CN204091789U - Automatic kitchen system - Google Patents
Automatic kitchen system Download PDFInfo
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- CN204091789U CN204091789U CN201420488279.8U CN201420488279U CN204091789U CN 204091789 U CN204091789 U CN 204091789U CN 201420488279 U CN201420488279 U CN 201420488279U CN 204091789 U CN204091789 U CN 204091789U
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Abstract
The utility model provides a kind of kitchen system automatically, there is cleaning device, it has tub, automatic water inflow device and self-draining arrangement is provided with in tub, also be provided with cutter sweep, be arranged on the side of cleaning device, cutter sweep has cutting bed, cutting bed is provided with and can moves up and down cutting device relative to cutting bed, also be provided with dish frying device, be arranged on the side of cutter sweep, dish frying device has frying pan, slice is provided with above frying pan, top and/or the below of frying pan are provided with heater, wherein, automatic kitchen system is also provided with transmitting device, there is support, support is provided with at least one support bar, support bar self-stripping unit side extends to dish frying device side, transmitting device is also provided with and is driven by the first transmission mechanism and along the transmission frame of support bar bearing of trend movement, transmission frame is provided with the supporting member driving food basket movement.The automatic kitchen system that the utility model provides can realize full-automatic dish frying, saves people's cooking time.
Description
Technical field
The utility model relates to automation equipment field, especially relates to a kind of small-sized automatic kitchen system.
Background technology
Along with the raising of people's living standard, people wish to use equipment that is intelligent, automation to complete the processing of food, making, as used electric rice cooker, using bread producing machine to make bread, using mixer to be stirred etc. by food materials.But, the equipment that existing automation is cooked, cook all can only complete a job individually, and as electric cooker can only be cooked, food can only stir by mixer, people have still needed a large amount of work cooking, in the process of cooking, as to food materials cleaning, cutting etc.
People have designed the equipment of automatic vegetable-cutting and the equipment of auto dish frying, and existing automatic vegetable-cutting equipment is provided with cutting bed usually, and side arranges the device of the cutting food materials such as cutting knife on cutting tables, and is moved up and down by driven by motor cutting knife thus cut by food materials.Auto dish frying equipment is then provided with frying pan, arranges the slice that can rotate or overturn, and below frying pan, arrange firing equipment, as heating plate etc. in frying pan.Need food materials to put into frying pan during people's cooking, overturn by driven by motor slice, rotate, realize decocting stir-fry to food materials.
But existing automation equipment can not cooperatively interact work, such as automatic vegetable cutting machine cannot automatically be delivered on frying pan, still need manually the food materials of well cutting to be put into frying pan after being cut by food materials.Like this, people apply that these automation equipments are cooked, cooking time still need to participate, although reduce the workload of cooking, do not save time, cannot realize full-automatic dish frying, it is not convenient to use.
Summary of the invention
Main purpose of the present utility model is to provide a kind of full-automatic dish frying and saves the automatic kitchen system of cooking time.
In order to realize above-mentioned main purpose, the automatic kitchen system that the utility model provides has cleaning device, it has tub, automatic water inflow device and self-draining arrangement is provided with in tub, also be provided with cutter sweep, be arranged on the side of cleaning device, cutter sweep has cutting bed, cutting bed is provided with and can moves up and down cutting device relative to cutting bed, also be provided with dish frying device, be arranged on the side of cutter sweep, dish frying device has frying pan, slice is provided with above frying pan, top and/or the below of frying pan are provided with heater, wherein, automatic kitchen system is also provided with transmitting device, there is support, support is provided with at least one support bar, support bar self-stripping unit side extends to dish frying device side, transmitting device is also provided with and is driven by the first transmission mechanism and along the transmission frame of support bar bearing of trend movement, transmission frame is provided with the supporting member driving food basket movement.
From such scheme, automatic kitchen system is not only provided with cleaning device, cutter sweep and dish frying device, also transmitting device is set, the support bar of transmitting device is positioned at the outside of cleaning device, cutter sweep and dish frying device, and like this, food basket can be transmitted device and drives and be transferred on cleaning device, realize the cleaning to food materials, and can be transferred on cutter sweep, cut food materials by cutter sweep, food materials can also be transferred to outside dish frying device.
Like this, the cleaning of food materials, cutting and cooking all automatically complete, and the transmission that food materials can realize between multiple different device by transmitting device, realize the cooking of automation, people, without the need to participating in cooking work, save the time of people.
A preferred scheme is, food basket has at least two the first axis holes, and supporting member is two axles that can insert axis hole.
As can be seen here, use axle through the movement of the axis hole drive food basket of food basket, guarantee in food basket moving process steady.
Further scheme is, two axles are arranged on the two ends of connecting rod, and transmission frame is provided with the first motor that drivening rod rotates.
Visible, rotated by the first driven by motor connecting rod, thus drive two axles to rotate around the axis of motor, food basket can be reversed, easily by the food materials in food basket on cutting tables.
Further scheme is, transmitting device is provided with the second transmission mechanism driving transmission frame to move up and down along vertical, is also provided with and drives transmission frame along the 3rd transmission mechanism moved perpendicular to vertical and support bar bearing of trend.
As can be seen here, transmitting device drives transmission frame translation in three different directions by three transmission mechanisms, realizes the motion on transmission frame three degree of freedom.
Further scheme is, is provided with a bowl frame between cutter sweep and dish frying device, bowl frame is placed with bowl seat, bowl seat is provided with two the second axis holes, axle can be inserted in the second axis hole, and bowl frame is provided with multiple slot, and bowl seat is provided with the many joint bars that can be inserted in slot.
Visible, the bowl frame placing bowl is set between cutter sweep and dish frying device, the food materials after cutting can be put into bowl or food basket.Further, due to bowl frame being provided with slot, bowl seat arranges joint bar, when bowl is placed on bowl frame, can the joint bar of bowl seat be inserted on bowl seat, the bottom of bowl support by bowl frame, after being exited by bowl seat, bowl still can be placed on bowl frame, thus is placed on bowl frame by bowl easily.
Further scheme is, dish frying device is provided with at least one cruet, and each cruet is provided with the pipeline be inserted in cruet, and the upper end of pipeline is positioned at the top of frying pan, and pipeline is provided with pump.
As can be seen here, use pump to extract the liquid seasoning matter in cruet in frying pan, facilitate the interpolation of liquid seasoning matter.
Accompanying drawing explanation
Fig. 1 is the structure chart of the utility model embodiment.
Fig. 2 is the schematic enlarged-scale view of transmitting device in the utility model embodiment.
Fig. 3 is the schematic enlarged-scale view at another visual angle of transmitting device in the utility model embodiment.
Fig. 4 is the schematic enlarged-scale view of food basket in the utility model embodiment.
Fig. 5 is the schematic enlarged-scale view of cutter sweep in the utility model embodiment.
Fig. 6 is the schematic enlarged-scale view at another visual angle of cutter sweep in the utility model embodiment.
Fig. 7 is the schematic enlarged-scale view of bowl frame in the utility model embodiment.
Fig. 8 is the schematic enlarged-scale view of bowl seat and bowl in the utility model embodiment.
Fig. 9 is the schematic enlarged-scale view of dish frying device in the utility model embodiment.
Figure 10 is the schematic enlarged-scale view at another visual angle of dish frying device in the utility model embodiment.
Figure 11 is the schematic enlarged-scale view of frying pan and frying pan bracket in the utility model embodiment, slice support.
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Detailed description of the invention
Automatic kitchen system of the present utility model can be placed in kitchen, realizes the cleaning to food materials, cuts and decocts the work such as stir-fry, reduces artificial degree of participation, saves people's cooking time.
See Fig. 1, the automatic kitchen system of the present embodiment has one piece of base plate 19, base plate 19 is provided with cleaning device 10, cutter sweep 40, dish frying device 80, and be provided with transmitting device 20, food basket 14 can be transferred to cleaning device 10, cutter sweep 40 by transmitting device 20, and bowl 75 is transferred to cutter sweep 40 with on dish frying device 80.
Cleaning device 10 has a tub 11, the top of tub 11 is provided with tap 12, and tap 12 is the tap of automatic feeding water, namely automatic water inflow device, automatically a magnetic valve controlled is installed in tap 12, by the keying of solenoid control tap 12.In addition, in tub 11, be also provided with self-draining arrangement, as automatically controlled draining valve.In addition, cleaning device can also arrange ultrasonic washing instrument, utilizes ultrasonic wave to clean food materials.
Be provided with stroller frame 13 in the side of tub 11, stroller frame 13 is provided with multiple food basket 14, can place food materials in each food basket 14.
See Fig. 2 and Fig. 3, transmitting device 10 has support 21, and support 21 upwards extends along vertical at base plate 19.Be provided with two support bars be arranged in parallel 22 on the stent 21, two support bars 22 extend from the upper end edge horizontal direction of support 21, the end of support bar 22 is positioned at the outside of dish frying device 80, and therefore support bar 22 bearing of trend is through cleaning device 10, cutter sweep 40 and dish frying device 80.
Be provided with a threaded rod 23 between two support bars 22, the end of threaded rod 23 is connected with motor 25, and by motor 25 driven rotary, is provided with external screw thread outside threaded rod 23.The side of support 21 is provided with movable block 24, is provided with two through holes in movable block 24, and two support bars 22 are through this through hole.And, movable block 24 is also provided with a screwed hole, screwed hole is between two through holes, and threaded rod 23 is through this screwed hole, and threaded rod 23 rotates phase in screwed hole to be subjected to displacement for movable block 24, is namely realized the movement of movable block 24 by screw mandrel principle.Therefore, support bar 22, threaded rod 23, motor 25 and movable block 24 form one group of transmission mechanism, and the bearing of trend of support bar 22 moves.
Movable block 24 is also provided with a through hole, support bar 26 is through through hole, and movable block 29 is positioned at the side of movable block 24, is also provided with a through hole in movable block 29, and support bar 26 is through this through hole.The below of movable block 29 through hole is provided with screwed hole, is provided with internal thread in screwed hole, and threaded rod 27 is through screwed hole.Threaded rod 27 is positioned at the below of support bar 26 and be arranged in parallel with support bar 26, and the end of screwed hole 27 is connected with motor 28, and rotates under the drive of motor 28, thus drives movable block 29 to move on support bar 26 bearing of trend.In the present embodiment, support bar 26 is also extend in the horizontal direction, but the bearing of trend of support bar 26 is vertical with the bearing of trend of support bar 22.Visible, support bar 26, threaded rod 27, motor 28 and movable block 29 form another group transmission mechanism.
Movable block 29 is provided with the through hole and screwed hole that extend along vertical, and support bar 31 is through this through hole, and threaded rod 30 is through this screwed hole, and support bar 31, threaded rod 30 extend along vertical.The upper end of threaded rod 30 is provided with motor 32, and the rotating shaft of motor 32 is fixedly connected with threaded rod 30, and therefore threaded rod 30 rotates under motor 32 drives.Support bar 31 is fixedly connected with transmission frame 33 with the lower end of threaded rod 30, drives transmission frame 33 to move up and down in vertical when threaded rod 30 rotates.Visible, movable block 29, threaded rod 30, support bar 31 and motor 32 form the 3rd group of transmission mechanism, drive transmission frame 33 to move up and down in vertical.
One end of transmission frame 33 is provided with connecting rod 34, and the two ends of connecting rod 34 are fixed with an axle 35 respectively, and the other end of transmission frame 33 is provided with motor 36, and motor 36 drivening rod 34 rotates, thus drives two axles 35 to rotate around the rotating shaft of motor 36.Visible, transmitting device, by translation and the rotary motion in three directions of four motor 25,28,32,36 drivening rods 34, namely drives two axles 35 to move.
See Fig. 4, food basket 14 is roughly cube, and upper end is uncovered, and two sides 15 of food basket are respectively equipped with axis hole 16, and the axle 35 of transmission frame 33 can insert in axis hole 16, thus drives food basket 14 to move, overturn.The sidewall 17 of food basket 14 is the sidewall of hollow out, so that water flows out from sidewall 17.
When food materials are cleaned, food materials are only needed to put into food basket 14, controls transfer device 20 works, the axle 35 of transmission frame 33 is inserted in the axis hole 16 of food basket 14, namely food basket 14 can be driven to move, and be placed on by food basket 14 in tub 11, namely tap 12 can clean the food materials in food basket 14 after opening.After food materials cleaning, drive food basket 14 to move by transmitting device 20, food basket is moved to cutter sweep 40.
See Fig. 5 and Fig. 6, cutter sweep 40 has base plate 41, and base plate 41 is provided with cutting bed 42, as seen from Figure 6, base plate 41 is provided with motor 43, and the rotating shaft of motor 43 upwards extends, cutting bed 42 is fixedly connected with the rotating shaft of motor 43, when motor 43 works, drives cutting bed 42 to rotate.
The rear side of base plate 41 is provided with pole 44, and the upper end of pole 44 is provided with two through holes, and threaded rod 45 is each passed through two through holes of pole 44 upper end with the end of support bar 46.The top of cutting bed 42 is provided with movable block 48, movable block 48 is provided with screwed hole and through hole, threaded rod 45 is through screwed hole, support bar is through this through hole, the end of threaded rod 45 is provided with motor 47, drive threaded rod 45 to rotate when motor 47 rotates, namely movable block 48 moves along support bar 46 bearing of trend under the drive of threaded rod 45.
Movable block 48 is also provided with the through hole and screwed hole that extend along vertical, and threaded rod 49 is through this screwed hole, and support bar 50 is through this through hole.Threaded rod 49 is connected with connector 52 with the lower end of support bar 50, and the upper end of threaded rod 49 is provided with motor 51, and threaded rod 49 rotates under the drive of motor 51, is with follower link 52 to move up and down in vertical thus.
The below of connector 52 is fixed with cutting guide frame 53, and cutting guide frame 53 is provided with multiple wheel, and comprise a driving wheel 55 and multiple driven pulley 56, cutting wire 58 is sleeved on outside multiple wheel.Being provided with motor 54 at the back side of cutting guide frame 55 drives driving wheel 55 to rotate, and drives cutting wire 58 to rotate, and then drive multiple driven pulley 56 to rotate when driving wheel 55 rotates.
Driven pulley 57 in the middle part of cutting guide frame 53 is lower than the wheel of both sides in vertical, and cutting wire 58 passes from the lower end of driven pulley 57, thus by tight for cutting wire 58.In the present embodiment, drive cutting wire 58 high-speed rotary to transfer by driving wheel 55 and food materials are cut, adapts to the split requirement of different food materials.Certainly, cutting knife also can be used to cut food materials, then cutting knife is set in the below of connector 52.
The side of pole 44 is also provided with tooth bar 63, and tooth bar 63 is provided with multiple tooth, and the middle part of pole 44 is provided with motor 61, the rotating shaft of motor 61 is fixedly connected with gear 62, gear 62 engages with tooth bar 63, and when motor 61 moves, driven gear 62 rotates, thus band carry-over bar 63 moves up and down.The lower end of tooth bar 63 is fixedly connected with an edge of base plate 41 by connector 64, when tooth bar 63 moves upward, connector 64 drives one end of base plate 41 to move upward, thus drive one end of cutting bed 42 to move upward, cutting bed 42 is inclined upwardly near one end of tooth bar 63, food materials on cutting bed 42 slide downward under gravity, from the other end landing of cutting bed 42.Now, only need to place bowl 75 or food basket 14 at cutting bed 42 away from one end of tooth bar 63, namely the food materials of well cutting can be loaded in bowl 75 or food basket 14.
Visible, when cutting food materials, pour on cutting bed 42 by transmitting device by food materials complete for the cleaning in food basket 14, control cutting guide frame 53 and move downward, and drive motors 54 rotates, cutting wire 58 is High Rotation Speed on cutting bed 42, is cut by food materials.After treating food materials cutting, be with carry-over bar 63 to move upward by gear 62, namely food materials can be loaded in another food basket 14.
Bowl frame 70 is provided with between cutter sweep 40 and dish frying device 80, see Fig. 7, bowl frame 70 has three layers of frame 71, every one deck frame 71 can be placed a bowl 75, every one deck frame 71 has base plate 72, base plate 72 is provided with the many ribs 73 upwards extended from base plate 72, forms slot 74 between two adjacent ribs 73.See Fig. 8, bowl 75 is placed on bowl seat 76, and bowl seat 76 can be placed on every one deck frame 71 of bowl frame 70.The two ends of bowl seat 76 are provided with axis hole 77, and the axle 35 of transmitting device 20 can be inserted in axis hole 77, thus drive bowl seat 76 to move.Because bowl 75 is placed on bowl seat 76, the movement of bowl seat 76 also just drives the movement of bowl 75.One end of bowl seat 76 is provided with connecting portion 79, and connecting portion 79 is provided with many joint bars 78, and joint bar 78 can be inserted in the slot 74 of bowl frame 70.
In the present embodiment, the thickness of slot 74 is higher than the thickness of the joint bar 78 of bowl seat 76, like this, when bowl 75 is placed into bowl frame 70 from bowl seat 76, bowl seat 76 is moved to the top of every one deck frame 71, then allow bowl seat 76 slowly decline, the bottom of bowl 75 is supported by rib 73, joint bar 78 is positioned at slot 74, then is exited from every one deck frame 71 by bowl seat 76, is placed on bowl frame 70 by bowl 75 thus.
Dish frying device 80 is positioned at the side of bowl frame 70, and see Fig. 9 and Figure 10, dish frying device 80 has frying pan 81, and the below of frying pan 81 is provided with heating plate 82, and heating plate 82 is electric heating plate or infrared heating dish.See Figure 11, the side of frying pan 81 is provided with frying pan bracket 83, and frying pan bracket 83 upper end is provided with motor 84, and the rotating shaft of motor 84 is fixedly connected with the sidewall of frying pan 81, it is drive frying pan 81 to overturn that motor 84 rotates, thus the food in frying pan 81 is poured into the bowl 75 be positioned at below frying pan 81.
Frying pan 81 is provided with slice 92, and slice 92 comprises a rotating shaft 93 and is positioned at the shovel piece 94 of rotating shaft 93 lower end, drives shovel piece 94 93 rotations around the shaft, thus stirred by food when rotating shaft rotates.
Slice support 85 is provided with in the side of frying pan bracket 83, the upper end of slice support 85 is provided with threaded rod 88 and support bar 89, and threaded rod 88 is connected to elevating lever 87 with the upper end of support bar 89, one end of elevating lever 87 is provided with screwed hole and through hole, the upper end of threaded rod 88 is through screwed hole, and the upper end of support bar 89 is through through hole.The lower end of threaded rod 88 is provided with motor 91, and motor 91 drives threaded rod 88 to rotate, thus drives elevating lever 87 to move up and down in vertical.
The rotating shaft 93 of slice 92 is fixed on the middle part of elevating lever 87, and the upper end of rotating shaft 93 is provided with motor 95, and motor 95 drives rotating shaft 93 to rotate.Visible, drive threaded rod 88 to rotate by motor 91, slice 92 can be driven to move up and down in vertical, and slice 92 is by motor 95 driven rotary.
Conveniently in frying pan 81, add seasoning matter, multiple cruet 96 be set in the side of frying pan 81, each cruet 96 built with different liquid condiments, as oil, soy sauce, vinegar etc.Further, be equipped with a pipeline 97 above each cruet 96, the lower end of pipeline 97 is inserted in cruet 96, and the upper end of pipeline 97 is positioned at the top of frying pan 81.In addition, pipeline 97 is provided with pump 98, and pump 98 by the Liquid extracting in cruet 96 to pipeline 97, and adds in frying pan 81 after opening.
In addition, be also provided with seasoning matter bowl frame 100 below elevating lever 87, seasoning matter bowl frame 100 is fixed on the below of elevating lever 87 by two connecting rods 101.Seasoning matter bowl frame 100 is provided with multiple seasoning matter bowl 102, can place solid-state seasoning matter, as ginger, garlic, salt, sugar etc. in each seasoning matter bowl 102.In addition, the bottom of each seasoning matter bowl 102 is provided with a magnetic valve 103 as automatic switch, controls to add in frying pan 81 from the seasoning matter in seasoning matter bowl 102 by the keying of Controlling solenoid valve 103.During practical application, automatic switch can also be the switch that motor etc. controls.
During cooking, poured in frying pan 81 by the food materials in food basket 14, and open the seasoning matter of pump 98 to frying pan adding liquid, opens solenoid valve 103 adds solid-state seasoning matter to frying pan 81, drives slice 92 to rotate, heat, decoct stir-fry to food by motor 95.After stir-fry is decocted to food, drive slice 92 to move upward by slice support 85, and overturn frying pan 81, the food in frying pan 81 is poured in bowl 75, complete the processing to food.
From such scheme, after food materials to be processed are put into food basket 14, after driving food basket 14 to put into tub 11 cleaning by transmitting device 20, food materials are poured into cutter sweep 40 to cut, then the food materials after cutting are poured in bowl 75 or food basket 14, and pour the food materials in food basket 14 into frying pan 81 by transmitting device 20, realize the processing to food materials by dish frying device 80.Like this, automatic kitchen system realizes full-automatic cooking, without the need to artificial participation, saves the time that people cook.
Certainly, above-described embodiment is only preferred scheme of the present utility model, can also have more change during practical application, such as, uses pneumatic drive mechanisms or hydraulic gear as each transmission mechanism of transmitting device; Or, above frying pan, also heater is set; Or, transmitting device is not arranged the axle inserting food basket, transmitting device is arranged sucker, hook etc. for food basket is adsorbed, sling, the wheel and rack etc. that cutting bed tilts also can be substituted with belt drive unit, chain gearing, or directly realizing it with motor rotary actuation cutting bed, such change also can realize the purpose of this utility model.
Finally it is emphasized that the utility model is not limited to above-mentioned embodiment, as the change such as the change of transmitting device structure, frying pan shape, the change of cutter sweep concrete structure also should be included in the protection domain of the utility model claim.
Claims (10)
1. automatic kitchen system, comprises
Cleaning device, has tub, is provided with automatic water inflow device and self-draining arrangement in described tub;
Cutter sweep, is arranged on the side of described cleaning device, and described cutter sweep has cutting bed, and described cutting bed is provided with and can moves up and down cutting device relative to described cutting bed;
Dish frying device, is arranged on the side of described cutter sweep, and described dish frying device has frying pan, is provided with slice above described frying pan, and top and/or the below of described frying pan are provided with heater;
It is characterized in that:
Described automatic kitchen system is also provided with transmitting device, there is support, described support is provided with at least one support bar, described support bar extends to described dish frying device side from described cleaning device side, described transmitting device is also provided with and is driven by the first transmission mechanism and along the transmission frame of described support bar bearing of trend movement, described transmission frame is provided with the supporting member driving food basket movement.
2. automatic kitchen system according to claim 1, is characterized in that:
Described food basket has at least two the first axis holes, and described supporting member is two axles that can insert described axis hole.
3. automatic kitchen system according to claim 2, is characterized in that:
Two described axles are arranged on the two ends of the connecting rod of described transmission frame, and described transmission frame is provided with the first motor driving described connecting rod to rotate.
4. the automatic kitchen system according to any one of claims 1 to 3, is characterized in that:
Described transmitting device is provided with the second transmission mechanism driving described transmission frame to move up and down along vertical.
5. automatic kitchen system according to claim 4, is characterized in that:
Described transmitting device is provided with and drives described transmission frame along the 3rd transmission mechanism moved perpendicular to vertical and described support bar bearing of trend.
6. the automatic kitchen system according to Claims 2 or 3, is characterized in that:
Be provided with a bowl frame between described cutter sweep and described dish frying device, described bowl frame is placed with bowl seat, described bowl seat is provided with two the second axis holes, and described axle can be inserted in described second axis hole.
7. automatic kitchen system according to claim 6, is characterized in that:
Described bowl frame is provided with multiple slot, and described bowl seat is provided with the many joint bars that can be inserted in described slot.
8. the automatic kitchen system according to any one of claims 1 to 3, is characterized in that:
Described dish frying device is provided with frying pan bracket, and described frying pan bracket is provided with the second motor driving the upset of described frying pan.
9. the automatic kitchen system according to any one of claims 1 to 3, is characterized in that:
The top of described frying pan is provided with at least one seasoning matter bowl, and described in each, the bottom of seasoning matter bowl is provided with automatic switch.
10. the automatic kitchen system according to any one of claims 1 to 3, is characterized in that:
Described dish frying device is provided with at least one cruet, and cruet described in each is provided with the pipeline be inserted in described cruet, and the upper end of described pipeline is positioned at the top of described frying pan, and described pipeline is provided with pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420488279.8U CN204091789U (en) | 2014-08-27 | 2014-08-27 | Automatic kitchen system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420488279.8U CN204091789U (en) | 2014-08-27 | 2014-08-27 | Automatic kitchen system |
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| CN204091789U true CN204091789U (en) | 2015-01-14 |
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| CN201420488279.8U Active CN204091789U (en) | 2014-08-27 | 2014-08-27 | Automatic kitchen system |
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