CN210095454U - Full-automatic cooking machine - Google Patents

Abstract

The utility model relates to a full-automatic cooking machine. It includes pot cover and heating base, and the pot cover includes pot cover body, foodstuff box dyestripping and rotary driving mechanism, foodstuff box vibration mechanism and fries dish mechanism, and the top of pot cover body is equipped with foodstuff box rotary feeding groove, is equipped with the blanking mouth on the foodstuff box rotary feeding groove, and blanking mouth department is located to foodstuff box dyestripping and rotary driving mechanism, the utility model discloses the cooking machine can be according to the menu, and the timesharing segmentation will eat the material and drop into the culinary art in the pot. The utility model discloses a seal membrane and the simultaneous drive food material box at food material box rotary feeding groove internal rotation that food material box dyestripping and rotary driving mechanism tore food material box, thereby make the utility model discloses can the timesharing segmentation with different edible material drop into the pot culinary art, consequently the utility model discloses a novel structure, be convenient for clean, food material box rotary feeding groove are used for connecing the water on the food material box to avoid water all to be everywhere of pot cover body upper stream, the user needs often to wash.

Description

Full-automatic cooking machine

Technical Field

The utility model relates to a cooking utensil technical field, in particular to full-automatic cooking machine.

Background

The prior full-automatic cooker is an automatic cooker disclosed in 2017, 8.18.7.4.4.No. CN201710356677.2, which is matched with a foodstuff box, wherein a plurality of food materials of a dish are arranged on the foodstuff box, before the prior cooker cooks, a user only needs to put the dish box upside down on the cooker, a sealing film on the dish box is pressed on a blanking port of the cooker, one end of the sealing film on the dish box is hooked on a film tearing hook on the cooker, then the cooker is started, a film tearing rotating shaft starts to rotate, the film tearing hook drives the dish box to horizontally move forwards and simultaneously tear films, the food materials on the dish box are sequentially put into the cooker body, the cooker starts to cook, the food boxes on the prior supermarket or the E-commerce website are all rectangular, when the dish box horizontally moves forwards, because the dish box is communicated with the cooker of the cooker, steam generated during cooking can be attached to the dish box, and the condensed liquid juice or water, therefore, the dish box often has water, and the water can flow to the casing of the cooking machine under the drive of the dish box, which leads to that the user needs to clean the casing of the cooking machine after the cooking machine finishes cooking each time, therefore, the existing full-automatic cooking machine is very inconvenient for the user to use and is inconvenient to clean.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an adopt the full-automatic machine of cooking of autogiration pay-off mode, be convenient for clean.

The purpose of the utility model is realized like this:

a full-automatic cooker comprises a cooker cover, a heating base, a circuit board, an identification code scanning device and a cloud server, wherein the rear side of the cooker cover is rotatably arranged at the top of the heating base, the front side of the cooker cover is connected with the heating base in a buckling manner, the heating base is provided with a heating device and a cooker body, the cooker cover and the cooker body are covered by an upper cover and a lower cover to form a cooker cavity, the cooker cover comprises a cooker cover body, a foodstuff box tearing film and rotary driving mechanism, a foodstuff box vibrating mechanism and a cooker mechanism, the foodstuff box vibrating mechanism is arranged at the top of the cooker cover body, the top of the cooker cover body is provided with a foodstuff box rotary feeding groove, the foodstuff box rotary feeding groove is provided with a blanking port, the blanking port is communicated with the cooker cavity and is positioned above the cooker body, the foodstuff box tearing film and rotary driving mechanism are arranged at the blanking port and are used for tearing a sealing film of the foodstuff box and driving the foodstuff box to, so that the foodstuff in the foodstuff box falls into the blanking port; the food box vibrating mechanism is arranged at the top of the pot cover main body and beside the discharging port and is used for vibrating the food box so as to enable food in the food box to drop; the dish frying mechanism is arranged at the bottom of the pot cover body and is positioned in the dish frying cavity.

The utility model can be further improved as follows.

The foodstuff box rotary feeding groove is annular, fan-shaped or circular, and the blanking port and the material guide cylinder are both fan-shaped. Food material box and the rotatory feeding trough shape of foodstuff box, size of annular or fan-shaped match each other, and the foodstuff box is rotatory around the rotatory feeding trough of foodstuff box, and the rotatory feeding trough of foodstuff box plays the rotatory effect of location food material box and guide foodstuff box.

The top of pot cover main part can be dismantled and be provided with the feed table, be equipped with on the feed table foodstuff box rotary feeding groove. The feeding tray is used for supporting and guiding the foodstuff box to rotate and is also used for receiving water, so that the situation that water flows everywhere on the pot cover body is avoided, and a user needs to clean the pot cover frequently.

The feeding plate is provided with a material guide cylinder corresponding to the blanking port, the material guide cylinder penetrates through the blanking port downwards, foodstuff and water are guided into the frying pan body by the material guide cylinder, and therefore the phenomenon that water flows into the pan cover body and has residual foodstuff on the top of the pan cover body is avoided.

The top of the pot cover main body is provided with a feeding disc positioning groove, the bottom surface of the feeding disc positioning groove is provided with the blanking port, and the feeding disc is arranged in the feeding disc positioning groove.

The periphery of the feeding plate is convexly provided with a positioning handle, the pot cover main body is provided with a positioning groove corresponding to the positioning handle, the positioning groove is communicated with the positioning groove of the feeding plate, the positioning handle is in concave-convex positioning fit with the positioning groove, and the positioning handle is in buckled connection with the positioning groove. When the utility model discloses after full-automatic machine of cooking fried dish, the feed table was torn out to user's accessible handle to water and washing feed table on the feed table fall.

And the bottom wall of the feeding plate is provided with a supporting convex strip.

The food box vibration mechanism is positioned at the central position of the food box rotary feeding groove.

The food box vibration mechanism is characterized in that a yielding sleeve ring is arranged at the center of the feed tray corresponding to the food box vibration mechanism, the food box vibration mechanism is sleeved with the yielding sleeve ring, a first box pressing lug is arranged on the outer wall of the yielding sleeve ring, and a second box pressing lug is arranged on the inner side wall of the food box rotary feed chute. When food material box was rotatory on the feed table, the food material box was rotated round the lasso of stepping down, and during the food material box was rotatory moreover, also was pressed a lug by first pressure box lug, second and is pressing a lug and pressing to avoid food material box when rotatory feeding, break away from the feed table.

The food box vibrating mechanism stretches out the hole of stepping down the top of the pot cover main body is provided with a pot cover groove of stepping down corresponding to the upper pot cover, the feeding plate positioning groove is positioned in the upper pot cover groove of stepping down, and the upper pot cover is covered and arranged in the pot cover groove of stepping down. After all food materials are poured out of the food box, a user can detach the food box and cover the upper pot cover in the upper pot cover abdicating groove, the cooker continues to cook, and the upper pot cover keeps warm for the cooker.

Go up the pot cover and let the inside wall of recess on correspond to be equipped with the pot cover and be equipped with the location breach, the edge correspondence of going up the pot cover is equipped with the location flange, location flange and the unsmooth location fit of location breach, consequently user's accessible location flange opens the pot cover.

Food material box dyestripping and rotary driving mechanism include dyestripping driving motor, roll up membrane cylinder and dyestripping pole, roll up the membrane cylinder and rotate the setting in blanking mouth department along the radial direction level of food material box rotary feeding groove, dyestripping driving motor locates in the pot cover main part and is connected with the drive of roll up membrane cylinder, be equipped with the dyestripping couple on the lateral wall of roll up membrane cylinder. Consequently, when the film rolling drum rotated, the film tearing couple torn seal membrane and foodstuff box from, rolled up the seal membrane on the film rolling drum simultaneously, the in-process that the seal membrane was torn from, the seal membrane is also driving foodstuff box and is moving forward to make every foodstuff chamber on the foodstuff box open one by one, and with stir-fry chamber intercommunication, the foodstuff of every foodstuff intracavity falls into the stir-fry intracavity.

The film rolling roller is in a truncated cone shape, particularly in a truncated cone shape with a thin inner end and a wide outer end, so that the film rolling roller can roll the sealing film smoothly, and the sealing film on the film rolling roller cannot be wrinkled.

The film winding device is characterized in that a film winding rotating shaft is arranged on the film winding roller, a motor shaft of the film tearing driving motor is connected with the film winding rotating shaft in a driving mode, a through hole is formed in the side face of the film winding rotating shaft, the film tearing rod penetrates through the through hole, the two ends of the film tearing rod extend out of the side wall of the film winding roller, and hook grooves are formed in the side faces of the two ends of the film winding rotating shaft to form film tearing hooks. Consequently, be equipped with two relative dyestripping couples on film roller's the lateral wall, the utility model has the advantages of reasonable design, the user is connected dyestripping couple and is convenient with the seal membrane of food box.

And sealing rings are arranged at two ends of the film rolling rotating shaft, so that water is prevented from flowing into the pot cover body.

The side wall of the guide cylinder is provided with a hole for the length of the film to be inserted corresponding to the film rolling rotating shaft, and the film rolling rotating shaft penetrates through the hole for the length of the film to be inserted.

Food magazine vibration mechanism includes shell, vibrating motor, motor dustcoat and vibration kicking block, the motor dustcoat is located the shell, vibration kicking block horizontal slip sets up on the motor dustcoat, vibration kicking block is located the blanking mouth directly over, be equipped with reset spring between the inner of vibration kicking block and the inner wall of motor dustcoat, motor dustcoat and shell are stretched out in proper order to the outer end of vibration kicking block, be equipped with sector gear on vibrating motor's the motor shaft, vibration kicking block is equipped with the spur rack along its slip direction, sector gear and spur rack meshing.

The vibration kicking block horizontal slip sets up at the top of shell to the top of vibration kicking block vibration shell, the foodstuff shake with the top of vibration shell drops.

The motor housing is internally provided with a horizontal guide rail, and the vibration ejection block is horizontally arranged on the horizontal guide rail in a sliding manner. The lateral wall of the shell is provided with a guide hole corresponding to the horizontal guide rail, and the vibration top block is arranged on the guide hole in a telescopic mode.

The vibration ejection device is characterized in that a limiting lug is arranged on the vibration ejection device and is abutted against the inner wall of the motor housing.

The shell is arranged on the positioning groove of the feeding plate, and the yielding ferrule of the feeding plate is sleeved on the shell.

The high in the clouds server storage has the menu, the sign indicating number device is swept to circuit board and identification code and is located in the pot cover main part, the sign indicating number device and circuit board electric connection are swept to the identification code, circuit board and high in the clouds server communication connection.

The utility model has the advantages as follows:

(one) the utility model discloses the mode that the mode of foodstuff box sharp pay-off improved to the automatic rotation pay-off in the past, the utility model discloses a foodstuff box dyestripping and rotary driving mechanism tear the seal membrane of foodstuff box and drive foodstuff box at foodstuff box rotary feeding tank internal rotation simultaneously, thereby make the utility model discloses can the timesharing segmentation with different edible materials drop into the pot in culinary art, consequently the utility model discloses a novel structure, be convenient for clean, foodstuff box rotary feeding tank are used for connecing the water on the foodstuff box to avoid water all to be everywhere of flowing on the pot cover body, the user needs often to wash the utility model discloses cooking machine.

And, compare the fried dish machine in the past, the utility model discloses small, and can match the food magazine of circle form or annular or fan-shaped.

Furthermore, the utility model discloses the cooking machine can be according to the menu of high in the clouds server, and the timesharing segmentation will eat the material and drop into the cooking in the pot. The utility model discloses an intelligence control by temperature change accuse each appearance eat the accurate duration and temperature of material, realize surging the staff and turn over the accuracy of stir-fry, let the zero error of culinary art, the utility model discloses intelligence control by temperature change turns over with automatic stir-fry, can highly restore big kitchen hand skill, turns over the stir-fry more accurately than the staff, and whole journey need not to watch.

(IV) in addition, the utility model discloses the feed table of fried dish can be used to connect the water on the foodstuff box, and after the user fried the dish, can go the feed table upper end and fall water, and is very convenient.

(V) more somely, the utility model discloses the produced steam of fried dish can condense into water on food material box, and the water on the food material box can be caught to the pay-off dish, has fried after the dish, and the user can hold away the pay-off dish, pours the water on the pay-off dish to avoid water all everywhere of pot cover body upper stream, the user needs often to wash, avoids simultaneously that water flows into the pot cover originally internally, damages electrical apparatus spare part.

(six) again, the utility model discloses foodstuff vibration mechanism can shake the foodstuff in the foodstuff box and drop to avoid eating the material card or gluing in the foodstuff box, lead to lacking and eat material or weight reduction or taste and change.

Drawings

Fig. 1 is a schematic structural view of the full-automatic cooker of the present invention.

Fig. 2 is a schematic structural view of the full-automatic cooker of the present invention in an overturned open state.

Fig. 3 is a schematic structural view of the full-automatic cooker of the present invention in the cooking state.

Fig. 4 is a schematic view of the structure of fig. 3 from another angle.

Fig. 5 is a schematic view of a partial structure of the pot cover body of the present invention.

Fig. 6 is a schematic view of the structure of fig. 5 with the feed tray attached.

Fig. 7 is a schematic view of the structure of fig. 6 at another angle.

Fig. 8 is an exploded schematic view of the full-automatic cooker of the present invention.

Fig. 9 is a top view of fig. 3.

Fig. 10 is a cross-sectional view taken at a-a in fig. 9.

Fig. 11 is a sectional view at B-B in fig. 9.

Fig. 12 is a schematic structural view of the food pod.

Fig. 13 is an enlarged schematic view of a structure at a in fig. 8.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and examples.

In the first embodiment, as shown in fig. 1 to 13, a full-automatic cooker comprises a cooker cover 1, a heating base 2, a circuit board 5, an identification code scanning device 6 and a cloud server, wherein the rear side of the cooker cover 1 is rotatably arranged at the top of the heating base 2, the front side of the cooker cover 1 is connected with the heating base 2 in a buckling manner, the heating base 2 is provided with a heating device and a cooker body 20, the cooker cover 1 and the cooker body 20 are covered up and down to form a cooker cavity, the cooker cover 1 comprises a cooker cover body 10, a foodstuff box tearing and rotating driving mechanism 12, a foodstuff box vibrating mechanism 13 and a cooker mechanism 14, the foodstuff box vibrating mechanism 13 is arranged at the top of the cooker cover body 10, the top of the cooker cover body 10 is provided with a foodstuff box rotating and feeding groove 111, the foodstuff box rotating and feeding groove 111 is provided with a blanking port 110, the blanking port 110 is communicated with the cooker cavity and is positioned above the cooker body 20, the food box film tearing and rotating driving mechanism 12 is arranged at the blanking port 110 and is used for tearing a sealing film of the food box and driving the food box to rotate so as to enable food in the food box to fall into the blanking port 110; the food box vibrating mechanism 13 is arranged at the top of the main body of the pot cover 1 and beside the blanking port 110 and is used for vibrating the food box so as to enable food in the food box to fall off; the frying mechanism 14 is arranged at the bottom of the pot cover body 10 and is positioned in the frying cavity.

The utility model can be further improved as follows.

The rotatory chute feeder 111 of foodstuff box is annular form or fan-shaped or circular, and annular or fan-shaped food material box and the rotatory chute feeder 111 shape of foodstuff box, size match each other, and the foodstuff box is rotatory around the rotatory chute feeder 111 of food material box, and the rotatory chute feeder 111 of foodstuff box plays the effect of location food material box and guide foodstuff box rotation.

The blanking port 110 and the guide cylinder are both fan-shaped.

The top of the pot cover 1 main body is detachably provided with a feeding tray 4, and the feeding tray 4 is provided with the food box rotary feeding groove 111. The feed tray 4 is used for supporting and guiding the foodstuff box to rotate, and is also used for receiving water, so that the situation that water flows everywhere on the pot cover body 10 and a user needs to clean the pot cover frequently is avoided.

The feeding tray 4 is provided with a material guiding cylinder 44 corresponding to the blanking port 110, the material guiding cylinder 44 downwardly penetrates through the blanking port 110, and the material guiding cylinder 44 guides foodstuff and water into the frying pan body 20, so that the water is prevented from flowing into the pan cover body 10 and remaining foodstuff on the top of the pan cover body 10.

The top of the pot cover 1 main body is provided with a feeding tray positioning groove 111, the bottom surface of the feeding tray positioning groove 111 is provided with the blanking port 110, and the feeding tray 4 is arranged in the feeding tray positioning groove 111.

The periphery of the feeding tray 4 is convexly provided with a positioning handle 41, the main body of the pot cover 1 is provided with a positioning groove 112 corresponding to the positioning handle 41, the positioning groove 112 is communicated with the feeding tray positioning groove 111, the positioning handle 41 is in concave-convex positioning fit with the positioning groove 112, and the positioning handle 41 is in buckling connection with the positioning groove 112. When the utility model discloses after full-automatic machine of cooking fried dish, user's accessible handle tears out feed table 4 to pour the water on the feed table 4 and wash feed table 4.

And the bottom wall of the feeding plate 4 is provided with a supporting convex strip.

The food box vibrating mechanism 13 is located at the center of the food box rotary feeding groove 111.

The center of the feed tray 4 is provided with a yielding sleeve ring 46 corresponding to the food box vibration mechanism 13, the yielding sleeve ring 46 is sleeved on the food box vibration mechanism 13, the outer wall of the yielding sleeve ring 46 is provided with a first box pressing lug 43, and the inner side wall of the food box rotary feed groove 111 is provided with a second box pressing lug 42. When the food material box rotates on the feeding tray 4, the food material box rotates around the abdicating collar 46, and when the food material box rotates, the food material box is also pressed by the first box pressing convex blocks 43 and the second box pressing convex blocks 42, so that the food material box is prevented from being separated from the feeding tray 4 when the food material box is fed in a rotating manner.

Go up pot cover 15 and correspond foodstuff box vibration mechanism 13 and be equipped with the hole 151 of stepping down, foodstuff box vibration mechanism stretches out the hole 151 of stepping down, the top of 1 main part of pot cover corresponds and goes up pot cover 15 and be equipped with pot cover recess 113 of stepping down, feed table positioning groove 111 is located the pot cover recess 113 of stepping down, go up pot cover 15 and cover and locate the pot cover recess 113 of stepping down. After all the food materials are poured out of the food material box, the user can detach the food material box and cover the upper pot cover 15 in the upper pot cover abdicating groove 113, the cooking machine continues cooking, and the upper pot cover 15 keeps warm for the cooking machine.

Go up the pot cover and let and be equipped with pot cover 15 on the corresponding locating notch 114 that is equipped with on the inside wall of recess 113, the edge correspondence of going up pot cover 15 is equipped with positioning flange 152, positioning flange and the unsmooth location fit of positioning notch 114, consequently pot cover 15 is opened to user's accessible positioning flange 152.

Food box dyestripping and rotary drive mechanism 12 is including dyestripping driving motor 121, roll up membrane cylinder 123 and dyestripping pole 124, roll up membrane cylinder 123 and rotate the setting in blanking mouth 110 department along the radial direction level of food box rotary feeding groove 111, dyestripping driving motor 121 locates in the pot cover 1 main part and is connected with roll up membrane cylinder 123 drive, be equipped with dyestripping couple 126 on the lateral wall of roll up membrane cylinder 123. Consequently, when film roller 123 rotates, tear film couple 126 and tear the seal membrane from foodstuff box, will seal the membrane book simultaneously on film roller 123, simultaneously, the in-process that the seal membrane was torn and is separated, the seal membrane also drives foodstuff box forward movement to make every foodstuff chamber on the foodstuff box open one by one, and with stir-fry chamber intercommunication, the foodstuff in every foodstuff chamber falls into the stir-fry intracavity.

The film rolling roller 123 is in a truncated cone shape, specifically, a truncated cone shape with a thin inner end and a wide outer end, so that the film rolling roller 123 can roll the sealing film smoothly, and the sealing film on the film rolling roller 123 does not wrinkle.

It rolls up membrane pivot 122 to be equipped with on membrane rolling cylinder 123, the motor shaft of dyestripping driving motor 121 is connected with a roll membrane pivot 122 drive, be equipped with through-hole 125 on the side of rolling up membrane pivot 122, on dyestripping pole 124 wears to locate through-hole 125, the lateral wall of rolling up membrane rolling cylinder 123 is stretched out at the both ends of dyestripping pole 124, the side at the both ends of rolling up membrane pivot 122 is equipped with the couple groove, in order to form dyestripping couple 126. Consequently, be equipped with two relative dyestripping couples 126 on the lateral wall of film roller 123, the utility model has the advantages of reasonable design, the user is connected dyestripping couple 126 and is convenient with the seal membrane of food box.

Sealing rings are arranged at two ends of the film rolling rotating shaft 122, so that water is prevented from flowing into the pot cover body 10.

The side wall of the guide cylinder is provided with a hole 47 corresponding to the film winding rotating shaft 122, and the film winding rotating shaft 122 penetrates through the hole 47.

Food box vibration mechanism 13 includes shell 131, vibrating motor 135, motor housing 132 and vibration kicking block 134, motor housing 132 is located shell 131, vibration kicking block 134 horizontal slip sets up on motor housing 132, vibration kicking block 134 is located blanking mouth 110 directly over, be equipped with reset spring 133 between the inner of vibration kicking block 134 and the inner wall of motor housing 132, motor housing 132 and shell 131 are stretched out in proper order to the outer end of vibration kicking block 134, be equipped with sector gear 136 on vibrating motor 135's the motor shaft, vibration kicking block 134 is equipped with spur rack 137 along its slip direction, sector gear 136 and spur rack 137 meshing.

The vibrating top block 134 is horizontally slidably disposed on the top of the housing 131, so that the vibrating top block 134 vibrates the top of the housing 131 to shake off the foodstuff on the top of the housing 131.

A horizontal guide rail 138 is arranged in the motor housing 132, and the vibration top block 134 is horizontally and slidably arranged on the horizontal guide rail 138. The lateral wall of the shell 131 is provided with a guide hole 139 corresponding to the horizontal guide rail, and the vibration top block 134 is arranged on the guide hole 139 in a telescopic manner.

The vibration ejection device is characterized in that a limiting lug is arranged on the vibration ejection device and is abutted against the inner wall of the motor housing.

The shell 131 is arranged on the feeding tray positioning groove 111, and the abdicating ferrule 46 of the feeding tray 4 is sleeved on the shell 131.

As a more specific technical solution of the present invention.

The cooking mechanism 14 comprises a cooking motor 141, a gear transmission mechanism 140 and a cooking rod 147, a motor shaft of the cooking motor 141 is in transmission connection with the cooking rod 147 through the gear transmission mechanism 140, the upper end of the cooking rod 147 is in transmission connection with the gear transmission mechanism 140, and the lower end of the cooking rod 147 is provided with a stirring blade (not shown in the figure).

The gear transmission mechanism 140 comprises a gear box 148, a planetary gear 144, a sun gear 143, a planetary turntable 142, a central bevel gear 145, a planetary bevel gear 146, a central rotating shaft, a cooking rod 147, a cooking rod connecting seat 149, a locking nut 1412 and a rotary lower cover 1411, the gear box 148 is arranged in an external thread sleeve 1410, the bottom of the pot cover body 10 is provided with an external thread sleeve 1410, the planetary turntable 142 is horizontally and rotatably arranged on the gear box 148, a motor shaft of the cooking motor 141 extends into the gear box 148 to be in transmission connection with the upper end of the central rotating shaft, the sun gear 143 is sleeved on the central rotating shaft and is in transmission connection with the central rotating shaft, the sun gear 143 and the planetary gear 144 are horizontally and rotatably arranged on the planetary turntable 142, the plurality of planetary gears 144 are all engaged with the sun gear 143, a fixed gear ring 1413 is arranged on the inner wall of the shell 131 along the circumferential direction thereof, and the planetary gear, the plurality of planetary gears 144 are located between the sun gear 143 and the fixed gear ring 1413, the cooking rod connecting seat 149 is arranged on the lower surface of the planetary turntable 142, the central bevel gear 145 is arranged at the lower end of the central rotating shaft and is located in the cooking rod connecting seat 149, the planetary bevel gear 146 is rotatably arranged in the cooking rod connecting seat 149 and is engaged with the central bevel gear 145, the upper end of the cooking rod 147 extends into the cooking rod connecting seat 149 and is connected with the planetary bevel gear 146, the locking nut 1412 is in threaded connection with the external thread sleeve 1410 and presses the rotary lower cover 1411 to the bottom of the external thread sleeve 1410, the rotary lower cover 1411 covers the bottom of the external thread sleeve 1410, the cooking rod extends downwards out of the rotary lower cover 1411, and the lower end of the cooking rod 147 is provided with a stirring knife (not shown in the figure).

As a more detailed technical solution of the present invention.

The bottom of the cooker cover body 10 is provided with a lower cooker cover 16, the locking nut 1412 is located at the center of the lower cooker cover 16, and the lower cooker cover 16 is covered with the cooker body.

As a more detailed technical solution of the present invention.

The high in the clouds server storage has the menu of multichannel dish, the sign indicating number is swept a yard device 6 and is located 1 main part of pot cover, sign indicating number is swept a yard device 6 and 5 electric connection of circuit board, circuit board 5 and high in the clouds server communication connection, when the sign indicating number is swept a yard device 6 and is scanned the sign indicating number on the foodstuff box when the sign indicating number, the sign indicating number is swept a yard device 6 and will be swept the information of sign indicating number gained and give circuit board 5, circuit board 5 forwards it to high in the clouds server, high in the clouds server analysis information learns that all foodstuff in this foodstuff box belong to which dish to learn the dish name, then high in the clouds server sends the menu of this way dish for the utility model discloses cooking machine. Specifically, the utility model discloses the cooking machine cooks according to the step on the menu, and the menu on the high in the clouds server has set for the specific process of cooking of each dish, including eating the input time and the culinary art time of material for the culinary art time is standardized, controls the accurate duration of a fire and the temperature of eating the material to each appearance through intelligent control by temperature change, realizes surpassing the precision that the staff turned over the stir-fry, lets the zero error of culinary art, and the culinary art is opened to user's key, and the cooking machine will eat the material and drop into in the pot according to the menu of high in the clouds server, timeshari. Different dishes match the respective cooking times. The utility model discloses intelligence control by temperature change is good with automatic contrast, can highly restore big kitchen skill, turns over the stir-fry more accurate than the staff, and whole journey need not to watch.

The identification code is a two-dimensional code or a bar code.

The identification code scanning device is a scanning code camera.

And through holes 125 are formed in the inner side walls of the feeding tray 4 and the feeding tray positioning groove 111 corresponding to the identification code scanning device 6.

The bottom of the frying pan body 20 is provided with an electromagnetic coil heating plate, and the frying pan body 20 is detachably arranged at the top of the heating base 2.

The utility model discloses a theory of operation:

before the utility model is used for cooking food, a user firstly detaches the pot cover 15, then the foodstuff box is arranged on the foodstuff box rotary feeding groove 111, then one end of a sealing film on the foodstuff box is hooked on the film tearing hook 126 of the film rolling cylinder 123, then the user starts the utility model for cooking food, the user starts to scan the identification code on the foodstuff box along with the identification code scanning device 6, the identification code scanning device 6 sends the information obtained by scanning the code to the circuit board 5, the circuit board 5 forwards the information to the cloud server, the cloud server analyzes and knows which dish all foodstuff in the foodstuff box belongs to, then the cloud server sends the recipe of the dish to the utility model, the utility model discloses cooking food according to the steps on the recipe, the electromagnetic coil heating plate starts to heat the cooking pot body 20, the cooking mechanism 14 starts to rotate and cook food, dyestripping driving motor 121 drive film roller 123 rotates the dyestripping, and film roller 123 drives simultaneously, and foodstuff box is forward to be removed, and every foodstuff chamber on the foodstuff box is opened one by one, and the foodstuff in every foodstuff chamber is in order, fall into the stir-fry intracavity through blanking mouth 110 on time, and stir-fry mechanism 14 turns over the stir-fry foodstuff.

In this process, the vibrating motor 135 and the return spring 133 drive the vibrating jack 134 to vibrate the food box, so as to vibrate the food in the food box and drop the food in the food box, thereby avoiding the food material from being stuck in or stuck in the food box, resulting in lack of food material or reduction in weight or change in taste.

In this process, the utility model discloses the produced steam of fried dish condenses into water on the foodstuff box, and water on the foodstuff box can flow to the charging tray 4, has fried after the dish, and the user can hold away the charging tray 4, pours the water on the charging tray 4 to avoid water all everywhere of pot cover body 10 upstream, the user needs often to wash. Meanwhile, the water is prevented from flowing into the cooker cover body 10 to damage the electric appliance parts.

The utility model discloses a when stir-fry mechanism 14 fries dish, stir-fry motor 141 drives central pivot and rotates, and central pivot drives sun gear 143 and central bevel gear 145 and rotates, and sun gear 143 drives a plurality of planetary gear 144 and rotates along fixed ring gear 1413 to make planetary turntable 142 rotate. The planetary turntable 142 drives the cooking rod 147 to perform revolution motion around the central rotating shaft, the planetary bevel gear 146 performs revolution motion around the central bevel gear 145, and the central bevel gear 145 drives the planetary bevel gear 146 to rotate so as to enable the cooking rod 147 to perform rotation motion. The planetary turntable 142 also rotates with the cooking rod connecting base 149 and the rotary lower cover 1411.

Claims (10)

1. The utility model provides a full-automatic cooking machine, includes pot cover and heating base, the pot cover sets up the top at the heating base, be equipped with heating device and the cooking pot body on the heating base, the pot cover closes its characterized in that with the upper and lower lid of the cooking pot body to enclose into the cooking chamber: the pot cover comprises a pot cover body, a foodstuff box tearing and rotating driving mechanism, a foodstuff box vibrating mechanism and a dish frying mechanism, wherein the foodstuff box vibrating mechanism is arranged at the top of the pot cover body, a foodstuff box rotating feeding groove is formed in the top of the pot cover body, a blanking port is formed in the foodstuff box rotating feeding groove, the blanking port is communicated with a dish frying cavity and is positioned above a dish frying body, and the foodstuff box tearing and rotating driving mechanism is arranged at the blanking port and is used for tearing a sealing film of the foodstuff box and driving the foodstuff box to rotate so that foodstuff in the foodstuff box falls into the blanking port; the food box vibrating mechanism is arranged at the top of the pot cover main body and beside the discharging port and is used for vibrating the food box so as to enable food in the food box to drop; the dish frying mechanism is arranged at the bottom of the pot cover body and is positioned in the dish frying cavity.

2. The full-automatic cooker according to claim 1, characterized in that: the foodstuff box rotary feeding groove is in a ring shape, a fan shape or a circular shape.

3. The full-automatic cooker according to claim 1 or 2, characterized in that: food material box dyestripping and rotary driving mechanism include dyestripping driving motor and roll up the membrane cylinder, it is truncated cone form to roll up the membrane cylinder, roll up the membrane cylinder and rotate the setting in blanking mouth department along the radial direction level of food material box rotary feeding groove, dyestripping driving motor locates in the pot cover main part and is connected with the drive of roll up the membrane cylinder, be equipped with the dyestripping couple on the lateral wall of roll up the membrane cylinder.

4. The full-automatic cooker according to claim 3, characterized in that: the film rolling roller is thin at the inner end and wide at the outer end.

5. The full-automatic cooker according to claim 3, characterized in that: the food feeding device is characterized in that a feeding tray is detachably arranged at the top of the pot cover main body, a food box rotary feeding groove is formed in the feeding tray, a material guiding cylinder is arranged on the feeding tray corresponding to the blanking port, and the material guiding cylinder penetrates through the blanking port downwards.

6. The full-automatic cooker according to claim 5, wherein: the top of the pot cover main body is provided with a feeding disc positioning groove, the bottom surface of the feeding disc positioning groove is provided with the blanking port, and the feeding disc is arranged in the feeding disc positioning groove.

7. The full-automatic cooker according to claim 5, wherein: the periphery of the feeding plate is convexly provided with a positioning handle, the pot cover main body is provided with a positioning groove corresponding to the positioning handle, the positioning groove is communicated with the positioning groove of the feeding plate, the positioning handle is in concave-convex positioning fit with the positioning groove, and the positioning handle is in buckled connection with the positioning groove.

8. The full-automatic cooker according to claim 7, wherein: food material box vibration mechanism is located the central point of food material box rotary feeding groove and puts, the center of pay-off table corresponds food material box vibration mechanism and is equipped with the lasso of stepping down, the lasso of stepping down endotheca is established on food material box vibration mechanism, it presses a box lug to be equipped with first on the outer wall of lasso of stepping down, it presses a box lug to be equipped with the second on the inside wall of food material box rotary feeding groove.

9. The full-automatic cooker according to claim 8, wherein: food magazine vibration mechanism includes shell, vibrating motor, motor dustcoat and vibration kicking block, the motor dustcoat is located the shell, vibrating motor locates in the motor dustcoat, vibration kicking block horizontal slip sets up on the motor dustcoat, vibration kicking block is located the blanking mouth directly over, be equipped with reset spring between the inner of vibration kicking block and the inner wall of motor dustcoat, motor dustcoat and shell are stretched out in proper order to the outer end of vibration kicking block, be equipped with sector gear on vibrating motor's the motor shaft, vibration kicking block is equipped with the spur rack along its slip direction, sector gear and spur rack meshing.

10. The full-automatic cooker according to claim 1, characterized in that: still include circuit board, identification code and sweep a yard device and high in the clouds server, the high in the clouds server storage has the menu, circuit board and identification code are swept a yard device and are located in the pot cover main part, the identification code is swept a yard device and circuit board electric connection, circuit board and high in the clouds server communication connection.

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