A feeding device and cooking machine

Abstract

The present application relates to the field of cooking equipment, and discloses a cooking machine, which comprises a pot body and a top feeding cavity, the feeding cavity is arranged above the pot body, the feeding cavity comprises a combination of a side plate, a bottom plate and a top plate, the feeding cavity can hold cooking food, and a heat source is arranged in the feeding cavity to cook the cooking food in the feeding cavity. The side plate, the bottom plate and the top plate of the feeding cavity can be opened to put or take out cooking materials in the top feeding cavity or to put cooking materials into the pot body. A turnover feeding box and a feeding device are arranged inside, above and beside the feeding cavity, a feeding cylinder and a feeding device are arranged inside or above the feeding cavity, and a combined plastic box feeding device is arranged on the top of the feeding cavity. The top feeding cavity can also be used as a pot cover. The top feeding cavity has multiple functions of heating, cooking, feeding and pot cover, so that the cooking machine has compact structure.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of cooking equipment, in particular to a cooking machine and a feeding device thereof. BACKGROUND

[0002] The present inventor has published a series of patents related to cooking equipment since 2000 (CN2448232) and 2001 (CN1364436), and a series of patents related to cooking equipment have been published thereafter. The patents constitute a series of related patents, which are related to the stir-frying, serving, processing and feeding of cooking materials of a cooking machine.

[0003] The main feeding methods of the current cooking machine include:

[0004] Feeding box overturning: the cooking materials are placed in the feeding box, which is initially opened upward; during feeding, the feeding box is overturned to make the opening of the feeding box downwardly inclined, and the cooking materials are poured into the pot. The feeding box is located on both sides of the pot or above the pot. The advantage of this method is that it is flexible for users to prepare ingredients by themselves. The disadvantage is that it is not suitable for cooperation with e-commerce, and because the feeding box is overturned for feeding, the feeding device occupies a large space.

[0005] Combined plastic box: a combined plastic box with a reversed buckle is used for feeding. The advantage is that the structure is compact and friendly to e-commerce and logistics. The disadvantage is that it is not user-friendly.

[0006] Rotary disc type: the disc-shaped feeding box is divided into several independent storage compartments, which have openings on the top and bottom. The lower part of the disc-shaped feeding box has a closely fitted tray, which holds the cooking materials in the storage compartments. The tray has a discharge opening, and when the disc-shaped feeding box rotates, the cooking materials in the storage compartments fall into the pot from the discharge opening (when the discharge opening is below, the disc-shaped feeding box does not need to be overturned; when the discharge opening is above, the disc-shaped feeding box is overturned by 180°). The advantage of the rotary disc type feeding device is that the structure is simple. The disadvantage is that the storage compartments are difficult to be in close contact with the tray during rotation, especially some sauces, which will smear on the tray or seep out from the gap between the storage compartments and the tray. Another major disadvantage of the rotary disc type feeding device is low space utilization.

[0007] The current cooking machine only has one feeding device, which undoubtedly greatly limits the use of the cooking machine. Simply stacking various feeding devices not only has large volume and high cost, but also faces the problem of installation position conflict between each other.

[0008] In addition, some dishes need to be returned to the pot twice. For example, steamed fish and steamed eggplant need to be steamed first, and then processed. Some dishes need to be fried or roasted before cooking, such as oven fish, which needs to be roasted first before cooking. Some dishes need to be blanched in water before processing, such as stir-fried spinach. These dishes belong to the category of home cooking, and the current household cooking machine does not have this function. One of the reasons why the current household cooking machine has not been widely accepted by household consumers is that the current household cooking machine does not have this function. The currently announced return-to-pot devices, such as patents CN107087991 and CN203028586, although their structures are different, their principles are the same, that is, to add a return-to-pot container, and the return-to-pot process is to first pour the food preliminarily heated in the pot into the return-to-pot container, and then continue to cook in the pot; when it needs to be returned to the pot, the food in the return-to-pot container is poured into the pot. This return-to-pot method requires the pot and the return-to-pot container to move substantially, which occupies a large space and is difficult to use in a household cooking machine.

[0009] If the current secondary return-to-pot scheme and the current multiple feeding device are superimposed on the existing household cooking machine, the size of the cooking machine will undoubtedly be very large, and the structure will be very complex. Household cooking machines themselves require small size and compact structure. At present, most of the kitchens in households have been completed, and household cooking machines also involve the problem of oil smoke emission. If the cooking machine is large in size, it is more difficult to integrate into the kitchen.

[0010] In addition, some cooking machines (especially some pot rotating cooking machines) have an open pot during cooking, which not only seriously affects the cooking of some dishes, but also causes oil smoke / water vapor pollution or waste of heating energy. Some cooking machines have a pot cover, but during the cooking process, the pot cover needs to be opened and closed several times automatically due to the need for time-sharing feeding, which increases the action of the pot cover, and the opening process also reduces the temperature in the pot, causing the oil smoke / water vapor in the pot to escape.

[0011] The present application aims to comprehensively solve the above problems.

[0012] In addition, due to the defects of the current household cooking machine, it is difficult to complete the most basic stir-fried dishes such as cooking green vegetables for multiple servings. The dishes advertised are mostly diced vegetables and granular meat, which are easy to stir-fry, causing misleading advertising. Excellent and reasonable stir-frying technology is the first step of intelligent cooking. SUMMARY

[0013] In order to solve the problem of large space occupied by the return-to-pot container of the cooking machine in the prior art, the present application provides a cooking machine, which integrates multiple feeding devices by adopting a one-for-many method, and has heating / cooking function, and fully utilizes the space above the pot cover, or directly utilizes the pot cover.

[0014] The embodiment of the present application solves the technical problems and provides the following technical solutions.

[0015] A cooking machine comprises a pot body and a top feeding cavity, the top feeding cavity is arranged above the pot body, the top feeding cavity comprises various combinations of a side plate, a bottom plate and a top plate, wherein the combinations of the side plate, the bottom plate and the top plate, the combination of the side plate and the bottom plate, and the combination of the side plate and the top plate form a semi-closed or fully-closed feeding cavity, wherein,

[0016] The feeding cavity has a bottom plate, the bottom plate is arranged above the pot body and / or below the side plate; and / or, the bottom plate can open or close the opening of the pot body, and / or the bottom plate comprises a movable partition plate to form a bottom movable partition plate, the bottom movable partition plate can be opened or closed, or the bottom plate has a discharging opening; and / or, the size of the bottom plate is close to the size of the opening of the pot body and is surrounded by the side plate to form the top feeding cavity; and / or, the pivot of the bottom movable partition plate comprises a straight line, so that the pivot of the movable partition plate can be designed to be water / gas-tight to prevent water / gas leakage at the pivot; and / or,

[0017] The feeding cavity has a side plate, the side plate has an openable and closable door to send food into the feeding cavity or take food out of the feeding cavity; and / or,

[0018] The feeding cavity has a top plate, the top plate is arranged above the side plate; the top plate has an opening through which cooking materials can fall into the feeding cavity or the pot body, or the top plate can move or be moved to open or close the top of the feeding cavity; and / or,

[0019] The feeding cavity has an internal heating source or can be connected to an external heating source, the heating source is used to heat the cooking materials in the feeding cavity; and / or, the feeding cavity has a water inlet to provide water for cooking or cleaning; and / or, the feeding cavity has a liquid feeding port to feed liquid cooking materials into the feeding cavity; and / or,

[0020] The feeding cavity has a feeding box or a feeding cylinder inside or above the feeding cavity; and / or, the feeding cavity has a feeding box beside it; and / or, the pot body has a feeding box or a feeding cylinder above it; the feeding box or the feeding cylinder can feed the cooking materials therein into the pot body or the feeding cavity; and / or,

[0021] The cooking machine has a feeding box or a feeding cylinder, which can store cooking ingredients and feed the cooking ingredients therein into the feeding cavity or the pot body through a feeding device; there is a stirrer in the feeding box or the feeding cylinder, and / or, the feeding box can rotate for feeding, and / or, the bottom of the feeding box can be opened or closed, and / or, there is a heating device at the bottom of the feeding box, and / or, a jet / water spraying device is arranged at the top of the feeding box / feeding cylinder to blow down the cooking ingredients adhering to its inner wall or clean its inner wall; and / or,

[0022] There is a feeding box or a feeding cylinder inside the feeding cavity, forming an inner feeding box or an inner feeding cylinder; and / or,

[0023] There is a combined plastic box feeding device above the pot body or at the top or bottom of the feeding cavity, which can feed the cooking ingredients in the combined plastic box into the feeding box / feeding cylinder or the feeding cavity, or the cooking ingredients in the combined plastic box can pass through the feeding box / feeding cylinder / feeding cavity and then be fed into the pot body; and / or,

[0024] The pot body further includes a pot lid, and the pot lid includes the top feeding cavity. The pot lid can seal the opening of the pot body to prevent the oil fume or water vapor in the pot body from leaking out. At this time, the feeding cavity is the pot lid feeding cavity; and / or,

[0025] The top feeding cavity can move obliquely and / or move up and down horizontally.

[0026] Optionally, the heating source of the feeding cavity includes an internal heating source, and the internal heating source includes the heating source on the bottom plate / side wall, the heating source inside the feeding cavity, and the heating source on the top feeding cavity; and / or, the heating source of the feeding cavity includes an external heating source, and the external heating source includes a steam heating source introduced from the pot body into the feeding box; and / or, when the top feeding cavity is the pot lid feeding cavity, a heating source is installed behind the bottom plate of the top plate feeding cavity to heat the food in the pot body.

[0027] Optionally, there are multiple feeding boxes or feeding cylinders inside the feeding cavity, and / or, the inner feeding box or inner feeding cylinder includes three feeding cylinders or feeding cylinders with one large and two small ones, which are distributed in a "pin" shape. The "single opening" on the top is the large feeding box or feeding cylinder, and the "double opening" positions below are two small feeding boxes or feeding cylinders.

[0028] Optionally, the feeding box includes a flipping feeding box. The flipping feeding box includes a side and a bottom, and there is an opening at the upper part. The cooking ingredients are put into the flipping feeding box from the opening. The flipping feeding box is connected to a flipping feeding device, and the feeding device turns the opening of the flipping feeding box downward so that the cooking ingredients fall out from the opening; and / or,

[0029] The feeding cavity includes a feeding cylinder, which has openings on the top and bottom to allow food to be put in or fall out. The bottom opening is provided with a partition to hold the food. When the partition is opened or the feeding cylinder is moved to a position without the partition, the food falls out of the bottom opening.

[0030] Optionally, the feeding cavity includes an inner feeding box, which is connected to a turning device in the feeding cavity. When feeding is needed, the turning device rotates the inner feeding box so that the opening of the inner feeding box faces downward, and the food in the inner feeding box is fed into the pot.

[0031] The feeding cavity includes an inner feeding box, which has a bottom panel that can be opened or closed. When feeding is needed, the bottom panel is opened, and the food in the inner feeding box is fed into the pot.

[0032] The feeding cavity includes an inner feeding cylinder, which has openings on the top and bottom to allow food to be put in or fall out. The bottom of the inner feeding cylinder is connected to a movable partition at the bottom of the feeding cavity. When feeding is needed, the bottom movable partition is opened, and the food in the inner feeding cylinder is fed into the pot.

[0033] Optionally, the inner feeding box or the inner feeding cylinder is movable, and can be put into or taken out of the feeding cavity when needed.

[0034] Optionally, the feeding cavity further includes a combined plastic box feeding device. The combined plastic box includes a plurality of independent storage chambers, the openings of the storage chambers are on the same side, and the storage chambers are sealed by a sealing film. The cooking ingredients are placed in the storage chambers. The combined plastic box is in the feeding cavity or on the top of the feeding cavity. The sealing plastic film on the combined plastic box can be torn by a film tearing device, so that the cooking ingredients in the storage chambers fall out of the storage chambers into the pot or the feeding cavity or the feeding box / feeding cylinder.

[0035] Optionally, the film tearing device uses a film tearing rod to tear the film. The film tearing rod rotates and winds the sealing film of the combined plastic box on the film tearing rod, tearing the sealing film on the combined plastic box while pushing the combined plastic box forward.

[0036] The film tearing rod is arranged near the side wall of the feeding box, or the film tearing rod is located between the "upper single opening" and the "lower double opening" of the "pin" shaped feeding box or feeding cylinder.

[0037] The film tearing rod has a movable part. When the film tearing rod is not needed, the movable part of the film tearing rod is removed or moved, so that the remaining part of the film tearing rod does not interfere with the normal feeding work of the turning feeding box or the feeding cylinder.

[0038] Optionally, the feeding cavity is used as a rice washing bin of the electric rice cooker.

[0039] Optionally, the bottom movable partition is shaped as a cooking pot to cook food in the feeding cavity; and / or, the movable partition has side guards on both sides, which are contacted by the side guards during opening or closing of the movable partition; and / or, the feeding cavity is further provided with a stirrer for stirring cooking materials in the feeding cavity; and / or, the surface of the partition has fine particle protrusions or grooves to reduce adhesion of cooking materials; and / or,

[0040] The inner wall of the feeding box or feeding cylinder has fine particles or grooves to reduce adhesion of cooking materials; and / or, the lower opening side plate of the feeding cylinder is provided with elastic soft rubber to form a sealing contact with the movable partition; and / or,

[0041] The cooking machine is provided with a vibration device, which is transmitted to the feeding cylinder through an ear hook; and / or, a vibration device is installed on the bottom movable partition; and / or, the feeding box or feeding cylinder is provided with a stirrer; and / or, the bottom of the feeding box is openable or closable; and / or, the bottom of the feeding box is provided with a heating device; and / or, a gas / water spraying device is arranged on the top of the feeding box / feeding cylinder to blow down cooking materials adhered to the inner wall thereof or to clean the inner wall thereof; and / or,

[0042] The pot body is provided with at least one stirrer for stir-frying cooking materials; and / or, the bottom of the pot body is provided with a movable panel which is openable or closable to send cooking materials in the pot body out of the pot body; and / or,

[0043] The pot body is stir-fried by rotation or pot overturning.

[0044] Optionally, the pot body of the cooking machine is provided with two left and right opposite stirrers for stir-frying cooking materials in the pot body, the rotation shafts of the stirrers are in horizontal direction, the stirrers include stirrer crossbars or crossbar shovels, the edges of the crossbar shovels are shaped in accordance with the pot body, and the crossbars or crossbar shovels of the left and right opposite stirrers can be combined into a concave shape to receive cooking materials.

[0045] Compared with the prior art, the embodiment of the present application provides a cooking machine, which comprises a pot body and a top feeding cavity, the feeding cavity is arranged above the pot body, the feeding cavity comprises a combination of a side plate, a bottom plate and a top plate, the feeding cavity can hold cooking food, and a heat source is arranged in the feeding cavity to cook the cooking food in the feeding cavity. The side plate, the bottom plate and the top plate of the feeding cavity can be opened to put cooking materials into or take cooking materials out of the top feeding cavity or to put cooking materials into the pot body. A turnover feeding box and a feeding device are arranged inside, above and beside the feeding cavity, a feeding cylinder and a feeding device are arranged inside or above the feeding cavity, and a combination plastic box feeding device is arranged on the top of the feeding cavity. The top feeding cavity can also be used as a pot cover.

[0046] Moreover, in the embodiment of the present application, liquid cooking materials can be injected into the feeding cavity, and the cooking materials can enter the pot body for secondary cooking after being cooked in the feeding cavity. The top feeding cavity has multiple functions of heating, cooking, feeding and pot cover, so that the cooking machine has compact structure. BRIEF DESCRIPTION OF DRAWINGS

[0047] Figure 1 FIG. 1 is a schematic view of a top feeding cavity and a heat source in an embodiment of the present application;

[0048] Figure 2 FIG. 2 is a schematic view of a top feeding cavity and a valve pipe in an embodiment of the present application;

[0049] Figure 3 FIG. 3 is a schematic view of a first cooking machine using a pot body, a pot cover and a top feeding cavity in an embodiment of the present application;

[0050] Figure 4 FIG. 4 is a schematic view of a second cooking machine using a top feeding cavity as a pot cover in an embodiment of the present application;

[0051] Figure 5 FIG. 5 is a schematic view of a top feeding cavity being opened wholly or partially in an embodiment of the present application;

[0052] Figure 6 FIG. 6 is a schematic view of three kinds of cooking machines using a top feeding cavity combined with a feeding device and a stirrer in an embodiment of the present application;

[0053] Figure 7 FIG. 7 is a schematic view of a sixth kind of cooking machine using a top feeding cavity combined with a feeding device and a stirrer in an embodiment of the present application;

[0054] Figure 8 FIG. 8 is a schematic view of an eighth kind of cooking machine in an embodiment of the present application;

[0055] Figure 9 FIG. 9 is a schematic view of a combination plastic box in an embodiment of the present application;

[0056] Figure 10 It is a schematic diagram of the principle of the detachable film - tearing rod in an embodiment of the present invention;

[0057] Figure 11 It is a schematic diagram of the feeding device with a combined plastic box installed at the top or bottom of the top - feeding cavity in an embodiment of the present invention;

[0058] Figure 12 It is a side - view schematic diagram of the feeding cavity including an inner feeding box / inner feeding cylinder and a feeding device with a combined plastic box in an embodiment of the present invention;

[0059] Figure 13A It is a top - view schematic diagram of the top - feeding cavity including a "pin - shaped" feeding box / feeding cylinder in an embodiment of the present invention;

[0060] Figure 13B It is a side - view schematic diagram of the feeding box / feeding cylinder and the bottom movable partition in an embodiment of the present invention;

[0061] Figure 13C It is a schematic diagram of the feeding box / feeding cylinder and the bottom movable partition in an embodiment of the present invention;

[0062] Figure 13D It is a schematic diagram of the cross - bar of the double - stirrer in the pot body of the present invention forming a V - shaped food tray;

[0063] Figure 14 It is a top - view schematic diagram of the position of the film - tearing rod in the film - tearing device in an embodiment of the present invention;

[0064] Figure 15 It is a top - view schematic diagram of the first type of combined plastic box and the film - tearing rod in an embodiment of the present invention;

[0065] Figure 16 It is a top - view schematic diagram of the second type of combined plastic box and the film - tearing rod in an embodiment of the present invention. Detailed implementation manners

[0066] In order to make the objectives, technical solutions and advantages of the present invention clearer and more understandable, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described are only used to explain the present invention and are not used to limit the present invention. In addition, the technical features involved in the various embodiments of the present invention described below can be combined with each other as long as they do not conflict with each other. It is a schematic diagram of the principle of the detachable film - tearing rod in an embodiment of the present invention; For the sake of simplicity, some simplifications may occur in the description of the present invention. For example:

[0068] 1. In the schematic diagrams of the present invention, numbers such as components 14a and 14b often represent the same type of component 14.

[0069] 2. Use " / " or "," to express "and / or", for example, "A / B", "A, B", both represent "A and / or B".

[0070] It is particularly pointed out that the present patent is a related patent of the inventor, including patent application numbers:

[0071] CN201610906781.X, CN201610173576.7, CN201610078229.6, CN201610235041.8, CN201610913557.3, 201610906781.X, 201611067429.8, CN201610349611.6, CN201610950684.0, CN201710204044.X, CN201710278820.0, CN201710302223.7, CN201711405476.3, CN201710294616.8, CN201810055569.6, CN201810102367.2, CN201810010658.9, CN201810039899.6, CN201810064189.9, CN201810049945.0, CN201810053374.8, CN201810097788.0, CN201810103057.2, CN201810112296.4, CN201810107743.7, CN201810117990.5, CN201810750606.5, CN201810785312.6, CN201810901956.7, CN201810981946.9, and patent numbers CN2448232 and CN1364436.

[0072] Therefore, for the sake of brevity, statements such as the bottom leakage spraying device are not described in this patent application, and the contents of each patent are connected before and after, and the related content can be referred to the related patent.

[0073] In order to facilitate the understanding of the present application, the following will be specifically described:

[0074] As Figure 1 , Figure 2 and Figure 3As shown, this is a cooking machine provided in an embodiment of the present invention. The cooking machine includes a top feeding chamber 2, a pot body 1, and a pot lid 2g. The top feeding chamber 2 is located above the pot body and includes a top plate 2a, side plates 2b / 2c, and a bottom partition 3. The top plate, side plates, and bottom partition together form a feeding chamber 14. The feeding chamber has a heat source 41, which can heat the food in the feeding chamber 14. The heat source 41 can come from the top feeding chamber 2 and is referred to as an internal heat source. Typical internal heat sources include electric heating tubes, high-frequency electromagnetic heating, microwave heating, steam heating, and far-infrared heating. The internal heat source is installed on the top plate 2a, side plates 2b / 2c, bottom partition 3, or in the top feeding chamber 14, or on the pot lid of the cooking machine. The heat source 41 can also come from outside the top feeding chamber 2 and is referred to as an external heat source. Typical external heat sources are high-temperature steam introduced from the pot body 1 or high-temperature steam introduced from the steam generator of the cooking machine.

[0075] The bottom partition 3 includes fixed partitions 3c1 / 3c2 and movable partitions 3a1 / 3a2 and 3aq, with the number ranging from zero to multiple. Typically, the bottom partition 3, except for the movable partitions 3a1 / 3a2 / 3aq and the holes, consists entirely of fixed partitions 3c1 / 3c2. The fixed partitions 3c1 / 3c2 are mounted on the side panels 2b / 2c, while the movable partitions are mounted on either the side panels 2b / 2c or the fixed partitions 3c1 / 3c2. Figure 1 In the schematic diagram, fixed partitions 3c1 / 3c2 are installed on side plates 2b / 2c, and movable partitions 3a1 / 3a2 are respectively installed on fixed partitions 3c1 / 3c2. The movable partitions 3a1 / 3a2 rotate around pivots 3b1 / 3b2, thereby opening or closing the bottom partition 3. The movable partition 3aq can be made in the form of a cover, opened and closed manually or electrically. When partition 3aq is open, the top feeding chamber 14 communicates with the pot body 1, allowing steam from the pot body 1 to enter the feeding chamber 14. Opening the movable partitions 3a1 / 3a2 allows the food being cooked in the top feeding chamber 14 to fall into the pot body; closing the movable partitions 3a1 / 3a2 isolates the pot body 1 from the outside environment. Perforated holes can be installed on the partition 3 to allow high-temperature steam from the pot body 1 to enter the feeding chamber 14 for cooking. However, when the top feeding chamber 2 is not being used for cooking, the perforated holes will contaminate the top feeding chamber 2. Therefore, all the holes in the bottom partition 3 are designed to be manually or electrically opened or closed, and this design does not affect the claims of the present invention.

[0076] like Figure 1As shown, heating elements 3d1 / 3d2 can be installed on the movable partitions 3a1 / 3a2, enabling the bottom partition 3 to have heating or grilling functions. After heating / grilling is complete, the movable partitions 3a1 / 3a2 are opened, allowing food to fall into the pot body below the top feeding cavity 2. The periphery of the movable partitions 3a1 / 3a2 can protrude into the shape of a pot body 3e1 / 3e2, forming a movable partition cavity 3as. The movable partition cavity 3as includes the movable partitions 3a1 / 3a2, the rotating shafts 3b1 / 3b2, the protrusions 3e1 / 3e2, and auxiliary modules such as the heating modules 3d1 / 3d2. The movable partition cavity makes it more convenient to cook food in the top feeding cavity 2, such as steaming fish or eggplant, or to hold or clean food for cooking.

[0077] A water inlet nozzle 2xs is introduced into the top feeding chamber 2 to assist in cooking and to clean the top feeding chamber 2.

[0078] Figure 2 Yes Figure 1 Supplementary explanation: The feeding chamber 14 is formed by the top plate 2a, combined partitions 2b: 2b1 / 2b2 and 2c: 2c1 / 2c2, and the bottom 3. These divisions have no substantial impact on the present invention, but are merely minor modifications in practice.

[0079] The movable partitions 3a1 / 3a2 are shaped like shallow pots, and their shape is usually similar to that of the cooking pot.

[0080] The fixed partitions 3c1 / 3c2 have solenoid valves 3f1 / 3f2 (sometimes requiring the use of an exhaust fan / ventilation fan and exhaust duct / ventilation duct), which can guide steam from the pot body into the central feeding chamber 14 through the pipes. We consider the solenoid valves 3f1 / 3f2 as a special type of electrically operated movable partition. Obviously, when the opening of the solenoid valves 3f1 / 3f2 is on the side plate 2b1 / 2c1, steam can be introduced from the steam generator of the cooking machine into the feeding chamber 14.

[0081] like Figure 2 As shown, the top feeding chamber 2 can be partially or fully opened via handle 2d1. Top feeding chambers 2: 2a, 2b, and 2c can be opened or closed via the pot body handle 2d1 and selection button 2d11. Top feeding chambers 2: 2a, 2b, 2c and the bottom partition 3 can be opened or closed via the pot body handle 2d1 and selection button 2d12. The top plate 2a of the top feeding chamber 2 can be opened independently via handle 2d2.

[0082] Figure 3is the first cooking machine schematic diagram using pot body 1, pot cover 2g and top feeding cavity 2. Pot body 1, pot cover 2g, top feeding cavity 2. When needed, pot cover 2g can be removed to facilitate food falling into pot body 1 from feeding cavity 14. Heating source 41 in top feeding cavity 2 can be internal heat source or imported from cooking machine, for example, high temperature steam generated by steam generator of cooking machine is imported into top feeding cavity 2. Bottom partition 3 can be opened or closed.

[0083] Figure 4 is the second cooking machine schematic diagram using pot body 1 and top feeding cavity 2. Top feeding cavity 2 can be used as pot cover, in this case, top feeding cavity 2 is also called pot cover cavity. Pot cover cavity 2 can completely close the opening of pot body 1. Heating source 41 in top feeding cavity 2 can be internal heat source or external heat source, or imported from pot body 1 or cooking machine. Bottom partition 3 can be opened or closed.

[0084] Figure 5 is the opening mode of top feeding cavity 2, especially the opening mode of pot cover cavity of Figure 4 . Combined with Figure 2 , top feeding cavity 2 can be partially or completely opened by handle 2d1. Top feeding cavity 2: 2a, 2b and 2c can be opened or closed by pot body handle 2d1 and selection button 2d11( Figure 2 ). Top feeding cavity 2: 2a, 2b, 2c and bottom partition 3 can be opened or closed by pot body handle 2d1 and selection button 2d12( Figure 2 ). The top plate 2a of the top feeding cavity 2 can be opened separately, and the side plate 2b / 2c of the top feeding cavity 2 can also be opened, the maximum angle θ1 and θ2 (θ1 and θ2 are usually 90°) required, the opening of the side plate 2b / 2c makes the combined plastic box feeding device can be installed on the top of the side plate, and also can be installed on the bottom of the side plate (refer to Figure 11 ), when the film tearing device of the combined plastic box is installed in the bottom area of the side plate, the opened side plate 2b / 2c can also be used as the supporting plate of the combined plastic box (refer to Figure 14 , Figure 15 and Figure 16 ).

[0085] In addition, the opening mode of the top feeding cavity (or pot cover cavity) 2 includes up-down translation mode in addition to the tilting mode.

[0086] The pot body 1 also includes pot body handle 1b as described in Figure 5 .

[0087] Figure 6 is Figure 1 , Figure 2On the basis of the above, feeding devices are added, and feeding openings 2k1 / 2k2 are added on the top plate 2a or side plate 2b of the top feeding cavity 2, and the feeding devices feed the cooking materials from the feeding openings 2k1 / 2k2 into the top feeding cavity 2 or the pot body 1. The top movable partition 2a1 can open or close the top feeding opening 2k1, and the movable side plate 2b can open or close the side plate feeding opening 2k2. The pot body 1, the top feeding cavity 2, the stirrer 6 / 6a / 6b, and the rotation axis 61a / 61b of the stirrer. Figure 6 The three common feeding devices are shown in combination with the top feeding cavity 2, which respectively form the third, fourth, and fifth cooking machines of the present application.

[0088] The third cooking machine of the present application is a schematic diagram of the combined plastic box 2m feeding device installed on the top plate 2a of the top feeding cavity 2. The combined plastic box 2m has multiple boxes isolated from each other, and the openings of the boxes are sealed with plastic film. The film tearing device 2p rotates at a set time and interval, tears the plastic film, and makes the food in the combined plastic box 2m fall into the feeding cavity 14 or the pot body 1 through the opening 2k1 of the top feeding cavity 2 (at this time, the bottom partition 3 is opened), and pulls the entire combined plastic box 2m to move forward. For example, for steamed fish, fish and ingredients (such as oil, soy sauce, ginger, garlic, and onion) can be placed in the combined plastic box 2m. The fish falls onto the bottom partition 3 of the top feeding cavity 2 from the combined plastic box 2m, and after being cooked by high temperature, the bottom partition 3 is opened, and the cooked fish falls into the pot body 1.

[0089] The fourth cooking machine of the present application is to use multiple flip feeding boxes 14a / 14b to feed the top feeding cavity 2, and feed the cooking materials from the top plate opening 2k1 into the feeding cavity 14 or the pot body 1. The flip feeding box 14a / 14b is located on the side of the pot body, and usually uses a multi-link device to flip the feeding box.

[0090] The fifth cooking machine of the present application is to use the flip feeding box 14c above the top feeding cavity 2 to feed the top feeding cavity 2, and the cooking materials are placed in the flip feeding box 14c, and through flipping, the cooking materials in the flip feeding box 14c are fed from the top plate opening 2k1 into the top feeding cavity 14 or the pot body 1. Since the flip feeding box 14c is located above the pot body 1, the feeding device is relatively simple. However, since the flip feeding box 14c is located above the top feeding cavity, the structure is not compact. Therefore, the flip feeding box 14d is arranged in the top feeding cavity 2, so that the feeding device of the cooking machine is more compact.

[0091] The side plate 2b of the top feeding cavity can also be opened, and the cooking materials can be fed into the feeding cavity 14 from the side wall opening 2k2. Manual feeding or feeding device feeding can be used.

[0092] The feeding cavity 14 can also be equipped with a stirrer 6g to stir the food on the bottom baffle 3.

[0093] Figure 6 The rotation axis 61a of the stirrer 6 in the pot body is horizontal. The rotation axis of the stirrer can also be in other directions, such as Figure 7 The schematic view.

[0094] Figure 7 It is the seventh cooking machine of the present application. In Figure 7 The bottom of the pot body in the seventh cooking machine is relatively flat. The stirrer 6a or the sharpener 6b is installed on the bottom of the pot body 1. The rotation axis 61b of the stirrer / sharpener is vertical. The pot body heater 101. Figure 7 The application range of the seventh cooking machine is relatively wide, such as a bread maker or an electric rice cooker. When the electric rice cooker is built based on the seventh cooking machine, Figure 7 The stirrer 6a can be made into a stirrer similar to a pulsator washing machine in addition to the stirrer similar to the bread maker. The stirrer is used in the electric rice cooker. In addition to being used to wash rice, it can also be used to directly stir the rice and water during the cooking of rice, increase the friction between the rice, and make the cooking of rice more fragrant.

[0095] Figure 7 The typical application of the seventh cooking machine is a bread maker. The bread flour, yeast, butter, water, and nuts are sequentially loaded into the combined plastic box 2m. The cooking raw materials in each chamber of the combined plastic box 2m can be sequentially fed into the pot body 1 through the film tearing device 2p from the feeding port 2k1. The movable baffle 3 is opened to provide a channel for the cooking raw materials to fall. The movable baffle 3 is closed to isolate the high temperature of the pot body from the combined plastic box. The stirrer 6a can stir the flour. The heater 42, such as an infrared heating tube, can also be installed on the bottom baffle 3 to heat the food in the pot body 1.

[0096] According to the previous related patents of the present application, the bottom rotary spraying device 508 can also be installed under the pot body 1. The device can be equipped with a stirrer or a sharpener, which can stir food or grind food, and can filter food, discharge food residue, or discharge food.

[0097] The top feeding cavity of the above bread maker, electric rice cooker, soybean milk maker, coffee maker does not need a heating source. In these cooking machines, the top feeding cavity is used as a feeding device and a heat insulation device. These are also within the scope of protection of the present application. When the movable partition 3 is used as a heat insulation device, the heat insulation of the top plate of the pot cover feeding cavity 2 can be improved to replace the bottom plate movable partition 3 or further improve the heat insulation performance, for example, to enhance the heat insulation of the fixed plate 2a21 / 2a22 of the top plate, and to install a top plate movable partition to open or close the top plate opening 2k1 to isolate the influence of the top plate opening 2k1 on the combined plastic box 2m. An example of a top plate movable partition is to install a top plate movable plate 2a11, which can close or open the top plate feeding opening 2k1 when the movable plate rotates around the rotating shaft 2a12.

[0098] The handle 2d1 can open the top feeding cavity or the top partition of the pot body.

[0099] Figure 8 is the eighth cooking machine schematic diagram, typically as an intelligent electric rice cooker, Figure 8 can be regarded as Figure 1 a variation. Referring to Figure 1 , the cooking machine includes a pot cover feeding cavity 2, a pot body 1. The pot cover feeding cavity 2 includes a top plate 2a, a side plate 2b and a bottom partition 3. The bottom partition 3 includes a fixed partition 3c1 / 3c2 and a movable partition 3a1 / 3a2, which rotates around rotating shafts 3b1 / 3b2 respectively to open or close the bottom partition. The periphery of the movable partition 3a1 / 3a2 can be raised 3e1 / 3e2, and the movable partition raised 3e1 / 3e2, the movable partition 3c1 / 3c2 and the movable partition device 3d1 / 3d2 enclose the movable partition cavity 3as, which can be used as a rice washing bin 3as of an electric rice cooker. When the movable partition 3a1 / 3a2 is opened, the rice in the rice washing bin 3as falls into the pot body 1; when the movable partition 3as is closed, the rice washing bin 3as is isolated from the pot body 1. A stirrer 6g can be installed in the rice washing bin to clean the rice grains. The rice washing bin 3as can be installed with a filter drainage device to drain the rice washing water out of the rice washing bin 3as. Figure 8 The bottom opening technology of the rice washing bin 3as is adopted in the present application, which reduces the height of the rice washing bin, so that the rice washing bin 3as can be selected to move together with the pot cover cavity 2, thus avoiding the inconvenience of the existing electric rice cooker which needs to be pulled out after the rice is cooked. In addition, the rice washing bin of the prior art is far away from the pot body, and the wet rice left in the rice washing bin and the conveying pipeline during the conveying of the rice washing bin to the pot body. The present application Figure 8 The structure of the present application places the rice washing bin on the pot cover, which is closest to the pot body, and better solves the problem of rice grains sticking to the conveying pipeline.

[0100] A gas guide hole (not shown) can be installed on the partition plate 3 to open and close, which is used to discharge the high-temperature / high-pressure steam in the pot body 1 from the pot body 1.

[0101] Similarly, the stirrer 6 in the pot body 1 can also be optionally installed as Figure 6 The stirrer 6a and the sharpener 6b as Figure 7 The bottom leakage device 508 can also be installed at the bottom of the pot body 1. Figure 8 In addition to being able to realize an electric rice cooker, the blueprints can also realize cooking machines such as bread machines, soy milk machines, etc.

[0102] To avoid food such as rice causing the bottom movable partition plate 3a1 / 3a2 to close tightly, a side plate 3w is installed on the side of the movable partition plate 3a1 / 3a2. The side plate is located on both sides of the movable partition plate 3a1 / 3a2, and the movable partition plate 3a1 / 3a2 is always in close contact with the side guard plate 3w during opening or closing.

[0103] It should be noted that the eighth cooking machine is a general concept. In fact, the technical points of the present application and various combinations of technical points are much more than 8, and can form different forms of cooking machines, including stir-fry machines, electric rice cookers, bread machines, soy milk machines, coffee machines, and other cooking equipment.

[0104] Figures 9-16 is a further expansion of the top feeding cavity or pot cover feeding cavity (or pot cover feeding cavity). That is, the top feeding cavity or pot cover feeding cavity is compatible with the combination plastic box feeding device and the turnover feeding box. The combination plastic box has the advantages of high intelligence and easy e-commerce, but the disadvantage is the lack of flexibility for users. The turnover feeding box is beneficial for users to purchase and adjust cooking materials themselves, meets the needs of users for the quality, cost, taste, and availability of cooking materials, and avoids users from being completely dependent on the combination plastic box. Figures 9-16 Discussion Figure 6 The turnover feeding box 14d of the top feeding cavity 2 in the eighth embodiment and the compatible scheme with other feeding devices.

[0105] Figure 9 is a schematic diagram of a combination plastic box 2m, Figure 10 is a schematic diagram of a top feeding cavity 2, a combination plastic box feeding device, and a film tearing device, Figure 11 is a schematic diagram of a film tearing device card slot, Figure 12 is a schematic diagram of a cooking machine using a top feeding cavity 2. The combination plastic box 2m includes a plurality of independent plastic cavities 2m1, the discharge ports of which are located on the same plane at the bottom and are closed by a sealing film 2m2. The front end of the sealing film 2m2 has a tab 2m3 that can be inserted into the insertion slot 2p1 of the winding rod 2p of the combination plastic box film tearing device (refer to Figure 10 ).

[0106] The top feeding cavity 2 includes side plates 2b / 2c, and the bottom plate 3 includes movable partitions 3a1 / 3a2 which can be opened and closed. The top feeding cavity 2 also generally includes a top plate 2a to hold the combined plastic box 2m, and the top plate 2a has an opening 2k through which the cooking materials in the separate chambers 2m1 of the combined plastic box 2m fall into the top feeding cavity 2 or into the feeding box / tube 4a. The opening 2k can be opened or closed by a designed movable device, or a plurality of detachable top plates 2a can be used to meet different needs.

[0107] The pressing edge 2m4 of the combined plastic box 2m is embedded in the guide slot 2gs, and the card 2m3 (see Figure 9 ) at the front end of the combined plastic box 2m is inserted into the card slot 24 of the winding rod 2p. The winding rod 2p rotates, winding the sealing film 2m3 (see Figure 9 ) on the winding rod 2p and driving the combined plastic box 2m to move smoothly along the guide slot 2gs.

[0108] In order to prevent the winding rod 20 from affecting the operation of the feeding box in the top feeding cavity 2, one solution is to design the winding rod 2p to be detachable at both ends or at least one end. For example, the winding rod 2p has linkage slots 2p2a / 2p2b which respectively connect with the linkage rods 2p3a / 2p3b of the extended parts 2p4a / 2p4b of the winding rod, so that the winding rod 2p is in a detachable form (or at least one end is detachable and the other end can be lowered). A simpler winding rod 2p is in a non-detachable form as shown in FIG. 13a.

[0109] Figure 11 The relationship between the top feeding cavity 2 and the cover 2g of the cooking machine pot is also shown. At the same time, the film tearing device and the combined plastic box guide slot 2gsa / b can be installed at the top of the feeding cavity (such as the film tearing rod 2pa and the combined plastic box guide slot 2gsa) or at the bottom of the feeding cavity (such as the film tearing rod 2pb and the combined plastic box guide slot 2gsb).

[0110] The top plate 2a can be in a push-pull form, and the top feeding opening is formed by pushing the top plate 2a away, while providing support for the combined plastic box (see Figure 14 the top plate 2a in FIG. 13b). By pulling back the top plate 2a, the top of the top feeding cavity can be completely closed.

[0111] See Figure 12 , the pot body 1 of the cooking machine includes a main body 11 and a bottom movable panel 1a, and the stirrers 6a / 6b at both ends of the pot body 1 have stirring shafts in the horizontal direction (see Figure 6The top feeding chamber 2 contains a combined plastic box feeding device and a reel 2p, as well as feeding boxes / tubes 4a / 4b. The bottom plate 3 includes movable partitions 3a / 3b. The liquid cooking ingredient feeding device 14y can feed ingredients into the top feeding chamber 2 and the feeding boxes / tubes 4a and 4b. Simultaneously, an annular spray nozzle, close to the top opening of the feeding box / tube, can be installed to allow water to be introduced for cleaning or to spray gas to blow off any cooking ingredients adhering to the feeding box / tube. The top feeding chamber can perform cooking operations such as steaming fish, grilling, and frying.

[0112] The feeding box / cylinder 4a / 4b contains a stirrer 6g (the stirrer can be installed on the side of the top feeding cavity 2 or on the top plate 2a), which can stir and pre-process the cooking ingredients in the feeding box / cylinder. The feeding box 4a can be rotated to pour out the cooking ingredients, or the bottom plate 41a of the feeding box can be opened or closed. When the bottom plate 41a is open, the cooking ingredients in the feeding box 4a can be put into the pot body. The bottom plate 41a also has a heater 4a101 or is heated by the bottom plate 3 (such as high-frequency induction cooker heating or light wave heating). When the bottom plate 41a is open, the cooking ingredients in the combined plastic box 2m can fall directly into the pot body 1 through the feeding box 4a without contacting the feeding box 4a. When the bottom plate 41a is closed, the cooking ingredients in the combined plastic box 2m first fall into the feeding box 4a for pre-cooking (the feeding box 4a can be removed so that the combined plastic box 2m can directly feed the ingredients into the feeding cavity 2 or the pot body 1). The feeding cylinder 4b can be heated by the bottom plate 3, and the cooking ingredients in the feeding cylinder 4b can be dispensed by opening the bottom plate 3 (3a / 3b) (refer to Figure 13). Obviously, these features can be used in all feeding boxes, feeding cylinders or other feeding devices of cooking machines, such as introducing a heating device in a rotary feeding box. Therefore, the feeding box of the present invention is a so-called generalized feeding box, characterized by its ability to store cooking ingredients and to introduce / pour the cooking ingredients into the pot body or a certain intermediate part through the feeding device. At the same time, the feeding box 4a can also be designed in conjunction with the bottom movable partition 3 (for example, the bottom plate 41a of the feeding box 4a can be combined with the bottom movable partition 3 of the feeding chamber. This can be seen as an opening on the bottom plate 3, with the bottom plate 41a at the opening, or as a combination of the feeding cylinder 4a and the bottom movable partition 3), achieving the purpose of facilitating feeding, saving costs, compact structure and preventing oil fume pollution or diffusion while ensuring multifunctionality.

[0113] Obviously, the top feeding cavity 2 of the present invention is also suitable for cooking machines that use pot rotation for stir-frying. For pot rotation in cooking machines, see the inventors' patents CN107087991 and CN203028586 and related patents of the present invention.

[0114] Figure 12 One advantage of the inner feeding box / inner feeding cylinder is that the pot lid does not need to be opened during feeding and the cooking process. In this way, the diffusion of cooking fumes can be reduced. Or, in the design considerations of some low-cost cooking machines, an automatic pot lid opening device may not be designed, and only manual pot lid opening is adopted to reduce costs and improve the user's freedom and intuitiveness of use.

[0115] According to the related patent of the present invention: The pot body 1 includes one or more stirrers (or stirring shovels) 6a / 6b, usually one stirrer or two stirrers on the left and right (refer to Figure 13B the stirrers 6ga / 6gb in the feeding box). The advantage of multiple stirrers is to increase the speed of the stirrers. At the same time, the two stirrers work together, and their crossbars (or crossbar shovels) can be combined into a V shape to assist in cooking operations such as steaming fish. The stirrers 6a / 6b include overall translation, vertical rod telescoping, vertical rod bending, crossbar rotation, and include the use of the "left - right stir-frying method".

[0116] Such as Figure 13A is a schematic diagram of the top feeding cavity 2 compatible with multiple feeding devices. The top feeding cavity 2 includes a large main feeding box 4a and two small feeding boxes 4b / 4c, presenting a "pin" shape. The top of the "pin" is a main feeding box 4a, and the bottom of the "pin" is two small feeding boxes 4b / 4c. Correspondingly, the bottom movable partition includes three parts 3a (3a1 / 3a2) / 3b / 3c, which respectively correspond to the positions of the above one main and two small feeding boxes 4a / 4b / 4c. Taking the main feeding box 4a as an example, it includes a side wall 4a1, a bottom 4a2, a stirrer 6g (which can be installed on the side or top plate of the top feeding cavity 2). The main feeding box 4a is connected to the flipping device 4az through the clamping joint 4a3 on the side wall 4a1.When cooking raw materials (food) are placed in the main feeding box 4a, during feeding, the movable partitions 3a1 / 3a2 are opened, and the flipping device 4az rotates,带动 the main feeding box 4a to rotate, making the opening of the main feeding box 4a face downwards, and putting the cooking raw materials (food) therein into the pot body. Similarly, the small feeding boxes 4b / 4c are respectively connected to the flipping devices 4b4 / 4c4 through the clamping joints 4b3 / 4c3. The advantage of using clamping joints for the main feeding box 4a and the small feeding boxes 4b / 4c is that they can be disassembled. When needed, the feeding boxes 4a / 4b / 4c are clamped and installed, and when not needed, the feeding boxes 4a / 4b / 4c can be unplugged.

[0117] The feeding boxes 4a / 4b / 4c have various forms, and their bottoms 4a2 / 4b2 / 4c2 include a closed form or a form with a filter screen. The form with a filter screen can be used to steam food.

[0118] Another important form of the ingredient box 4a / 4b / 4c is that its bottom 4a2 / 4b2 / 4c2 is empty, in this case, the ingredient box 4a / 4b / 4c is also called ingredient cylinder. By opening the movable partition 3a / 3b / 3c, the food in the ingredient cylinder 4a / 4b / 4c can be directly put into the pot without turning over, so the volume of the ingredient cylinder can be larger and its space utilization is higher than that of the ingredient box. The main ingredient cylinder 4a can be buckled on the top ingredient cavity 2 by the ear buckles 4a51 / 4a52, and the small ingredient cylinders 4b / 4c can also be buckled on the top ingredient cavity 2 by the ear buckles 4b5 / 4c5. The small ingredient cylinders 4b / 4c can also be connected to each other by ear tabs 4bc (alternatively, the main ingredient cylinder 4a and the small ingredient cylinders 4b / 4c can also be connected by ear tabs 4ab / 4ac). The ear buckles 4a51 / 4a52 / 4b5 / 4c5 are installed with vibration devices to make the cooking ingredients fall out of the ingredient cylinder 4a / 4b / 4c better.

[0119] The roll rod of the film tearing device can be installed at both ends of the top ingredient cavity 2, such as the roll rod 2pa in FIG. 13a. It can also be installed at the middle position of the top ingredient cavity 2, and one of the middle positions of the roll rod 2pb is selected between the main ingredient box 4a and the small ingredient box 4b / 4c.

[0120] It is also possible to put an ingredient partition (or ingredient grid plate) into the ingredient cavity by using the side wall of the ingredient cavity itself instead of the ingredient box or ingredient cylinder. The present application regards the ingredient partition or ingredient grid plate as a special form of the ingredient box or ingredient cylinder, that is, a part of the ingredient box or ingredient cylinder, for example, with a part of the side wall removed.

[0121] Figure 13B An ingredient cylinder is shown in FIG. 13b. The ingredient cylinder 4a is connected to the ingredient cavity by the ear tabs 4a51 / 4a52 and the fixing holes 4a61 / 4a62. The ear tabs 4a51 / 4a52 are installed with vibration devices 4av1 / 4av2 to help the ingredient cylinder discharge. The side wall 4a1 has a groove 4as to reduce the adhesion of the cooking ingredients to the side wall 4a1. The cooking ingredients can be put in from the top opening 4ak1 and fall out from the bottom opening 4ak2 (when the bottom opening 4ak2 has a bottom plate, the ingredient cylinder becomes an ingredient box). The soft rubber sealing ring 4a4 of the bottom opening 4ak2 of the ingredient cylinder is in close contact with the movable partition 3a to prevent some cooking ingredients from leaking out of the bottom of the ingredient cylinder 4a.

[0122] The bottom movable partition 3a is rotatable around the rotating shaft 3az, and its upper surface has a plurality of protrusions / grooves 3as to reduce the contact between the cooking materials and the movable partition 3a. The bottom movable partition has a heating pipe 3ah1 to heat the cooking materials in the feeding chamber, and a heating device such as a light wave heating pipe 3ah2 at the back surface to heat the food in the pot. When feeding is needed, the movable partition is rotated around the rotating shaft 3az to feed the cooking materials in the feeding cylinder 3a into the pot, and the vibrating device 3av helps the cooking materials to fall off the movable partition 3a.

[0123] The feeding box 4a includes two left and right stirrers 6ga / 6gb. Generally, there is one to two stirrers in the pot. The stirrer 6gb includes a rotating shaft 6zb, a stirrer vertical rod 612b, a stirrer horizontal rod (or horizontal rod shovel) 613b, Figure 12 and Figure 13B The stirrers are described in combination.

[0124] Figure 13C The difference between the present application and Figure 13B includes that the sidewall opening 4ak1 is lower, or the sidewall has a through hole 4ak3, or the bottom of the feeding box has a filter hole, so that the steam in the pot can enter the feeding cylinder (feeding box) 4a to facilitate cooking of steamed fish. The steam in the pot can enter the feeding chamber 3a by opening other movable partitions (for example, opening the movable partitions 3b / 3c in Figure 13A . Alternatively, the feeding cylinder 3a is changed into a feeding box (at this time, the bottom / side surface of the feeding box is a solid surface or a surface with filter holes), which can also achieve the effect of steaming fish. The cooking materials in the feeding cylinder 4a can be manually put in or come from the top combined plastic box.

[0125] It should be noted that Figure 13B the bottom of the feeding cylinder 4a and the surface of the movable partition 3a are flat, but referring to Figure 2 , Figure 13C the movable partition 3a of the present application can be curved (for example, similar to the shape of the pot), at this time, the side surface (or bottom surface) of the feeding cylinder (or feeding box) 4a can also be the same curved surface.

[0126] Figure 13DThe horizontal bar of the double stirrer of the pot body is synthesized into a V-shaped food holder. The pot body 1 and the top feeding cavity 2, the top plate embedded groove 2ac, the combined plastic box pressing edge clamping groove 2mc, the combined plastic box winding rod 2p, the top feeding cavity bottom plate 3, the inner feeding box / feeding cylinder 4a, 4b, and the feeding box 4a bottom plate 41a. The horizontal bar (or horizontal bar shovel) 613a and 613b of the inner stirrer 6a / 6b of the pot body are synthesized into a V-shaped food holder, which can hold cooking raw materials. The cooking raw materials come from manual placement, the top feeding cavity, the feeding box / feeding cylinder 4a, or the top combined plastic box. One example is that the V-shaped food holder holds fish, and the steam in the pot body 1 is used to steam the fish.

[0127] Figure 14 , Figure 15 and Figure 16 is a top view of the top feeding cavity. The top feeding cavity 2, the combined plastic box 2m, the edge winding rod 2pa, the middle winding rod 2pb, the bottom movable partition plate 3a (3a1 / 3a2) / 3b / 3c, the top cover plate 2a or the top supporting rod 2ag. The supporting rod 2ag is mainly used to hold the combined plastic box 2m. The combined plastic box 2m moves in the direction of the arrow thereon for feeding. Figure 15 The film tearing device is to select the middle winding rod 2pb, and the total length is shorter at the beginning of work. Figure 16 is to select the edge winding rod 2pa, and the total length is longer at the beginning of work. Obviously, the middle winding rod 2pb is more compact.

[0128] Obviously, in Figures 9-16 , it is also feasible to make the feeding box 4a / 4b / 4c into a fixed form, which has the disadvantages of poor flexibility, inconvenience in cleaning, and inability to use large top feeding cavities for cooking.

[0129] The invention is rich in content, including relatively rigorous schemes and non-rigorous but simplified available schemes. The main content of the invention is briefly summarized as follows:

[0130] The top feeding cavity of the present application is a feeding cavity itself, and outside the feeding cavity, feeding devices can be added. Inside the feeding cavity, feeding devices can also be added. In addition to the feeding box, feeding cylinder and combined plastic box involved in the present application, other feeding devices such as disc feeding box are also included. Among these feeding devices inside the feeding cavity, the feeding box which occupies the largest volume can be put into or taken out of the feeding cavity as needed. The feeding cavity also has heating and cooking functions and a pot cover function. The pot cover function of the feeding cavity is mainly realized by the "bottom plate" to avoid the spread of oil smoke in the pot body and the impact on the feeding cavity, feeding box / feeding cylinder, top plate and combined plastic box. Therefore, for the feeding opening on the bottom plate, a movable partition is used to open and close it. Therefore, the bottom plate can exist independently as a pot cover and has an openable and closable feeding port. The feeding port on the bottom plate can receive the feeding of other feeding devices such as the feeding box / feeding cylinder / combined plastic box / rotary disc feeding box.

[0131] The bottom plate, side plate and top plate can also form a semi-open feeding cavity. Further, the top feeding cavity above the pot body is constructed by the bottom plate, side plate and top plate.

[0132] In particular, the feeding box / feeding cylinder / combined plastic box is arranged in the top feeding cavity, or the combined plastic box feeding device is arranged inside or on top of the feeding cavity, and the feeding cavity, feeding box / feeding cylinder and combined plastic box are organically combined and considered as a whole. In the optimization consideration, strict, complete and relatively complex schemes are involved, and from the perspective of patent protection, non-strict, incomplete and relatively simple schemes are involved, which are reflected in the claims.

[0133] The present application provides a top feeding cavity, which is a cavity formed by the combination of side plates / bottom plates / top plates, mainly including a bottom plate, a side plate, an upper opening feeding cavity formed by the combination of the side plate and the bottom plate, and a feeding cavity formed by the combination of the side plate, the bottom plate and the top plate. The simplest form includes a feeding box / feeding cylinder above the bottom plate, or a feeding box inside the side plate, or a feeding box / feeding cylinder with heating / stirring functions.

[0134] Taking the top feeding cavity as the core, the pot cover of the pot body can be formed with a stirrer, a heating device and a feeding device. The pot cover of the cooking machine pot body is formed by tilting and moving up and down, and the bottom plate is easy to clean. At this time, the top feeding cavity is called a pot cover feeding cavity. Therefore, in most cases, the top feeding cavity and the pot cover feeding cavity are the same thing. The pot body of the schematic diagram of the present application uses a stirrer for stir-frying. For the pot body rotation for stir-frying food, the present application is still effective. The top plate / side plate of the feeding cavity can be opened or closed as needed.

[0135] The bottom plate can prevent the oil fume in the pot from spreading, or the bottom plate comprises a movable partition, which, when closed, makes the top feeding cavity not affected by the oil fume and steam in the pot, and, when opened, allows the cooking materials to fall into the pot or makes the steam in the pot enter the feeding cavity of the pot cover to cook the food in the feeding cavity of the pot cover. The top feeding cavity of the present application itself also has a heating and cooking function, which can meet the secondary return-to-pot process requirement of a part of dishes. The movable partition is composed of multiple partitions and can be opened or closed at different times to respectively complete the functions of feeding at different times, high-temperature steam cooking of the food in the feeding cavity, etc.

[0136] A top plate with an opening is designed to be installed above the top feeding cavity, or the top plate is designed to be detachable, or the top plate can be tilted to be opened. A combined plastic box feeding device is installed at the upper or lower part of the top feeding cavity, and the main component of the device is a winding rod of a film tearing device. The winding rod is designed to be detachable, which can avoid the influence of the winding rod on other feeding devices. The position of the winding rod is near the side wall or at some positions in the middle of the top feeding cavity.

[0137] In the patents CN2448232 published in 2000 and CN1364436 published in 2001, the inventor introduced feeding "small boxes" in the pot cover. These small boxes do not have heating and cooking functions, and at the same time, these small boxes divide the space of the pot cover, so it is difficult to place larger cooking materials such as a whole fish. The top feeding cavity of the present application is a "large cavity" with a size comparable to the opening of the pot, so multiple (for example, two or more) small feeding boxes / tubes can be installed in the feeding cavity. By making the feeding boxes and tubes pluggable, the pot cover cavity can be converted between "small boxes" and "large cavities", which expands the function of the pot cover feeding cavity. With a larger space, heating, liquid feeding device, stirrer, and combined plastic box feeding device can be introduced, which makes it possible to use the pot cover feeding cavity for cooking such as grilling and steaming. If necessary, the bottom plate of the feeding cavity is made into a curved pot form. Further, the feeding boxes / tubes in the top feeding cavity have functions such as heating, stirring, bottom plate panel opening, manual feeding, combined plastic box feeding, liquid feeding, and air injection, which can complete part of the secondary return-to-pot cooking process and can clean the feeding boxes / tubes.

[0138] Another special case is to optimize the above-mentioned feeding cavity together with the feeding boxes / tubes to realize the functions of feeding and secondary return-to-pot. At this time, the bottom plate and the feeding boxes / tubes are fused (for example, the movable partition of the bottom plate and the bottom panel of the feeding box are combined), and are closely combined.

[0139] The present application also discloses a form of feeding box or feeding cylinder in the top feeding cavity (or the pot cover feeding cavity). In particular, the feeding box or feeding cylinder comprises a large-small triangle structure, the large feeding box or feeding cylinder is the main feeding box or main feeding cylinder, located at the top of the triangle, and the two small feeding boxes / feeding cylinders are located side by side at the bottom of the triangle. The feeding box / feeding cylinder of this structure can meet most cooking requirements. At the same time, the triangle structure also allows the structure of the film tearing device to be placed in the gap between the main feeding box / main feeding cylinder and the small feeding box / small feeding cylinder.

[0140] By vibration, the feeding of the feeding box or feeding cylinder is more smooth. In particular, for the feeding cylinder, the resistance of the food to the side wall of the feeding cylinder is often relatively large, so that the food falls not smooth enough. Through the ear of the feeding cylinder, the vibration is transmitted to the feeding cylinder, which has the effect of assisting feeding.

[0141] The present application can naturally extend to a new bread machine or electric rice cooker.

[0142] The top feeding cavity of the present application can be used for cooking machines that use stirrers for stir-frying and cooking machines that use pot rotation for stir-frying. The present application constitutes a related patent with previous patents related to intelligent kitchen appliances (cooking machines, electric rice cookers, dishwashers).

[0143] The feeding device is provided above the pot body or the pot cover of the wok, which can be found in the applicant's patent CN2448232Y in 2000, and a plurality of feeding cylinders (which can also be extended to feeding boxes) are located in the pot cover. These feeding schemes are one-time feeding, which is difficult to solve the problem of cooking complex dishes such as secondary return to the pot. The currently disclosed return-to-pot devices, such as the patents CN107087991 and CN203028586 mentioned in the background art, although the structures are different, but the principle is the same, that is, to add a return-to-pot container, first pour the food preliminarily heated in the pot body into the return-to-pot container, and then continue to cook the pot body; when it is necessary to return to the pot, the food in the return-to-pot container is poured back into the pot body. This return-to-pot method requires the pot body and the return-to-pot container to move substantially, which occupies a large space and is not convenient for use in household cooking machines.

[0144] The present application is rich in content, and the following six points will help to grasp the key points of the characteristics of the present application:

[0145] 1. Feature one: with a secondary or multiple composite feeding structure to solve the problem of cooking complex dishes such as secondary return to the pot

[0146] The present invention aims to solve the problem of cooking complex dishes such as double cooking with the simplest possible solution. Therefore, the present invention constructs a secondary or more than secondary multi-feeding structure above the pot body, for example, the feeding cavity itself can store cooking ingredients and feed the pot body, the feeding device beside, above, and inside the feeding cavity can feed the feeding cavity and the pot body, and the feeding device beside and above the feeding cavity can feed the feeding cavity, the inner feeding box / feeding cylinder, and the pot body.

[0147] The present invention is equivalent to inserting an intermediate layer between the primary feeding device and the pot body: the feeding cavity, which is a composite layer itself, including two or three inserts: the feeding cavity, the combination of the feeding cavity and the inner feeding box / inner feeding cylinder / inner combined plastic box, and the inner feeding box / inner feeding cylinder detached from the feeding cavity (as can be seen from the fifth feature below, "inner feeding box / inner feeding cylinder detached from the feeding cavity" can be equivalent to "feeding cavity and inner feeding box / inner feeding cylinder / inner combined plastic box"). Due to the various combinations of the feeding cavity including the bottom plate, the side plate, and the top plate, the top plate, the side plate, and the top plate have fixed plates, movable partitions, openings, and simplified designs of the inner feeding cylinder and the feeding cavity bottom plate, combined with the feeding box beside the feeding cavity, the feeding box / feeding cylinder on the top, and the combined plastic box on the top, the invention is very rich in content.

[0148] At the same time, the above system structure is reasonable, delicate, and compact. For example, multiple feeding devices are set above the pot body, and food can fall from different feeding devices layer by layer through gravity, so the moving device can be omitted; the feeding cavity, inner feeding box, and inner feeding cylinder introduce clean water, which naturally falls into the pot body and is drained; the feeding cavity is set at the bottom, and the main feeding box / feeding cylinder is set, the bottom of the main feeding box is made into a pot body and can be heated and stirred for cooking, so that the feeding container has the function of a cooking container; and so on

[0149] The reasonable structure, simplification, one function with multiple uses, and organic cooperation are important reasons for the powerful but simple structure of the present invention.

[0150] 2. Feature two: the top feeding cavity is heated, and the inner feeding box / feeding cylinder has the cooking functions of receiving cooking ingredients, receiving water / oil / soy sauce, heating, and stirring

[0151] In order to better adapt to the cooking process of complex dishes, the top feeding cavity and the inner feeding box and the inner feeding cylinder of the present application also have the functions of heating and stirring. The bottom part can be made into a pot shape, and solid and liquid materials can be fed into the top feeding cavity and the inner feeding box and the inner feeding cylinder for cooking. The heating source includes an internal heating source and an external heating source. This design makes the feeding container serve two purposes, and the structure is more compact and powerful. For example, the current cooking machine cannot make steamed fish dishes. The present application can make steamed fish dishes by introducing steam into the pot (or generating steam internally) through the top feeding cavity.

[0152] 3. Feature three: considering multiple feeding methods, reasonable and compact structure

[0153] From the perspective of e-commerce, using a combination of plastic boxes is a good intelligent cooking method. However, from the user's perspective, some flexibility is desired, so using feeding boxes and feeding cylinders is more friendly and convenient. The top feeding cavity of the present application better accommodates both feeding methods. It can also combine the two feeding methods to provide more abundant feeding means. Combined with the multiple heating methods of the top feeding cavity and the feeding box / feeding cylinder, stirring and frying, and the characteristics of feeding liquid cooking materials, some complex dishes can be cooked. The top feeding device of the present application has a reasonable and compact structure, which better adapts to the characteristics and requirements of a household cooking machine, greatly expanding the performance of the cooking machine.

[0154] 4. Feature four: sealing structure of the movable bottom panel in the feeding cavity and the inner feeding box / feeding cylinder

[0155] Taking the top feeding cavity as an example, the feeding cavity also has the functions of heating and stirring, and the bottom movable panel can be made into a pot shape. However, if the bottom movable panel is made into a pot, the sealing design of the bottom movable panel is involved. The present application forms a good seal and restricts the falling of food through the sealing design of the panel shaft and the sealing of the panel and the side panels on both sides. Similarly, the inner feeding box and the inner feeding cylinder also need to be sealed if they are added with the functions of heating and stirring.

[0156] 5. Feature five: equivalent expansion, difference, superposition, evolution, fusion, simplification and selection of structure

[0157] (1) Equivalent expansion

[0158] As is known to all, basically every pot has a lid in a family. As a household cooking machine, it should have a lid. But some commercial cooking machines simulate the chef's tossing and frying, or some built-in and stand household cooking machines, maybe don't use a lid, but use a big cover to put the whole pot body and feeding device in a big cover, but the feeding device can still use the composite feeding structure of the present application. Therefore, the present application is extended in two aspects: one is to flexibly process the bottom plate, side plate and top plate of the top plate feeding cavity, and the bottom plate, side plate and top plate all include fixed plates, movable panels and / or openings, and the feeding cavity is various combinations of the bottom plate, side plate and top plate, so that in extreme cases, the top feeding cavity degenerates into the support mechanical structure of the middle feeding device plug-in of the composite feeding device; the second is to remove the feeding cavity and only have the middle layer plug-in formed by the inner feeding box and inner feeding cylinder. But considering the flexibility of the feeding cavity form, and also considering that a name is needed when describing, it is still called the inner feeding box / inner feeding cylinder. And because of the height flexibility of the feeding cavity and the need for a support component for the composite feeding device, and the form flexible feeding cavity can degenerate into the support of the inner feeding box and inner feeding cylinder, the above two extensions are actually equivalent.

[0159] (2) Difference, selection, simplification and fusion of feeding cavity and inner feeding box / inner feeding cylinder

[0160] Considering that the feeding cavity can be large or small, it has a bottom movable panel, and can also have multiple side panels, and the bottom support plate of the inner feeding cylinder can be combined with the bottom movable panel of the feeding cavity to form a simplified inner feeding cylinder. In addition, the bottom plate of the feeding cavity can be in the shape of a pot body to adapt to cooking, and the inner feeding box / inner feeding cylinder can also be cooked, so the feeding cavity, inner feeding box, and inner feeding cylinder can be stacked, selected, simplified, and fused with each other. From the present application Figure 1 、 Figure 2 、 Figure 4 、 Figure 6 、 Figure 8 、 Figure 12 、 Figure 13A 、 Figure 13B 、 Figure 13C 、Figure 13d、 Figure 15 , it can be seen that the difference, stacking, evolution, simplification, selection and fusion between the feeding cavity and the feeding box / feeding cylinder / simplified feeding cylinder, and the present application fully considers and demonstrates this, and in Figure 13A , it is specially pointed out that "it is also possible to put a feeding partition plate (or a feeding grid plate) in the feeding cavity instead of a feeding box or a feeding cylinder by using the side wall of the feeding cavity itself. The present application considers the feeding partition plate or the feeding grid as a special form of the feeding box or the feeding cylinder, that is, part of the feeding box or the feeding cylinder, for example, by removing part of the side wall".

[0161] 6. Feature six: other features

[0162] For example, two opposite mixers in the cooking pot, the rotation shaft of the mixer is horizontal, the mixer includes a mixer crossbar or a crossbar shovel, the crossbar or the crossbar shovel of the mixer can be close to the concave type to receive the cooking materials. For example, the bottom of the pot is opened to hold the food.

[0163] It should be noted that the feeding box of the present application should be a general feeding box in many cases, which can generally refer to the container capable of containing cooking materials and capable of pouring out the cooking materials. The present application provides a preferred embodiment of the present application in the specification and the drawings thereof, but the present application can be realized in many different forms and is not limited to the embodiments described in the specification, and the embodiments are not additional limitations on the content of the present application, and the purpose of providing these embodiments is to make the disclosure of the present application more thorough and comprehensive. Furthermore, the above technical features continue to combine with each other to form various embodiments not listed above, which are all considered to be within the scope of the present application. Furthermore, those skilled in the art can improve or transform according to the above description, and all these improvements and transformations shall be within the protection scope of the appended claims of the present application. The patents of the present inventors / right holders are interrelated to each other in order to make the patent description more concise and avoid repetition.

Claims

1. A cooking machine, characterized in that, The cooking machine includes a pot body, and the pot body includes a heating device for cooking food therein; The pot body also includes a lid, which can seal the opening of the pot body; the pot body of the cooking machine has two left and right opposite stirrers for stir-frying food or cooking ingredients in the pot. The axis of rotation of the agitator shaft in the pot is horizontal. The agitator of the pot body includes an agitator bar or a bar spatula; The edge shape of the crossbar or crossbar shovel is consistent with that of the pot body; The horizontal bars or horizontal bar spatulas of the left and right opposing stirrers can be closed to form a concave or V-shaped food tray. The cooking machine uses the food tray to hold food or cooking ingredients, and uses the food tray to perform cooking operations. The stirrer of the pot body includes a stirrer vertical rod, and the stirrer can be moved as a whole, the vertical rod can be extended or retracted, the vertical rod can be bent, and the horizontal rod or the horizontal rod spatula can be rotated.

2. The cooking machine according to claim 1, characterized in that, The device includes a top feeding chamber located above the pot body. The top feeding chamber includes a bottom plate, and the bottom plate includes a bottom movable partition. The bottom movable partition of the top feeding chamber can be opened or closed. When the bottom movable partition is opened, food or cooking ingredients are fed into the food tray or the pot body through the opened bottom movable partition.

3. The cooking machine according to claim 2, characterized in that, When the bottom movable partition is closed, the bottom movable partition carries food or cooking ingredients; when the bottom movable partition is open, the bottom movable partition puts the food or cooking ingredients on it into the food tray or the pot body; And / or, The top feeding chamber has a heating source for heating the food or cooking ingredients in the top feeding chamber; and / or The top feeding chamber is equipped with a stirrer for stirring the food or cooking ingredients in the top feeding chamber; and / or... The cooking machine includes a liquid feeding device that feeds water or liquid cooking ingredients into the top feeding chamber.

4. The cooking machine according to claim 1, characterized in that, The cooking operation includes holding the food in the food holder and steaming the food using steam from the pot; and / or, The food or cooking ingredients include fish, eggplant, rice, breadcrumbs, yeast, butter, water, and nuts.

5. The cooking machine according to claim 1, characterized in that, It includes a feeding device that can feed food or cooking ingredients into the pot or food tray.

6. The cooking machine according to claim 2, characterized in that, It includes a feeding device that can feed food or cooking ingredients into the top feeding cavity, the pot, or the food tray.

7. The cooking machine according to claim 5, characterized in that, Includes one or more feeding boxes, and feeding device for the feeding boxes; The feeding device feeds the food or cooking ingredients from the feeding box into the pot or the food tray.

8. The cooking machine according to claim 6, characterized in that, Includes one or more feeding boxes, and feeding device for the feeding boxes; The feeding device feeds the food or cooking ingredients in the feeding box into the top feeding cavity, the pot, or the food tray.

9. The cooking machine according to claim 7 or 8, characterized in that, The feeding box includes a flip-top feeding box, which can be flipped to feed materials; or, the bottom of the feeding box can be opened or closed to feed materials.

10. The cooking machine according to claim 6 or 8, characterized in that, Includes one or more internal feeding boxes, and an internal feeding box feeding device; The inner feeding box is located in the top feeding cavity, and the inner feeding box feeding device feeds the food or cooking ingredients in the inner feeding box into the top feeding cavity, the food tray, or the pot.

11. The cooking machine according to claim 5, characterized in that, The feeding device includes a combined plastic box feeding device. The combined plastic box includes one or more independent storage chambers. Food or cooking ingredients are placed in the storage chambers. The feeding device feeds the food or cooking ingredients from the combined plastic box into the pot or food tray.

12. The cooking machine according to claim 6, characterized in that, The feeding device includes a combined plastic box feeding device, wherein the combined plastic box includes one or more independent storage chambers, and food or cooking ingredients are placed in the storage chambers. The feeding device feeds the food or cooking ingredients from the combined plastic box into the top feeding chamber; or, the combined plastic box feeding device feeds the food or cooking ingredients from the combined plastic box through the top feeding chamber into the pot or food tray.

13. The cooking machine according to claim 10, characterized in that, The invention includes a combined plastic box feeding device. The combined plastic box comprises one or more independent storage chambers. Food or cooking ingredients are placed in the storage chambers. The feeding device feeds the food or cooking ingredients from the combined plastic box into the top feeding chamber or the inner feeding box; or, the inner feeding box is removed, and the combined plastic box feeds directly into the top feeding chamber, the pot, or the food tray; or, the combined plastic box feeding device feeds the food or cooking ingredients from the combined plastic box through the inner feeding box and / or through the top feeding chamber into the pot or the food tray. And / or, It includes one or more feeding boxes and feeding devices for feeding boxes. Food or cooking ingredients are placed in the feeding boxes, and the feeding devices feed the food or cooking ingredients in the feeding boxes into the top feeding cavity, the inner feeding box, the food tray, or the pot.

14. The cooking machine according to claim 12, characterized in that, The combined plastic box is located above or on top of the top feeding cavity, or the combined plastic box is located within the top feeding cavity; and / or, The openings of the storage chambers are on the same side and are sealed by a sealing film. Food or cooking ingredients are placed in the storage chambers. The combined plastic box is located inside the top feeding chamber or on top of the top feeding chamber. The sealing plastic film on the combined plastic box can be torn open by a film-tearing device, allowing the food or cooking ingredients in the storage chambers to fall out.

15. The cooking machine according to claim 1, characterized in that, Food or cooking ingredients are placed manually into the food tray; and / or, food is stir-fried using a "left-to-right stirring method".

16. The cooking machine according to claim 10, characterized in that, A jet / water spray device is installed at the top of the inner feeding box to blow down food or cooking ingredients adhering to or remaining on the inner wall of the inner feeding box, or to clean the inner wall; and / or, the cleaning water in the top feeding cavity, inner feeding box, and inner feeding cylinder falls into the pot body and is drained away; and / or, the top feeding cavity and inner feeding box are selected, merged, or the top feeding cavity is removed, leaving only the inner feeding box; And / or, the inner feeding box is movable.

17. The cooking machine according to claim 10, characterized in that, The inner feeding box includes three inner feeding boxes, one large and two small, which are distributed in a "pin" shape. The "single opening" on the top is the large inner feeding box, and there are two small inner feeding boxes at the "double opening" position below.

18. The cooking machine according to claim 10, characterized in that, The bottom movable partition of the top feeding cavity is opened to form a feeding opening, and the inner feeding box is moved to the feeding opening to put the food or cooking raw materials therein into the food tray or the pot body; and / or, The cooking machine includes a liquid cooking raw material feeding device for feeding water or liquid cooking raw materials into the inner feeding box; and / or, The top feeding cavity includes a top plate, and the top plate includes a top plate movable partition and a top plate opening. The top plate movable partition can open or close the top plate opening; Food or cooking raw materials can be put into the top feeding cavity or the inner feeding box or the food tray or the pot body through the opened top plate opening.

19. The cooking machine according to claim 2, characterized in that, The bottom plate serves as the pot lid; and / or, the top feeding cavity further includes a top plate and side plates, enclosing a fully enclosed cavity. The top plate includes a top plate movable partition and a top plate opening. The top plate movable partition can open or close the top plate opening. Food or cooking raw materials enter the top feeding cavity from the top plate opening, are put on the bottom movable partition or pass through the opened bottom movable partition and are put into the food tray or the pot body.

20. The cooking machine according to claim 1, characterized in that, The pot lid includes a pot lid feeding cavity, and the pot lid feeding cavity is a cavity formed by enclosing a bottom plate, side plates and a top plate. The bottom plate has a bottom movable partition, and the top plate has a top plate movable partition.

21. The cooking machine according to claim 20, characterized in that, The pot lid feeding cavity has a heating device, and / or there is a stirrer in the pot lid feeding cavity.

22. The cooking machine according to claim 1, characterized in that, The bottom of the pot body has a movable splint that can open or close, and the food in the pot body is thrown out by opening the movable splint.

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