CN202505059U - Heating container of kitchen electric heating appliances and soybean milk machine with the same - Google Patents
Heating container of kitchen electric heating appliances and soybean milk machine with the same Download PDFInfo
- Publication number
- CN202505059U CN202505059U CN2012200257394U CN201220025739U CN202505059U CN 202505059 U CN202505059 U CN 202505059U CN 2012200257394 U CN2012200257394 U CN 2012200257394U CN 201220025739 U CN201220025739 U CN 201220025739U CN 202505059 U CN202505059 U CN 202505059U
- Authority
- CN
- China
- Prior art keywords
- carrier
- metal
- heating container
- metal insert
- heat transfer
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Cookers (AREA)
Abstract
The utility model relates to a heating container of kitchen electric heating appliances and a soybean milk machine with the same. The heating container comprises a container body and a heating device. The heating device comprises a carbon-fiber heating unit and a carrier carrying the carbon-fiber heating unit. The carrier is made of heat conducting insulating materials, and the carbon-fiber heating unit is arranged inside the carrier. The heating device is further provided with a metal insert made of heat conducting materials, one end of the metal insert is inserted into the carrier and keeps a separating state with the carbon-fiber heating unit, and the other end of the metal insert stretches out of the carrier or is aligned with an outer surface of the carrier. Due to the fact that the metal insert or a metal heat transmission part is used to connect with the container body, the connection problem of ceramic or other materials with the metal container is solved. The soybean milk machine with the heating container is high in heating efficiency, even in heating, fast, small in thermal inertia and easy to control. In addition, burn and spill of food are not easy to happen.
Description
Technical field
The utility model relates to a kind of heating container and is provided with the food processor of this heating container, relates in particular to a kind of soy bean milk making machine of making the heating container of food such as water, soya-bean milk, rice paste and being provided with this heating container.
Background technology
At present, the heater of household electrical appliance normally is made up of metal tube and the resistance wire that is arranged in the metal tube, and between metal tube and resistance wire, fills heat-conducting insulation material.Use on the form, the heater that has is processed to the form of electrothermal tube, stretches in the liquid and heats; The form that is processed to electric heating coil that has is installed in the bottom or the sidewall of container, indirectly the liquid in the container is heated.The problem that aforesaid several kinds of heaters all exist heating too to concentrate.
In order to solve above technical problem, people try every possible means carbon fiber heating body is annotated in glass; Perhaps design a kind of carbon fiber heater; Carbon fiber exothermic part is arranged on the heat conductive insulating carrier inside; Said carrier is formed by ceramic powder, mica, silica flour, alumina powder or magnesia powder compacting; And said carrier directly is welded on the nonmetallic vessels such as pottery, boccaro its installation application problem on nonmetallic vessel that has directly solved.And ceramic powder, mica, silica flour, alumina powder or magnesia powder and compared with metal; It is slow to conduct heat; And the heat transfer rate of nonmetal cups such as these potteries, purple few or glass is also slow; These nonmetal cups adopt high-power heating to break easily in addition, therefore make that this type of container is longer heat time heating time, make its application receive certain limitation.
In addition; This carbon fiber heater is used on the canister; Though do not receive the restriction of heating power; Can realize Fast Heating, be the industry a great problem but examples of such carriers such as pottery, mica, quartz are connected with canister, and it is still very slow to transmit heat through carriers such as potteries to canister; So still there is the problem that installation difficulty is big, heat transfer efficiency is low, mechanical strength is not enough in the application of carbon fiber heating technique on canister, makes the use of this technology on canister also be restricted.
The utility model content
In order to solve above technical problem, heating container and soy bean milk making machine that the purpose of the utility model is to provide a kind of heat-transfer effect is good, the efficiency of heating surface is high employing carbon fiber exothermic part to heat.
The heating container of the utility model can be realized through following technical scheme:
. the heating container of a kind of kitchen electric heating appliance; The vessel that comprises hollow, said vessel comprises sidewall and bottom, said heater heats the material in the vessel; Said heater comprises carbon fiber exothermic part and the carrier that is used to carry said carbon fiber exothermic part; Said carrier is processed by heat-conducting insulation material, and said carbon fiber exothermic part is built in carrier, it is characterized in that; Said heater also is provided with the metal insert of being processed by Heat Conduction Material; One end of said metal insert embeds in the carrier from the front of said carrier, and isolates with said carbon fiber exothermic part safety, and the other end of said metal insert stretches out said carrier or surperficial concordant with said carrier.
More excellent ground, said heater in the form of a ring, said carrier is fitted with said sidewall, said metal insert and said sidewall weld; Perhaps said heater is plate-like, fits in the bottom of said carrier and vessel, the bottom welding of said metal insert and vessel; Perhaps said heater becomes tubbiness, fits in the sidewall of said carrier and vessel and bottom, the sidewall of said metal insert and said vessel and bottom welding.
Perhaps, said heater also comprises the metal heat transfer parts, and said metal insert is connected with said metal heat transfer parts, and said carrier and said metal heat transfer parts are fitted, the sidewall of said metal heat transfer parts and said vessel or with the bottom applying; Perhaps said heater also comprises the metal heat transfer parts, and said metal insert is connected with said metal heat transfer parts, and said carrier and said metal heat transfer parts are fitted, the sidewall of said metal heat transfer parts and said vessel or weld with the bottom.
More excellent, said metal insert is that a plurality of sheet metals are formed, an end of said sheet metal embeds in the carrier; Perhaps said metal insert is that a plurality of sheet metals are formed, and also is provided with barb on the said sheet metal, and the end that said sheet metal is provided with barb embeds in the carrier; Perhaps said metal insert is a sheet metal, and said sheet metal is provided with a plurality of through holes, and an end of said sheet metal embeds in the carrier; Perhaps said metal insert is a sheet metal, and said sheet metal is provided with groove or protruding, and said sheet metal is provided with groove or a protruding end embeds in the carrier.
More excellent, said heat transfer component and said metal insert are one-body molded; Perhaps said metal insert is welded to said metal heat transfer parts.
More excellent, said heater also comprises heat insulating member, said heat insulating member is arranged on the back side of carrier.
More excellent ground, the said heat melting device that adds also comprises handle and or base.
Said vessel is the cup assembly of soy bean milk making machine, and said vessel is a cup.
The utility model also provides a kind of soy bean milk making machine, comprises head, reducing mechanism and heating container, and said head buckles on heating container, and said reducing mechanism is installed on the head, and said heating container has above characteristic.
This is practical also to provide another kind of soy bean milk making machine, comprises body, reducing mechanism and heating container, and the said heat melting device and or reducing mechanism of adding is arranged at body, it is characterized in that said heating container has above characteristic.
The utility model also provides a kind of electric kettle, comprises kettle body and base, and said kettle body is electrically connected with said base, and wherein, said kettle body is aforementioned any described heating container.
Said heating container is the kettle body assembly of electric kettle, and said vessel is the kettle body.
The beneficial effect of the utility model is:
The face with vessel or the applying of metal heat transfer parts with carrier in the utility model is defined as the front.
Through the metal insert of being processed by Heat Conduction Materials such as copper or aluminium is set, said metal insert one end embeds in the said carrier, is satisfying under the condition of electrical safety; The built-in end of said metal insert is as far as possible near carbon fiber exothermic part; Can with carbon fiber exothermic part heat transmit in the carrier rapidly, and transmit, simultaneously because the insulation effect of carrier to the heated body direction; Thereby improved the heating container heat transfer efficiency, further improved the thermal efficiency of this heating container.
Through barb or through hole or groove are set on the sheet metal inserts; Said carrier is provided with embeds in said barb or through hole or the groove; Especially metal insert is arranged to metal mesh shaped, said carrier embeds in the mesh of silk screen, not only can improve metal insert with the connection reliability of carrier; Simultaneously, can further increase heat transfer area, thereby further improve heat transfer efficiency rapidly, also can improve the efficiency of heating surface of heating container greatly through the heating power that improves carbon fiber exothermic part.In addition, also improved the mechanical performance of heat conductive insulating carrier, prevented that it from breaking because of heating temperature is too high.Through metal insert being welded on heating container especially on the METAL HEATING PROCESS container, solve the installation question of heater on the METAL HEATING PROCESS container that carbon fiber exothermic part is processed simultaneously.
Through heat transfer component is set; Especially under the situation of heat-conducting effect preferred metal such as aluminium, copper, heat transfer component is welded on the heating container, especially on the METAL HEATING PROCESS container as heat transfer component; Not only can be with transmitting rapidly in the carrier through metal insert and passing to heating container uniformly through heat transfer component; Not only solved the especially seamless link problem of canister and metal insert of heating part, and conduct heat evenly and also heat transfer efficiency high, in addition also can be through improving the heating power of carbon fiber exothermic part; Further improve heating container the efficiency of heating surface, make the heat transfer efficiency and the efficiency of heating surface further improve.
The side that metal insert is not set through at carrier is provided with heat insulating member; With the heat of carrier concentrate rapidly pass to or reflex to metal insert or and heat transfer component; Not only guaranteed container base can be because of not overheated and be damaged; And make heat transfer efficiency further improve, also make the temperature of carrier be able to keep simultaneously, thereby make the efficiency of heating surface of heating container be able to further raising; Not only guarantee the safety of heating container, and strengthened the heat insulation effect of heating container.
Owing to adopted the electric heating vessel of carbon fiber exothermic part, make that the heating of soya-bean milk is more even on the soy bean milk making machine, the efficiency of heating surface is high and should not be burned; Simultaneously also since heat can evenly be uploaded to heated body; Make that the thermal inertia of heating is littler, the generation of spillover has also been avoided in control more easily; Not only can realize quickly preparing cement paste, also guarantee slurrying safety.
Description of drawings
Fig. 1 is that the said heating container of the utility model is first embodiment of the cup assembly of soy bean milk making machine;
Fig. 2 is that figure cuts open in the office of heater described in Fig. 1;
Fig. 3 is the stereogram of metal insert described in Fig. 1;
Fig. 4 is that heating container described in Fig. 1 is applied in the sketch map on a kind of soy bean milk making machine;
Fig. 5 is that the said heating container of the utility model is second embodiment of the cup assembly of soy bean milk making machine;
Fig. 6 is the stereogram that metal insert described in Fig. 5 and metal heat transfer parts are integrated;
Fig. 7 is that the said heating container of the utility model is the 3rd embodiment of the cup assembly of soy bean milk making machine;
Fig. 8 is that heating container described in Fig. 7 is applied in the sketch map on the another kind of soy bean milk making machine;
Fig. 9 is that said heating container is the kettle body assembly of electric kettle and the embodiment that on electric kettle, uses thereof;
The title of each parts of marking is following among the figure:
1, cup; 11, sidewall; 12, bottom; 13, handle; 14, base; 15, shell; 16, cup body; 2, heater; 21, carbon fiber exothermic part; 22, carrier; 221, wire casing; 222, front; 223, the back side; 23, metal insert; 231, through hole; 24, metal heat transfer parts; 241, through hole; 25, erection column; 26, binding post; 27, reflecting plate; 28, heat insulating member; 3, head; 4, temperature controller; 5, fuse; 6, motor; 61, motor shaft; 7, crushing knife tool; 8, body; 201, kettle body; 202, pot lid; 203, kettle body seat.
The specific embodiment
Below in conjunction with accompanying drawing the present invention is done further detailed description:
Extremely shown in Figure 9 like Fig. 1; Be a kind of heating container that the utility model provides, comprise the vessel and the heater of hollow, said vessel comprises sidewall and bottom; The sidewall 11 that said heater 2 is arranged on vessel with or bottom 12; Material in the vessel heats, and said heater 2 comprises carbon fiber exothermic part 21 and the carrier 22 that is used to carry said carbon fiber exothermic part 21, and said carrier 22 is processed by heat-conducting insulation material; Said carbon fiber exothermic part 21 is built in carrier 22; Said heater 2 also is provided with the metal insert of being processed by Heat Conduction Material 23, and an end of said metal insert 23 embeds in the said carrier 22 from the front 222 of said carrier 22, and isolates with said carbon fiber exothermic part 21 safety; For the ease of being connected with vessel, the other end of said metal insert 23 is surperficial concordant with said carrier 22.
Said metal insert 23 can be set directly at vessel the bottom or and sidewall.The utility model is through being provided with and the direct-connected metal insert 23 of vessel; Said metal insert 23 is processed by Heat Conduction Materials such as copper or aluminium; Said metal insert 23 1 ends embed in the said carrier 22, are satisfying under the condition of electrical safety, and the built-in end of said metal insert 23 is as far as possible near carbon fiber exothermic part 21; Can with carbon fiber exothermic part 21 heat transmit in the carrier rapidly; And be the transmission of vessel direction to heated body, said carrier 22 can be formed by ceramic powder, mica powder, silica flour alumina powder or magnesia powder compacting simultaneously, because the insulation effect of carrier 22; Thereby improved the heating container heat transfer efficiency, further improved the thermal efficiency of this heating container.
For the ease of being connected with vessel; Said heater can also comprise metal heat transfer parts 24; As shown in Figure 5, said metal insert is connected with vessel through the metal heat transfer parts, and said metal insert 23 is welded on the metal heat transfer parts 24; Said metal heat transfer parts 24 and vessel welding or applying, said metal heat transfer parts 24 also can be processed by Heat Conduction Materials such as aluminium or copper.
Through heat transfer component is set; Especially under the situation of heat-conducting effect preferred metal such as aluminium, copper as heat transfer component; Metal heat transfer parts 24 are welded on the heating container, especially on the metal container bodies, not only can the heat of carbon fiber exothermic part 21 be transmitted rapidly in carrier 22 through metal insert 23; And can pass to vessel uniformly through metal heat transfer parts 24; Not only solved the especially seamless link problem of metal container bodies and metal insert 23 of heating part, and conduct heat evenly and also heat transfer efficiency high, in addition also can be through improving the heating power of carbon fiber exothermic part; Further improve heating container the efficiency of heating surface, make the heat transfer efficiency and the efficiency of heating surface further improve.
In each embodiment provided by the invention, overheated for fear of the body of heater container, making things convenient for customers picks and places heating container, can also be provided with on the said heating container handle 12 with or base 14.Also skeleton can be set in the said carrier, further strengthen the intensity of carrier, prevent that its back cracking that is heated from damaging.Preferably, said skeleton is netted.
In order to guarantee heat-transfer effect, to improve the efficiency of heating surface; Said heater 2 also comprises heat insulating member 28; Said heat insulating member 28 is arranged on the back side 223 of carrier 22; As shown in Figure 5, said metal insert 23 embeds in the carrier 22 from the front 222 of said carrier 21, and heat insulating member 28 is fitted with the back side 223 of carrier 22 or is connected.The back side 223 through at carrier 22 is provided with heat insulating member 28; With the heat of carrier 22 concentrate rapidly pass to or reflex to metal insert 23 or with metal heat transfer parts 24; Not only guaranteed vessel base 14 can not avoid the loss of heat because of overheated and be damaged, make heat transfer efficiency further improve; Also make simultaneously the temperature of carrier be able to keep; Thereby make the efficiency of heating surface of heating container be able to further raising, not only guaranteed the safety of heating container, and strengthened the heat insulation effect of vessel.
As the another kind of simple deformation of the utility model, said metal insert and metal heat transfer parts can be made of copper.
As a kind of corrective measure, said heat insulating member is processed by the pottery of heat-conducting effect difference, even is processed by insulating ceramic.
As the embodiment in the utility model simple deformation; One end of said metal insert embeds in the carrier; The other end of said metal insert also can stretch out outer surface one segment distance of said carrier, thereby and heat transfer component 6 processes the shape that adapts with it fits with carrier.
Heating container described in the utility model can be used on the kitchen appliances such as motor overhead soy bean milk making machine, provided with motor at lower formula soy bean milk making machine, " rectifying " formula soy bean milk making machine, heatable fruit juice mixer or electric kettle.
On the electric heating appliances such as above-mentioned soy bean milk making machine owing to adopted the electric heating vessel that is provided with carbon fiber exothermic part, make foods such as soya-bean milk heating more evenly fast, the efficiency of heating surface is high and should not be burned; Simultaneously also since heat can evenly be uploaded to heated body fast through metal insert and the metal heat-conducting parts that are arranged in the carrier; Make that the thermal inertia of carbon fiber exothermic part heating is littler, the generation of spillover has been avoided in control more easily; Not only can realize quickly preparing cement paste, also guarantee slurrying safety.
Embodiment one
First embodiment as the heating container of this practical kitchen electric heating appliance that provides; To shown in Figure 4, said heating container is the cup assembly of soy bean milk making machine like Fig. 1, and said vessel is cup 1; Said cup assembly comprises cup 1 and heater 2; Said cup 1 comprises sidewall 11 and bottom 12, and the sidewall of said vessel and bottom are the sidewall and the bottom of cup, and the sidewall 11 of said cup 1 is provided with handle 13; Also be provided with base 14 on the bottom 12 of cup 1, said heater 2 is arranged in the space of bottom of cup 12 and base 14 formation.Said heater comprises carbon fiber exothermic part 21 and the carrier 22 that is used to carry said carbon fiber exothermic part 21, and said carbon fiber exothermic part 21 is built in carrier 22, and said carrier 22 is fitted with the bottom 12 of cup 1.
In the present embodiment, said cup 1 is processed for stainless steel material, and the bottom 12 of said cup 1 is circular, and said heater 2 is in the form of annular discs, and said heater 2 is arranged on the bottom 12 of said cup 1.Said carrier 22 is processed by pottery; Be provided with the wire casing 221 that is used to hold said carbon fiber exothermic part 21 in the said carrier 22; Said carbon fiber exothermic part 21 is arranged in the wire casing 221 of carrier 22, and the surfaces coated of said carrier 2 is covered with the radiation protective layer (not shown).
As shown in Figure 2; Wire casing 221 in the present embodiment is arranged to snakelike; Guarantee embedding carbon fiber exothermic part as much as possible, increased the heating area of heater, improved the autocratic heating power of heating; Make being more prone to that the power adjusting of heater becomes, can make the heating of heating container quicker.
Certainly, wire casing also can be arranged to shapes such as annular or spirality or linear.
In the present embodiment; Also be provided with erection column 7, extraction electrode 8 on the said carrier; Said extraction electrode 8 is 2, be electrically connected with said carbon fiber exothermic part 21 two ends respectively, and said erection column 7, extraction electrode 8 one ends embeds in the said carrier 22; The other end of said erection column 7, extraction electrode 8 stretches out carrier; The external part of erection column 7 is provided with screw thread, is used to install components and parts such as temperature controller 4, fuse 5, is electrically connected with the circuit control panel (not shown) after said extraction electrode 8 is connected with temperature controller 4, fuse 5.
Said heater 2 is provided with metal insert 23, and in the present embodiment, said metal insert 23 is made of aluminum.As shown in Figure 3, said metal insert 23 makes a bit screen cloth of picture filtration usefulness of this sheet metal for being provided with a circular metal plate of a plurality of through holes 231.One end face of said sheet metal embeds in the carrier 22 from the front 222 of carrier 22; Be arranged on the position nearer apart from carbon fiber exothermic part 21; And isolate with said carbon fiber exothermic part 21 safety, the front 222 of other end and said carrier 22 surperficial concordant, and be welded on the bottom 12 of cup 1.
In the present embodiment, also be provided with reflecting plate 9 on the said base 14,, guaranteed that base 14 can be because of not overheated and be out of shape through reflecting plate is set.
Certainly, also reflectance coating can be set on base.
As the embodiment of the application of above-mentioned heating container on soy bean milk making machine, as shown in Figure 4, said soy bean milk making machine comprises head 3, reducing mechanism and heating container; Said heating container is the cup assembly of soy bean milk making machine, and said cup assembly comprises cup 1 and heater 2, and said head 3 buckles on said cup 1; Said reducing mechanism is installed on the head 3; Said reducing mechanism comprises motor 6, crushing knife tool 7, and said crushing knife tool 7 is installed on the motor shaft 61, and said motor shaft 61 stretches in the cup 1.
Embodiment two:
As second embodiment of the heating container of this practical kitchen electric heating appliance that provides, like Fig. 5 and Fig. 6
Shown in, said vessel is the cup assembly of soy bean milk making machine, the difference of said heating container and embodiment one is: said heater 2 also comprises metal heat transfer parts 24; Said metal insert 23 is welded on the said metal heat transfer parts 24; Said metal insert 23 is an aluminium flake, and said metal heat transfer parts are the cast aluminium plate, and said aluminium flake is a plurality of and evenly is arranged on the metal heat transfer parts 24; The front 222 that said aluminium flake one end passes carrier 22 embeds in the said carrier; The other end is surperficial concordant with said carrier, and said carrier 22 is fitted with said metal heat transfer parts 24, and said metal heat transfer parts 24 weld with the bottom 12 of said cup 1.
In the present embodiment; Said heater also comprises heat insulating member 28; Said heat insulating member 28 is arranged on the back side 223 of carrier 22, and said lead-in wire electrode 26 passes the back side 223 of carrier and the surface that heat insulating member 28 stretches out heat insulating member 8, and said installation firmly is arranged on the heat insulating member.
Certainly, barb can also be set on aluminium flake, these aluminium flakes that are provided with barb are embedded in the carrier, the lower surface of said cast aluminium plate and the bottom of vessel weld together, and the upper surface of the outer surface of carrier and cast aluminium plate is fitted.Through on the sheet metal inserts, barb being set, said barb can firmly catch on carrier, not only can improve metal insert with the connection reliability of carrier; Simultaneously, can further increase heat transfer area, thereby further improve heat transfer efficiency rapidly, in addition, also improve the mechanical performance of heat conductive insulating carrier, prevent that it from breaking because of heating temperature is too high.
Certainly, said metal insert 23 can also be made into integration with metal heat transfer parts 24.As shown in Figure 6, metal heat transfer parts 24 are provided with conglobate cast aluminium plate, on circular cast aluminium plate, going out a lot of lamellar projections is aluminium flake; And on the cast aluminium plate, formed through hole 241; Said aluminium flake is the described metal insert 23 of the utility model, and said aluminium flake is metal insert 23, and said aluminium flake embeds in the carrier; Make and be full of ceramic powder in the through hole of said cast aluminium plate; It is as a whole to make metal insert, cast aluminium plate and carrier inlay, and has guaranteed carrier and the reliability that metal insert or metal heat transfer parts are connected more, make the metal heat transfer parts better rapid and uniform transmit heat; The mechanical performance of carrier is strengthened greatly, also reduced the possibility of the fracture of carrier.
As the simple deformation of the heater of present embodiment, the other end of said metal insert also can stretch out outer surface one segment distance of said carrier.Thereby, the metal heat transfer component processing fits with carrier and going out the shape that adapts with it.
All the other structures of present embodiment are all consistent with embodiment one, give unnecessary details no longer one by one here.
Embodiment three:
The 3rd embodiment as the heating container of this practical kitchen electric heating appliance that provides; Like Fig. 7 and shown in Figure 8; Said heater 2 comprises metal insert 23 and metal heat transfer parts 24, and an end of said metal insert 23 embeds in the carrier 21 from the front 222 of carrier 22, and the other end of said metal insert 23 is surperficial concordant with carrier; The difference of said heating container and embodiment two is: said heating container does not comprise base; Said cup 1 comprises metal cup body 16 and shell 15, and said shell 15 is provided with handle 13, and said heater 2 is arranged in the space of metal cup body 16 and shell 15 formation.Said heater is a ring-type; Described metal heat transfer parts 24 also are ring-type; Said heater 2 hot jackets are on the sidewall 11 of cup 1; Said carrier 21 is fitted with said metal heat transfer parts 24, and said metal insert 23 is welded on the metal heat transfer parts 24, and said metal heat transfer parts 24 fit tightly with the sidewall 11 of said cup.In the present embodiment, the back side 223 of said carrier 22 also is provided with heat insulating member 28.
All the other structures of present embodiment are all consistent with embodiment two, give unnecessary details no longer one by one here.
Certainly, also can said heater be arranged to the longitudinal section and be " recessed " font, said carrier 22 is fitted with the sidewall and the bottom of cup, the sidewall of said metal insert and said cup and bottom welding.
As the embodiment of the application of above-mentioned heating container on soy bean milk making machine, as shown in Figure 8, comprise body 8, reducing mechanism and heating container; Said heating container is the cup assembly of soy bean milk making machine, and said cup assembly comprises cup 1 and heater 2, and said cup 1 is arranged on the body; Said reducing mechanism comprises motor 6, crushing knife tool 7; Said motor 6 is arranged on the body 8, and said crushing knife tool 7 is installed on the motor shaft 61, and said motor shaft 61 stretches in the cup 1 from the bottom 12 of cup 1.
Embodiment four:
As heating container of this practical kitchen electric heating appliance that provides and the 4th embodiment that on electric kettle, uses thereof; As shown in Figure 9; Said heating container is the kettle body assembly of electric kettle; Said kettle body assembly comprises kettle body 201, pot lid 202, kettle body seat 203 and heater 2, and said heater 2 is provided with on the kettle body 201, and said kettle body 201 is connected with said kettle body seat 203.In the present embodiment, said heater 2 is arranged on the bottom 12 of kettle body 201, also is provided with handle 13 on the said electric kettle.
The structure of said heater can adopt the structure of the heater described in embodiment one or the embodiment two.
Certainly, said heater also can be arranged on the sidewall of kettle body; Perhaps heater all is set in the sidewall and the bottom of kettle body.The structure of said heater can adopt any one structure of the heater described in the embodiment three.Need not to give unnecessary details at this.
Claims (11)
1. the heating container of a kitchen electric heating appliance; Comprise the vessel and the heater of hollow, said vessel comprises sidewall and bottom, and said heater heats the material in the vessel; Said heater comprises carbon fiber exothermic part and the carrier that is used to carry said carbon fiber exothermic part; Said carrier is processed by heat-conducting insulation material, and said carbon fiber exothermic part is built in carrier, it is characterized in that; Said heater also is provided with the metal insert of being processed by Heat Conduction Material; One end of said metal insert embeds in the carrier from the front of carrier, and isolates with said carbon fiber exothermic part safety, and the other end of said metal insert stretches out said carrier or surperficial concordant with said carrier.
2. heating container according to claim 1 is characterized in that, said heater in the form of a ring, said carrier and said sidewall are fitted, said metal insert welds with said sidewall; Perhaps said heater is plate-like, fits in the bottom of said carrier and vessel, the bottom welding of said metal insert and vessel; Perhaps the longitudinal section of said heater is " recessed " shape, fits in the sidewall of said carrier and vessel and bottom, the sidewall of said metal insert and said vessel and bottom welding.
3. heating container according to claim 1 is characterized in that, said metal insert is that a plurality of sheet metals are formed, and an end of said sheet metal embeds in the carrier; Perhaps said metal insert is that a plurality of sheet metals are formed, and also is provided with barb on the said sheet metal, and the end that said sheet metal is provided with barb embeds in the carrier; Perhaps said metal insert is a sheet metal, and said sheet metal is provided with a plurality of through holes, and an end of said sheet metal embeds in the carrier; Perhaps said metal insert is a sheet metal, and said sheet metal is provided with groove or protruding, and said sheet metal is provided with groove or a protruding end embeds in the carrier.
4. heating container according to claim 1; It is characterized in that; Said heater also comprises the metal heat transfer parts; Said metal insert is connected with said metal heat transfer parts, and said carrier and said metal heat transfer parts are fitted, the sidewall of said metal heat transfer parts and said vessel or with the bottom applying; Perhaps said heater also comprises the metal heat transfer parts, and said metal insert is connected with said metal heat transfer parts, and said carrier and said metal heat transfer parts are fitted, the sidewall of said metal heat transfer parts and said vessel or weld with the bottom.
5. heating container according to claim 4 is characterized in that, said heat transfer component and said metal insert are one-body molded; Perhaps said metal insert is welded to said metal heat transfer parts.
6. heating container according to claim 1 is characterized in that said heater also comprises heat insulating member, and said heat insulating member is arranged on the back side of carrier.
7. heating container according to claim 1 is characterized in that, said vessel is that metal material is processed.
8. according to any described heating container of claim 1 to 7, it is characterized in that said heating container is the cup assembly of soy bean milk making machine, said vessel is the cup of soy bean milk making machine.
9. according to any described heating container of claim 1 to 7, it is characterized in that said heating container is the kettle body assembly of electric kettle, said vessel is the kettle body.
10. a soy bean milk making machine comprises head, reducing mechanism and heating container, and said head buckles on heating container, and said reducing mechanism is installed on the head, it is characterized in that, said heating container is any described heating container among the claim 1-8.
11. a soy bean milk making machine comprises body, reducing mechanism and heating container, said add heat melting device with or reducing mechanism be arranged at body, it is characterized in that said heating container is any described heating container among the claim 1-8.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200257394U CN202505059U (en) | 2012-01-19 | 2012-01-19 | Heating container of kitchen electric heating appliances and soybean milk machine with the same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200257394U CN202505059U (en) | 2012-01-19 | 2012-01-19 | Heating container of kitchen electric heating appliances and soybean milk machine with the same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202505059U true CN202505059U (en) | 2012-10-31 |
Family
ID=47057573
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200257394U Expired - Lifetime CN202505059U (en) | 2012-01-19 | 2012-01-19 | Heating container of kitchen electric heating appliances and soybean milk machine with the same |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202505059U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104656455A (en) * | 2015-02-06 | 2015-05-27 | 童慧明 | Intelligent platform type electric/thermal integrated small household appliance system used in kitchen |
| CN105686611A (en) * | 2014-11-25 | 2016-06-22 | 佛山市顺德区美的电热电器制造有限公司 | Inner pot for cooking utensil |
-
2012
- 2012-01-19 CN CN2012200257394U patent/CN202505059U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105686611A (en) * | 2014-11-25 | 2016-06-22 | 佛山市顺德区美的电热电器制造有限公司 | Inner pot for cooking utensil |
| CN104656455A (en) * | 2015-02-06 | 2015-05-27 | 童慧明 | Intelligent platform type electric/thermal integrated small household appliance system used in kitchen |
| CN104656455B (en) * | 2015-02-06 | 2017-07-11 | 童慧明 | Electronic/hot integral kitchen small household appliances system of intelligent platformization |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201481031U (en) | Electrothermal film heating cooker | |
| CN104095516A (en) | Manufacturing method of heating container of kitchen electric heating appliance and heating container | |
| CN202505059U (en) | Heating container of kitchen electric heating appliances and soybean milk machine with the same | |
| CN201948793U (en) | Electric heating kettle | |
| CN201663887U (en) | Effective and uniform-heated soy milk machine | |
| CN204101208U (en) | Grill pan temperature detection device, grill pan and temperature detecting element | |
| CN202170439U (en) | Porous heater for clothes dryer | |
| CN101785627B (en) | Novel electrical heating vessel and manufacturing process thereof | |
| CN201870433U (en) | Energy efficient electric pressure cooker | |
| CN202514086U (en) | Carbon fiber heating device | |
| WO2015110021A1 (en) | Heating container of electric heating kitchen appliance and food processor provided with heating container | |
| CN203841539U (en) | Heating device | |
| CN203802271U (en) | Yak butter tea pot | |
| CN203723956U (en) | Heating container of kitchen electric heating appliance and food processor with heating container | |
| CN207070371U (en) | A kind of quick electrothermal container and electric heating equipment | |
| CN202078142U (en) | Multipurpose energy-saving kettle | |
| CN200973609Y (en) | Improved electric cooker | |
| CN107647764A (en) | Heater and cooking apparatus | |
| CN204445321U (en) | A kind of heating kettle body structure and electric frying pan | |
| CN202234723U (en) | Electric cooker | |
| CN202551383U (en) | Compound heating type electric hot tray | |
| CN201529001U (en) | Multifunctional electric kettle | |
| CN202406984U (en) | Soybean milk making machine cup body with a heating device | |
| CN201601848U (en) | Novel electric heating vessel | |
| CN203723957U (en) | Heating container of kitchen electric heating appliance and food processor with heating container |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP02 | Change in the address of a patent holder | ||
| CP02 | Change in the address of a patent holder |
Address after: 250118 999 Mei Li Road, Huaiyin District, Ji'nan, Shandong Patentee after: Joyoung Company Limited Address before: Xinsha Road, Huaiyin District of Ji'nan city of Shandong Province, No. 12 250118 Patentee before: Joyoung Company Limited |
|
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20121031 |