During the rotation, the cooking container 500 rotates together with the container 200, and uses the stir-fry effect generated by the rotation to complete the cooking of the ingredients. After the cooking ingredients are cooked, after the cooking is completed, by lifting the entire cooking container 500, the internal ingredients can be completely separated from the accommodating body 200, thereby ensuring the cleanliness of the accommodating body 200. Similar to the cooking appliance proposed by the present invention, the wiring window 101 is provided to facilitate the wiring efficiency and the assembly work experience is better.
在上述炒菜机中,所述烹饪容器500的材质为金属箔材,放置在所述容置体200的容置腔内。金属箔材易成形,环保,成本低,导热性好,可一次性使用,能够作为餐具使用。In the above cooking machine, the material of the cooking container 500 is a metal foil material, which is placed in the accommodating cavity of the accommodating body 200. The metal foil material is easy to form, environmentally friendly, low in cost, good in thermal conductivity, can be used once, and can be used as tableware.
本实施例还可以像实施例二那样,对容置体200的第一加热装置2011和第二加热装置2012进行类似设置,具体参考实施例4,本实施例不再赘 述。In this embodiment, the first heating device 2011 and the second heating device 2012 of the container 200 may be similarly set as in the second embodiment. For specific reference to the fourth embodiment, no further description will be given in this embodiment.
实施例15:Example 15:
本实施例中,参考图33-34,意在解决容置体200上设置的发热管无法使得容置体200受热均匀的技术问题,而提出了一种容置体200,包括:In this embodiment, referring to FIGS. 33-34, it is intended to solve the technical problem that the heating tube provided on the accommodating body 200 cannot make the accommodating body 200 uniformly heated, and an accommodating body 200 is proposed, including:
容器本体206,内部设有腔体;以及The container body 206 is provided with a cavity; and
设置在所述容器本体206上的反射外罩207,所述反射外罩207与所述容器本体206之间设有支撑部208;A reflective cover 207 provided on the container body 206, and a support portion 208 is provided between the reflective cover 207 and the container body 206;
发热管,设置在所述支撑部208上,所述发热管与所述容器本体206之间存在第一间隙d,与所述反射外罩207之间存在第二间隙D。A heating tube is provided on the supporting portion 208, and there is a first gap d between the heating tube and the container body 206, and a second gap D between the reflective cover 207.
本实施例中的反射外罩207可以具有隔热功能,也可以不具备隔热功能,主要是将发热管产生的热量反射回容置体200一侧,使得容置体200的外侧壁能受热均匀。容置体200设置了发热管,发热管可以为电阻式发热管,通过发热丝产生热量进行加热,容置体200中可以进行食物的烹饪,在反射外罩207与容器本体206之间设置了支撑部208,发热管设在支撑部208上,使得发热管与容器本体206之间存在第一间隙d,与反射外罩207之间存在第二间隙D。The reflective cover 207 in this embodiment may or may not have a thermal insulation function, mainly to reflect the heat generated by the heating tube back to the side of the housing body 200, so that the outer side wall of the housing body 200 can be heated uniformly . The accommodating body 200 is provided with a heating tube. The heating tube may be a resistance heating tube. The heating wire generates heat for heating. The accommodating body 200 can be used for cooking food. A support is provided between the reflective cover 207 and the container body 206 In the portion 208, the heating tube is provided on the supporting portion 208 such that there is a first gap d between the heating tube and the container body 206, and a second gap D between the reflective cover 207.
传统的发热管设置方式,为了能均匀加热,一般会弯折多次绕着被加热体进行设置,从而提高加热的均匀性,但这需要很大的空间来完成发热管的排布,且浪费能源,同时不管怎么绕制,由于发热管一般紧贴设置在容置体200的侧壁上,将导致在发热管于容置体200的侧壁上的投影位置处,局部温度过高,而在容置体200外侧壁的其他位置,若距离发热管的设置位置越远,热量则越难快速传导至相应位置,使得容置体200的受热不均匀。本实施例中,由于发热管与容器本体206之间存在第一间隙d,因此在对容置体200进行加热时,在投影位置处,发热管将更多的是以辐射的形式进行热传导。相比于紧贴式设置而言,辐射式传导能一定程度上降低投影位置处的局部温度,减小与其他偏远位置处的温差,进而提高整个容置体200的受热均匀性;再加上设置的第二间隙D,将使得发热管距离反射外罩207的距离更近,发热管朝发热外罩方向辐射的热能,将更快的到达反射外罩207,进而反射回容置体200一侧。在辐射时,以发热管为中心,向反射外罩207方向辐射,到达反射外罩207时,再反射回来, 这时利用反射的发射角,能使得其他位置也能尽快辐射到热能,且面积更大,这样将充分利用热辐射的作用在容置体200上,从而提高整个容置体200外侧壁的受热均匀性。In the traditional heating tube installation method, in order to achieve uniform heating, it is generally bent multiple times around the heated body to improve the uniformity of heating, but this requires a lot of space to complete the arrangement of the heating tube, and waste Energy, at the same time, no matter how it is wound, because the heating tube is generally closely arranged on the side wall of the housing body 200, it will cause the local temperature to be too high at the projection position of the heating tube on the side wall of the housing body 200, and In other positions on the outer side wall of the housing body 200, the further away from the installation position of the heating tube, the more difficult it is for heat to be quickly transferred to the corresponding position, so that the heating of the housing body 200 is uneven. In this embodiment, since there is a first gap d between the heating tube and the container body 206, when the container 200 is heated, at the projection position, the heating tube will conduct heat more in the form of radiation. Compared with the close-fitting installation, the radiative conduction can reduce the local temperature at the projection position to a certain extent, reduce the temperature difference with other remote locations, and thereby improve the heating uniformity of the entire housing 200; plus The second gap D will make the heating tube closer to the reflective cover 207, and the heat energy radiated by the heating tube toward the heating cover will reach the reflective cover 207 faster, and then reflected back to the side of the housing 200. When radiating, take the heating tube as the center and radiate toward the reflective cover 207. When it reaches the reflective cover 207, it is reflected back. At this time, the reflected emission angle can be used to radiate thermal energy as soon as possible at other locations, and the area is larger In this way, the effect of heat radiation on the housing body 200 will be fully utilized, thereby improving the uniformity of heating of the entire outer wall of the housing body 200.
参考图33和34,反射外罩207内靠近内侧壁一侧设有隔热层209,隔热层209使得反射外罩207具备一定的隔热能力,避免热量散失,从而尽可能地保证朝反射外罩207方向辐射的热能可以被容置体200所吸收。Referring to FIGS. 33 and 34, the reflective cover 207 is provided with a heat insulation layer 209 on the side near the inner side wall. The heat insulation layer 209 allows the reflective cover 207 to have a certain heat insulation capability to avoid heat loss, so as to ensure that the reflective cover 207 is as far as possible. The thermal energy radiated in the direction can be absorbed by the accommodating body 200.
为了提高反射外罩207的反射能力,反射外罩207内侧壁表面设有光滑的反射面;反射面粗糙度更小,漫反射效果更弱,能形成较强的镜面反射能力。进而使得反射外罩207的反射能力提高。In order to improve the reflecting ability of the reflecting cover 207, the inner wall surface of the reflecting cover 207 is provided with a smooth reflecting surface; the reflecting surface has a smaller roughness, the diffuse reflection effect is weaker, and a strong specular reflecting ability can be formed. In turn, the reflection capability of the reflection cover 207 is improved.
发热管包括:设置在容器本体206外侧壁上的上发热管210和下发热管211,下发热管211的第一间隙d2大于上发热管210的第一间隙d1,烹饪的过程中,食物一般靠近底侧,为了避免食材烧糊,因此下发热管211的第一间隙d2设置成大于上发热管210的间隙。The heating tube includes: an upper heating tube 210 and a lower heating tube 211 provided on the outer side wall of the container body 206. The first gap d2 of the lower heating tube 211 is larger than the first gap d1 of the upper heating tube 210. During cooking, food is generally Near the bottom side, in order to avoid burning of food, the first gap d2 of the lower heating tube 211 is set larger than the gap of the upper heating tube 210.
下发热管211的第一间隙d2大于下发热管211的管径,保证支撑部208能够有效地支撑起下发热管211,避免支撑部208长期受热变形而导致下发热管211脱落的问题。The first gap d2 of the lower heating tube 211 is larger than the diameter of the lower heating tube 211, which ensures that the support portion 208 can effectively support the lower heating tube 211, and avoids the problem that the support portion 208 is deformed by heat for a long time and the lower heating tube 211 falls off.
为了保证上发热管210和下发热管211朝向发热外罩辐射的热量能均匀地反射回来,因此,上发热管210的第二间隙d2与下发热管211的第二间隙d2相等,从而保证容置体200受热的均匀性。In order to ensure that the heat radiated by the upper heating tube 210 and the lower heating tube 211 toward the heating cover can be reflected back uniformly, therefore, the second gap d2 of the upper heating tube 210 and the second gap d2 of the lower heating tube 211 are equal, thereby ensuring accommodation The uniformity of the body 200 being heated.
本实施例的容置体200可以运用于实施例1和2中,形成烹饪器具,容置体200设置在壳体100上,通过传动组件300进行驱动旋转,以完成食材的烹饪。The accommodating body 200 of this embodiment can be used in Embodiments 1 and 2 to form a cooking appliance. The accommodating body 200 is provided on the housing 100 and driven and rotated by the transmission assembly 300 to complete cooking of the ingredients.
食材的烹饪不限于炒菜、煲汤、做饭、煮粥等。The cooking of ingredients is not limited to stir-fry, soup, cooking, porridge, etc.
实施例16:Example 16:
本实施例提出了一种烹饪器具,参考图35和36,包括壳体100、容置体200和传动组件300,容置体200设置在壳体100中,与传动组件300相连,在传动组件300的传动下,容置体200可以在壳体100中旋转。This embodiment proposes a cooking appliance. Referring to FIGS. 35 and 36, it includes a housing 100, a housing body 200, and a transmission assembly 300. The housing body 200 is provided in the housing 100 and is connected to the transmission assembly 300. Under the transmission of 300, the accommodating body 200 can rotate in the housing 100.
容置体200中,可以烹饪食材,传动组件300与容置体200的底部耦合或固定,实现容置体200的旋转,通过在壳体100或容置体200的周围设置加热装置,能对容置体200进行加热,食物在烹饪器具的回转过程中, 在重力或回转的惯性力、离心力的作用下,实现翻炒,保证食材均匀受热均匀,从而完成食材的烹饪。The accommodating body 200 can be used for cooking ingredients. The transmission assembly 300 is coupled or fixed to the bottom of the accommodating body 200 to realize the rotation of the accommodating body 200. By setting a heating device around the housing 100 or the accommodating body 200, The accommodating body 200 is heated. During the rotation of the cooking appliance, the food is stir-fried under the action of gravity or the inertial force and centrifugal force of the rotation to ensure that the ingredients are uniformly heated and uniform, thereby completing the cooking of the ingredients.
容置体200可以设置成可拆的形式,也可以设置成不可拆的形式,本实施例中,容置体200与传动组件300之间不可拆设置。容置体200上设有随其一起旋转的加热装置201和\或电子元件;一起旋转的加热装置201可以提高发热效率,设置的电子元件可用于烹饪过程中的参数获取及控制。The accommodating body 200 may be detachable or non-detachable. In this embodiment, the accommodating body 200 and the transmission assembly 300 are not detachable. The accommodating body 200 is provided with a heating device 201 and/or electronic components rotating together with it; the heating device 201 rotating together can improve the heating efficiency, and the set electronic components can be used for parameter acquisition and control in the cooking process.
传动组件300,设置在壳体100上,用于驱动所述旋转容器旋转。The transmission assembly 300 is disposed on the housing 100 and is used to drive the rotating container to rotate.
壳体100的取放开口设置在容置体200的旋转轴线方向上,壳体100的底侧设有传动组件300,该传动组件300固定在壳体100上,包括驱动电机301和传动机构,驱动电机301通过传动机构驱动容置体200旋转。The pick-and-place opening of the housing 100 is provided in the direction of the rotation axis of the housing body 200, and a transmission assembly 300 is provided on the bottom side of the housing 100. The transmission assembly 300 is fixed on the housing 100 and includes a driving motor 301 and a transmission mechanism , The driving motor 301 drives the accommodating body 200 to rotate through the transmission mechanism.
本实施例的旋转容器为实施例一的结构,采用该类型的旋转容器后,能够使得本烹饪器具的旋转容器受热均匀。The rotating container of this embodiment is the structure of the first embodiment. After this type of rotating container is adopted, the rotating container of the cooking appliance can be heated evenly.
以上所述,仅为本发明的具体实施方式,但本发明的保护范围并不局限于此,熟悉该本领域的技术人员应该明白本发明包括但不限于附图和上面具体实施方式中描述的内容。任何不偏离本发明的功能和结构原理的修改都将包括在权利要求书的范围中。The above is only the specific embodiments of the present invention, but the scope of protection of the present invention is not limited to this, those skilled in the art should understand that the present invention includes but is not limited to the drawings and the specific embodiments described above content. Any modifications that do not deviate from the functional and structural principles of the present invention will be included in the scope of the claims.
Claims (15)
- 一种旋转式加热的炒菜机,包括壳体,壳体内设有可旋转的容置体,其特征在于,所述壳体内还设有随容置体一起旋转的保温罩,所述容置体底部设有驱动电机,驱动电机驱动所述容置体或保温罩转动,所述容置体内放置有随容置体一起旋转的烹饪容器,所述壳体内还设有加热装置,所述加热装置随所述容置体一起旋转,所述烹饪容器贴合放置在所述容置体内表面;A rotatable cooking machine includes a housing, and a rotatable accommodating body is provided in the housing, wherein the housing is further provided with a heat-insulating cover that rotates with the accommodating body, and the accommodating body A driving motor is provided at the bottom, and the driving motor drives the accommodating body or the thermal insulation cover to rotate, a cooking container rotating with the accommodating body is placed in the accommodating body, and a heating device is also provided in the housing, and the heating device Rotating with the accommodating body, the cooking container is fitly placed on the inner surface of the accommodating body;其中,所述保温罩包括外罩壳体和形成于外罩壳体内的所述隔层,所述容置体设置在所述隔层中,所述加热装置设置在所述容置体外表面。Wherein, the heat preservation cover includes an outer shell and the partition formed in the outer shell, the accommodating body is arranged in the interlayer, and the heating device is arranged on the outer surface of the accommodating body.
- 如权利要求1所述的旋转式加热的炒菜机,其特征在于,所述烹饪容器上设有容器盖,所述烹饪容器和容器盖结合形成结合面,所述烹饪容器的旋转轴线与所述结合面垂直。The rotary heating cooking machine according to claim 1, wherein a container cover is provided on the cooking container, the cooking container and the container cover are combined to form a joint surface, and the rotation axis of the cooking container is The joint surface is vertical.
- 如权利要求2所述的旋转式加热的炒菜机,其特征在于,所述壳体上设有机盖,所述机盖盖合在所述壳体上时压紧所述结合面。The rotary heating cooking machine according to claim 2, wherein a cover is provided on the casing, and the coupling surface is pressed when the cover is closed on the casing.
- 如权利要求1所述的旋转式加热的炒菜机,其特征在于,所述外罩壳体包括:罩外壁、罩内壁和形成于罩外壁与罩内壁之间的隔热腔。The rotatable cooking machine according to claim 1, wherein the outer shell includes: an outer wall of the hood, an inner wall of the hood, and a heat insulation cavity formed between the outer wall of the hood and the inner wall of the hood.
- 如权利要求1所述的旋转式加热的炒菜机,其特征在于,所述容置体设有锅沿翻边,所述锅沿翻边与所述外罩壳体的端口部密封设置。The rotary heating cooking machine according to claim 1, characterized in that the accommodating body is provided with a pot edge flange, and the pot edge flange is sealed with the port portion of the outer shell.
- 如权利要求5所述的旋转式加热的炒菜机,其特征在于,所述锅沿翻边与所述外罩壳体之间设有隔热环。The rotary heating cooking machine according to claim 5, characterized in that a heat insulation ring is provided between the pot edge and the outer shell.
- 如权利要求1所述的旋转式加热的炒菜机,其特征在于,The rotary heating cooking machine according to claim 1, characterized in that所述容置体上设有随其一起旋转的所述加热装置和\或电子元件;The accommodating body is provided with the heating device and/or electronic component rotating together with it;设置在所述壳体上的传动组件,用于驱动所述容置体旋转,所述传动组件中部设有过线孔,所述过线孔的一侧设有导电滑环,所述导电滑环的导线经所述过线孔与所述加热装置和\或电子元件电连接;A transmission component provided on the housing is used to drive the accommodating body to rotate. A thread hole is provided in the middle of the transmission component, and a conductive slip ring is provided on one side of the thread hole. The wire of the ring is electrically connected to the heating device and/or the electronic component through the wire hole;隔热组件,设置在所述容置体与所述导电滑环之间。The heat insulation component is disposed between the accommodating body and the conductive slip ring.
- 如权利要求7所述的旋转式加热的炒菜机,其特征在于,所述隔热组件包括位于所述容置体的旋转轴方向上的非真空底座。The rotatable cooking machine according to claim 7, wherein the heat insulation assembly includes a non-vacuum base located in the direction of the rotation axis of the accommodating body.
- 如权利要求8所述的旋转式加热的炒菜机,其特征在于,所述加热装置和\或电子元件的接线端子穿过所述非真空底座设置;或,所述容置 体的固定引脚穿过所述非真空底座设置。The rotary heating cooking machine according to claim 8, characterized in that the terminal of the heating device and/or the electronic component is provided through the non-vacuum base; or, the fixed pin of the accommodating body Set through the non-vacuum base.
- 如权利要求7所述的旋转式加热的炒菜机,其特征在于,所述隔热组件包括设置在所述传动组件上的隔热垫。The rotary heating cooking machine according to claim 7, wherein the heat insulation assembly includes a heat insulation pad provided on the transmission assembly.
- 如权利要求5所述的旋转式加热的炒菜机,其特征在于,所述容置体设有位于壳体内侧的所述锅沿翻边,所述锅沿翻边上设有隔热件。The rotary heating cooking machine according to claim 5, characterized in that the container body is provided with the pot edge flanging located inside the casing, and the pot edge flanging is provided with a heat insulating member.
- 如权利要求11所述的旋转式加热的炒菜机,其特征在于,所述隔热件设有第一唇边,所述第一唇边遮挡所述容置体与所述壳体之间的回转间隙。The rotary heating cooking machine according to claim 11, wherein the heat insulation member is provided with a first lip, and the first lip shields the space between the accommodating body and the housing Slewing clearance.
- 如权利要求1所述的旋转式加热的炒菜机,其特征在于,所述加热装置包括第一发热元件和第二发热元件,所述第一发热元件和第二发热元件各对应设置在所述容置体的外侧壁和底壁上,所述容置体倾斜状态下在重力方向的下侧形成烹饪区,所述烹饪区的轴向截面的几何重心所在位置高度为H1,所述容置体其内腔的中心高度为H2,所述第一发热元件的位置高度为H,且H1≤H≤H2;其中H、H1和H2的单位为mm。The rotary heating cooking machine according to claim 1, characterized in that the heating device includes a first heating element and a second heating element, and the first heating element and the second heating element are respectively disposed in the corresponding On the outer side wall and the bottom wall of the accommodating body, when the accommodating body is inclined, a cooking area is formed on the lower side in the direction of gravity, and the height of the geometric center of gravity of the axial section of the cooking area is H1, and the accommodating body The center height of the inner cavity of the body is H2, the position height of the first heating element is H, and H1≤H≤H2; wherein the units of H, H1, and H2 are mm.
- 如权利要求13所述的旋转式加热的炒菜机,其特征在于,所述容置体倾斜状态下在重力方向的所述烹饪区,最高刻度不超过所述底壁与所述侧壁的连接处。The rotary heating cooking machine according to claim 13, characterized in that the highest scale of the cooking zone in the gravity direction when the container is inclined does not exceed the connection between the bottom wall and the side wall Office.
- 如权利要求13所述的旋转式加热的炒菜机,其特征在于,所述容置体倾斜状态下在重力方向的所述烹饪区:最高刻度不超过所述容置体的顶侧开口的最低端;或,所述容置体设有容器盖,所述容器盖设有排气口,最高刻度不超过所述容器盖的排气口的位置。The rotary heating cooking machine according to claim 13, wherein the cooking zone in the gravity direction when the container is inclined: the highest scale does not exceed the lowest of the top opening of the container End; or, the container is provided with a container cover, the container cover is provided with an exhaust port, the highest scale does not exceed the position of the exhaust port of the container cover.
Applications Claiming Priority (10)
Application Number | Priority Date | Filing Date | Title |
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CN201811587769.2A CN111358272B (en) | 2018-12-25 | 2018-12-25 | Rotary heating type cooker |
CN201811587769.2 | 2018-12-25 | ||
CN201920411690.8 | 2019-03-28 | ||
CN201910241476.7 | 2019-03-28 | ||
CN201920411690.8U CN210124574U (en) | 2019-03-28 | 2019-03-28 | Cooking utensil |
CN201910241476.7A CN111743379B (en) | 2019-03-28 | 2019-03-28 | Cooking utensil and stir-fry formula machine of cooking |
CN201920411619.X | 2019-03-28 | ||
CN201920411712.0U CN209996033U (en) | 2019-03-28 | 2019-03-28 | kinds of rotary container, cooking utensil and cooking machine |
CN201920411712.0 | 2019-03-28 | ||
CN201920411619.XU CN210124572U (en) | 2019-03-28 | 2019-03-28 | Rotary cooking utensil |
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WO2020135018A1 true WO2020135018A1 (en) | 2020-07-02 |
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PCT/CN2019/124248 WO2020135018A1 (en) | 2018-12-25 | 2019-12-10 | Rotationally heating cooker |
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TW (1) | TW202023456A (en) |
WO (1) | WO2020135018A1 (en) |
Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US7011013B2 (en) * | 2003-02-18 | 2006-03-14 | Leason Holdings Company, Llc | Electric wok having food processor with automatic feed |
CN103519676A (en) * | 2013-10-18 | 2014-01-22 | 翟冬梅 | Multifunctional combined cooker |
CN204336629U (en) * | 2015-01-09 | 2015-05-20 | 广东顺德东方麦田工业设计有限公司 | Multi-functional automatic dish cooking machine |
CN108634766A (en) * | 2018-05-14 | 2018-10-12 | 佛山市大秉智能科技有限公司 | A kind of cooking machine without manually stir-frying |
-
2019
- 2019-12-10 WO PCT/CN2019/124248 patent/WO2020135018A1/en active Application Filing
- 2019-12-24 TW TW108147445A patent/TW202023456A/en unknown
Patent Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US7011013B2 (en) * | 2003-02-18 | 2006-03-14 | Leason Holdings Company, Llc | Electric wok having food processor with automatic feed |
CN103519676A (en) * | 2013-10-18 | 2014-01-22 | 翟冬梅 | Multifunctional combined cooker |
CN204336629U (en) * | 2015-01-09 | 2015-05-20 | 广东顺德东方麦田工业设计有限公司 | Multi-functional automatic dish cooking machine |
CN108634766A (en) * | 2018-05-14 | 2018-10-12 | 佛山市大秉智能科技有限公司 | A kind of cooking machine without manually stir-frying |
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