CN113974424A - Automatic feeding cooking machine - Google Patents

Abstract

The invention discloses an automatic feeding cooking machine which is provided with an annular feeding component, and can realize automatic feeding and automatic cooking for a plurality of times only by pre-mixing ingredients and placing the ingredients in a plurality of material boxes, wherein manual intervention is not needed in the whole process. The intelligent cooking system is not only suitable for frying dishes, but also can be used for cooking soup, cooking porridge and steaming, the adaptability is wide, and a user can finish corresponding cooking work by matching materials according to the APP terminal ingredient diagram and selecting a corresponding menu program. The automation and standardization of Chinese cooking can be realized, and the Chinese cooking is beneficial to the world.

Description

Automatic feeding cooking machine

Technical Field

The invention relates to an automatic cooking machine.

Background

At present, automatic cooking machines/cooking machines exist in the market, are designed aiming at large dining rooms, are high in manufacturing cost and complex to use, and are not suitable for small restaurants and families; and the automatic feeding component is not concise in design and scientific enough, cannot completely simulate the defects of multiple feeding and the like in the process of artificial cooking, cannot replace the artificial cooking, and cannot realize the standardization of Chinese cooking. .

Disclosure of Invention

The invention relates to an automatic feeding cooking machine, which aims to solve the technical problems that the existing automatic cooking machine/frying machine has the defects of overlarge integral size, high manufacturing cost, inconvenient use and operation, incapability of popularizing, incapability of realizing the standardization of Chinese cooking, inconvenience for Chinese cooking to move to the world and the like in the aspect of automatic feeding, and the automatic feeding cooking machine is invented.

The automatic feeding cooking machine is realized by the following design:

preferably, the automatic feeding cooking machine consists of two parts, namely a cylinder body and a flip frame.

Preferably, the cylinder body is composed of a shell, an inner container, a material box frame, a material disc slip-assisting ring, a material pusher, a rotating inner ring, a heating disc, a rotating scroll rod motor, an underframe and 11 parts; wherein, the pusher consists of four accessories of a material selecting steering engine, a material feeding steering engine, a U-shaped pusher rod and a pusher shell.

Preferably, a circle of slope belt is designed at the outer edge position of the top of the shell and used for placing the tray slip-assisting ring.

Furthermore, a circle of sliding-assistant sliding rods are designed on the material tray sliding-assistant ring, and the sliding rods are in contact with the inclined vertical surface in the material tray, so that the material tray rotates around the periphery of the shell.

Preferably, a circle of 12 upright posts are designed on the tray, and the number of the upright posts corresponds to that of the material box racks; the top of the vertical rod is provided with a metal ring, the vertical rod and the metal ring are combined to enable 12 material boxes to be fixed on the material tray, and the material boxes can be horizontally placed and inclined under the restraint of the metal ring.

Furthermore, a ring of ring gear is designed at the bottom of the material tray and used for being meshed with a feeding steering engine gear on the material pusher so as to realize that the material tray rotates around the shell.

Preferably, two small circular rings are designed on the inclined plane of the material box rack and are used for matching with the metal rings and the vertical rods on the material tray to realize the fixation of the material box rack on the material tray; the material box rack bottom plate is provided with a hollow groove, and the material box is inserted into the hollow groove to fix the material box and the material box rack; the bottom of the material box frame is provided with an L-shaped return sheet which is aligned with the material pushing rod and matched with the material pushing rod to reset the material box frame after material pushing.

Preferably, the aligning sheet is designed at the bottom of the material box and can be inserted into the hollow groove of the bottom plate of the material box frame to realize the embedding of the material box and the material box frame.

Preferably, the pusher is fixed in front of the shell and corresponds to the front and back of the frame body of the flip bracket, and the upper part of the shell of the pusher is provided with an opening for exposing the material selecting gear.

Preferably, two serial bus steering gears are designed in the material pusher, wherein the output shaft of the material selecting steering gear is connected with a material selecting gear, the material selecting steering gear is meshed with a ring gear at the bottom of a material tray to drive the material tray to rotate, and the material selecting steering gear can drive the material tray to freely rotate left and right under the control of a control panel to be positioned at a material box position needing to be fed, so that the material box is aligned with the material pushing rod; two ends of an output shaft of the other material pushing steering engine are connected with U-shaped material pushing rods, the output shaft of the material pushing steering engine rotates for about 60 degrees under the control of the control panel to drive the U-shaped material pushing rods to push the material box underframe and the material box to incline from horizontal placement, and feeding is completed; after the feeding is finished, the U-shaped material pushing rod resets to hook the return sheet at the bottom of the material box rack, so that the material box rack is pulled back to a flat state, and the whole feeding and resetting actions are finished.

Preferably, a rotating inner ring is arranged on the inner wall of the shell and close to the bottom, a plurality of sliding-assistant sliding rods are arranged in the rotating inner ring, and the rotating inner ring supports the weight of the liner and assists the liner to rotate.

Preferably, the middle position of the bottom of the inner container is provided with a cross-shaped bulge for embedding the rotating scroll motor.

Preferably, the bottom of the inner container is provided with a rotary scroll motor, the output shaft of the motor is provided with a cross groove, and a cross protrusion at the bottom of the inner container can be embedded, so that the rotary scroll motor drives the inner container to rotate.

Preferably, the bottom of the inner container is provided with a heating plate for heating the inner container and heating food materials from the bottom. The heating plate is provided with a high heating gear, a low heating gear and a middle heating gear which are all controlled by a microcomputer; the interior of the temperature measuring device is also provided with a thermocouple or a thermistor for measuring temperature, and the thermocouple or the thermistor is also connected with a microcomputer.

Preferably, the bottom of the shell is designed with a bottom frame which supports and fixes the rotating scroll motor.

Furthermore, an opening is designed at one side of the bottom of the shell close to the flip frame for internal wiring.

Preferably, the flip frame is composed of a stirring knife, an air nozzle, a magnetron, a magnetic control cover plate, an upper cover, a cross arm, a base, an electric cylinder push rod, a push rod slide block, a transformer, a microcomputer control panel, a power panel and a base 13;

preferably, the cover surface of the upper cover is provided with an air outlet and an air tap.

Furthermore, the inner side of the upper cover is provided with a stirring knife mounting seat, and the stirring knife can be screwed into the mounting seat to realize fixation.

Furthermore, the outer side of the stirring knife is attached to the bottom of the inner container in an arc mode and is fixed after being screwed into the mounting seat.

Preferably, a magnetron capable of emitting microwave to heat food is designed in the neck space of the upper cover, the magnetron in the upper cover is supplied with current by a transformer in the base and controls microwave emission of the magnetron by the control panel, the microwave emission is linked with the opening/closing of the upper cover under the control of the control panel, the microwave emission is closed when the upper cover is opened to prevent microwave radiation, and the microwave is opened when the upper cover is closed and food is heated.

Further, the case of the upper cover is made of metal, which can prevent the microwave emitted from the magnetron from leaking.

Preferably, the top of the upper cover is fixedly connected with the cross arm, the cross arm is movably connected with the base, and a movable joint is formed at the connection position through a bolt.

Preferably, two long notches are designed at the bottom of the cross arm and used for installing the push rod sliding block.

Preferably, an electric cylinder push rod is designed on the base, the top of the push rod is movably connected with a push rod sliding block through a bolt, the electric cylinder push rod controls the push rod to act through a control panel, and when the electric cylinder push rod works, the push rod sliding block pushes the cross arm to lift under the action of thrust to drive the upper cover to lift up, so that the cover opening action is realized; when the push rod of the electric cylinder is reset, the push rod sliding block pulls the cross arm to fall back under the action of tensile force, so that the upper cover is driven to reset, and the cover closing action is realized.

Furthermore, a transformer, a power panel and a microcomputer control panel are designed in the bottom space of the base as a control center of the whole automatic feeding cooking machine.

Preferably, the automatic feeding cooking machine is heated by a heating disc at the bottom of the inner container, and the magnetron in the cover emits microwave for heating, so that food is heated and cooked by two heating modes.

Preferably, the microcomputer control panel of the automatic feeding cooking machine is connected with the mobile phone end APP through WIFI for control, a menu supporting cooking and action parameters corresponding to the menu are built in the mobile phone APP, after cooking is started, the APP sends operation actions to the control panel, and the control panel controls all parts to execute corresponding actions to complete the processes of automatic material selection, timed feeding, heating time duration, heating mode and the like in the automatic cooking process. The control system of the machine is simplified, and components such as screen input keys and the like are not needed.

Further, when a menu is selected in the mobile phone APP, the APP end guides an operator to place all ingredients in the material boxes at the corresponding positions in a graphic mode, so that the machine can select and feed materials correctly.

Furthermore, the mobile phone APP and the machine are communicated through a network, WIFI hotspots can be directly connected, and the mobile phone APP and the machine can also be accessed into the same local area network through WIFI to transmit data in the local area network.

The working principle and the working process of the invention are as follows:

the invention is further described with reference to fig. 1.

After the machine circular telegram is started, the WIFI focus that the machine sent is connected to cell-phone operation APP, and the connection is accomplished to the WIFI focus of connecting, selects built-in menu to cook on APP, according to the picture example of this menu of APP end, puts into corresponding magazine according to the picture instruction with various batching that the menu needs, contains respectively in the magazine of messenger's difference: oil, salt, spices, main food material, auxiliary food material, water and the like.

The general placing positions of ingredients are arranged in sequence according to feeding time, the material box 1 is opposite to the U-shaped feeding rod, the material box 2 is arranged on the left side of the material box 1, the material box 3 is arranged on the right side of the material box 1, the material box 4 is arranged on the left side of the material box 2, the material box 5 is arranged on the right side of the material box 3, and the rest is done by analogy.

Then the APP end clicks 'start cooking', the control panel controls the bottom heating disc to heat the inner container to a certain temperature, the electric cylinder push rod pushes the upper cover to open, the material selecting steering engine pushes the material tray to send the corresponding material box to the position of the U-shaped material pushing rod, the material pushing steering engine drives the U-shaped material pushing rod to swing, so that ingredients in the material box are poured into the inner container, the U-shaped material pushing rod resets to drive the material box to reset, the upper cover is closed, and the microcomputer control panel controls the microwave and the bottom heating disc to heat the ingredients at the same time; meanwhile, the inner container is driven by a rotating scroll motor to rotate circumferentially, so that food materials are overturned and stirred under the resistance of a fixed stirring knife, and are uniformly heated; so circulate, accomplish throwing material and heating of other batching, long, the heating mode is controlled by the microcomputer control panel during the heating of every step, and the back is accomplished in the culinary art, and microwave and the heating of dish that generates heat stop, and electronic jar push rod promotes the upper cover and opens, and the food that will cook by the operator is palleted, accomplishes whole culinary art process.

Two cooking examples are provided below:

example of cooking: and (5) sour and hot shredded potatoes. Ingredient list: cutting shredded potatoes, shredded green peppers, oil, salt and vinegar.

The machine is powered on and started, the mobile phone runs APP, a WIFI hotspot sent by the machine is connected, sour and hot shredded potatoes and two-person food quantity are selected from an APP built-in menu, a proper amount of shredded potatoes, shredded green peppers, oil, salt and vinegar are filled in 6 different material boxes according to the picture example on the APP, the shredded potatoes with the largest quantity are filled in the two material boxes, the material boxes containing ingredients are filled on a material box frame according to the picture indication, the material box placing positions are in accordance with the placing rule or the picture example, and the material selecting steering engine is convenient to rapidly position; a proper amount of oil is put into a material box No. 1, potato shreds with the same weight are put into material boxes No. 2 and No. 3, a proper amount of salt is put into a material box No. 4, green pepper shreds are put into a material box No. 5, and a proper amount of vinegar is put into a material box No. 6.

After the ingredients are put well, clicking 'start cooking' in the APP, issuing the operating parameters to the control panel by the APP, controlling the heating plate to heat the inner container at low temperature by the microcomputer of the control panel, and lifting a push rod of the electric cylinder to push the upper cover to open; the pushing steering engine rotates the U-shaped pushing rod under the control of the microcomputer, pushes the No. 1 material box to incline from flat placement, so that oil in the material box is poured into the inner container, the pushing rod returns to the original position, a return sheet at the bottom of the material box frame is hooked, so that the material box returns to the flat placement state, the microcomputer controls the electric cylinder to retract to enable the upper cover to cover the material box, the worm rod motor drives the inner container to rotate at a constant speed so that the oil is uniformly spread on the bottom of the inner container, the heating disc is switched from low-temperature heating to medium-temperature heating, meanwhile, the microcomputer controls the right rotation of the gear of the material selecting steering engine for a certain distance, so that the No. 2 material box is right opposite to the U-shaped pushing rod, and the feeding preparation of the No. 2 material box is made; after heating for 30 seconds, the electric cylinder push rod works again to open the upper cover, the material pushing steering engine drives the U-shaped material pushing rod to complete feeding and resetting of the potato shreds in the No. 2 and No. 3 material boxes, the electric cylinder push rod pulls the upper cover to close, the heating plate is switched to a high-temperature heating mode, the magnetic control tube in the upper cover sends microwaves to heat food materials, meanwhile, the material selecting steering engine rotates rightwards to move the No. 4 material box to the U-shaped material pushing rod, feeding preparation of the No. 4 material box is made, and the potato shreds are blocked by the stirring knife in the rotating inner container to turn, stir and be uniformly heated by the microwaves and the bottom of the inner container; after one minute, the magnetron stops emitting microwaves, the push rod of the electric cylinder opens the upper cover, the pushing steering engine drives the U-shaped pushing rod to complete salt particle feeding in the material box No. 4, the push rod of the electric cylinder pulls the upper cover to close, the magnetron continuously emits microwaves to heat food materials together with the heating disc, and meanwhile, the material selecting steering engine rotates left to move the material box No. 5 to the position of the U-shaped push rod to prepare for feeding of the material box No. 5; after 30 seconds, the magnetron stops emitting microwaves, the push rod of the electric cylinder opens the upper cover, the pushing steering engine drives the U-shaped pushing rod to complete feeding of the green pepper wires in the No. 5 material box, the push rod of the electric cylinder pulls the upper cover to close, the magnetron continuously emits microwaves to heat the food materials together with the heating disc, and meanwhile, the material selecting steering engine rotates rightwards to move the No. 6 material box to the position of the U-shaped pushing rod to prepare feeding of the No. 6 material box; after 30 seconds, the magnetron stops transmitting microwaves, the upper cover is opened by the electric cylinder push rod, after vinegar in the material pushing steering engine driving U-shaped material pushing rod is used for completing material feeding of vinegar in the material box No. 6, the electric cylinder push rod pulls the upper cover to close, the magnetron stops transmitting microwaves, the heating plate is switched to the medium temperature mode to heat food materials at last, after 10 seconds, the heating plate stops heating, the inner container stops rotating, the electric cylinder push rod pushes the upper cover to open, cooking is completed, waiting for an operator to load the food materials, the food materials are loaded to the tray, after the inner container is cleaned, the upper cover is clicked to close in the mobile phone APP. The inner container keeps a uniform rotation state in the whole feeding and heating processes.

Example of porridge cooking: preserved egg and lean meat porridge. Ingredient list: rice, water, preserved eggs, lean meat and salt.

Machine circular telegram is started, cell-phone operation APP, connect the WIFI focus that the machine sent, select preserved egg lean meat congee and two people to eat the volume in the built-in menu of APP, according to the picture example on the APP, with appropriate amount of rice, water, preserved egg, lean meat, salt, the dress is in the magazine of 6 differences, No. 1 magazine is put the rice, 2, drain in No. 3 magazines, put the preserved egg who cuts in No. 4 magazines, put lean meat in No. 5 magazines, put salt in No. 6 magazines, the magazine box that will hold the batching is put on the magazine frame.

After the ingredients are put well, clicking 'start cooking' in the APP, issuing the operating parameters to the microcomputer control panel by the APP, and controlling the electric cylinder push rod to lift and push the upper cover to open by the microcomputer; the rice in the No. 1 material box and the water in the No. 2 and the No. 3 material boxes are respectively put into the inner container by the pushing steering engine and the selecting steering engine under the control of a microcomputer. The microcomputer controls the electric cylinder to retract to enable the upper cover to be covered, the worm rod motor drives the inner container to rotate at a constant speed, the heating disc enters high-temperature heating, the magnetron emits microwave for heating, and meanwhile, the material selecting steering engine gear rotates rightwards for a certain distance, so that the material box No. 4 is right opposite to the U-shaped material pushing rod, and feeding preparation of the material box No. 4 is made; after heating for 10 minutes, the magnetron stops emitting microwaves, the upper cover is opened by the push rod of the electric cylinder, and the pushing steering engine drives the U-shaped pushing rod to complete preserved egg feeding in the No. 4 material box; then, an electric cylinder push rod pulls the upper cover to close, the magnetron continues to emit microwave for heating, and meanwhile, a material selecting steering engine gear turns left for a certain distance, so that the No. 5 material box is opposite to the U-shaped material pushing rod, and feeding preparation of the No. 5 material box is made; after heating for 5 minutes, the magnetron stops emitting microwaves, the upper cover is opened by the push rod of the electric cylinder, and the pushing steering engine drives the U-shaped pushing rod to complete the feeding of the lean meat in the material box No. 5 and the salt in the material box No. 6; and (3) pulling the upper cover to close by the push rod of the electric cylinder, continuously emitting microwave for heating by the magnetron, closing the microwave heating of the magnetron and the heating of the heating plate after 30 seconds, stopping the rotation of the inner container, opening the upper cover to finish cooking, and waiting for plate loading.

In the design and embodiment disclosed here, items not explicitly disclosed, such as operating conditions and operating conditions, various parameters, and the size, weight, volume, and the like of the components, are assumed to be values that can be easily assumed by a person skilled in the art without departing from the scope of the general practice of the person skilled in the art.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention, and the scope of the present invention is not limited thereto, and any person skilled in the art can substitute or change the technical solution and the inventive concept of the present invention within the technical scope of the present invention.

The invention has the following beneficial effects:

1. the design of the annular rotating disc type tray is adopted, twelve material boxes are totally arranged, and the requirements of almost all Chinese cooking on various ingredients can be met.

2. The material selecting steering gear in the material pusher drives the rotary disc to realize the positioning of the material box, the material pushing steering gear drives the U-shaped material pushing rod to rotate by about 60 degrees to realize the material pushing action, the two steering gears can realize the automatic feeding of multiple material boxes in multiple batches under the control of the microcomputer control panel, the whole process does not need manual intervention, and the full automation of the feeding process is realized.

3. The electric cylinder push rod and the push rod slider realize the opening and closing design of the upper cover part, and the upper cover can be automatically opened and closed under the control of the control panel.

4. The material box and the material box rack are separately inserted and counted, the required number of the material boxes can be used according to requirements, and a certain material box can be flexibly replaced or the position of the material box filled with ingredients can be flexibly adjusted.

5. The magnetron is designed in the neck position of the upper cover, microwave can be emitted to heat and cook food, and in addition, the heating plate at the bottom of the inner container heats the food, the automatic feeding cooking machine can heat the food simultaneously from the upper part and the lower part of the inner container, the cooking efficiency is higher, and the cooking speed is faster.

6. The automatic feeding cooking machine sets cooking parameters of dishes through the mobile phone APP and then sends the cooking parameters to the microcomputer control panel for control, so that the control system is simplified, components such as a screen keyboard are eliminated, the cost and the use complexity are reduced, and the popularization and the promotion of products are facilitated.

7. Automatic throw material cooking machine can realize standardizing cooking key elements such as duration, each batching casting time, firepower size during the culinary art in-process under APP's cooperation, is favorable to the standardization of chinese style culinary art, and the chinese style culinary art of being convenient for promotes to the world.

8. The automatic feeding cooking machine is not only suitable for cooking, but also can be used for cooking soup, cooking porridge and steaming, has wide adaptability, can cook various Chinese food, and can automatically finish cooking work by a user only needing to prepare materials according to the APP terminal proportioning diagram example and selecting corresponding parameters.

9. The heating plate heating and the microwave heating are adopted for cooking food, and two open fire-free heating modes are adopted, so that the hidden fire hazard of open fire cooking is radically avoided and the cooking is safer compared with the traditional open fire type cooking; and the two heating modes are based on electric energy, thereby being beneficial to energy conservation, environmental protection and carbon emission reduction.

Drawings

The present invention is described in further detail below with reference to the attached drawings.

FIG. 1 is a front view

FIG. 2 is a right side view

FIG. 3 is a left side view

FIG. 4 is a front view

FIG. 5 is a rear view

FIG. 6 is a top view

FIG. 7 is a bottom view

FIG. 8 is a right side perspective view

FIG. 9 is a left side perspective view

FIG. 10 is a front perspective view

FIG. 11 is a front view of the cover after closing

FIG. 12 is a right side view of the closure after closing

FIG. 13 is a left side view of the closure after closing

FIG. 14 is an exploded view of the parts 1

FIG. 15 is an exploded view of the parts 2

FIG. 16 is a cylinder block portion

FIG. 17 is a flip cover frame portion

FIG. 18 is a front view of an unmounted cartridge

FIG. 19 is a rear perspective view of a lid of a cartridge rack without a cartridge mounted thereon

FIG. 20 is a right side view of a magazine feeding demonstration

FIG. 21 is a detail view of engagement between the batch feeder and the tray gear

Figure 22 is an enlarged partial side perspective view of a material feeder

FIG. 23 is a partial enlarged view of a material box feeding demonstration

FIG. 24 is an enlarged view of a material feeding demonstration detail of a material box

FIG. 25 is a housing

FIG. 26 is a perspective view of the housing

FIG. 27 shows a tray slip ring

FIG. 28 is a charging tray

FIG. 29 shows a magazine rack

FIG. 30 is a magazine

FIG. 31 is a liner

FIG. 32 is a view of a rotating inner ring

FIG. 33 is a scroll motor

FIG. 34 shows a pusher housing

FIG. 35 is a base

FIG. 36 shows a crossbar

FIG. 37 is a magnetron

FIG. 38 is a top cover

FIG. 39 is a push rod slider

FIG. 40 shows the combination of the shell and the tray with the slip-aid ring

FIG. 41 shows the combination of inner container, rotating inner ring, heating plate and scroll motor

FIG. 42 is a perspective view of the combination of the housing, the inner container, the rotating inner ring, the heating plate and the scroll motor

FIG. 1-Cross arm; 2-a magnetron; 3-air tap; 4, covering the upper cover; 5-magnetic control partition board; 6-stirring a knife; 7-a cartridge; 8-a magazine rack; 9-material tray; 10-a material tray slip-assisting ring; 11-a housing; 12-inner container; 13-rotating the inner ring; 14-a heating plate; 15-a scroll motor; 16-a chassis; 17-a material selecting steering engine; 18-pushing steering engine; 19-a pusher bar; 20-pushing the material shell; 21-crossbar bolt; 22-a push rod slider; 23-a push rod bolt; 24-electric cylinder push rod; 25-a base; 26-a transformer; 27-a power panel; 28-microcomputer control panel.

Claims (10)

1. An automatic feeding cooking machine consists of a cylinder body and a flip frame, wherein the cylinder body consists of a shell, an inner container, a material box frame, a material disc slip-assisting ring, a material pusher, a rotating inner ring, a heating disc, a rotating scroll rod motor, an underframe and 11 parts; the flip frame is composed of a stirring knife, an air nozzle, a magnetron, a magnetic control cover plate, an upper cover, a cross arm, a base, an electric cylinder push rod, a push rod slide block, a transformer, a microcomputer control panel, a power panel, a base and 13 parts.

2. The automatic batch cooker of claim 1, wherein: the outer edge of the top of the cylinder body is provided with a rotatable feeding component consisting of a material tray slip-assisting ring, a material tray, a material box frame and a material box.

3. The automatic batch cooker of claim 1, wherein: a pusher consisting of a material selecting steering engine, a material pushing steering engine, a U-shaped material pushing rod and a pusher shell is arranged on the outer side of the cylinder body, and gears on an output shaft of the material selecting steering engine in the pusher are meshed with gears at the bottom of the material tray to realize the rotation of the material tray so as to position a target material box; then the pushing steering engine drives the U-shaped pushing rod to push the material box to incline from flat placement, and the feeding action is finished.

4. The automatic batch cooker of claim 1, wherein: the number of the material box frames is the same as that of the vertical rods on the material discs, and the two small circular rings on the material box frames are matched with the vertical rods and the circular rings at the tops of the vertical rods, so that the position of each material box frame on the material discs is fixed.

5. The automatic batch cooker of claim 1, wherein: the bottom of the inner container is provided with a cross-shaped bulge which can rotate left and right under the drive of a worm motor.

6. The automatic batch cooker of claim 1, wherein: a rotary inner ring is designed at the position of the inner container in the shell for bearing the weight of the inner container and assisting the inner container to rotate.

7. The automatic batch cooker of claim 1, wherein: an electric cylinder push rod is arranged between the cross arm and the base and matched with a push rod sliding block, so that the upper cover can be automatically opened and closed.

8. The automatic batch cooker of claim 1, wherein: the neck space of the upper cover is designed with a magnetron which can emit microwave to heat the food under the control of the microcomputer control panel.

9. The automatic batch cooker of claim 1, wherein: the machine does not have screen, keyboard part, by cell-phone APP after connecting the microcomputer control panel through WIFI, issue the culinary art action parameter configuration and give the microcomputer control panel and control.

10. The automatic batch cooker of claim 1, wherein: the bottom of the inner container is provided with a heating plate which can be heated from the bottom of the inner container.

Images