CN111772467A - Bin door control mechanism, feeding device, cooking machine and cooking and flushing system - Google Patents
Bin door control mechanism, feeding device, cooking machine and cooking and flushing system Download PDFInfo
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- CN111772467A CN111772467A CN201910764227.6A CN201910764227A CN111772467A CN 111772467 A CN111772467 A CN 111772467A CN 201910764227 A CN201910764227 A CN 201910764227A CN 111772467 A CN111772467 A CN 111772467A
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- 230000007246 mechanism Effects 0.000 title claims abstract description 109
- 238000010411 cooking Methods 0.000 title claims description 106
- 238000011010 flushing procedure Methods 0.000 title description 13
- 239000000463 material Substances 0.000 claims description 151
- 235000013305 food Nutrition 0.000 claims description 147
- 238000004806 packaging method and process Methods 0.000 claims description 118
- 238000011068 loading method Methods 0.000 claims description 52
- 238000007599 discharging Methods 0.000 claims description 44
- 238000012856 packing Methods 0.000 claims description 23
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 15
- 238000010438 heat treatment Methods 0.000 claims description 14
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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
- A47J27/002—Construction of cooking-vessels; Methods or processes of manufacturing specially adapted 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
-
- 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
- A47J47/00—Kitchen containers, stands or the like, not provided for in other groups of this subclass; Cutting-boards, e.g. for bread
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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
- A47J47/00—Kitchen containers, stands or the like, not provided for in other groups of this subclass; Cutting-boards, e.g. for bread
- A47J47/16—Stands, or holders for kitchen articles
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Manufacturing & Machinery (AREA)
- Warehouses Or Storage Devices (AREA)
Abstract
The invention relates to the technical field of intelligent manufacturing and intelligent service, and discloses a bin gate control mechanism which is suitable for a feeding device and comprises at least two bin gate plates, at least one bin gate rotating shaft and at least two bin gate switches. The invention can facilitate the installation of the bin gate control mechanism and the feeding device, improve the assembly efficiency, realize the combination of bins with different specifications and quantities and meet the requirements of different dishes.
Description
Technical Field
The invention relates to the technical field of intelligent manufacturing and intelligent service, in particular to a bin gate control mechanism, a feeding device, an intelligent cooker, a blanking cooking heating system and a flushing system.
Background
At present, the existing cooking machine generally has the function of cooking or stewing, and the process of cooking is an essential link for putting food materials into the cooking machine.
The feeding device is introduced into the pioneering intelligent cooking machine which is provided by the inventor in the earlier stage, the food material packaging box filled with food material raw materials is received through the feeding device, the accurate control of raw material feeding in the Chinese dish cooking process can be realized, and the food material raw materials are automatically fed according to the preset sequence and the processing time sequence.
For example, chinese patent application No. CN201510152657.4 discloses an automatic feeding device suitable for a full-automatic cooker, comprising: the device comprises a rack, a leading-in mechanism, a turnover mechanism and a plurality of bolt type bin gate control mechanisms, wherein each bolt type bin gate control mechanism is used for controlling the opening/closing of a drop-out bin gate of each bin of the multi-bin blanking bin, so that raw materials in each bin fall into a frying pan arranged right below when the drop-out bin gate is opened; each bolt type bin gate control mechanism adopts a push-pull electromagnet (comprising an electromagnet and an iron core arranged in the electromagnet), one end of the iron core, which extends out of the electromagnet, is provided with a bin gate spring bolt, and the bin gate spring bolt can contract or extend along with the iron core under the driving of the electromagnet, so that the bin gate spring bolt contracts to a bin gate opening position from a bin gate locking position to leave the drop-out bin gate to enable the drop-out bin gate to fall/open or reset to a bin gate locking position to abut against the drop-out bin gate to enable the drop-out bin gate to be locked/closed.
For another example, the chinese invention with patent application No. CN201721465100.7 discloses a specific structure of a feeding device of a cooker, which comprises a frame, a blanking mechanism, a driving device, a rotary encoder and a controller, the blanking mechanism comprises a multi-bin blanking bin, a plurality of bin doors and a plurality of bin door switches corresponding to the bin doors, each bin door is correspondingly arranged on a bin lattice of the multi-bin blanking bin, the multi-bin blanking bin is connected with the frame, the driving device and the rotary encoder are respectively arranged on the frame, the driving device is connected with the side surface of the multi-bin blanking bin through a first rotating shaft, the rotary encoder is connected with the multi-bin blanking bin through a second rotating shaft, the first rotating shaft and the second rotating shaft are on the same axis, and the bin gate switch, the rotary encoder and the driving device are respectively electrically connected with the controller. The multi-bin blanking bin comprises a blanking bin main body and a fixing frame, the fixing frame is sleeved on the outer side of the blanking bin main body, and the blanking bin main body is detachably connected with the rack through the fixing frame arranged on the outer side of the blanking bin main body.
In the process of implementing the invention, the inventor finds that the existing bin gate control mechanism and the feeding device at least have the following problems: each bin gate plate is correspondingly provided with a bin gate rotating shaft so as to be installed on the feeding device. When the storehouse door plant is a plurality of, for example when corresponding four feed openings and setting up four storehouse door plants, every storehouse door plant corresponds and connects a storehouse door pivot, needs to set up four storehouse door pivots altogether promptly, then installs four storehouse door pivots respectively on the loading attachment, the installation is very troublesome and assembly efficiency is low, has restricted the extension demand of the storehouse check combination of different specifications and quantity moreover, can't satisfy different dish demands.
Disclosure of Invention
The embodiment of the invention aims to provide a bin gate control mechanism, a feeding device, an intelligent cooker, a blanking cooking heating system and a flushing system, which can effectively solve the technical problems of the existing feeding device, realize more convenient installation of the bin gate control mechanism and the feeding device, effectively improve the assembly efficiency, realize bin combination of different specifications and quantities and meet the requirements of different dishes.
In order to achieve the above object, an embodiment of the present invention provides a bin gate control mechanism, which is suitable for a feeding device, and includes at least two bin gate plates, at least one bin gate rotating shaft, and at least two bin gate switches, where the at least two bin gate plates are rotatably mounted on the same bin gate rotating shaft and are mounted on a bearing framework main body of the feeding device through the same bin gate rotating shaft, the bearing framework main body is provided with at least two discharging ports, the at least two bin gate switches are disposed on the bearing framework main body, and each bin gate plate is controlled by at least one bin gate switch to correspondingly close or open one discharging port.
Therefore, according to the embodiment of the invention, the at least two bin door plates are arranged on the same bin door rotating shaft in a rotating mode, the same bin door rotating shaft is arranged on the bearing framework main body, and each bin door plate is controlled by at least one bin door switch, so that the bin door control mechanism can be installed more conveniently, and the assembly efficiency is effectively improved. In addition, no matter the design of the bin door rotating shaft with a single shaft or double shafts is adopted, bin lattice combinations with different specifications and quantities can be realized, and the requirements of different dishes are met.
As an improvement of the scheme, one end of each bin door plate is provided with a bin door plate shaft sleeve to penetrate through the bin door rotating shaft, the other end of each bin door plate is a movable end capable of rotating around the bin door rotating shaft, and at least one bin door switch acts on the movable end of one bin door plate.
As an improvement of the above scheme, the bin gate rotating shaft includes one, at least two bin gate plates pass through the same one bin gate rotating shaft, the bin gate rotating shaft is connected to one side of the bearing framework main body, and the bin gate switch is arranged on the bearing framework main body and the other side opposite to the one side.
As an improvement of the above scheme, the bin gate rotating shafts include two bin gate plates, at least one bin gate plate penetrates one bin gate rotating shaft and is connected to one side of the bearing framework main body, at least one bin gate plate penetrates the other bin gate rotating shaft and is connected to the other side, opposite to the one side, of the bearing framework main body, and the bin gate switch is arranged on the bearing framework main body and is located between the one side and the other side.
As an improvement of the scheme, the bin gate switch is arranged at the middle position of the bearing framework main body.
As an improvement of the above scheme, the bin gate rotating shafts include two bin gate rotating shafts, at least one bin gate plate penetrates through one bin gate rotating shaft, at least one bin gate plate penetrates through the other bin gate rotating shaft, the bin gate switches are respectively arranged on two opposite sides of the bearing framework main body, and the two bin gate rotating shafts are connected in parallel to a position between the two opposite sides of the bearing framework main body.
As an improvement of the proposal, the two bin gate rotating shafts are connected in parallel to the middle position between the two opposite sides of the supporting framework main body.
As an improvement of the above scheme, the electromagnets are respectively disposed on two opposite sides of the bearing framework main body, the bin gate rotating shaft comprises one and is connected to a position between the two opposite sides of the bearing framework main body, and at least two bin gate plates all penetrate through the same bin gate rotating shaft and are disposed on two sides of the bin gate rotating shaft, so that the two sides of the bin gate are controlled by the bin gate switch.
As an improvement of the scheme, one end of each bin door plate penetrates through the same bin door rotating shaft in a staggered mode through a bin door plate shaft sleeve, the other end of each bin door plate is a movable end capable of rotating around the bin door rotating shaft, and bin door switches arranged on two sides act on the movable end correspondingly.
As an improvement of the proposal, the bin gate rotating shaft is connected to the middle position between the two opposite sides of the supporting framework main body.
As a preferred embodiment of the present invention, the bin gate plate shaft sleeves of the multiple bin gate plates are designed in a staggered manner to pass through the same bin gate rotating shaft and be arranged on two sides of the bin gate rotating shaft, and are connected to a position (preferably, a middle position) between two opposite sides of the supporting framework main body through the bin gate rotating shaft, so that the material saving cost can be further reduced, the assembly efficiency can be improved, and the food material packaging box is more suitable for being guided into most current food material packaging boxes (the space between the bin lattices of the food material packaging boxes is often smaller), and therefore, the food material packaging boxes do not need to be additionally designed to meet the structural requirements of a bin gate control mechanism and a feeding device.
As an improvement of the above scheme, the at least two feed openings arranged on the supporting framework main body are consistent in size and shape.
As an improvement of the above scheme, the sizes and shapes of the at least two feed openings arranged on the supporting framework main body are not completely consistent; wherein a gate plate for closing or opening the relatively large feed opening is provided to be attracted by at least two of the electromagnets.
As an improvement of the scheme, a bin gate rotating shaft through hole is formed in the bearing framework main body, and two ends of the bin gate rotating shaft penetrate through the bin gate rotating shaft through hole to be fixed on the bearing framework main body.
As an improvement of the proposal, the bearing framework main body is provided with an accommodating groove for accommodating and fixing the bin gate switch.
As an improvement of the above scheme, the bearing framework main body is provided with as a center the frame structure of the at least two feed openings, and the bearing framework main body comprises an outer frame and a center arm, wherein the center arm is connected with the outer frame to form the at least two feed openings.
As an improvement of the above, the support frame body is provided with at least three feed openings as a center, the center arm comprises a transverse arm and a longitudinal arm, and the transverse arm and the longitudinal arm are connected with each other to form the at least three feed openings.
As an improvement of the scheme, the transverse arm is arranged in the middle of the outer frame and connected with the left frame and the right frame of the outer frame.
As an improvement of the above scheme, an accommodating groove is formed in one surface of the outer frame or/and the transverse arm, which is located on the bottom end face of the supporting framework main body, and the accommodating groove is used for accommodating and fixing the bin door switch and serving as an electrical wiring groove.
As an improvement of the above scheme, the bin gate rotating shaft comprises a first bin gate rotating shaft and a second bin gate rotating shaft, a first bin gate rotating shaft through hole is oppositely formed in the inner edge of the frame, close to the front frame, of the left frame and the right frame of the outer frame, and the rotating connecting end of at least one bin gate plate penetrates through the first bin gate rotating shaft to be fixed on the bearing framework main body; the inner edges of the left frame and the right frame of the outer frame, which are close to the rear frame, are relatively provided with second bin gate rotating shaft through holes, and the rotating connecting end of at least one bin gate plate penetrates through the second bin gate rotating shaft through hole through the second bin gate rotating shaft so as to be fixed on the bearing framework main body; the bin gate switch is correspondingly arranged in the containing groove of the transverse arm.
As an improvement of the above scheme, the bin gate rotating shaft comprises one bin gate rotating shaft, bin gate rotating shaft through holes are formed in positions, facing the transverse arm, of the left frame and the right frame of the outer frame, the at least two bin gate plates penetrate through the same bin gate rotating shaft and are arranged on two sides of the bin gate rotating shaft, and the bin gate switches are correspondingly arranged in the accommodating grooves of the front frame and the rear frame of the outer frame; or the like, or, alternatively,
the bin gate pivot includes two, at least one the bin gate board passes one the bin gate pivot, at least one the bin gate board passes another the bin gate pivot, the frame is just right about the outer frame the position of horizontal arm is equipped with bin gate pivot and perforates, two bin gate pivots are parallel and pass corresponding bin gate pivot perforation after-fixing respectively on the horizontal arm, correspond the setting in the accepting groove of the preceding frame of outer frame and back frame the bin gate switch.
As an improvement of the above scheme, each of the bin gate switches is used for a wire electrically connected with the controller to pass through the accommodating groove to be wired and uniformly penetrate out of the supporting framework main body through an opening formed in the accommodating groove to be connected with the controller to realize independent control.
As an improvement of the above scheme, the outer edges of the frames at the middle positions of the left frame or/and the right frame of the outer frame respectively extend outwards to form a right lug or/and a left lug, and the center positions of the right lug or/and the left lug are respectively provided with a driving shaft sleeve and a rotating shaft sleeve which are integrally injection-molded with the bearing framework main body; the driving shaft sleeve is used for being connected with the turnover mechanism of the feeding device, and the rotating shaft sleeve is used for being connected with a position detection device for detecting the integral vertical turnover position of the feeding device.
As an improvement of the above scheme, the central axes of the driving shaft sleeve and the rotating shaft sleeve are located on the same axis, the rotating shaft is a hollow shaft, and the electric wires routed through the accommodating grooves uniformly penetrate out of the feeding device through the rotating shaft sleeve and the rotating shaft.
As an improvement of the above scheme, a shock pad is arranged on the bearing framework main body to buffer the rigid collision between the bin door plate and the bearing framework main body; the shock pad is a soft rubber pad.
As an improvement of the scheme, the bin gate switch is an electromagnet, and the electromagnet controls the bin gate plate to be closed or opened through the adsorption of the bin gate plate.
In the process of implementing the invention, the inventor finds that the existing bin gate control mechanism has the following problems: the existing bin gate control mechanism generally utilizes a magnetic control bolt type structure, and a control bolt is moved to be matched with the bin gate plate, so that the bin gate plate is controlled to be opened and closed.
Therefore, the bin gate control mechanism provided by the embodiment of the invention further adopts the electromagnet to replace the push-pull electromagnet with the magnetic control bolt type structure in the prior art as the bin gate switch, controls the bin gate plate to close or open the blanking port to realize blanking through the direct adsorption of the electromagnet on the bin gate plate, and has the advantages of simple structure and convenience in installation. In addition, the phenomenon that the door plate is blocked or is difficult to reset in the process of opening and closing the bin door due to the fact that the bolt is rusted and the like in the conventional magnetic control bolt type structure can be effectively avoided, so that the working stability and the blanking efficiency of the bin door control mechanism are effectively improved.
As an improvement of the scheme, each bin gate plate is made of a material which can be adsorbed by the electromagnets.
As an improvement of the scheme, each bin door plate is provided with an adsorption layer made of a material capable of being adsorbed by the electromagnets.
As an improvement of the scheme, the adsorption layer is arranged at the position where the bin door panel is attached to the electromagnet when being adsorbed by the electromagnet.
As an improvement of the scheme, the bin door plate is adsorbed by the electromagnet to close the feed opening when the electromagnet is electrified, and falls by self weight to open the corresponding feed opening when the electromagnet is powered off and the adsorption force disappears.
As an improvement of the scheme, after the bin door plate is opened to the feed opening, the supporting framework main body is turned over, so that the bin door plate falls by the dead weight to close the feed opening, and then the electromagnet is electrified to adsorb the bin door plate.
As the improvement of above-mentioned scheme, still include bearing skeleton apron, bearing skeleton apron with the bearing skeleton owner is connected, is used for the cover to seal the holding tank in the bearing skeleton owner.
As an improvement of the scheme, the bearing framework cover plate is provided with an opening corresponding to the electromagnet so as to protrude out of the electromagnet.
The embodiment of the invention correspondingly provides a feeding device, which comprises an upper bin with a packaging box accommodating space, a bearing framework connected with the upper bin, and a bin gate control mechanism arranged in the bearing framework, wherein the bin gate control mechanism is arranged in any one of the embodiments; the bearing skeleton includes the bearing skeleton main part, be equipped with the feed opening in the bearing skeleton main part, the feed opening with lead-in to go up the storehouse check opening correspondence intercommunication of the edible material packing carton in the feed bin.
The loading attachment that this embodiment provided includes as above arbitrary embodiment the bin gate control mechanism, consequently can possess the above-mentioned arbitrary embodiment the technological effect that the feed bin brought, can make bin gate control mechanism and loading attachment's installation more convenient promptly, and effectively improve assembly efficiency to can realize the combination of the storehouse check of different specifications and quantity, satisfy different dishes demands.
In addition, the push-pull electromagnet of the magnetic control bolt type structure in the prior art is replaced by the electromagnet to serve as a bin gate switch, the bin gate plate is directly adsorbed by the electromagnet to control the bin gate plate to be closed or open the blanking port to achieve blanking, and the device is simple in structure and convenient to install. And can effectively avoid adopting current magnetic control bolt formula structure because the bolt rusts etc. causes to take place the card pause or be difficult to phenomenon such as reseing at the in-process of opening, closing the door plant to effectively improve loading attachment's job stabilization nature and unloading efficiency.
As an improvement of the above scheme, the bearing skeleton main part is injection moulding as an organic whole, still be equipped with in the bearing skeleton main part respectively be used for with go up the feed bin and be used for with the fixed connecting portion of the feeding device tilting mechanism lug connection of the whole upper and lower upset of feeding device, by connecting portion in the bearing skeleton main part will go up feed bin, feeding device tilting mechanism with the bearing skeleton realizes lug connection.
In addition, in the process of implementing the invention, the inventor finds that the existing feeding device has the following problems: storehouse door control mechanism, drive arrangement and rotary encoder's mounting structure is complicated, and storehouse door control mechanism need fix after in blanking storehouse main part, again with blanking storehouse main part embedding fixed frame in, and this blanking storehouse main part establishes in its outside through the cover fixed frame respectively with rotary encoder with drive arrangement specifically is connected with fixed frame after passing the bearing frame of independent setting respectively through the first pivot of connecting drive arrangement and the second pivot of connecting rotary encoder, and connection structure is complicated and assembles the difficulty to lead to the unloading mechanism stability after the assembly relatively poor. Therefore, the feeding device provided by the embodiment of the invention comprises a supporting framework, wherein the supporting framework is provided with an integrally injection-molded discharging opening and a supporting framework main body which is respectively used for directly connecting and fixing a feeding bin, a bin gate control mechanism and a feeding device turnover mechanism, and the feeding bin, the bin gate control mechanism and the feeding device turnover mechanism can be directly connected with the supporting framework through the connecting part on the supporting framework main body, so that the feeding device is easier to assemble, the structure is simple, and the assembled feeding device is more stable.
As the improvement of above-mentioned scheme, the top of bearing skeleton main part be the plane and as the bearing skeleton main part with go up the fixed connecting portion of feed bin lug connection, just the bottom of going up the feed bin corresponds the top of bearing skeleton main part matches the setting in order to realize connecting.
As an improvement of the above technical solution, a driving shaft sleeve is disposed in the middle of the left/right sides of the supporting frame main body and injection-molded integrally with the supporting frame main body, the driving shaft sleeve forms a connecting portion for directly connecting and fixing the supporting frame main body and the loading device turnover mechanism, and the loading device turnover mechanism is connected with the driving shaft sleeve through a driving shaft to realize connection with the supporting frame.
As an improvement of the above scheme, the device further comprises a blanking hopper connected with the bearing framework, and the feeding bin and the blanking hopper are respectively connected to two opposite end faces of the bearing framework main body.
As an improvement of the scheme, the inner wall of the discharging hopper is provided with a limit stop, and the limit stop is used for limiting the bin door plate to rotate around the bin door rotating shaft so as to prevent the rotating angle of the discharging opening from exceeding 90 degrees.
As an improvement of the scheme, the limit stop is used for limiting the rotation angle of the bin door plate around the bin door rotating shaft to open the feed opening to be 60-90 degrees.
As an improvement of the scheme, the limit stop is used for limiting the rotation angle of the bin door plate around the bin door rotating shaft to open the feed opening to be 75-90 degrees.
As an improvement of the above scheme, when the bin gate rotating shaft is connected to the left side and the right side of the bearing framework main body and is arranged at a position between the front side and the rear side of the bearing framework main body, the limit stop is correspondingly arranged on the inner wall of at least one side wall of the left side wall and the right side wall of the blanking hopper so as to be opposite to the bin gate rotating shaft.
As an improvement of the scheme, the longitudinal section of the limit stop is in an isosceles trapezoid shape.
As an improvement of the scheme, the limit stop and the blanking hopper are integrally injection molded.
As an improvement of the scheme, the limit stop is formed by inwards sinking the left side wall or/and the right side wall.
In the process of implementing the invention, the inventor finds that the existing feeding device has the following problems: after the unloading operation is accomplished (storehouse door plant falls in order to open the feed opening completely), need through loading attachment tilting mechanism with the whole 180 degrees of turning back of loading attachment in order to drive the storehouse door plant and reset, but when the storehouse door plant is falling in order to open the in-process of feed opening completely, if pivoted angle is too big (for example exceed 90 °), when the loading attachment tilting mechanism overturns 180 degrees in order to reset the storehouse door plant, the storehouse door plant can't realize automatic re-setting along the motion of the direction of overturning to reset under self action of gravity. Therefore, the limiting stop block is arranged on the inner wall of the blanking hopper of the feeding device and used for limiting the bin door plate of the bin door control mechanism to rotate around the bin door rotating shaft so as to open the blanking port of the supporting framework main body, so that the rotating angle of the bin door plate is not more than 90 degrees, the bin door plate is enabled to be simultaneously turned over when the feeding device is turned over so as to realize resetting, and the technical problem that the existing bin door plate is difficult to automatically reset due to the fact that the rotating angle is too large is solved.
As an improvement of the scheme, the top end face of the blanking hopper corresponds to the bottom end face of the bearing framework and is arranged to realize connection and closed sealing of the electric wiring groove formed in the bottom end face of the bearing framework.
As the improvement of above-mentioned scheme, the shell structure of hopper as an organic whole injection moulding's terrace with edge form down, down the hopper be used for with the top that the bearing skeleton is connected be equipped with the opening of feed opening intercommunication on the bearing skeleton, the bottom center of hopper is equipped with total feed opening down, down the lateral wall of hopper along the open-top of hopper down to total feed opening downward sloping and shrink gradually, thereby make down the whole terrace with edge form that is of hopper.
As an improvement of the scheme, at least one connection form of screw connection or clamping connection is adopted between the feeding bin and the bearing framework and between the discharging bin and the bearing framework.
As an improvement of the scheme, the blanking hopper is connected with the left side and the right side corresponding to the bearing framework through screws, and the blanking hopper is connected with the front side and the rear side corresponding to the bearing framework through cards.
As an improvement of the above scheme, the left side and the right side of the blanking hopper corresponding to the bearing framework are correspondingly provided with screw locking openings for screw connection; the front side and the rear side of the blanking hopper are provided with buckles, and the front side and the rear side of the bearing framework are correspondingly provided with bayonets connected with the buckles in a clamped mode.
As an improvement of the above scheme, the device further comprises a position detection device for detecting the position of the whole feeding device which is turned over up and down, and the bearing framework main body is further provided with a connecting part which is directly connected and fixed with the position detection device, so that the central shafts of the feeding device turning mechanism and the position detection device which are connected with the bearing framework main body are located on the same axis.
As an improvement of the above scheme, the bearing skeleton main part with on the opposite side middle part position that the drive shaft axle sleeve is relative, be equipped with the integrative injection moulding's of bearing skeleton main part pivot axle sleeve, the pivot axle sleeve constitutes bearing skeleton main part and the fixed connecting portion of position detection device lug connection, thereby position detection device through the pivot with thereby the realization of pivot axle sleeve connection with bearing skeleton's connection.
As an improvement of the above scheme, the feeding bin is of a shell structure, when the food packaging box is accommodated in the packaging box accommodating space, the bin lattice opening of the food packaging box is consistent with the orientation of the bottom opening of the feeding bin, which is used for connecting the bearing framework.
As an improvement of the scheme, a washing opening penetrating through the top end face is arranged at the top of the feeding bin.
The embodiment of the invention also provides an intelligent cooker which comprises a shell and the feeding device arranged in the shell and provided with the feeding device.
As an improvement of the scheme, a sealed cooking cavity is arranged in the shell, and the feeding device is arranged in the sealed cooking cavity.
The embodiment of the invention also provides a blanking cooking heating system, which comprises a cooking cavity and main cooking equipment, wherein the cooking cavity is hermetically arranged by utilizing the hollow shell, the main cooking equipment is arranged in the cooking cavity and comprises a frying pan device and the feeding device in any embodiment, a cooking area for accommodating the frying pan device is arranged in the middle of the inside of the cooking cavity, and a blanking area for accommodating the feeding device is arranged above the cooking area in the cooking cavity; the frying pan device comprises a frying pan, a furnace body device for bearing and heating the frying pan and a frying pan turning device for controlling the rotation of the frying pan; the food materials are guided in by the feeding device and are discharged into the frying pan, and the heating and the stir-frying of the frying pan are realized by the furnace body device and the frying pan stir-frying device, so that the cooking processing of the food materials in the frying pan is realized.
As an improvement of the above scheme, the wok device further comprises a wok body turning device for driving the wok to turn, and when the wok needs to be fed by the feeding device, the wok is firstly driven by the wok body turning device to turn to a wok mouth facing the feeding device;
the main cooking equipment further comprises a dish discharging device, and the cooking cavity is positioned below the cooking area and is provided with a dish discharging area for accommodating the dish discharging device; after the food materials in the frying pan are cooked, the frying pan is driven by the pan body turning device to turn to a pan opening facing a dish on the dish discharging area so as to discharge dishes.
The embodiment of the invention also provides a washing system of cooking equipment, which comprises a cooking cavity arranged in a sealing way, the cooking equipment arranged in the cooking cavity, and a spraying piece arranged in the cooking cavity for washing the cooking equipment, wherein the bottom of the cooking cavity is provided with an opening for connecting a water outlet so as to discharge water after the spraying piece washes the cooking equipment; the cooking equipment comprises the feeding device, wherein the top and the bottom of the feeding device are respectively provided with an opening communicated with the interior of a cavity of the feeding device; when the feeding device is washed by the spraying part of the feeding device, water sprayed by the spraying part of the feeding device flows out through the bottom opening of the feeding device after the inside of the cavity of the feeding device is washed by the top opening of the feeding device.
As an improvement of the above scheme, the cooking device further comprises a frying pan, the spraying part is right when the feeding device is washed, the pan body is turned over to the pan opening under the drive of the pan body turning device and is opposite to the spraying nozzle and the feeding device, and the feeding device sprays water sprayed by the spraying part and is right after the feeding device is directly washed, the water falls into the frying pan so as to indirectly wash the inner cavity of the frying pan.
The cooking machine, the blanking cooking heating system and the flushing system of the cooking equipment provided by the embodiment of the invention all comprise the feeding device in any embodiment, so that the technical effects brought by the feeding device in any embodiment can be achieved, and the description is omitted.
Drawings
Fig. 1 is a schematic structural diagram of an intelligent cooker according to an embodiment of the present invention.
Fig. 2 is a schematic structural diagram of the intelligent cooker provided by the embodiment of the invention in a loading state (guided into a food material packaging box) of a loading device.
Fig. 3a is a schematic structural diagram of an intelligent cooker in a feeding state of a feeding device according to an embodiment of the present invention.
Fig. 3b is a schematic structural diagram of the intelligent cooker in a state that the intelligent cooker is in a discharging state after the feeding device completes discharging.
Fig. 4 is a schematic view of an overall structure of a feeding device according to an embodiment of the present invention.
Fig. 5 is an exploded schematic view of a feeding device according to an embodiment of the present invention.
Fig. 6 is an exploded schematic view of a feeding device according to an embodiment of the present invention.
Fig. 7 is a schematic structural diagram of a supporting framework of a loading device according to an embodiment of the present invention.
Figures 8 a-8 b show top views of a supporting framework of a preferred embodiment of a loading device according to an embodiment of the invention.
Figure 8c shows a top view of a support frame of another preferred embodiment of a loading mechanism according to embodiments of the present invention.
Figure 8d shows a top view of a support frame of a further preferred embodiment of a loading mechanism according to the present invention.
Figure 8e shows a top view of a supporting framework of a further preferred embodiment of a loading device according to the invention.
Fig. 9a to 9c are schematic diagrams illustrating a state from blanking to resetting when a limit stop is added in a blanking hopper by using the feeding device provided by the embodiment of the invention.
Fig. 10 is a schematic structural diagram of a feeding bin of a feeding device according to an embodiment of the present invention.
Fig. 11 is a schematic structural view of a loading bin of the loading device according to the embodiment of the present invention before the loading bin is introduced into a food material packaging box.
Fig. 12 is a schematic structural view of a loading bin of the loading device according to the embodiment of the present invention after food material packaging boxes are introduced into the loading bin.
Fig. 13a to 13b are schematic structural views of food material packaging boxes with different volume depths, which can be introduced into a feeding bin of a feeding device provided in an embodiment of the present invention.
Fig. 14a to 14b are schematic views of food material packaging boxes with different depths of capacity, which can be introduced into a feeding bin of a feeding device according to an embodiment of the present invention.
Fig. 15 is a schematic structural view of another angle before the feeding bin of the feeding device provided by the embodiment of the invention is introduced into the food material packaging box.
Fig. 16 is a schematic structural view of a loading bin of a loading device according to an embodiment of the present invention after food material packaging boxes with different depths are introduced.
Fig. 17 is a schematic view of an internal structure of a loading bin of a loading device according to an embodiment of the present invention, which shows a structural schematic view of a corresponding relationship between an accommodating space of the loading bin and a food material packing box, and between a bin lattice of the food material packing box and a bin door plate.
Detailed Description
The following detailed description of embodiments of the present invention is provided in connection with the accompanying drawings and examples. The following examples are intended to illustrate the invention but are not intended to limit the scope of the invention.
Referring to fig. 1, 2, 3a and 3b, the embodiment of the invention discloses an intelligent cooker. In this embodiment, the intelligent cooker includes a casing 100 (including an outer casing and an inner casing disposed in the outer casing), a sealed cooking cavity 101 disposed in the casing 100 (specifically, in the inner casing), a feeding device 10, a frying pan device 103 and a dish discharging device 104 disposed in the cooking cavity 101, and a spraying device 105, a food waste disposer 106, an oil smoke treatment device (not shown) and a controller (not shown) disposed between the outer casing and the inner casing.
In this embodiment, an openable and closable door panel 110 is disposed on one side of the casing 100, and the cooking cavity 101 in the casing 100 is in a sealed state by closing the door panel 110. The upper part of the side surface of the housing 100 is further provided with a control panel 1011, and the control panel 1011 is electrically connected with the controller; the control panel 1011 is provided with a plurality of function keys or function touch areas so that a user can select different menu instructions or cleaning instructions through the control panel 1011, and then the generated corresponding menu instructions or cleaning instructions are sent to the controller.
In this embodiment, the feeding device 10 is disposed at the upper part of the cooking cavity 101, and the wok device 103 is disposed at the middle part of the cooking cavity 101 and is located right below the feeding device 10.
The feeding device 10 comprises a feeding bin 11 for containing food material packaging boxes, a bin gate control mechanism (not shown), a discharging hopper 13, a feeding device overturning mechanism 14 for integrally overturning the feeding device 10 from top to bottom and a position detection device for detecting the integral overturning position (angle) of the feeding device 10 from top to bottom (wherein the feeding device overturning mechanism 14 and the position detection device are preferably arranged between the outer shell and the inner shell). The bottom end face of the feeding bin is provided with at least one discharging opening which is aligned with the pan opening of the frying pan body during discharging, and each discharging opening is provided with a bin door. The bin gate control mechanism further comprises a bin gate switch used for correspondingly driving the bin gate to be opened and closed. Go up a side of feed bin 11 and be equipped with the feed inlet that supplies to accept the edible material packing carton 800 business turn over of eating material, form the lateral part of the interior casing of culinary art cavity is equipped with the dish box introducing port, the dish box introducing port with the feed inlet corresponds the setting. The door plate 110 is provided at the outer side of the vegetable box inlet. The turnover mechanism of the feeding device is used for: when the food material packaging box 800 is guided in by the feeding device, each feeding opening faces to the direction opposite to the pan opening of the frying pan, and the feeding opening is aligned with the dish box guiding opening; after the food material packaging box 800 is guided in by the feeding device, the feeding device is turned over by the feeding device turning mechanism, so that each feeding opening faces the frying pan opening and then is driven by the bin gate driving mechanism to open the bin gate to realize feeding. The discharging hopper 13 is used for guiding food materials falling through the discharging opening to enter the pot body.
The wok device 103 comprises a wok body 1031, a furnace body (furnace core) 1032 for bearing the wok body 1031, a wok body turning device 1033 for fixing the furnace body (furnace core) 1032 in the cooking cavity 101 and driving the furnace body (furnace core) 1032 to drive the wok body 1031 to turn, a wok body heating device 1034 arranged on the furnace body (furnace core) 1032 for heating the wok body 1031, and a wok body rotating device 1035 connected with the furnace body (furnace core) 1032 and used for driving the wok body 1031 to rotate relatively around the longitudinal central axis of the wok body 1031 in the furnace body (furnace core) 1032, wherein the wok body turning device 1033, the wok body heating device 1034 and the wok body rotating device 1035 are all in communication connection with the controller. The pot body turning device 1033 drives the furnace body (furnace core) 1032 to drive the pot body 1031 to turn to different stations so as to correspondingly execute different station operations. The pot opening of the pot body 1031 faces different directions (or devices) at different stations to perform corresponding operations in real time. The wok device 103 is further provided with a station detector which is arranged on a connecting shaft of the furnace body (furnace core) 1032 and the wok body turning device 1033 and can be in communication connection with the controller, and the station detector is used for detecting the turning angle (station) of the furnace body (furnace core) 1032 and sending the angle (station) to the controller.
It should be noted that the wok device 103 of the present embodiment can refer to the structure of the prior art (for example, patent publication No. CN103110339A entitled "wok device suitable for fully automatic cooker", or patent publication No. CN107736790A entitled "wok device suitable for fully automatic cooker", etc.), and the structure thereof is not specifically limited and will not be described herein.
In this embodiment, the spray device 105 includes a spray pipe 1051, a spray head 1052 connected to the spray pipe 1051, and a spray switch 1053 disposed on the spray pipe 1051. Wherein the spray nozzle 1052 is disposed at the top of the cooking cavity 101. Preferably, the top of the housing 100 is opened with an openable upper cover plate 120, and the shower head 1052 is preferably disposed on the upper cover plate 120. When the upper cover plate 120 is closed, the spray nozzles 1052 are located right above the feeding device 10. The spraying switch 1053 is in communication connection with the controller, and is turned on or turned off according to a control instruction of the controller, so that the high-pressure spray washing of the feeding device 10 is realized. Wherein, the spray nozzle 1052 comprises a plurality of high pressure spray nozzles, so that the inner side wall of the feeding device 10 can be effectively washed.
It can be seen that the intelligent cooker provided by the present embodiment utilizes the hollow shell to form the sealed cooking cavity 101, the cooking cavity 101 is internally provided with a working space for accommodating main cooking equipment, the intelligent cooking machine provided by the embodiment is a blanking cooking system and a flushing system which are combined and constructed by taking the cooking cavity as a core, the blanking cooking heating system and the flushing system are both mainly formed by connecting main cooking equipment arranged inside the cooking cavity and auxiliary cooking equipment arranged outside the cooking cavity, the shell 100 is provided with a communicating port which is communicated with the inside and the outside of the cooking cavity corresponding to the main cooking equipment, and the auxiliary cooking equipment outside the cooking cavity is arranged in the corresponding main cooking equipment inside the cooking cavity through the corresponding communicating port so as to realize the corresponding blanking cooking or flushing function.
As shown in fig. 2, fig. 3a and fig. 3b, the blanking cooking heating system mainly comprises a feeding device 10, a frying pan device 103 and a dish discharging device 104 which are arranged inside the cooking cavity 101. Wherein, the cooking cavity 101 is internally provided with a blanking area for accommodating the feeding device 10, a cooking area for accommodating the frying pan device and a dish discharging area for accommodating the dish discharging device from top to bottom in sequence. When the blanking cooking is required, the food packaging box carrying the food is firstly introduced and added by the feeding device 10 into the upper bin 11 (in this case, the feeding device 10 is in a state that the lower hopper 13 is on and the upper bin 11 is under). Then, a corresponding cooking program is started, and in the cooking process, the feeding device 10 is turned over under the action of the turning mechanism of the discharging mechanism to a state that the discharging hopper 13 is positioned below and the feeding bin 11 is positioned above, so that the food materials guided into the food material packaging box in the feeding bin 11 fall onto the bin door through turning of the feeding device 10. The pan 1031 is transferred to the blanking station under the action of the pan turning device 1033, and the pan opening is opposite to the feeding device 10. The corresponding bin door is opened through the bin door driving mechanism, so that the food material falls into the pot body 1031 to be heated and stir-fried subsequently (the pot body 1031 is driven by the pot body rotating device 1035 to rotate around the central axis of the pot body 1031 so as to stir-fry the food material in the pot body 1031, and stir-fry components such as stir-fry ribs are arranged in the pot body 1031). After the cooking is finished, the pan body 1031 is turned to a dish outlet station (the pan opening is opposite to the dish plate 900 in the dish outlet area) to discharge dishes.
Referring back to fig. 1, the flushing system is mainly composed of a feeding device 10, a frying pan device 103 and a spraying device 105 which are arranged inside the cooking cavity 101. Specifically, openings communicated with the interior of the cavity of the feeding device 10 are formed in the top and the bottom of the feeding device 10. When the loading device 10 is flushed by the spray nozzle 1052 of the spray device 105, water sprayed from the spray nozzle 1052 flows out through the bottom opening of the loading device 10 after the inside of the cavity of the loading device 10 is flushed by the top opening of the loading device 10. Before the feeding device 10 is washed by the spray nozzle 1052, the pot 1031 is firstly turned over to the pot opening 10 by the driving of the pot turning device 1033 to be opposite to the spray nozzle 1052 and the feeding device 10, and then when the feeding device 10 is washed by the spray nozzle 1052, water sprayed by the spray nozzle 1052 flows out through the bottom opening of the feeding device 10 and falls into the pot 1031 through the pot opening of the pot 1031 after the inside of the cavity of the feeding device 10 is washed by the top opening of the feeding device 10, so as to indirectly wash the inner cavity of the pot 1031 (in the process of indirectly washing the inner cavity of the pot 1031, the pot 1031 is driven by the pot rotating device 1035 to rotate around the central axis of the pot 1031 to be matched with the washing). When the inner cavities of the feeding device 10 and the pot body 1031 are washed by the spray nozzle 1052, the pot body 1031 is driven by the pot body turning device 1033 to turn to a position (water pouring level) where the pot opening faces the bottom opening of the cooking cavity 101, so that the washed water is poured out and falls into the bottom opening 1010 of the cooking cavity 101 to be discharged (when the pot body 1031 is in the water pouring level, preferably, a wok spray nozzle is arranged inside the cooking cavity 101 of the cooking machine to directly spray the inner wall of the pot body 1031, and the pot body 1031 is driven by the pot body rotating device 1035 to rotate around the central axis of the pot body 1031 to directly spray and wash in a matching manner). The bottom opening 1010 of the cooking cavity 101 is connected to communicate with the inlet of the food waste disposer 106, and the outlet of the food waste disposer 106 communicates with the drain outlet 200 provided on the shell of the cooker. According to the embodiment of the invention, the food waste disposer is arranged at the bottom opening of the cooking cavity to treat and discharge the sewage, so that the filtering efficiency can be improved, the random discharge of the waste water is avoided, and the pollution to the sanitary environment of a kitchen can be avoided.
In the following, a specific structure of an improved feeding device 10 according to the present invention will be described in detail through a plurality of embodiments, the improved feeding device 10 can be applied to the intelligent cooker of the above embodiments to participate in the blanking cooking or flushing function, and the improved feeding device 10 is improved on the structure of the existing feeding device, so as to effectively overcome the technical problems of the existing feeding device.
As shown in fig. 4 to 6, an embodiment of the present invention provides a feeding device 10, where the feeding device 10 includes a feeding bin 11 for receiving an food material package box 800, a supporting framework 12, a bin gate control mechanism 16, a discharging bin 13, a feeding device overturning mechanism 14 for overturning the feeding device 10 integrally up and down, and a position detection device 15 for detecting an up-down overturning position (angle) of the feeding device 10 integrally. One of the improvements of the embodiment of the invention is to introduce the supporting framework 12 formed by integral injection molding, and the upper bin 11, the lower bin 13, the bin gate control mechanism 16, the loading device turnover mechanism 14 and the position detection device 15 are reasonably connected and assembled together through the supporting framework 12 to form the whole loading device 10 so as to realize corresponding functions, so that the assembly is easier, the structure is simple, and the assembled device is more stable. The specific structure and connection relationship between the supporting framework 12 and other components provided in this embodiment will be described in detail with reference to the accompanying drawings.
As shown in fig. 4 to 9, the support frame 12 provided in this embodiment includes a support frame body 121 formed by injection molding, the support frame body 121 is a frame structure with at least one feeding hole 1210 in the center, the at least one feeding hole communicates with the top end surface 1211 and the bottom end surface 1212 of the support frame body 121, wherein the support frame body 121 is used for connecting one end surface of the feeding bin 11 to the top end surface 1211 of the support frame body 121, the support frame body 121 is used for connecting the other end surface of the feeding bin 13 to the bottom end surface 1212 of the support frame body 121, and the top end surface 1211 and the bottom end surface 1212 of the support frame body 121 are two end surfaces of the support frame body 121 facing opposite directions.
It can be understood that the feed opening 1210 formed in the center of the supporting frame body 121 according to this embodiment is correspondingly matched with the compartment receiving the food material packaging box 800 of the upper bin 11 for containing food material. When the bin lattices of the food material packaging box 800 are one lattice, the feed opening 1210 formed in the center of the support skeleton body 121 corresponds to one lattice. When the food material packaging box 800 has a plurality of compartments, the feed opening 1210 is correspondingly provided at the center of the support frame body 121.
In one embodiment, in order to match with a standard four-bin (four bins of identical size) food packaging box 800, the central opening 1210 of the support frame body 121 corresponds to four openings 1210 of identical size.
In another embodiment, as shown in fig. 6 and 7, in order to match food material packages 800 with different sizes of four bins, the number of the feed openings 1210 arranged in the center of the support frame main body 121 includes four feed openings 1210a, 1210b, 1210c and 1210d, and the sizes of the first feed opening 1210a, 1210b, 1210c and 1210d correspond to the sizes of the four bins of the food material package 800.
In another embodiment, due to the improved door control mechanism 16 (described later) capable of expanding the combinations of doors (plates) with different sizes and numbers, in order to match with the food material package 800 capable of introducing different sizes and numbers of compartments, the feed opening 1210 formed in the center of the supporting frame main body 121 may be correspondingly matched and arranged to be five (refer to the drawings) or six (refer to the drawings) or more.
The structure of the supporting frame body 121 will be further described with reference to the supporting frame body of the food packaging box matching with the four-compartment structure shown in fig. 6 and 7. The supporting frame body 121 includes an outer frame 1213 and a central arm 1214, and the central arm 1214 is disposed at the center of the supporting frame body 121 and connected to the outer frame 1213 to form a feed opening 1210. Specifically, the outer frame 1213 is mainly formed by sequentially connecting four frames, namely a front frame 1213a, a right frame 1213b, a rear frame 1213c and a left frame 1213d end to end, wherein the front frame 1213a is opposite to the rear frame 1213c, and the right frame 1213b is opposite to the left frame 1213 d. The central arm 1214 includes a transverse arm 1214a, a first longitudinal arm 1214b, and a second longitudinal arm 1214c, both ends of the transverse arm 1214a are fixedly connected with the right frame 1213b and the left frame 1213d, respectively, both ends of the first longitudinal arm 1214b are connected with the front frame 1213a and the transverse arm 1214a, respectively, and both ends of the second longitudinal arm 1214c are connected with the transverse arm 1214a and the rear frame 1213c, respectively. One surface of the outer frame 1213, which is located on the top end 1211 of the supporting frame body 121, is a planar structure (an outer frame top surface 12139) and is used for being correspondingly connected to the upper bin 11. One surface of the outer frame 1213, which is located on the bottom end surface 1212 of the supporting frame body 121, is a groove structure. Specifically, the outer frame 1213 is located on the bottom end face 1212 of the supporting frame body 121 and includes a frame inner edge 12135 and a frame outer edge 12136 connected to the outer frame bottom wall, and the frame inner edge 12135 and the frame outer edge 12136 form a receiving groove 12138 of the supporting frame body 121 therebetween. It is understood that the receiving slots 12138 are distributed in the front frame 1213a, the right frame 1213b, the rear frame 1213c and the left frame 1213d and are connected end to end. The receiving groove 12138 constitutes an electrical raceway of the loading device 10. The receiving slot 12138 is also used to receive a door switch of a fixed door control mechanism (described in detail later).
Further, the frame outer edges 12136 of the middle positions of the right and left frames 1213b and 1213d, which are opposed, extend outward to constitute right and left lugs 12130b and 12130d, respectively. The right lug 12130b and the left lug 12130d are provided with a driving shaft sleeve 124 and a rotating shaft sleeve 125 at their central positions, respectively, the driving shaft sleeve 124 and the rotating shaft sleeve 125 are formed integrally with the supporting frame body 121 by injection molding, and the central axes of the driving shaft sleeve 124 and the rotating shaft sleeve 125 are located on the same axis. Specifically, the spindle sleeve 125 is disposed in the receiving slot of the left lug 12130d, the frame outer edge 12136 of the left frame 1213d is disposed with a spindle opening 1250 corresponding to the spindle sleeve 125, and the position detecting device 15 is connected to the spindle sleeve 125 through a spindle 150. Specifically, one end of the rotating shaft 150 is connected to the position detecting device 15, and the other end of the rotating shaft passes through the rotating shaft opening 1250 to be connected to the rotating shaft sleeve 125. Accordingly, the drive shaft sleeve 124 is disposed in the receiving slot of the right lug 12130b, the frame outer edge 12136 of the right frame 1213b is provided with a drive shaft opening 1240 corresponding to the drive shaft sleeve 124, and the loading mechanism turnover mechanism 14 is connected to the drive shaft sleeve 124 via a drive shaft 140. The loading device turnover mechanism 14 is preferably a driving motor. Specifically, one end of the drive shaft 140 is connected to the drive motor, and the other end passes through the drive shaft opening 1240 to connect to the drive shaft bushing 124. Since the central axes of the spindle sleeve 125 and the drive shaft sleeve 124 are located on the same axis, the central axes of the spindle 150 and the drive shaft 140 are correspondingly located on the same axis. Therefore, when the driving motor drives the whole feeding device 10 to turn over through the driving shaft 140, the whole feeding device 10 can stably turn over around the central axis of the rotating shaft 150 and the driving shaft 140, so that the turning process is more stable, and the position state of the position detection device 15 detecting the turning of the feeding device 10 is more accurate. Preferably, the drive shaft 140 is a hexagonal shaft, the drive shaft sleeve 124 is a hexagonal sleeve, and the drive shaft opening 1240 is a regular hexagon that matches the outer profile of the drive shaft 140. The rotating shaft 150 is a hollow shaft, another opening is disposed at the other end of the rotating shaft sleeve 125 opposite to the rotating shaft opening 1250, and the electrical wires routed through the accommodating groove 12138 in the feeding device 10 uniformly pass through the another opening of the rotating shaft sleeve 125 and the rotating shaft 150 and penetrate out of the feeding device 10.
The following provides a bin gate control mechanism 16 according to an embodiment of the present invention. It should be noted that the bin gate control mechanism 16 provided by the embodiment of the present invention is a completely new and improved mechanism proposed by the present inventor, and the technical problems of the bin gate control mechanism and the corresponding feeding device in the prior art can be effectively solved by the improved bin gate control mechanism 16. Specifically, referring to fig. 5, 6 and 17 in combination, the bin gate control mechanism 16 provided in the present embodiment includes a bin gate plate 161, a bin gate rotating shaft 162 and a bin gate switch 163. The bin gate plates 161 are rotatably installed on the bin gate rotating shafts 162, and are installed on the bearing framework main body 121 of the feeding device 10 through the bin gate rotating shafts 162, and each bin gate plate 161 is used for closing or opening one of the feed openings 1210 of the bearing framework main body 121 (each feed opening 1210 corresponds to one bin lattice of the food material packaging box 800). Wherein, the storehouse door switch 163 that this embodiment provided is the electro-magnet, and the plug-type electro-magnet difference of the magnetic control bolt formula structure that adopts in the storehouse door switch of prior art is, and the electro-magnet that this embodiment adopted is sucking disc formula electro-magnet, and this electro-magnet need not to contain push-pull iron core in order to act on the storehouse door plant, and this electro-magnet can directly adsorb the closure or the opening of storehouse door plant in order to control the storehouse door plant. The electromagnet 163 is arranged on the bearing framework main body and controls the bin door plate to be closed or opened by adsorbing the bin door plate 161, and when the bin door plate 161 is opened and corresponds to the electromagnet 163, the food materials in the bin lattices of the food material packaging box 800 corresponding to the bin door plate 161 fall down through the corresponding feed opening 1210, so that the blanking operation is realized.
In a preferred embodiment, the gate plate 161 is made of a material that can be attracted by the electromagnet 163, for example, the gate plate 161 is made of a magnetic material that can be attracted by the electromagnet 163, so that the discharge opening can be closed or opened by the attraction of the electromagnet 163.
In another preferred embodiment, the cartridge door plate 161 itself is not made of a material that can be attracted by the electromagnet 163, but an attraction layer (not shown) made of a material that can be attracted by the electromagnet is provided on the cartridge door plate 161. Preferably, the adsorption layer is disposed at a position where the bin gate plate 161 is attached to the electromagnet 163 when being adsorbed by the electromagnet, so that the adsorption force of the electromagnet 163 on the bin gate plate 161 can be improved, and the adsorption effect and efficiency can be improved.
It can be seen that the improved bin gate control mechanism 16 provided by this embodiment replaces the push-pull electromagnet of the magnetic control latch type structure in the prior art with the sucker type electromagnet 163 as the bin gate switch, and directly adsorbs the bin gate plate 161 by the sucker type electromagnet 163 to control the bin gate plate 161 to close or open the feed opening 1210 to realize the feeding, so that the bin gate plate 161 is adsorbed by the electromagnet 163 to close the feed opening 1210 when the electromagnet 163 is powered on, and the bin gate plate 161 falls by the self weight to open the feed opening 1210 when the power-off adsorption force of the electromagnet 163 disappears, and thus the phenomena of jamming or difficult resetting and the like in the process of opening and closing the bin gate plate due to the reasons such as bolt rusting can be effectively avoided, thereby effectively improving the working stability and the feeding efficiency of the bin gate control mechanism. In addition, it can be understood that after the bin gate plate 161 opens the feed opening 1210 to complete the feeding operation, the supporting frame body 121 is turned over, so that the bin gate plate 161 falls by its own weight to reset and then closes the feed opening 1210, and then the electromagnet 163 is energized to adsorb the bin gate plate 161 again.
It can be understood that, when the compartment of the introduced food material package 800 is a single compartment, the feed opening 1210 formed at the center of the supporting frame body 121 is correspondingly provided as one compartment door plate 161 and the compartment door rotating shaft 162 of the compartment door control mechanism 16 are correspondingly provided as one compartment door, and the electromagnet 163 may be provided as one or more pieces to act on the compartment door plate 161. It can be understood that the plurality of electromagnets 163 are adopted to act on the same bin gate plate 161, so that the adsorption force of the electromagnets 163 on the same bin gate plate 161 can be effectively improved, and the adsorption effect is ensured, especially under the condition that the bin gate plate 161 is designed to be large.
Similarly, when there are a plurality of bins of the introduced food material package box 800, there are a plurality of corresponding feed openings 1210 formed in the center of the supporting frame body 121, and the number of the bin gate plates 161 of the bin gate control mechanism 16 is the same as the number of the feed openings 1210 and is matched with the number of the feed openings 1210, and each bin gate plate 161 can be configured to be adsorbed by at least one electromagnet 163.
In addition, in the process of implementing the invention, the inventor finds that the existing bin gate control mechanism and the feeding device have the following problems: each bin gate plate is correspondingly provided with a bin gate rotating shaft so as to be installed on the feeding device. When the storehouse door plant is a plurality of, for example when corresponding four feed openings and setting up four storehouse door plants, every storehouse door plant corresponds and connects a storehouse door pivot, needs to set up four storehouse door pivots promptly altogether, then installs four storehouse door pivots respectively on the loading attachment, the installation is very troublesome and assembly efficiency is low.
Therefore, in order to solve the problem, in the case that there is not only one discharge opening 1210, the bin gate control mechanism 16 according to the embodiment of the present invention improves the connection between the bin gate plates 161 and the bin gate rotating shafts 162, and specifically, at least two bin gate plates 161 are rotatably mounted on the same bin gate rotating shaft 162 and are mounted on the supporting frame main body 121 through the same bin gate rotating shaft 162.
In one embodiment, the door hinge 162 includes one, at least two door panels passing through the same door hinge 161, the door hinge 161 is connected to one side of the back frame body 121 (corresponding to the front frame 1213 a/rear frame 1213c of the back frame body 121), and the electromagnet 163 is disposed on the other side of the back frame body 121 opposite to the one side (corresponding to the rear frame 1213 c/front frame 1213a of the back frame body 121).
In another embodiment, as shown in fig. 8a to 8c, the door hinge 162 includes two, at least one door panel 161 passes through one door hinge and is connected to one side of the back frame body 121 (corresponding to the front frame 1213 a/rear frame 1213c of the back frame body 121), at least one door panel 161 passes through another door hinge 162 and is connected to the other side of the back frame body 121 opposite to the one side (corresponding to the rear frame 1213 c/front frame 1213a of the back frame body 121), the electromagnet 163 is disposed on a position (preferably, a middle position, corresponding to the transverse arm 1214a of the supporting frame body 121, and an accommodating groove for accommodating and fixing the electromagnet 163 may be disposed on the transverse arm 1214 a) between the one side and the other side of the supporting frame body.
Fig. 8a to 8b show the corresponding structure of the bin gate control mechanism 16 suitable for the feeding device for guiding four-bin food material packaging boxes, wherein the supporting frame main body 121 is provided with a first material outlet 1210a, a second material outlet 1210b, a third material outlet 1210c and a fourth material outlet 1210d, the bin gate control mechanism 16 is correspondingly provided with a first bin gate plate 161a, a second bin gate plate 161b, a third bin gate plate 161c and a fourth bin gate plate 161d, the bin gate rotating shafts 162 include two bin gate rotating shafts 162a and 162b, wherein the first bin gate plate 161a and the second bin gate plate 161b are both rotatably mounted on the first bin gate rotating shaft 162a, and the third bin gate plate 161c and the fourth bin gate plate 161d are both rotatably mounted on the second bin gate rotating shaft 162 b. Two ends of the first bin gate rotating shaft 162a and the second bin gate rotating shaft 162b are respectively connected and fixed to the supporting framework main body 121. Specifically, the right frame 1213b and the left frame 1213d are provided with door pivot holes on the frame inner edge 12135 close to the front frame 1213a, and two ends of the first door pivot 162a are correspondingly inserted through the door pivot holes to be fixed on the supporting frame main body 121, and are closely attached to the frame inner edge 12135 of the front frame 1213a in parallel. Similarly, the right frame 1213b and the left frame 1213d are provided with door pivot holes at the frame inner edges 12135 thereof close to the rear frame 1213c, and two ends of the second door pivot 162b are correspondingly inserted through the door pivot holes to be fixed on the supporting frame main body 121 and closely attached to the frame inner edges 12135 of the rear frame 1213c in parallel. Further, one end of each of the door panels 161 is provided with a door panel shaft sleeve 1611 to pass through the door rotation shaft 162, and the other end of each of the door panels 161 is a movable end 1612 capable of rotating around the door rotation shaft 162. The movable end 1612 of each of the gate plates 161 is controlled by at least one electromagnet 163 disposed on the transverse arm 1214a to open or close the corresponding feed opening. An accommodating groove for accommodating and fixing the electromagnet 163 may be formed on the transverse arm 1214a of the supporting frame body 121, and the accommodating groove is provided with a corresponding electromagnet mounting position 1630 for correspondingly mounting the electromagnet 163. The second and third door panels 161b and 161c are larger than the first and fourth door panels 161a and 161d, and the movable ends of the second and third door panels 161b and 161c are respectively adsorbed by the two electromagnets 163 to improve the adsorption force.
The corresponding structure of the bin gate control mechanism 16 shown in fig. 8c is substantially the same as that of the bin gate control mechanism 16 shown in fig. 8a to 8b, except that the bin gate control mechanism 16 shown in fig. 8c is extended by more bin gate combinations with different specifications and numbers, for example, the support frame main body 121 is provided with six feed openings, including a first feed opening 1210a, a second feed opening 1210b, a third feed opening 1210c, a fourth feed opening 1210d, a fifth feed opening 1210e and a sixth feed opening 1210f, and the bin gate control mechanism 16 is correspondingly provided with six bin gate plates, three of which are rotatably connected to the first bin gate rotating shaft 162a, and the other three of which are rotatably connected to the second bin gate rotating shaft 162 b.
In yet another embodiment, as shown in fig. 8d, the door hinge 162 includes two door hinges, at least one door panel 161 passes through one door hinge 162, at least one door panel 161 passes through the other door hinge 162, the electromagnets 163 are respectively disposed on two opposite sides of the supporting frame body 121 (corresponding to the front frame 1213a and the rear frame 1213c of the supporting frame body 121, and the corresponding electromagnet mounting positions are disposed in the receiving slots of the front frame 1213a and the rear frame 1213c), and the two door hinges 162 are connected in parallel to a position between the two opposite sides of the supporting frame body 121 (preferably, a middle position corresponding to the transverse arm 1214a of the supporting frame body 121). Specifically, the door pivot 162 includes a first door pivot 162a and a second door pivot 162b, two door pivot through holes are respectively disposed at positions where the right frame 1213b and the left frame 1213d face the transverse arm 1214a, the first door pivot 162a and the second door pivot 162b are parallel and respectively fixed on the transverse arm 1214a after passing through the corresponding door pivot through holes, and the electromagnets 163 are correspondingly disposed in the receiving grooves of the front frame 1213a and the rear frame 1213c of the supporting frame main body 121.
In yet another embodiment, and also as the most preferred embodiment of the door control mechanism 16 provided by the present invention, as shown in fig. 6, 7 and 8e, the electromagnets 163 are respectively disposed on opposite sides of the back frame body 121 (corresponding to the front frame 1213a and the rear frame 1213c of the back frame body 121, and electromagnet mounting positions are correspondingly disposed in the accommodating grooves of the front frame 1213a and the rear frame 1213c), the door hinge 162 includes one door panel connected to a position between two opposite sides of the supporting frame body 121 (preferably, a middle position corresponding to the transverse arm 1214a of the supporting frame body 121), and all two door panels 161 pass through the same door hinge 162 and are disposed on two sides of the door hinge 162, and thus are attracted by the electromagnets 163 provided in the front frame 1213a and the rear frame 1213c, respectively. One end of each of the bin gate plates 161 passes through the same bin gate rotating shaft 162 through a bin gate plate shaft sleeve 1611 in a staggered manner, the other end of each of the bin gate plates 161 is a movable end 1612 capable of rotating around the bin gate rotating shaft 162, and the electromagnets 163 arranged in the front frame 1213a and the rear frame 1213c correspondingly act on the movable end 1612.
Wherein, fig. 6 and 7 show the corresponding structure of the bin gate control mechanism 16 of the feeding device suitable for guiding four-bin food material packing boxes, wherein the supporting framework main body 121 is provided with a first feed opening 1210a, a second feed opening 1210b, a third feed opening 1210c and a fourth feed opening 1210d, the bin gate control mechanism 16 is correspondingly provided with a first bin gate plate 161a, a second bin gate plate 161b, a third bin gate plate 161c and a fourth bin gate plate 161d, the right frame 1213b and the left frame 1213d are respectively provided with a door hinge through-hole at a position opposite to the transverse arm 1214a, one end of each of the first bin gate plate 161a, the second bin gate plate 161b, the third bin gate plate 161c and the fourth bin gate plate 161d is provided with a bin gate plate shaft sleeve 1611 to pass through the same bin gate rotating shaft 162 in a staggered manner, both ends of the door hinge 162 are fixed on the transverse arm 1214a after passing through the corresponding door hinge through holes. The other ends of the first and second door panels 161a, 161b, 161c and 161d are movable ends 1612 capable of rotating around the door rotating shaft 162. As an illustrative example of "passing through in a staggered manner" to connect all the door panels to the same door pivot shaft, for example, the first door panel 161a is provided with a door panel shaft sleeve 1611a and a door panel shaft sleeve 1611a ', the second door panel 161b is provided with a door panel shaft sleeve 1611b and a door panel shaft sleeve 1611 b', the third door panel 161c is provided with a door panel shaft sleeve 1611c and a door panel shaft sleeve 1611c ', the fourth door panel 161d is provided with a door panel shaft sleeve 1611d and a door panel shaft sleeve 1611 d', and one end of the door pivot shaft 162 passes through the door panel shaft sleeve 1611a, the door panel shaft sleeve 1611c, the door panel shaft sleeve 1611a ', the door panel shaft sleeve 1611b, the door panel shaft sleeve 1611 c', the door panel shaft sleeve 1611d, the door panel shaft sleeve 1611b 'and the door panel shaft sleeve 1611 d' in sequence to connect all the door panels. It is understood that each door panel 161 can be connected to the same door spindle 162 by other methods, and is not limited to the embodiment shown in fig. 7.
The corresponding structure of the bin gate control mechanism 16 shown in fig. 8e is substantially identical to the bin gate control mechanism 16 shown in fig. 7, except that, figure 8e shows door control mechanism 16 expanded with a greater number of door combinations of different sizes, for example, the door control mechanism 16 is correspondingly provided with five door panels, a first door panel 161a, a second door panel 161b, a third door panel 161c, a fourth door panel 161d and a fifth door panel 161e, wherein, one end of the first bin gate plate 161a, the second bin gate plate 161b, the third bin gate plate 161c, the fourth bin gate plate 161d and the fifth bin gate plate 161e are respectively provided with a bin gate plate shaft sleeve 1611 to pass through the same bin gate rotating shaft 162 in a staggered way, the other ends of the first door panel 161a, the second door panel 161b, the third door panel 161c, the fourth door panel 161d and the fifth door panel 161e are movable ends 1612 capable of rotating around the door rotating shaft 162.
Therefore, the bin gate control mechanism 16 with the improved structure provided by the embodiment of the invention has the advantages that at least two bin gate plates are arranged on the same bin gate rotating shaft in a rotating mode and are arranged on the bearing framework main body through the same bin gate rotating shaft, so that the bin gate control mechanism is more convenient to install, and the assembly efficiency is effectively improved. In addition, no matter the design of the bin door rotating shaft with a single shaft or double shafts is adopted, bin lattice combinations with different specifications and quantities can be realized, and the requirements of different dishes are met. Particularly, door board axle sleeve dislocation design through a plurality of door boards is in order to pass same root door pivot and locate the both sides of door pivot to be connected to through this door pivot position (preferably middle part position) between the relative both sides of bearing skeleton main part, when can further reduce material saving cost and submit assembly efficiency, more be suitable for leading-in current most edible material packing carton (the interval often is less between the storehouse check of edible material packing carton), thereby need not do the additional design in order to satisfy door control mechanism and loading attachment to edible material packing carton.
It can be understood that, in the bin gate control mechanism 16 provided in this embodiment, each of the electromagnets is connected to the controller, and the controller controls each of the electromagnets 163 to operate independently, so as to control the opening time and sequence of each of the bin gate plates 161, and further control the dispensing time and sequence of the food materials in different bins of the food material packaging box 800. When the feeding device 10 provided in this embodiment is applied to the above-mentioned intelligent cooker, the controller of the intelligent cooker executes the blanking operation according to the corresponding recipe instruction, so as to control the feeding time and sequence of the food materials in different bins in the food material packaging box 800 according to the recipe instruction. As shown in fig. 6, the wires of each electromagnet 163 for electrically connecting with the controller are routed through the receiving slot 12138 on the supporting frame body 121 and pass through the opening provided on the receiving slot 12138 (preferably, the embodiment is that the wires pass through a rotating shaft sleeve formed by injection molding with the supporting frame body 121 and a hollow rotating shaft) to pass through the supporting frame body 121 to connect with the controller for independent control.
Referring to fig. 4, 5, 6 and 10, the feeding device 10 provided in this embodiment includes the feeding bin 11, and the feeding bin 11 is a shell structure. One end surface of the upper bin 11, which is used for being connected with the supporting framework 12, is a bottom end surface 111 (bottom) of the upper bin 11, and the other end surface of the upper bin 11, which is far away from the bottom end surface 111, is a top end surface 112 (top) of the upper bin 11. The upper bin 11 is provided therein with a packing box accommodating space 110, and the upper bin 11 is mainly composed of a top wall 113, and a left side wall 114, a right side wall 115 and a rear side wall 116 connected to the top wall 113, wherein the left side wall 114 and the right side wall 115 are opposite. The top wall 113, the left side wall 114, the right side wall 115 and the rear side wall 116 form the packing box accommodating space 110. In this embodiment, the front side of the upper bin 11 opposite to the rear side wall 116 is of an open structure, and the bottom opposite to the top wall 113 is also of an open structure. The opening at the front side forms a feed opening for food material packaging box 800 containing food material to enter and exit, which is beneficial for guiding food material packaging box 800 into packaging box accommodating space 110 or guiding food material packaging box 800 out of packaging box accommodating space 110. The opening of the bottom is communicated with the feed opening 1210 on the bearing framework 12, so that each bin of the food material packaging box 800 guided into the packaging box accommodating space 110 is communicated with each feed opening 1210 in a one-to-one correspondence manner. When the food material packaging box 800 is accommodated in the packaging box accommodating space, the bin lattice opening of the food material packaging box is consistent with the orientation of the bottom opening of the upper bin 11, which is used for connecting the bearing framework 12.
It can be understood that the bottom end surface 111 of the upper bunker 11 is located at the bottom of the upper bunker 11, and the bottom end surface 111 is matched with the top surface 12139 of the outer frame of the support frame body 121 to realize connection, so as to realize connection between the upper bunker 11 and the support frame 12. Specifically, a plurality of assembling positions are correspondingly distributed on the bottom end surface 111 of the upper bin 11 and the outer frame top surface 12139 of the support frame main body 121, and the upper bin 11 and the support frame 12 are connected and fixed by connecting members such as screws on the assembling positions.
The inventor finds that, in a feeding device provided by the prior art, for example, chinese invention with patent application No. CN201510152657.4 discloses an automatic feeding device suitable for a full-automatic cooker, an accommodating space for accommodating a food material packaging box is composed of two side face guide plates in a casing and a limit baffle plate arranged on the bottom surface of the casing, protrusions on two outer side faces of the food material packaging box are installed in the feeding device along positioning grooves of the two side face guide plates, and when a front end face of the food material packaging box abuts against the limit baffle plate, the protrusions on the two outer side faces of the food material packaging box are matched with the positioning grooves of the two side face guide plates to be locked in the accommodating space. This prior design has at least two problems: (1) the food packaging box cannot be completely locked in the accommodating space of the shell only by matching the protrusions on the two outer side surfaces of the food packaging box with the positioning grooves on the guide plates on the two side surfaces, so that the food packaging box is easy to move in the direction opposite to the direction in which the food packaging box enters the accommodating space in the overturning process of the feeding device, part of food materials of the food packaging box are scattered, waste is caused, and normal blanking work cannot be realized; (2) the accommodating space for accommodating the food material packaging box is composed of two side face guide plates in the shell and a limit baffle plate arranged on the bottom face of the shell, the height of a bin of the food material packaging box must be matched with the height limited between the positioning grooves of the two side face guide plates and the limit baffle plate on the bottom face of the shell, namely, the accommodating space can only be used for accommodating the food material packaging box with fixed (single) depth capacity size, and the food material packaging box with different depth capacity sizes cannot be introduced.
Therefore, the embodiment of the invention provides an improved feeding bin structure and a feeding device, which can effectively solve the two problems. Specifically, referring to fig. 6, 11 and 12, the inner walls of the left sidewall 114 and the right sidewall 115 of the upper bin 11 are respectively and relatively provided with grooves (1140 and 1150) recessed along the direction away from the bottom end surface 111 at the positions close to the bottom end surface 111 (i.e. the connecting surface of the upper bin 11 and the support frame 12), and correspondingly, the corresponding positions of the inner surfaces of the flanges of the left and right sidewalls of the food material packaging box 800 received in the upper bin 11 are respectively and relatively provided with first protrusions 801 protruding along the direction of the bin opening away from the food material packaging box 800 (refer to fig. 13a to 14 b). When the food material packaging box 800 is accommodated in the accommodating space 110 of the upper bin 11, the first protrusions 801 at the flanging positions of the left and right side walls of the food material packaging box 800 are buckled in the grooves (1140, 1150) of the inner walls of the left side wall 114 and the right side wall 115 of the upper bin 11, and the grooves (1140, 1150) limit the first protrusions 801, so that the food material packaging box 800 can be completely locked in the accommodating space 110 of the upper bin 11, and the food material packaging box 800 is prevented from moving back and forth along the pushing direction in the overturning process of the feeding device 10, so that the normal operation of scattering and ensuring the blanking operation in the process of overturning part of the feeding device 10 can be effectively prevented. In addition, the distance between the bottom end surface 111 of the upper bin 11 and the top end surface 112 of the upper bin 11 constitutes the maximum receiving height of the receiving space 110 of the upper bin 11, because the food material packaging box 800 is completely locked and accommodated in the accommodating space 110 of the upper bin 11 by the fact that the first protruding portion 801 provided in the food material packaging box is buckled in the grooves (1140 and 1150) at the corresponding position of the upper bin 11, the feeding device 10 provided by the embodiment does not require that the depth and the capacity of the accommodated food material packaging box 800 are uniquely matched with the height of the accommodating space, and the food material packaging box 800 can be accommodated in the accommodating space 110 of the feeding device 10 as long as the bin depth of the food material packaging box 800 is smaller than the maximum accommodating height of the accommodating space 110, that is, the feeding device 10 provided by the embodiment can be suitable for receiving food material packaging boxes 800 with bin heights of different capacities, and the applicability is wider.
As a preferable design, please refer to fig. 6, 11 and 12, the grooves (1140, 1150) on the inner walls of the left side wall 114 and the right side wall 115 of the upper bin 11 are preferably disposed at positions adjacent to the rear side wall 116, so that when the food material packaging box 800 is pushed into the upper bin 11 and the rear end surface of the food material packaging box 800 abuts against the rear side wall 116 of the upper bin 11, the first protrusions 801 at the flanged positions of the left and right side walls of the food material packaging box 800 are just snapped into the grooves (1140, 1150) on the inner walls at both sides of the upper bin 11, thereby locking the food material packaging box 800 in the accommodating space 110 of the upper bin 11.
In addition, as a further design, in order to better guide the food material packaging box 800 into the upper bin 11 so as to enable the first protrusion 801 to be snapped into the grooves (1140, 1150), the inner walls of the left side wall 114 and the right side wall 115 of the upper bin 11 are further symmetrically provided with guide grooves (1141, 1151) connected with the grooves (1140, 1150), respectively, wherein the guide groove 1141 is connected with the groove 1140, and the guide groove 1151 is connected with the groove 1150. The guide groove 1141 and the guide groove 1151 have the same structure, and the structure of the guide groove 1141 will be described as an example. As shown in fig. 11, the guide groove 1141 includes an inclined guide portion 1141a and a transition portion 1141b, one end of the transition portion 1141b is connected to the groove 1140, the other end of the transition portion 1141b is connected to one end of the inclined guide portion 1141a in a transition manner, and the other end of the inclined guide portion 1141a extends to the front opening of the upper bin 11. The surface of the transition portion 1141b is a horizontal plane, and the horizontal plane of the surface of the transition portion 1141 is higher than the lowest end of the corresponding connected grooves (1140, 1150). The surface of the inclined guide portion 1141a is an inclined surface, and the inclined surface gradually inclines upward from the other end of the inclined guide portion 1141a to one end of the inclined guide portion 1141 a. Correspondingly, the inner surfaces of the flanges of the left and right side walls of the food packaging box 800 are disposed at corresponding positions close to the first protrusion 801, and are respectively and oppositely provided with second protrusions 802 protruding in the direction away from the opening of the bin of the food packaging box 800 (refer to fig. 13a to 14 b). And the height of the second protruding portion 802 is smaller than that of the first protruding portion 801. Thus, if the food material packaging box 800 is guided into the upper bin 11, the food material packaging box 800 is pushed into the upper bin 11 along the arrow a direction shown in fig. 11, and the first protruding portion 801 and the second protruding portion 802 on the flanging positions of the left side wall and the right side wall of the food material packaging box 800 are respectively attached to and advance along the guide grooves (1141, 1151) of the left side wall 114 and the right side wall 115 of the upper bin 11, under the guiding action of the guide grooves (1141, 1151), the food material packaging box 800 can be effectively and quickly guided in place, when the food material packaging box 800 is guided in place, the first protruding portions 801 on the two sides of the food material packaging box 800 are buckled in the grooves (1140, 1150) on the inner walls on the two sides of the upper bin 11, and the second protruding portions 802 on the two sides of the food material packaging box 800 are just abutted against the guide grooves (1141, 1150) on the inner walls on the two sides of the upper bin 11, 1151) The transition portion on and rather than the laminating of surface, thereby increase eat material packing carton 800 with the area of contact of the both sides inner wall of last feed bin 11, thereby make it can more firmly hold to eat material packing carton 800 in going up feed bin 11, and then further prevent to eat material packing carton 800 and take place to remove along the horizontal direction at the in-process of last feed bin 11 upset. In addition, when the food material packaging box 800 needs to be taken out of the feeding bin 11, the food material packaging box 800 only needs to be lifted upwards (in the vertical direction) manually so as to avoid the obstruction of the grooves (1140 and 1150) to the first protruding portion 801 and then be pulled out outwards, and the food material packaging box 800 is led out along the opposite directions of the guide grooves (1141 and 1151).
Preferably, the flanges of the left and right side walls of the food packaging box 800 and the top surface (an end surface where the bin lattice openings are located) of the food packaging box 800 are both of a planar structure and are located on the same horizontal plane, so that the food packaging box 800 is guided into the upper bin 11. It can be understood that when the food packaging box 800 is completely received in the receiving space 110 of the upper bin 11, the top surface of the food packaging box 800 is slightly lower than the bottom end surface 111 of the upper bin 11.
Referring to fig. 5, 6, 10 to 12, and 17, in order to detect whether the food packaging box 800 is accommodated in the loading bin 11, the loading device provided in this embodiment is provided with a food box detection switch 117, and the food box detection switch 117 is provided with a switch contact 1170. When eat material packing carton 800 holding and being in when going up in the feed bin 11, eat material packing carton 800 and press eat material box detection module 3's switch contact 1170, and make eat material packing carton 800 and leave when going up in the feed bin 11, eat material packing carton 800 release switch contact 1170, thereby can effectively detect whether eat material packing carton 800 holding is in go up in the feed bin 11, in order to avoid eat material packing carton 800 does not place follow-up actions such as unloading have been started under the circumstances of going up feed bin 11. Specifically, a detection switch accommodating box 1171 is arranged at a position, close to the outer wall of the bottom end surface 111 (i.e. the connection surface between the upper bin 11 and the support framework 12), of the rear side wall 116 of the upper bin 11, and the detection switch accommodating box 1171 and the upper bin 11 are integrally formed by injection molding. The food material box detection switch 1117 is accommodated in the detection switch accommodating box 1171, a through hole is formed in the rear side wall 116 of the upper bin 11 at a position corresponding to the detection switch accommodating box 1171, and the switch contact 1170 of the food material box detection switch 117 penetrates through the through hole to extend into the accommodating space 110 of the upper bin 11. When the food packaging box 800 is completely guided into the feeding bin 11, the rear side wall of the food packaging box 800 abuts against and presses the switch contact 1170; when the food packaging box 800 exits the upper bin 11, the rear sidewall of the food packaging box 800 exits to release the switch contact 1170.
Therefore, through the rear side wall 116 of the upper bin 11 sets up the material box detection switch 117, so that the material packaging box 800 is accommodated in the upper bin 11, the rear side wall of the material packaging box 800 abuts against and presses the switch contact 1170 of the material box detection switch 117, and the material packaging box 800 is separated from the upper bin 11, the rear side wall of the material packaging box 800 is separated and released from the switch contact 1170, so that whether the material packaging box 800 is accommodated in the upper bin 11 can be effectively detected, and the material packaging box 800 is prevented from being placed in the condition of the upper bin 11, and subsequent actions such as blanking are started.
In addition, openings are respectively formed in the bottom end surface 111 of the upper bin 11 and the top surface 12139 of the outer frame of the support frame 12 corresponding to the positions of the detection switch accommodating box 1171, and the electrical wires of the food material box detection switch 117 accommodated in the detection switch accommodating box 1171 sequentially pass through the openings of the bottom end surface 111 and the top surface 12139 of the outer frame to enter the accommodating groove 12138 of the support frame 12, and pass through the accommodating groove 12138 to pass through the driving shaft 140 to realize electrical connection with the controller, so that the switch contacts 1170 are pressed and released, and then sent to the controller. In addition, when the switch contact 1170 is pressed, a user can be prompted by an icon, a light or a sound, etc., that the food material packaging box 800 is loaded into the loading bin 11.
It can be seen that, the feeding device 10 provided in this embodiment effectively detects the guiding state of the food material packaging box 800 by setting the food material box detection switch 117, and the food material box detection switch 117 and the switch contact 1170 are disposed on the rear side wall 116 of the upper bin 11 close to the bottom end surface 111, so that the food material packaging boxes 800 with different heights and capacities can be effectively detected (the food material packaging box 800 with the smallest bin height can be also abutted against the switch contact 1170) and that the electric wires of the food material box detection switch 117 are electrically connected to the controller outside the feeding device through the wiring slots of the supporting frame 12 for convenience of wiring the food material box detection switch 117.
Referring to fig. 5, 6, 10 to 12, and 17, in order to transmit information of food materials, an electronic tag 810 is disposed on an outer side wall of the food material packaging box 800 in this embodiment, the feeding bin 11 is provided with a read-write module 118 matching with the electronic tag 810, and the electronic tag 810 is disposed opposite to the read-write module 118. The electronic tag 810 may be a two-dimensional code, an IC card, an RFID tag, or the like, and the read/write module 118 may be a reader/writer correspondingly matched with the electronic tag 810. By arranging the electronic tag 810 on the outer side wall of the food packaging box 800 and arranging the electronic tag 810 opposite to the reading and writing module 118, the reading and writing module 118 can read or write information into the electronic tag 810, so as to transmit information of food, such as information of codes, recipes, production dates or processing, to a control system of a cooking device, such as a cooking machine.
As a preferred design, the electronic tag 810 is disposed on the outer surface of the rear sidewall of the food packaging box 800, and the electronic tag 810 is close to the top surface of the food packaging box 800. Correspondingly, a reader-writer accommodating box 1181 is correspondingly arranged at a position, close to the outer wall of the bottom end surface 111, of the rear side wall 116 of the upper bin 11, and the reader-writer accommodating box 1181 and the upper bin 11 are integrally formed by injection molding. The read/write module 118 is received in the reader/writer receiving box 1181. When the food packaging box 800 is guided into the feeding bin 11, the electronic tag 810 on the outer surface of the rear side wall of the food packaging box 800 is close to the reader/writer accommodating box 1181, and can be read or written with information by the reading and writing module 118 of the reader/writer accommodating box 1181. In this embodiment, the electronic tag 810 is preferably an RFID tag, and the read/write module 118 is an RFID reader/writer.
In addition, the bottom end surface 111 of the feeding bin 11 and the outer frame top surface 12139 of the support frame 12 correspond to the positions of the reader-writer accommodating box 1181 are respectively provided with an opening, an electrical lead of the read-write module 118 of the reader-writer accommodating box 1181 is accommodated in the openings of the bottom end surface 111 and the outer frame top surface 12139 in order to enter the accommodating groove 12138 of the support frame 12, and passes through the accommodating groove 12138 after being wired, the electric connection with the controller is realized by penetrating out the driving shaft 140, so that the read information is sent to the controller or the control information of the controller is written into the electronic tag.
It can be seen that, in the feeding device 10 provided in this embodiment, the read-write module 118 is disposed on the rear side wall 116 of the feeding bin 11 close to the bottom end surface 111, so that the read-write module 118 can be conveniently wired, and an electrical lead of the read-write module 118 is electrically connected to a controller outside the feeding device through a wiring slot of the support frame 12.
Referring to fig. 13a and 13b, in order to facilitate correct insertion of the food packaging box 800, an indication mark 824 for indicating the insertion direction of the food packaging box 800 is disposed on the top surface of the food packaging box 800 in this embodiment, and preferably, the indication mark 824 is concavely formed; the indicator 824 is a directional arrow (indicating the direction from the front side wall to the rear side wall of the food packaging box 800). By setting the indication mark 824, the food material packaging box 800 can be placed correctly. In addition, in order to facilitate the general the material packing box 800 pushes smoothly go up in the feed bin 11, through the sunken shaping of indicator 824, thereby guarantee indicator 824 not bulge in material packing box 800's top surface, and then avoid material packing box 800 is pushed screens when going up feed bin 11.
Referring back to fig. 5 and 10, in order to facilitate cleaning of the loading device 10, a flushing port 1120 penetrating through the top end surface 112 is provided on the top of the loading bin 11 in this embodiment. When the feeding device 10 provided in this embodiment is installed in the sealed cooking cavity of the intelligent cooker, the nozzle of the flushing device disposed above the feeding device 10 can flush the inside of the whole feeding device 10 through the flushing port 1120, and the flushed water flows out through the discharging port 1210 of the feeding device 10 (the bin gate plate 161 is opened through the bin gate control mechanism 16). In addition, as the preferred design, a plurality of reinforcing ribs are arranged on the outer surface of the upper bin 11.
Referring back to fig. 4 to 6, the feeding device 10 provided in this embodiment includes the lower hopper 13, the lower hopper 13 is a frustum pyramid shaped shell structure, and the lower hopper 13 is integrally injection molded. One end surface of the lower hopper 13, which is used for being connected with the supporting framework 12, is a top end surface 131 (top) of the lower hopper 13, and the other end surface of the lower hopper 13, which is far away from the top end surface 131, is a bottom end surface 132 (bottom) of the lower hopper 13. The lower hopper 13 mainly comprises a bottom wall and four side walls connected with the bottom wall, and the top of the lower hopper 13 opposite to the bottom wall is of an open structure. The top opening of the discharging hopper 13 is communicated with the discharging opening 1210 on the bearing framework 12, so that the food materials falling through the discharging opening 1210 can enter the discharging hopper 13. The center of the bottom end surface 132 of the lower hopper 13 is provided with a total feed opening 130, and the bottom end surface 132 of the lower hopper 13 inclines downwards and shrinks gradually towards the total feed opening 130 along the joints with the four side walls of the lower hopper 13, so that the lower hopper 13 is integrally shaped like a frustum pyramid. The food material falling into the discharge hopper 13 through the discharge opening 1210 is guided by the inclination of the bottom end surface 132 of the discharge hopper 13, and finally falls through the main discharge opening 130 to complete the discharge work. It can be understood that, when the feeding device 10 provided in this embodiment is installed in the sealed cooking cavity of the intelligent cooker, after the food material packaging box 800 is guided by the feeding device, and the entire feeding device is turned over by the feeding device turning mechanism 14, the total discharging opening 130 of the discharging hopper 13 is opposite to the pan opening disposed below the feeding device 10.
In addition, the blanking hopper 13 provided by this embodiment is connected to the bottom end surface 1212 of the support frame 12 and is configured to close and seal the accommodating groove 12138 disposed on the bottom end surface 1212 of the support frame 12, so that the bin gate switch and the electrical lead of the bin gate control mechanism accommodated in the accommodating groove 12138 can be located in the sealed space formed by the blanking hopper 13 and the support frame 12, thereby achieving the sealing effect. Specifically, the top end surface 131 of the lower hopper 13 is disposed to match with the bottom end surface 1212 of the support frame 12 of the support frame main body 121 to seal the accommodating groove 12138. Specifically, the middle positions of the left and right sides of the top end surface 131 of the lower hopper 13 respectively correspond to the left lug 12130d and the right lug 12130b of the support frame 12, and extend outward to form a left lug covering part 138 and a right lug covering part 139, and the left lug covering part 138 and the right lug covering part 139 are respectively used for closing and sealing the receiving grooves of the left lug 12130d and the right lug 12130b when the lower hopper 13 is connected to the support frame 12. It will be appreciated that the left lug covering portion 138 and the right lug covering portion 139 are integrally injection molded with the lower hopper 13. Preferably, a plurality of reinforcing ribs are arranged on the outer surface of the lower hopper 13.
In addition, a plurality of fitting positions are correspondingly distributed on the top end surface 131 of the lower hopper 13 and the bottom end surface 1212 of the supporting frame main body 121, and the lower hopper 13 and the supporting frame 12 are connected and fixed by a connecting member such as a screw at the fitting positions. Preferably, referring to fig. 5, the lower hopper 13 is connected with the left side and the right side corresponding to the supporting framework 12 through screws, and the lower hopper 13 is connected with the front side and the rear side corresponding to the supporting framework 12 through a card. Specifically, the left and right sides of the discharging hopper 13 corresponding to the supporting framework 12 are correspondingly provided with screw locking openings 1000 for screw connection. Buckles 1300 are arranged on the front side and the rear side of the lower hopper 13, and bayonets 1200 which are connected with the buckles 1300 in a clamped mode are correspondingly arranged on the front side and the rear side of the bearing framework 12. Hopper 13 down with through buckle 1300 and bayonet socket 1200 fixed connection between the front and back both sides that bearing skeleton 12 corresponds, simultaneously through the screw from hopper 13 down with the screw fore shaft of the left and right sides that bearing skeleton 12 corresponds is fixed to be locked, wherein, hopper 13 down with the design of detaining 1300 between the front and back both sides that bearing skeleton 12 corresponds can effectively reduce occupation space with bayonet socket 1200.
In addition, in the process of implementing the invention, the inventor finds that the prior feeding device has the following problems: after the unloading operation is accomplished (storehouse door plant falls in order to open the feed opening completely), need through loading attachment tilting mechanism with the whole 180 degrees of turning back of loading attachment in order to drive the storehouse door plant and reset, but when the storehouse door plant is falling in order to open the in-process of feed opening completely, if pivoted angle is too big (for example exceed 90 °), when the loading attachment tilting mechanism overturns 180 degrees in order to reset the storehouse door plant, the storehouse door plant can't realize automatic re-setting along the motion of the direction of overturning to reset under self action of gravity.
Therefore, the feeding device 10 is improved in the embodiment of the invention to solve the technical problem that the existing bin door panel is difficult to automatically reset due to an overlarge rotation angle. Specifically, as shown in fig. 4 and fig. 9a to 9c, in this embodiment, a limit stopper 1390 is disposed on an inner wall of the discharging hopper 13 of the loading device 10, and the limit stopper 1390 is used to limit the rotation angle of the bin gate plate 161 not exceeding 90 ° when the bin gate plate 161 of the bin gate control mechanism 16 rotates around the bin gate rotating shaft 162 to open the discharging opening of the supporting frame main body 121.
In a preferred embodiment, the limit stop 1390 is used to limit the rotation angle of the cartridge door 161 about the cartridge door rotation axis 162 to 60 ° to 90 ° when the feed opening is opened.
In another preferred embodiment, the limit stop 1390 is used to limit the rotation angle of the cartridge door 161 about the cartridge door rotation axis 162 to be between 75 ° and 90 ° when the feed opening is opened.
Further, when the door pivot 162 is connected to the left and right sides of the support frame main body 121 and is disposed at a position between the front and rear sides of the support frame main body (preferably, at a middle position corresponding to the transverse arm 1214a of the support frame main body 121), the limit stopper 1390 is correspondingly disposed on the inner wall of at least one of the left and right side walls of the lower hopper 13 so as to face the door pivot 162.
Further, two limit stoppers 1390 are provided and respectively disposed on the inner walls of the left and right side walls of the discharge hopper 13 so as to face the door rotation shaft 162. Wherein each limit stopper 1390 has an isosceles trapezoid shaped longitudinal cross section. Preferably, as shown in fig. 4, the limit stopper 1390 is formed by injection molding integrally with the lower hopper 13, and the limit stopper 1390 is formed by inwardly recessing the left and right side walls.
Referring to fig. 6 and 9a to 9c, how to overcome the technical problem of difficulty in automatic reset caused by an excessive rotation angle of the bin gate plate by adding the limit stopper 1390 in the blanking bin 13 according to this embodiment is further combined with the operation principle of the loading device 10.
After the feeding device 10 introduces the food material packaging box, when a blanking preparation instruction is received, the controller energizes the bin gate switch (electromagnet), the bin gate plate 161 is in a locked state under the corresponding bin gate switch action (such as the attraction of the electromagnet 163), and the bin gate plate is still in a closed state under the bin gate switch action (such as the attraction of the electromagnet) when the feeding device turnover mechanism turns over the whole feeding device to reach the blanking state. When the blanking port needs to be opened for blanking, the electromagnet 163 is powered off, the attraction of the electromagnet disappears, and the bin gate plate falls by the dead weight to realize the automatic opening of the bin gate plate 161 (wherein, the rotation direction of the first bin gate plate 161a and the second bin gate plate 161b around the bin gate rotating shaft 162 in the falling process is shown by an arrow a1 in fig. 9a, and the rotation direction of the third bin gate plate 161c and the fourth bin gate plate 161d in the falling process is shown by an arrow a2 in fig. 9 a), when the bin gate plate 161 is completely opened, the bin gate plate 161 is at a limit stop 1390 due to the limiting effect of the limit stop 1390, as shown in fig. 9 a;
after the feeding is finished, when a resetting instruction of the feeding device 10 is received, the feeding device 10 is turned back to the turning degree (the turning direction is shown by an arrow B in fig. 9B) through the feeding device turning mechanism, and in the turning process, the third bin door panel 161c and the fourth bin door panel 161d move in the opposite direction of the turning direction of the feeding device 10 (the third bin door panel moves down and is shown by an arrow B2 in fig. 9B) under the action of self gravity, so that the resetting is finally realized; the first bin door panel 161a and the second bin door panel 161B overturn along with the turning of the feeding device 10 under the action of the limit stop 1390 (the movement direction is shown by an arrow B1 in fig. 9 c), when the feeding device 10 overturns to a reset state, an included angle smaller than 90 degrees is formed between the first bin door panel 161a and the second bin door panel 161B and the supporting framework 12 of the feeding device 10, so that the first bin door panel 161a and the second bin door panel move continuously along the original turning reset direction under the action of self gravity, and finally, the reset is realized, as shown in fig. 9 c.
The feeding device 10 provided by the present embodiment enables the food material of the food material packaging box 800 introduced into the feeding bin 11 to fall through the discharging opening 1210 when performing the discharging operation by providing the discharging hopper 13, and can fall into the corresponding cooking device through the total discharging opening 130 of the discharging hopper 13 under the guidance of the discharging hopper 13. In addition, set up this lower hopper 13 be used for with the bearing skeleton is connected, and the closure seals the accepting groove 12138 that the bottom face 1212 of bearing skeleton 12 set up, makes the holding in the bin gate switch and the electric wire of the bin gate control mechanism in the accepting groove 12138 can be in lower hopper 13 with in the sealed space that bearing skeleton 12 formed, reach sealed effect.
Further, referring back to fig. 6, in order to protect the electromagnet 163 in the accommodating groove 12380 of the supporting frame body 121 from the water and dust, the supporting frame 12 provided in this embodiment further includes a supporting frame cover plate 122, and the supporting frame cover plate 122 is connected to the supporting frame main body 121 and is used for covering and sealing the accommodating groove on the supporting frame main body 121. Correspondingly, an opening is formed in the supporting frame cover plate 122 corresponding to each electromagnet 163 on the supporting frame main body 121, so as to protrude out of the electromagnet 163.
It can be understood that, as shown in fig. 5 and fig. 6, when the supporting frame 12 of the loading apparatus 10 further includes a supporting frame cover plate 122, the supporting frame main body 121 can be connected and fixed with the supporting frame cover plate 122, and then the supporting frame cover plate 122 is connected and fixed with the discharging hopper 13. That is, the screw locking notch 1000 for screw connection and the bayonet 1200 for engaging with the buckle 1300 of the discharging hopper 13 may be disposed on the supporting frame cover plate 122, and the implementation effect of the embodiment of the present invention may also be achieved.
Further, as shown in fig. 6, in this embodiment, in order to cushion the rigid collision between the bin gate plate 161 and the supporting frame 12 and reduce noise, a shock absorbing pad 164 is disposed on the supporting frame main body 121 to cushion the rigid collision between the bin gate plate 161 and the supporting frame main body 121, and for example, the shock absorbing pad 164 is a soft rubber pad.
In the description of the present invention, it should be understood that the terms "upper", "lower", "left", "right", "top", "bottom", "front", "back", etc. indicate the orientation or positional relationship between the components based on the feeding device in the blanking state (the state shown in fig. 3a), and are only for convenience of description and simplicity of description, but do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention. It should be understood that the terms "first", "second", etc. are used herein to describe various information, but the information should not be limited to these terms, which are only used to distinguish one type of information from another. For example, "first" information may also be referred to as "second" information, and similarly, "second" information may also be referred to as "first" information, without departing from the scope of the present invention.
The above description is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and substitutions can be made without departing from the technical principle of the present invention, and these modifications and substitutions should also be regarded as the protection scope of the present invention.
Claims (10)
1. The utility model provides a bin gate control mechanism, is applicable to among the loading attachment, a serial communication port, bin gate control mechanism includes two at least bin door boards, an at least bin gate pivot and two at least bin gate switches, at least two the bin door board rotates to be installed in same root in the bin gate pivot, and through same root the bin gate pivot is installed in loading attachment's bearing skeleton main part, the bearing skeleton main part is equipped with two at least feed openings, two at least bin gate switches are located in the bearing skeleton main part, each the bin door board is through at least one bin gate on-off control is in order to correspond closed or open one the feed opening.
2. The bin gate controlling mechanism according to claim 1, wherein one end of each of said bin gate plates is provided with a bin gate plate bushing to pass through said bin gate rotating shaft, the other end of each of said bin gate plates is a movable end rotatable around said bin gate rotating shaft, and at least one of said bin gate switches acts on the movable end of one of said bin gate plates.
3. The door control mechanism of claim 1, wherein said door pivot comprises one, said at least two door panels pass through the same door pivot, said door pivot is connected to one side of said bearer backbone body, and said door switch is disposed on the opposite side of said bearer backbone body from said one side.
4. The door control mechanism according to claim 1, wherein said door pivots comprise two, at least one of said door panels passes through one of said door pivots and is connected to one side of said bolster frame body, at least one of said door panels passes through another of said door pivots and is connected to another side of said bolster frame body opposite to said one side, and said door switch is disposed on said bolster frame body at a position between said one side and said another side.
5. The bin gate control mechanism according to claim 4, wherein said bin gate switch is located in a middle portion of said bolster frame body.
6. The door control mechanism according to claim 1, wherein said door pivots include two, at least one of said door panels passes through one of said door pivots, at least one of said door panels passes through the other of said door pivots, said door switches are respectively disposed on opposite sides of said retainer frame body, and said two door pivots are juxtaposed in a position between opposite sides of said retainer frame body.
7. A feeding device is characterized by comprising an upper bin provided with a packaging box accommodating space, a bearing framework connected with the upper bin, and a bin gate control mechanism arranged in the bearing framework and used as claimed in any one of claims 1 to 6; the bearing skeleton includes the bearing skeleton main part, be equipped with the feed opening in the bearing skeleton main part, the feed opening with lead-in to go up the storehouse check opening correspondence intercommunication of the edible material packing carton in the feed bin.
8. An intelligent cooker comprising a housing and the loading device of claim 7 disposed within the housing.
9. A blanking cooking heating system is characterized by comprising a cooking cavity and main cooking equipment, wherein the cooking cavity is formed in a sealed mode through a hollow shell, the main cooking equipment is arranged inside the cooking cavity and comprises a frying pan device and a feeding device according to claim 7, a cooking area for accommodating the frying pan device is arranged in the middle of the inside of the cooking cavity, and a blanking area for accommodating the feeding device is arranged above the cooking area of the cooking cavity; the frying pan device comprises a frying pan, a furnace body device for bearing and heating the frying pan and a frying pan turning device for controlling the rotation of the frying pan; the food materials are guided in by the feeding device and are discharged into the frying pan, and the heating and the stir-frying of the frying pan are realized by the furnace body device and the frying pan stir-frying device, so that the cooking processing of the food materials in the frying pan is realized.
10. The washing system of the cooking equipment is characterized by comprising a cooking cavity arranged in a sealing manner, the cooking equipment arranged in the cooking cavity, and a spraying piece arranged in the cooking cavity for washing the cooking equipment, wherein an opening used for being connected with a water outlet is formed in the bottom of the cooking cavity for discharging water washed by the spraying piece to the cooking equipment; the cooking equipment comprises a feeding device according to claim 7, wherein the top and the bottom of the feeding device are respectively provided with an opening communicated with the interior of a cavity of the feeding device; when the feeding device is washed by the spraying part of the feeding device, water sprayed by the spraying part of the feeding device flows out through the bottom opening of the feeding device after the inside of the cavity of the feeding device is washed by the top opening of the feeding device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910764227.6A CN111772467A (en) | 2019-08-19 | 2019-08-19 | Bin door control mechanism, feeding device, cooking machine and cooking and flushing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910764227.6A CN111772467A (en) | 2019-08-19 | 2019-08-19 | Bin door control mechanism, feeding device, cooking machine and cooking and flushing system |
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| CN111772467A true CN111772467A (en) | 2020-10-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910764227.6A Pending CN111772467A (en) | 2019-08-19 | 2019-08-19 | Bin door control mechanism, feeding device, cooking machine and cooking and flushing system |
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| CN (1) | CN111772467A (en) |
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| CN111772466A (en) * | 2019-08-19 | 2020-10-16 | 上海爱餐机器人(集团)有限公司 | Storehouse door control mechanism, loading attachment, cooking machine, culinary art heating and rinse-system |
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| CN111772466A (en) * | 2019-08-19 | 2020-10-16 | 上海爱餐机器人(集团)有限公司 | Storehouse door control mechanism, loading attachment, cooking machine, culinary art heating and rinse-system |
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