CN212049044U

CN212049044U - Bowl storing and taking robot and bowl supplementing vehicle

Info

Publication number: CN212049044U
Application number: CN202020639003.0U
Authority: CN
Inventors: 邹娜; 陈荣龙; 杨琪文; 肖业平; 王维强; 宫晶; 钱烨; 李海; 闫秀成
Original assignee: Shenzhen Chuqi Zisheng Intelligent Equipment Technology Co ltd
Current assignee: Shenzhen Chuqi Zisheng Intelligent Equipment Technology Co ltd
Priority date: 2020-04-24
Filing date: 2020-04-24
Publication date: 2020-12-01
Anticipated expiration: 2030-04-24

Abstract

The utility model discloses a bowl utensil access robot and benefit bowl car, bowl utensil access robot includes: the bowl grabbing device comprises a bowl storage bin, a bowl supplementing vehicle for conveying bowls and a bowl grabbing manipulator; the side wall of the bowl storage bin is provided with a first opening for the bowl supplementing vehicle to enter and exit, and the top of the bowl storage bin is provided with a second opening for the bowls to enter and exit; the bottom of the bowl supplementing vehicle is provided with a bottom plate for containing bowls, and the side wall of the bowl supplementing vehicle is provided with a door plate for closing the first opening; when the bowl supplementing vehicle is pushed into the bowl storage bin through the first opening of the bowl storage bin, the door plate closes the first opening, and bowls stacked on the bottom plate are positioned below the second opening; and the bowl grabbing manipulator grabs the bowls in the bowl storage bin through the second opening. Should mend bowl car includes: the frame, the bottom plate, the railing and the door plate; the handrails are arranged on two sides of the bottom plate and fixed on the frame, and the door plate is vertically fixed on the frame; the bottom plate is used for containing bowls.

Description

Bowl storing and taking robot and bowl supplementing vehicle

Technical Field

The utility model relates to a bowl utensil access robot and benefit bowl car.

Background

In the catering industry, the bowl storing and taking technology is generally that a plurality of bowl storage positions are distributed on a circulating device (a rotary disc or a conveying chain, etc.), and the circulating device works to circulate the bowl storage positions so as to convey stacked bowls on the bowl storage positions to a specific position for a manipulator to grab a single bowl for use, for example, the chinese patent: CN2017113300050, CN 20191044282 and CN 2017217958680.

The utility model aims to provide a novel bowl access technology different from the prior art to better promote the development of the automatic catering industry.

SUMMERY OF THE UTILITY MODEL

In order to solve the problem, the utility model provides a bowl access robot and bowl supplementing vehicle.

The utility model discloses a bowl utensil access robot, include: the bowl grabbing device comprises a bowl storage bin, a bowl supplementing vehicle for conveying bowls and a bowl grabbing manipulator; the side wall of the bowl storage bin is provided with a first opening for the bowl supplementing vehicle to enter and exit, and the top of the bowl storage bin is provided with a second opening for the bowls to enter and exit; the bottom of the bowl supplementing vehicle is provided with a bottom plate for containing bowls, and the side wall of the bowl supplementing vehicle is provided with a door plate for closing the first opening; when the bowl supplementing vehicle is pushed into the bowl storage bin through the first opening of the bowl storage bin, the door plate closes the first opening, and bowls stacked on the bottom plate are positioned below the second opening; and the bowl grabbing manipulator grabs the bowls in the bowl storage bin through the second opening.

In some specific embodiments, more than one track groove is horizontally separated from the bowl storage bin, and a second opening is arranged over each track groove; wherein each track groove corresponds to one first opening.

In some embodiments, the device further comprises a lifting device; the bottom plate is arranged on the bowl supplementing vehicle in a lifting mode, and the lifting device drives the bottom plate to move up and down.

In some embodiments, the lifting device comprises a support plate and a vertical beam, wherein the support plate is slidably mounted on the vertical beam; the supporting plate is positioned in the track groove and can move up and down; and when the bowl supplementing vehicle enters the track groove, the supporting plate is positioned below the bottom plate.

In some embodiments, the bowl supplementing vehicle further comprises a chassis and a rail; the railings are arranged on two sides of the bottom plate to fix bowls stacked on the bottom plate, wherein the bottom plate can slide up and down by taking the railings as sliding rails; when the bottom plate is located the lowest position, leave between bottom plate and the chassis and establish the space that highly is G, when mending bowl car and being pushed into the track groove, the layer board inserts in the space G.

In some embodiments, the bowl access robot further comprises: the first clamping plate assembly and the second clamping plate assembly are used for clamping bowls with the same layer height; the first clamping plate assembly and the second clamping plate assembly are mounted on the edge of the second opening in a sliding mode across the second opening, wherein the sliding direction of the first clamping plate assembly and the sliding direction of the second clamping plate assembly are perpendicular to the moving direction of the bowl supplementing vehicle entering the track groove; the bowl supplementing vehicle is used for placing single-row bowls along the direction of entering the track groove.

In some embodiments, the first cleat assembly includes: the device comprises a first cross beam, a first push plate arranged on the first cross beam in a sliding mode and a first clamping table group arranged on the edge of the first push plate; the second cleat assembly includes: the second beam, a second push plate slidably mounted on the second beam and a second clamping table group which is mounted at the edge of the second push plate and is opposite to the first clamping table group; first crossbeam and second crossbeam span second opening slidable mounting in second opening border, and first crossbeam and second crossbeam translation are to storing up directly over arbitrary benefit bowl car in the bowl storehouse, and the bowl utensil of benefit bowl car is promoted, makes the one deck bowl utensil bowl mouth border at top get into between first crossbeam and the second crossbeam after, first push pedal and second push pedal relative slip to drive first card platform group and second card platform group and draw close, in order to hold the one deck bowl utensil bowl mouth outside border at top.

Additionally, the utility model also provides a mend bowl car, this mend bowl car includes: the frame, the bottom plate, the railing and the door plate; the handrails are arranged on two sides of the bottom plate and fixed on the frame, and the door plate is vertically fixed on the frame; the bottom plate is used for containing bowls.

In some embodiments, the base plate can move up and down by taking the rail as a guide rail.

In some embodiments, the vehicle frame includes an underframe, and a gap with a height G is left between the bottom plate and the underframe when the bottom plate is at the lowest position.

In the technology of the utility model, stacked bowls are placed on the bowl supplementing vehicle and are carried by the bowl supplementing vehicle to enter the bowl storage bin, the bowl grabbing manipulator directly grabs the bowls on the bowl supplementing vehicle in the bowl storage bin from the second opening at the top of the bowl storage bin for use until the bowls on the bowl supplementing vehicle are grabbed, the bowl supplementing vehicle is pushed out of the bowl supplementing bin, another bowl supplementing vehicle full of stacked bowls is pushed into the bowl storage bin to be supplemented so as to be used for taking bowls in the next cycle, the bowl supplementing vehicle pushed out reloads the bowls and pushes the bowls into the bowl supplementing bin again in the next cycle, because the door plate on the side wall of the bowl supplementing vehicle closes the first opening after the bowl supplementing vehicle is pushed into the bowl storage bin, a closed space is formed by the bowl storage bin and the door plate of the bowl supplementing vehicle, can be convenient for install degassing unit (ozone degassing unit or ultraviolet ray degassing unit) in storing up the bowl storehouse to also play the effect of preventing dust and preventing foreign matter pollution bowl utensil.

In addition, among the current bowl utensil access technique, do not consider corresponding benefit bowl detail design, after the bowl utensil is got to the completion, on the manual work puts into corresponding storage bowl position again after moving the bowl utensil to circulating device, the utility model discloses a technique also can be solved and mend bowl detail problem.

Drawings

Fig. 1 and fig. 2 are schematic structural views of a bowl storage bin according to an embodiment of the present invention;

fig. 3-5 are schematic structural diagrams of a bowl storing and taking robot according to an embodiment of the present invention;

fig. 6 and 7 are schematic structural diagrams of a bowl supplementing vehicle according to an embodiment of the present invention;

fig. 8 is a schematic structural view of a lifting device according to an embodiment of the present invention;

FIG. 9 is a schematic view of the bowl supplementing vehicle cooperating with the lifting device in the process of pushing the bowl supplementing vehicle into the bowl storing bin;

FIG. 10 and FIG. 10-1 are schematic views of the working principle of the bowl tools on the bowl grabbing and replenishing vehicle;

FIG. 11 is a schematic view of the working principle of the bowl supplementing vehicle in which the bowls are lifted;

fig. 12-14 are schematic views of a first cleat assembly and a second cleat assembly according to an embodiment of the invention.

Detailed Description

The invention will be further elucidated with reference to the drawing.

The drawings are for illustrative purposes only and are not to be construed as limiting the patent; for the purpose of better illustrating the embodiments, certain features of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted" and "connected" are to be interpreted broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, so to speak, as communicating between the two elements. The specific meaning of the above terms in the utility model can be understood in specific cases to those skilled in the art. The technical solution of the present invention will be further described with reference to the accompanying drawings and examples.

Referring to fig. 1 to 6, a bowl access robot includes: the bowl storing device comprises a bowl storing bin 10, a bowl supplementing vehicle 3 for conveying bowls and a bowl grabbing manipulator 9; a first opening 102 for the bowl supplementing vehicle 3 to enter and exit is formed in the side wall of the bowl storage bin 10, and a second opening 101 for bowls to enter and exit is formed in the top of the bowl storage bin 10; a bottom plate 301 for containing bowls is arranged at the bottom of the bowl supplementing vehicle 3, and a door plate 30 for closing the first opening 102 is arranged on the side wall of the bowl supplementing vehicle 3; when the bowl supplementing vehicle 3 is pushed into the bowl storage bin 10 through the first opening 102 of the bowl storage bin 10, the door plate 30 closes the first opening 102, and bowls stacked on the bottom plate 301 are positioned below the second opening 101; the bowl grabbing manipulator grabs the bowls in the bowl storage bin 10 through the second opening 101.

When in use, stacked bowls are placed on the bowl supplementing vehicle 3 in advance, the bowls are carried into the bowl storing bin 10 by the bowl supplementing vehicle 3, the bowl grabbing manipulator 9 directly grabs the bowls on the bowl supplementing vehicle 3 in the bowl storing bin 10 from the second opening 101 at the top of the bowl storing bin 10 for use until the bowls on the bowl supplementing vehicle 3 are grabbed completely, the empty bowl supplementing vehicle 3 is pushed out of the bowl supplementing bin 10, the other bowl supplementing vehicle 3 which is full of the stacked bowls outside the bowl supplementing bin 10 is pushed into the bowl storing bin 10 for bowl fetching in the next cycle, the bowl is reloaded on the pushed-out empty bowl supplementing vehicle 3, and the bowl is pushed back into the bowl supplementing bin 10 again, because the door plate 30 on the side wall of the bowl supplementing vehicle 3 closes the first opening 102 after the bowl supplementing vehicle 3 is pushed into the bowl storing bin 10, and therefore, the bowl storing bin 10 and the door plate 30 of the bowl supplementing vehicle 3 form a closed space (of course, the first opening 102 can be provided with a cover plate, the bowl storage bin is used for further sealing the bowl storage bin, the cover plate is taken away when bowls are taken in work, meanwhile, bowls on the bowl supplementing vehicle 3 are located in the closed space of the bowl supplementing bin 10, a disinfecting device (an ozone disinfecting device or an ultraviolet disinfecting device) can be conveniently installed in the bowl storage bin 10, and meanwhile, the effect of preventing dust and foreign matter from polluting the bowls is achieved. The utility model provides a new bowl access design, be convenient for mend the bowl (can get the bowl limit and mend the bowl on the limit, also can use the unified bowl of mending after using up, local mend the bowl promptly and global mend the bowl function and have concurrently), mend the bowl process swiftly convenient, reduce intensity of labour.

When the number of the bowl supplementing vehicles 3 which can be accommodated in the bowl storage bin 10 is one, the number of the corresponding first opening 102 and the second opening 101 is one, and after the bowl supplementing vehicle 3 is pushed into the bowl storage bin 10, the door plate 30 on the side wall of the bowl supplementing vehicle 3 seals the first opening 102, so that at the same time, the bowl supplementing vehicle 3 is fixed by a fixing device arranged in the bowl storage bin 10, in this state, stacked bowls on the bowl supplementing vehicle 3 are positioned under the second opening 101, the fixing device can be an electromagnet attraction pair, or can be a cylinder hooking a frame at any position of the bowl supplementing vehicle 3 and tensioning the bowl supplementing vehicle 3 (specifically, a cross rod is fixed on a rod of a rotary cylinder, and after the bowl supplementing vehicle 3 is pushed into the bowl storage bin 10, the rotary cylinder rotates to drive the cross rod to rotate, so as to hook a preset cross beam at the bottom of the bowl supplementing vehicle 3, thereby playing a role of positioning the bowl supplementing vehicle 3, and on the contrary, when the bowl supplementing vehicle 3 needs to be pushed out, the rotary cylinder moves in the opposite direction, and the bowl supplementing vehicle 3 is pulled out after the bowl supplementing vehicle 3 is loosened).

It can be understood that the number of bowl supplementing vehicles 3 which can be accommodated in the bowl storage bin 10 of the present invention can be more than one, the number range protected by the present invention can be understood as any number of bowl supplementing vehicles 3, when the number of bowl supplementing vehicles 3 is multiple, more than one track groove 1021 is correspondingly separated horizontally in the bowl storage bin 10, and the bottom of the bowl storage bin 10 above each track groove 1021 is just opposite to the second opening 101; each track groove 1021 corresponds to one first opening 102, namely, a plurality of track grooves 1021 are arranged in the bowl storage bin 10, each track groove 1021 is provided with one first opening 102, and a second opening 101 is arranged right above each track groove 1021, so that the bowl supplementing vehicle 3 is pushed into each track groove 1021, the bowl grabbing manipulator 9 grabs bowls on the bowl supplementing vehicle 3 through the second opening 101 right above the bowl supplementing vehicle 3, and of course, guide wheels can be arranged on the side wall of each track groove 1021, so that the bowl supplementing vehicle can be pushed into the track grooves 1021 more smoothly.

The present invention is illustrated by taking three bowl repairing vehicles 3 as an example, referring to fig. 2-5, the bowl repairing vehicles 3 (for convenience of illustration, they are divided into a left bowl repairing vehicle 31, a middle bowl repairing vehicle 32 and a right bowl repairing vehicle 33, and their structures may be the same in practice), correspondingly, in order to accommodate the three bowl repairing vehicles 3, three track grooves 1021 are arranged in the bowl storage bin 10 (for convenience of illustration, they are divided into a left track groove 121, a middle track groove 122 and a right track groove 123, and their structures may be the same in practice), each track groove 1021 corresponds to a first opening 102 (for convenience of illustration, they are divided into a left first opening 151, a middle first opening 152 and a right first opening 153, and their structures may be the same in practice), and similarly, the top wall of the bowl storage bin 10 directly above the three track grooves 1021 corresponds to a second opening 101 (for convenience of illustration, they are divided into a left second opening 1011, a middle second opening 1012, and a right second opening 1013, and their structures may be the same in practice).

Referring to fig. 1, 2, 3 and 4, when bowls are loaded on the bowl storage 10, the bowl supplementing vehicle 31, the bowl supplementing vehicle 32 and the bowl supplementing vehicle 33 are placed in advance, the bowl supplementing vehicle 31 can be pushed into the left track groove 121 through the left first opening 151, and when the bowl supplementing vehicle 31 is completely pushed into the left track groove 121, the door panel 30 of the bowl supplementing vehicle 31 just seals the left first opening 151 (refer to fig. 3), and the bottom panel 301 of the bowl supplementing vehicle 31 also seals the bottom of the left track groove 121, as shown by the arrow S in fig. 4, in this state, the stacked bowls on the bowl supplementing vehicle 31 are just below the left second opening 1011 at the top of the bowl storage 10, and when bowls on the bowl supplementing vehicle 31 are to be fetched later, the bowl grabbing manipulator 9 can grab one bowl through the left second opening 1011 for use. Similarly, referring to the direction shown by the arrow S in fig. 4, the middle bowl supplementing vehicle 32 pushes into the bowl supplementing bin 10, so that the middle bowl supplementing vehicle 32 pushes into the middle rail groove 122 through the middle first opening 152, and after the middle bowl supplementing vehicle 32 completely pushes into the middle rail groove 122, the door panel 30 of the middle bowl supplementing vehicle 32 just seals the middle first opening 152 (refer to fig. 3), and meanwhile, the bottom plate 301 of the middle bowl supplementing vehicle 32 also seals the bottom of the middle rail groove 122, in this state, stacked bowls on the middle bowl supplementing vehicle 32 are just located right below the middle second opening 1012 at the top of the bowl storing bin 10, and when a bowl on the middle bowl supplementing vehicle 32 is to be taken at a later stage, the bowl grabbing manipulator 9 can grab a bowl through one of the middle second openings 1012 for use. Similarly, referring to the direction shown by the arrow S in fig. 4, when the right bowl supplementing vehicle 33 is pushed into the bowl supplementing bin 10, the right bowl supplementing vehicle 33 is pushed into the right track groove 123 through the right first opening 153, and after the right bowl supplementing vehicle 33 is completely pushed into the right track groove 123, the door panel 30 of the right bowl supplementing vehicle 33 just seals the right first opening 153, and simultaneously, the bottom plate 301 of the right bowl supplementing vehicle 33 also seals the bottom of the right track groove 123, in this state, the stacked bowls on the right bowl supplementing vehicle 33 are just right below the right second opening 1013 at the top of the bowl storing bin 10, and when the bowls on the right bowl supplementing vehicle 33 are to be taken at a later stage, the bowl grabbing manipulator 9 can pass through the right second opening 1013 to grab one bowl for use.

In the above, the sequence of pushing the three bowl supplementing vehicles 3 into the first opening 102 can be determined according to needs or randomly, and when the bowl is completely taken out from any track groove (left, middle or right track groove) in the later use, the empty bowl supplementing vehicle on the corresponding track groove is pulled out, and then another bowl supplementing vehicle with full bowls is pushed in again. According to the technical scheme of the utility model, the bowl supplementing vehicle is designed as a part of the bowl storage bin, on one hand, bowls (including all bowls supplementing or partial bowls supplementing) are convenient to supplement, and stacked bowls are carried in the bowl storage bin without manpower, so that the labor intensity is reduced; on the other hand, be located three benefit bowl vehicle bottom plates in storing up the bowl storehouse, the door plant and store up the other three lateral walls of bowl storehouse and enclose into airtight space, the disinfection protection of being convenient for, this kind of individual benefit bowl car combination makes a whole design concept ingenious unique to forming on the benefit bowl storehouse, the truckle of benefit bowl car is stayed outside storing up the bowl storehouse, prevent that it from making dirty and storing up the bowl storehouse, in addition, this technique also can replace traditional disc pivoted station technique, prevent that bowl utensil from being got the back on the local station, the pile up bowl utensil that still has other stations causes unbalance, harm machine.

Above grab bowl manipulator 9 can adopt any one of prior art to grab bowl manipulator, common grab bowl manipulator is for setting up two clamp blocks (being equivalent to below first ka tai group 64 and second ka tai group 65), the clamp block can move centripetally or the undershirt, move when two clamp block undershirts and open, then descend a take the altitude, so that two clamp blocks are just to the bowl utensil lateral wall that will press from both sides, and finally, two clamp blocks move centripetally, two clamp blocks offset with bowl utensil lateral wall on same diameter, thereby clip bowl utensil, grab bowl manipulator 9 except can stretch into through second opening 101 and store up in the bowl storehouse 10 grab the bowl, the utility model discloses the technique provides another kind and grabs the bowl design as follows:

referring to fig. 8, the present invention further includes a lifting device 20 on the basis of the above embodiments; the base plate 301 can be installed on the bowl supplementing vehicle 3 in a lifting mode, and the lifting device 20 drives the base plate 301 to move in a lifting mode. The lifting device 20 described herein may be an air cylinder located under the bottom plate 301, and the cylinder is ejected and retracted to lift or lower the bottom plate 301, or may be in other chain type, sling type, to pull and hang the bottom plate 301, so as to lift or lower the bottom plate 301, the present invention provides a more specific lifting device 20, which is as follows:

referring to fig. 2 and 8, the lifting device 20 includes a supporting plate 201 and a vertical beam 24, and the supporting plate 201 is slidably mounted on the vertical beam 24; the supporting plate 201 is positioned in the track groove 1021 and can move up and down; when the bowl supplementing vehicle 3 enters the track groove 1021, the supporting plate 201 is positioned below the bottom plate 301.

The vertical beam 24 can be vertically arranged on the inner wall of the bowl storage bin 10, one end of the supporting plate 201 is vertically arranged on the vertical beam 24 in a sliding mode, the other end of the supporting plate 201 can be a free end, the vertical beam 24 can move up and down in the track groove 1021, referring to fig. 9, when the supporting plate 201 is located at the bottommost position, when the bowl supplementing vehicle 3 is pushed into the track groove 1021, the supporting plate 201 is inserted below the bottom plate 301; referring to fig. 10, 10-1 and 11, when bowl taking is needed, the supporting plate 201 rises, as shown by arrow S1 in the figure, the supporting plate 201 supports the bottom plate 301 of the bowl supplementing vehicle and rises, so that the bowls stacked on the bottom plate 301 rise along with the bottom plate 301, and each time bowl taking is needed, the supporting plate 201 supports the bottom plate 301 to rise by an exposed bowl opening edge height H of a bowl (in the stacked bowls, the bowl opening edge of each bowl is exposed by a certain height for clamping by the clamping block, which can be equivalent to the first clamping table group 64 and the second clamping table group 65 of the present invention), that is, the bottom plate 301 of the bowl supplementing vehicle 3 that needs to take a bowl is raised, so that a single row of linearly arranged bowls (or a single stack of bowls) on the vehicle rises, and the bowl grabbing manipulator 9 sequentially grabs the top bowl which is lifted by the second opening 101 after the bowl grabbing manipulator protrudes by the exposed bowl opening edge height H of a bowl, until the bowls on the layer are taken out one by one, the bottom plate 301 of the bowl supplementing vehicle continuously rises to the height H of the edge of the exposed bowl opening of one bowl so as to be used for grabbing the bowl in the next round, and the process is circulated in sequence, until the bowls on the bowl supplementing vehicle are taken out, the bowl supplementing vehicle is pushed out to replace the new bowl supplementing vehicle full of the bowls, and meanwhile, the bowl grabbing manipulator 9 can take the bowls on other bowl supplementing vehicles.

Above get the design of bowl technique, grab bowl manipulator 9 and need not to stretch into and store up and get the bowl in the bowl storehouse, prevent to get the bowl time with other bowl utensil of piling up the pile or store up other part touchings in the bowl storehouse, simplify work design flow, reliable operation.

More specifically, referring to fig. 7 and 9, the bowl supplementing vehicle 3 further includes a base frame 305 and a rail 302; the railings 302 are arranged on two sides of the bottom plate 301 to fix and centralize bowls stacked on the bottom plate 301, so that the bowls are prevented from being inclined and falling, wherein the bottom plate 301 can slide up and down by taking the railings 302 as sliding rails, the railings 302 can fix and centralize the bowls, so that the bowls are prevented from being inclined and falling in the conveying process, and the railings can also serve as guiding sliding rails; when the bottom plate 301 is located at the lowest position, a gap with the height G is left between the bottom plate 301 and the bottom frame 305, and when the bowl supplementing vehicle 3 is pushed into the track groove 1021, the supporting plate 201 is inserted into the gap, so that the supporting plate is located below the bottom plate 301, and the bottom plate 301 is ready to be lifted in real time. On the one hand, bottom plate 301 both ends are supported, and the middle part is unsettled, and bottom plate 301 lift is being held in the palm to the layer board 201 of being convenient for, and on the other hand, in the consideration of rigidity and intensity, can also following design:

referring to fig. 7, the bottom most portion of the bottom plate 301 may be provided with a support beam 303 for supporting the bottom plate 301, the support beam 303 being fixed at one end directly above the bottom frame 305 and at the other end being a free end, such that the distance between the bottom frame 305 and the plane in which the support beam 303 is located is G, the support beam 303 is provided with a longitudinal through slot 309, the pallet 201 may be designed as a beam bar that can pass through the longitudinal through slot 309, referring to fig. 9 and 11, when the bowl supplementing vehicle 3 is pushed into the track groove, the beam rod extends into a gap with the height G between the underframe 305 and the support beam 303, meanwhile, under the guiding and positioning action of the two sides of the track groove, the beam rod is just positioned right below the longitudinal through groove 309, when the beam rod supports the bottom plate 301 to ascend, the beam bar may continue to lift up, carrying the base plate 301 away from support beams 303 through longitudinal channel 309, and in the opposite direction, the beam bar may also be lowered back through longitudinal channel 309, carrying base plate 301. Thus, the two ends of the bottom plate 301 can support the stress, and the middle part of the bottom plate can be supported by the beam rod.

In order to better realize that the bowl on same high level layer snatchs, the utility model discloses still provide following embodiment on the basis of above-mentioned technique:

the bowl access robot further comprises: a first clamping plate component 6 and a second clamping plate component 7 which are used for clamping bowls with the same height; the first clamping plate assembly 6 and the second clamping plate assembly 7 are mounted at the edge of the second opening 101 in a sliding mode across the second opening 101, wherein the sliding direction of the first clamping plate assembly 6 and the second clamping plate assembly 7 is perpendicular to the moving direction of the bowl repairing vehicle 3 into the track groove 1021; the bowl supplementing vehicle 3 linearly places single-row bowls along the direction of entering the track groove 1021.

Referring to fig. 3, 4, 10-1 and 14, the bowl supplementing vehicle 3 is indicated by an arrow S along the direction of entering the track groove 1021, the sliding direction of the first clamping plate assembly 6 and the second clamping plate assembly 7 is indicated by an arrow S2, the bowl supplementing vehicle 3 carries a single row of bowls, the arrangement direction of the single row of bowls is consistent with the length direction (i.e. the arrow S direction) of the track groove 1021, in the example of the present invention, three stacks of stacked bowls which are sequentially and linearly arranged can be placed on the bowl supplementing vehicle 3, as shown in fig. 11; referring to fig. 3, the first and

second cleat assemblies

6 and 7 move over the corresponding left, middle and right

second openings

1011, 1012, 1013 of the left, middle and right

bowl repairing carts

31, 32, 33, and assuming that bowls on the right bowl repairing cart 33 need to be taken, the first and

second cleat assemblies

6 and 7 move to the corresponding second openings 1013 of the right bowl repairing cart 33, and the first and

second cleat assemblies

6 and 7 are respectively located on both sides of the three-fold linear arrangement of bowls on the right bowl repairing cart 33, and referring to fig. 10-1, the support plate 201 drives the bottom plate 301 to rise in the direction of S1, thereby supporting the bottom plate 301 carrying the stacked bowls 70 to move up in the direction of S1, so that the stacked bowls 70 protrude through the right second opening 1013 by the exposed bowl rim height H of the bowls (or so that the topmost bowl rim side wall faces the first and second cleat assemblies 6 and 7), the edge of the right second opening 1013 can be provided with a sensor 706 for sensing whether the bowl is extended to a predetermined position, and when the bowl protrudes from the level of the right second opening 1013 by a height H of the exposed rim of the bowl, the bowl stops rising, as shown in fig. 10 (the process from fig. 10-1 to fig. 10 is the process of bowl rising), and thereafter, the first and

second cleat assemblies

6 and 7 move horizontally relative to each other until the first and second cleat assemblies 6 and 7 clamp the topmost bowl 910 (as shown in fig. 3, 10-1 and 12), and at this time, the bottom plate 301 can keep the remaining stacked bowls held upward, and also can be reset by descending the remaining bowls, and after the topmost bowl 910 is clamped by the first and second cleat assemblies 6 and 7 (because the bowl side wall is an inclined surface or an inclined curved surface, the clamping blocks of the first and

second cleat assemblies

6 and 7 and the bowl side wall only need to abut against each other to ensure that the bowl does not extend toward the predetermined position Lower drop without applying excessive pressure to the bowl sidewalls to lift the bowls upward), the bowl grasping robot 9 can sequentially grasp the top bowl 910 until the top bowl 910 is used up, then the first and

second cleat assemblies

6 and 7 are moved away from each other by a suitable distance to prevent the stacked bowls below the right second opening 1013 from being lifted out of the right second opening 1013 and colliding with the first and

second cleat assemblies

6 and 7, and during the next bowl taking cycle, the support plate 201 continues to be raised so as to support the bottom plate 301 carrying the stacked bowls 70 to continue to move upward along the direction S1, so that the top bowl edge of the remaining stacked bowls 70 protrudes out of the right second opening 1013 by the exposed bowl edge height H of one bowl (or the top bowl edge is aligned with the first and second cleat assemblies 6 and 7), the sensor 706 can be placed at the edge of the right second opening 1013 to sense bowls, when the bowls protrude out of the right second opening 1013 by the height H of the exposed bowl opening edge of a bowl, the bowl stops rising, the first clamping plate assembly 6 and the second clamping plate assembly 7 move relatively to clamp the layer of bowls continuously for the bowl grabbing manipulator 9 to grab the bowls, and according to the above principle, the bowls can be fetched circularly by circulating work, when the bowls below the right second opening 1013 are fetched, the first clamping plate assembly 6 and the second clamping plate assembly 7 can move to the left second opening 1011 or the middle second opening 1012 along the direction of S2 to grab the bowls below the left second opening 1011 or the middle second opening 1012 until the bowls in the bowl storage bin are grabbed, and then the bowl supplementing vehicle is pushed out to supplement the bowls again, or the bowls can be supplemented again after the bowl supplementing vehicle is grabbed.

It should be noted that, the above bowl grabbing sequence can also be performed in a cycle of grabbing a layer of bowls on each bowl supplementing vehicle after the bowl grabbing device is used up and then moving to another bowl supplementing vehicle to grab a layer of bowls, and the bowl grabbing sequence can be set according to personal preferences or working condition requirements.

More specifically, and with reference to fig. 12-14, the first cleat assembly 6 includes: the clamping device comprises a first beam 61, a first push plate 611 arranged on the first beam 61 in a sliding mode, and a first clamping platform group 64 arranged on the edge of the first push plate 611; the second cleat assembly 7 includes: the second beam 62, a second push plate 621 slidably mounted on the second beam 62, and a second clamping table group 65 mounted at the edge of the second push plate 621 and opposite to the first clamping table group 64; first crossbeam 61 and second crossbeam 62 span second opening 101 slidable mounting in second opening 101 border, first crossbeam 61 and second crossbeam 62 translation are to store up in the bowl storehouse 10 arbitrary one mend directly over bowl car 3, mend the bowl utensil of bowl car 3 and are promoted, make the one deck bowl utensil bowl mouth border of topmost get into between first crossbeam 61 and the second crossbeam 62 after, first push pedal 611 and second push pedal 621 relative slip to drive first card platform group 64 and second card platform group 65 and draw close, in order to hold the one deck bowl utensil bowl mouth outside border of topmost.

The first beam 61 and the second beam 62 respectively carry the first pushing plate 611 and the second pushing plate 621 to move to any one of the second openings 101 (the right second opening 1013, the left second opening 1011 or the middle second opening 1012), after waiting for the corresponding stacked bowls to rise and protrude out of the second opening 101 (or when the bowl opening edge of the topmost bowl rises to be opposite to the first clamping table group 64 and the second clamping table group 65), the first pushing plate 611 and the second pushing plate 621 relatively move (the moving direction of the first pushing plate and the second pushing plate is parallel to the moving direction of the first beam 61 and the second beam 62), so as to drive the first clamping table group 64 and the second clamping table group 65 to approach to the outer edge of the bowl opening of the topmost layer, so as to support the outer edge of the bowl opening of the topmost layer, to grasp the layer of bowls, and the bowl grasping manipulator 9 sequentially takes the layer of bowls (referring to fig. 12, two clamping blocks of the bowl grasping manipulator 9 can extend into the outer edges of the first beam 61 and the second beam 62 to form empty bowl openings of the layer (referring to fig. 12) Clamped behind gap G1 and then lifted vertically out).

Additionally, the utility model also provides a mend bowl car, include: a frame, a floor 301, a rail 302, and a door panel 30; the railings 302 are arranged on two sides of the bottom plate 301 and fixed on the vehicle frame, and the door panel 30 is vertically fixed on the vehicle frame; the base plate 301 is used for holding bowls, such as linear single row bowls. Referring to the above principle, the utility model discloses a mend after the bowl car inserts and stores up the bowl storehouse, the door plant 30 of mending the bowl car can seal the side door that is used for pushing this benefit bowl car of storing up the bowl storehouse, and the bottom plate 301 of mending the bowl car can seal the bottom of the position at benefit bowl car place in storing up the bowl storehouse. The disinfection protection of being convenient for, this kind of individual benefit bowl car combination get back on the benefit bowl storehouse and form holistic design ingenious unique, and the truckle of benefit bowl car (the truckle is located bottom plate 301 below, and after the benefit bowl car pushes into and stores up the bowl storehouse, the truckle is located and stores up outside the bowl storehouse) stays outside storing up the bowl storehouse, prevents that it from making dirty and storing up the bowl storehouse.

Further, on the basis of the bowl supplementing vehicle technology, the base plate 301 can move up and down by taking the rail 302 as a guide rail. With reference to the above principle, the base plate 301 can be lifted conveniently to lift the bowl, so that the bowl can be taken conveniently.

Further, on the basis of the bowl supplementing vehicle technology, the vehicle frame comprises an underframe 305, and when the bottom plate 301 is located at the lowest position, a gap with the height G is reserved between the bottom plate 301 and the underframe 305. With reference to the above principle, during the process of pushing the bowl supplementing vehicle into the bowl storage bin, the supporting plate is inserted between the bottom plate 301 and the bottom frame 305, so as to leave a gap with a height G, so as to lift the bottom plate 301.

In the drawings, the positional relationship is described for illustrative purposes only and is not to be construed as limiting the present patent; it is obvious that the above embodiments of the present invention are only examples for clearly illustrating the present invention, and are not limitations to the embodiments of the present invention. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. And are neither required nor exhaustive of all embodiments. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention should be included in the protection scope of the claims of the present invention.

Claims

1. A bowl storing and taking robot, comprising: a bowl storage bin (10), a bowl supplementing vehicle (3) for conveying bowls and a bowl grabbing manipulator;

a first opening (102) for the bowl supplementing vehicle (3) to enter and exit is formed in the side wall of the bowl storage bin (10), and a second opening (101) for bowls to enter and exit is formed in the top of the bowl storage bin (10);

a bottom plate (301) for containing bowls is arranged at the bottom of the bowl supplementing vehicle (3), and a door plate (30) for closing the first opening (102) is arranged on the side wall of the bowl supplementing vehicle (3);

when the bowl supplementing vehicle (3) is pushed into the bowl storage bin (10) through the first opening (102) of the bowl storage bin (10), the door plate (30) closes the first opening (102), and bowls stacked on the bottom plate (301) are positioned below the second opening (101);

the bowl grabbing manipulator grabs bowls in the bowl storage bin (10) through the second opening (101).

2. The bowl storing and taking robot as claimed in claim 1, wherein more than one track groove (1021) is horizontally divided in the bowl storage bin (10), and a second opening (101) is arranged above each track groove (1021); wherein the content of the first and second substances,

each track groove (1021) corresponds to one first opening (102).

3. The bowl access robot according to claim 2, further comprising a lifting device (20);

the bottom plate (301) is arranged on the bowl supplementing vehicle (3) in a lifting mode, and the lifting device (20) drives the bottom plate (301) to move up and down.

4. Bowl access robot according to claim 3, characterized in that the lifting device (20) comprises a pallet (201) and a vertical beam (24);

the supporting plate (201) is mounted on the vertical beam (24) in a sliding mode; the supporting plate (201) is positioned in the track groove (1021) and can move up and down;

when the bowl supplementing vehicle (3) enters the track groove (1021), the supporting plate (201) is positioned below the bottom plate (301).

5. Bowl access robot according to claim 4, characterized in that the bowl patching vehicle (3) further comprises a chassis (305) and a railing (302);

the handrails (302) are arranged on two sides of the bottom plate (301) to fix bowls stacked on the bottom plate (301), wherein the bottom plate (301) can slide up and down by taking the handrails (302) as sliding rails;

when the bottom plate (301) is located at the lowest position, a gap with the height G is reserved between the bottom plate (301) and the bottom frame (305), and when the bowl supplementing vehicle (3) is pushed into the track groove (1021), the supporting plate (201) is inserted into the gap.

6. The bowl access robot of claim 5, further comprising: a first clamping plate component (6) and a second clamping plate component (7) which are used for clamping bowls with the same height;

the first clamping plate assembly (6) and the second clamping plate assembly (7) are mounted at the edge of the second opening (101) in a sliding mode across the second opening (101), wherein the sliding direction of the first clamping plate assembly (6) and the second clamping plate assembly (7) is perpendicular to the moving direction of the bowl repairing vehicle (3) entering the track groove (1021);

the bowl supplementing vehicle (3) is used for placing single-row bowls along the direction of entering the track groove (1021).

7. Bowl access robot according to claim 6, characterized in that the first cleat assembly (6) comprises: the device comprises a first cross beam (61), a first push plate (611) installed on the first cross beam (61) in a sliding mode, and a first clamping table group (64) installed on the edge of the first push plate (611);

the second cleat assembly (7) comprises: the second cross beam (62), a second push plate (621) which is installed on the second cross beam (62) in a sliding mode, and a second clamping table group (65) which is installed on the edge of the second push plate (621) and is opposite to the first clamping table group (64);

first crossbeam (61) and second crossbeam (62) span second opening (101) slidable mounting in second opening (101) border, first crossbeam (61) and second crossbeam (62) translation are to storing up in bowl storehouse (10) arbitrary mend directly over bowl car (3), mend the bowl utensil of bowl car (3) and are promoted, make the one deck bowl utensil bowl mouth border of topmost get into between first crossbeam (61) and second crossbeam (62), first push pedal (611) and second push pedal (621) relative slip to drive first ka tai group (64) and second ka tai group (65) and draw close together to hold the one deck bowl utensil mouth outside border of topmost.

8. The utility model provides a mend bowl car which characterized in that includes: the device comprises a frame, a bottom plate (301), a railing (302) and a door panel (30);

the railings (302) are arranged on two sides of the bottom plate (301) and fixed on the frame, and the door plate (30) is vertically fixed on the frame;

the bottom plate (301) is used for containing bowls.

9. The bowl supplementing vehicle according to claim 8, wherein the bottom plate (301) can move up and down by taking a railing (302) as a guide rail.

10. The bowl supplementing vehicle according to claim 9, wherein the vehicle frame comprises an underframe (305), and when the bottom plate (301) is located at the lowest position, a gap with a height G is reserved between the bottom plate (301) and the underframe (305).