CN214604934U - Cabinet body and cupboard combination system of processing - Google Patents

Cabinet body and cupboard combination system of processing Download PDF

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Publication number
CN214604934U
CN214604934U CN202120124656.XU CN202120124656U CN214604934U CN 214604934 U CN214604934 U CN 214604934U CN 202120124656 U CN202120124656 U CN 202120124656U CN 214604934 U CN214604934 U CN 214604934U
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China
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plate
processing
driving
cabinet
conveying
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CN202120124656.XU
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Chinese (zh)
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牛金来
李海全
张凡
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Nanjing Diding Numerical Control Technology Co ltd
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Nanjing Diding Numerical Control Technology Co ltd
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Abstract

The utility model provides a cabinet body and cupboard combination system of processing which characterized by: the device comprises a plate feeding system, a plate reverse side processing system, a plate turning system, a plate conveying system, a plurality of plate front side processing systems and a plate sorting processing system; the utility model discloses degree of automation is high, satisfies the cabinet body and cupboard production and processing simultaneously, has realized the flexible processing procedure in the technology. The system reduces the input of manpower and improves the working efficiency; the correction device is arranged, so that the machining accuracy is improved; the cabinet body and the cabinet can be automatically processed on one device, the device utilization rate is improved, and the production efficiency is increased.

Description

Cabinet body and cupboard combination system of processing
Technical Field
The utility model relates to a wood working machinery, especially a numerical control woodworking processing technique, specifically speaking are cabinet body and cupboard combination system of processing, it is the automatic production system who is used for cupboard door plant molding, cabinet body cutting.
Background
With the continuous increase of the market share of customized furniture, the processing requirements on production equipment are gradually increased, and the requirements on the appearance quality of products are also higher and higher, so that the technological processes and the production efficiency involved in the production and processing processes are required to be continuously upgraded. In the existing processing technology, the cabinet body cutting processing and the cabinet door plate milling processing are two independent production systems. The cabinet body cutting processing main process comprises the following steps: loading, labeling and cutting; milling a cabinet door plate, wherein the milling comprises the following main processes: loading, labeling, drilling on the reverse side, turning over and processing the front side; the two production systems have the same production procedures and also have independent production procedures, the traditional processing technology has large occupied area and long production period, and the two production systems can increase the equipment cost and waste energy consumption. Therefore, if the two systems can be integrated and simultaneously adapted to two processing technologies, the optimal choice for energy saving and cost reduction is provided.
SUMMERY OF THE UTILITY MODEL
The utility model discloses aim at need two sets of system of processing that have many the same technological characteristics and equipment to current cabinet body and cupboard processing to process respectively, causes area big, and the production cycle is long, increases the problem of equipment cost and extravagant energy consumption, designs a high and high cabinet body of processing degree of automation and cupboard combination system of processing precision.
The technical scheme of the utility model is that:
the utility model provides a cabinet body and cupboard combination system of processing which characterized in that: the system comprises a plate feeding system 1, a plate back side processing system 2, a plate turning system 3, a plate conveying system 4, a plurality of plate front side processing systems 5 and a plate sorting system 6; the plate feeding system 1, the plate back side processing system 2, the plate turning system 3, the plurality of plate front side processing systems 5 and the plate sorting system 6 are connected into a whole by the plate conveying system 4, the heights of the plate turning system 3 when descending are connected to the plate conveying system 4 in parallel, and the plate back side processing system 2 comprises a marking, milling and punching integrated device; the material feeding system 1, the plate back side processing system 2, the plate turning system 3, the plate conveying system 4, the plate front side processing systems 5 and the plate sorting system 6 are electrically connected with the central control system and are controlled by the central control system to operate; the inlet end at panel reverse side system of processing 2 is installed to panel feeding system 1, the board system of turning over 3 is installed at the outlet end of panel reverse side system of processing 2 and can turn to the propelling movement to panel conveying system 4 or place on panel conveying system 4 after the upset as required with the panel after processing through panel reverse side system of processing 2, 5 parallel mount of a plurality of panel obverse side system of processing 5 can snatch the panel that needs processing that panel conveying system 4 carried and come automatically in panel conveying system 4 one side, the exit end at panel obverse side system of processing 5 is installed to panel letter sorting system 6.
The plate feeding system 1 comprises a lifting platform and a plate feeding device, wherein the lifting platform is driven by a hydraulic power system, sends a plate to a plate reverse side processing system, and adjusts the position of the plate by a plate position correcting device; the plate feeding device comprises a Y1-direction driving device and a Z1-direction driving device, the Y1-direction driving device is fixed on the rack, the Z1-direction driving device is erected on the Y1-direction driving device, a first suction cup is installed on the Z1-direction driving device, and the first suction cup is connected with a negative pressure system.
The marking, milling and punching integrated device comprises an X2-direction driving device, a Y2-direction driving device and a Z2-direction driving device, the Y2-direction driving device is erected on the rack, the X2-direction driving device is erected on the Y2-direction driving device, the Z2-direction driving device is erected on the X2-direction driving device, a marking mechanism and a punching and milling mechanism are fixed on the Z2-direction driving device, and a central control system controls the X2-direction driving device, the Y2-direction driving device, the Z2-direction driving device, the marking mechanism and the punching and milling mechanism to mark, mill, punch and perform one-station type processing on the cabinet door; after the plate is processed, the plate is pushed out of the table board by a material pushing device; the material pushing device comprises a Z3 driving device, a reverse side processing cross beam and a material pushing fixing piece; the Z3 driving device is fixed on the reverse side processing beam and connected with the material pushing fixing piece, and when the material needs to be pushed, the driving device descends to drive the plate to move forwards.
The turning plate system 3 comprises a turning plate translation rack 8 and a turning plate translation driving device 9, a driving rotating shaft of the turning plate translation driving device 9 is fixed on the turning plate translation rack 8, a group of turning chassis is fixed on the driving rotating shaft, the turning chassis is integrally erected on the turning plate translation rack 8 in a non-working state, a plurality of second sucking discs are fixed on the turning chassis, and the second sucking discs are connected with a negative pressure system; the flap system 3 has two processing states: processing a cabinet door plate and a cabinet body; when the cabinet door plate is machined, the plate is pushed to the turnover chassis, the central control system controls the turnover plate translation driving device to be started, the turnover plate translation driving device drives the driving rotating shaft to rotate, the driving rotating shaft drives the turnover chassis to turn over, the plate is tightly sucked by the sucker on the turnover chassis, and the plate is turned over to the front side along with the turnover chassis and turned over to the plate conveying system 4; when the cabinet body is processed, the plates are pushed onto the conveying roller of the plate turning system 3, the plate turning translation rack 8 of the plate turning system 3 is controlled by the central control system to descend until the plates fall on the transverse belt conveying device and are flush with the plate conveying system 4, and the plates are transferred onto the plate conveying system 4 through the transverse belt conveying device.
The plate conveying system comprises a conveying rack, a plurality of rollers are uniformly and horizontally arranged on the conveying rack in parallel, and two ends of each roller are connected with a roller driving device.
The roller driving device comprises a roller driving motor and a transmission belt, belt pulleys are installed at two ends of the roller, the transmission belt bypasses a rotating shaft of the roller driving motor and the belt pulleys at two ends of the roller, the roller driving motor rotates to drive the transmission belt to rotate, the transmission belt drives the roller to rotate, and the roller drives a large plate or a door plate which is cut to be driven.
The plate front processing system comprises a pushing device, a second plate position correcting device, a plate modeling processing device and a cutting device; the plates conveyed by the plate conveying system 4 are fixed by the plate fixing device and then are subjected to modeling processing by the plate modeling processing device, the plates are cut into independent door plates or cabinet bodies by the cutting device after being processed, and then the independent door plates or cabinet bodies are pushed to the plate sorting system 6 by the pushing device to be manually sorted.
The second plate position correcting device comprises an X-direction correcting device and a Y-direction correcting device, the X-direction correcting device is set along the X direction of the modeling and machining table and comprises an X-direction correcting cylinder, the X-direction correcting cylinder is arranged at one end of the machining platform, and an X-direction correcting block is arranged at the top of a piston of the X-direction correcting cylinder; the Y-direction correction device is set along the Y direction of the processing platform and comprises two groups of Y-direction correction cylinders, each group of Y-direction correction cylinders at least comprises two Y-direction correction cylinders, the two groups of Y-direction correction cylinders are respectively arranged at two sides of the processing platform, and the top of a piston of each Y-direction correction cylinder at each side is connected with a Y-direction correction baffle; the material is fed into the processing platform by the feeding device under the control of the central control system, and the processing position of the material is fixed by the combination of the X-direction correcting device and the Y-direction correcting device.
The utility model has the advantages that:
(1) the utility model provides a processing system can realize the two kinds of technology processing to the cabinet body and door plant, when processing the cabinet body, the panel turnover machine can be through horizontal conveyor with panel transport to conveying system; when the door plate is processed, the reverse side of the plate is processed by the plate turnover machine through the plate turnover;
(2) the utility model discloses in the device, by the multi-functional panel automatic production system who upgrades as the basis of the board system that turns over, can realize the different technologies of automated processing simultaneously on an equipment, improved rate of equipment utilization, improve production efficiency.
Drawings
FIG. 1 is a schematic view of the overall structure of the device of the present invention;
FIG. 2 is a schematic top view of the apparatus of the present invention;
FIG. 3 is a side view of the overall structure of the plate-turning translation system in the device of the present invention;
fig. 4 is a schematic structural view of the horizontal belt conveyor of the present invention.
In the figure: 1. the plate sorting system comprises a plate feeding system, a plate reverse side processing system, a plate turning translation system, a plate conveying system, a plate front side processing system, a plate sorting system, a plate turning translation lifting device, a plate turning translation rack and a plate turning translation driving device, wherein the plate feeding system comprises 2, the plate reverse side processing system, 3, the plate turning translation system, 4, the plate conveying system, 5, the plate front side processing system, 6, the plate sorting system, 7, the plate turning translation lifting device, 8, the plate turning translation rack and 9.
Detailed Description
The invention will be further described with reference to the following figures and examples, but the scope of protection of the invention is not limited to the examples.
As shown in fig. 1-4.
A cabinet body and cupboard combined processing system comprises a plate material supply system 1, a plate back side processing system 2, a plate turnover system 3, a plate conveying system 4, a plurality of plate front side processing systems 5 and a plate sorting system 6, as shown in figures 1 and 2; the plate feeding system 1, the plate back side processing system 2, the plate turning system 3, the plurality of plate front side processing systems 5 and the plate sorting system 6 are connected into a whole by the plate conveying system 4, the heights of the plate turning system 3 when descending are connected to the plate conveying system 4 in parallel, and the plate back side processing system 2 comprises a marking, milling and punching integrated device; the material feeding system 1, the plate back side processing system 2, the plate turning system 3, the plate conveying system 4, the plate front side processing systems 5 and the plate sorting system 6 are electrically connected with the central control system and are controlled by the central control system to operate; the inlet end at panel reverse side system of processing 2 is installed to panel feeding system 1, the board system of turning over 3 is installed at the outlet end of panel reverse side system of processing 2 and can turn to the propelling movement to panel conveying system 4 or place on panel conveying system 4 after the upset as required with the panel after processing through panel reverse side system of processing 2, 5 parallel mount of a plurality of panel obverse side system of processing 5 can snatch the panel that needs processing that panel conveying system 4 carried and come automatically in panel conveying system 4 one side, the exit end at panel obverse side system of processing 5 is installed to panel letter sorting system 6.
The process for carrying out the door plate and the cabinet body by adopting the system comprises the following steps:
(1) the plate to be processed is sent to a plate reverse side processing system 2 by a plate feeding system 1 to be marked and punched under the control of a central control system;
(2) the plate is pushed out to the plate turnover system 3, and according to the requirements of customers: when the cabinet body is processed, the translation lifting device 7 of the plate turnover system 3 is lifted to be flush with the height of the plate reverse side processing system, and then is lowered to the same height of the conveying system, so that the plate is conveyed to the plate turnover system 3; the plate is conveyed to a plate front processing system 5 through a plate conveying system 4 and processed into a cabinet body veneer; when the cabinet door plate is processed, the plate is pushed out to the turnover plate system and is turned over to the front side;
(3) conveying the plate to a front processing system 5 for cutting into independent door plates; and after the plate is processed, the plate is sorted in a plate sorting system 6.
The plate feeding system 1 comprises a lifting platform and a plate feeding device, wherein the lifting platform is driven by a hydraulic power system, sends a plate to the plate reverse side processing system 5, and adjusts the position of the plate by a plate position correcting device;
the plate feeding device comprises a Y1-direction driving device and a Z1-direction driving device, the Y1-direction driving device is fixed on the rack, the Z1-direction driving device is erected on the Y1-direction driving device, a first suction disc is installed on the Z1-direction driving device, and the suction disc is connected with a negative pressure system.
Marking, mill processing, integrated device that punches include that X2 is to drive arrangement, Y2 to drive arrangement and Z2 to drive arrangement, Y2 sets up to drive arrangement in the frame, X2 sets up to drive arrangement Y2 is to drive arrangement, Z2 sets up to drive arrangement X2 is to drive arrangement on, Z2 is to fixed marking mechanism and punch, mill processing mechanism on the drive arrangement, by central control system control X2 to drive arrangement, Y2 to drive arrangement, Z2 to drive arrangement, marking mechanism and punch, mill processing mechanism and realize marking, milling, punching, the processing of one-stop formula to the cabinet door. And after the plate is processed, the plate is pushed out of the table board by the material pushing device.
The material pushing device comprises a Z3 driving device, a reverse side processing cross beam and a material pushing fixing piece; the Z3 driving device is fixed on the reverse side processing beam and connected with the material pushing fixing piece, and when the material needs to be pushed, the driving device descends to drive the plate to move forwards.
The turning plate system 3 is shown in fig. 3 and comprises a turning plate translation rack 8 and a turning plate translation driving device 9, wherein a driving rotating shaft of the turning plate translation driving device 9 is fixed on the turning plate translation rack 8, a group of turning chassis is fixed on the driving rotating shaft, the turning chassis is integrally erected on the turning plate translation rack 8 in a non-working state, a plurality of second sucking discs are fixed on the turning chassis, and the second sucking discs are connected with a negative pressure system; the flap system 3 has two processing states: processing a cabinet door plate and a cabinet body;
when the cabinet door plate is processed, the plate is pushed to the turnover chassis (roller), the central control system controls the turnover plate translation driving device 9 to be started, the turnover plate translation driving device 9 drives the driving rotating shaft to rotate, the driving rotating shaft drives the turnover chassis to turn over, the sucking disc on the turnover chassis tightly sucks the plate, and the plate is turned over to the front side along with the turnover chassis and turned over to the door plate conveying system 3.
During the processing cabinet body, panel is on the propelling movement is to upset chassis (cylinder), and central control system control turns over board translation elevating gear 7 and starts, and the upset chassis reduces to the position of flushing with panel conveying system 4, and panel descends on horizontal belt conveyor's horizontal belt, and rethread horizontal belt conveyor who shows in fig. 4 carries panel on panel conveying system 4.
The plate conveying system 4 comprises a conveying rack, a plurality of rollers are uniformly and horizontally arranged on the conveying rack in parallel, and two ends of each roller are connected with a roller driving device.
The roller driving device comprises a roller driving motor and a transmission belt, belt pulleys are installed at two ends of the roller, the transmission belt bypasses a rotating shaft of the roller driving motor and the belt pulleys at two ends of the roller, the roller driving motor rotates to drive the transmission belt to rotate, the transmission belt drives the roller to rotate, and the roller drives a large plate or a door plate which is cut to be driven.
The plate front processing system 5 comprises a pushing device, a second plate position correcting device, a plate modeling processing device and a cutting device; the plate conveyed by the plate feeding device is subjected to molding processing by the plate molding processing device after being fixed by the plate fixing device, is cut into independent door plates or cabinet bodies by the cutting device after being processed, and then is pushed to the plate sorting system 6 by the pushing device to be manually sorted.
The second plate position correcting device comprises an X-direction correcting device and a Y-direction correcting device, the X-direction correcting device is set along the X direction of the modeling and machining table and comprises an X-direction correcting cylinder, the X-direction correcting cylinder is arranged at one end of the machining platform, and an X-direction correcting block is arranged at the top of a piston of the X-direction correcting cylinder;
the Y-direction correction device is set along the Y direction of the processing platform and comprises two groups of Y-direction correction cylinders, each group of Y-direction correction cylinders at least comprises two Y-direction correction cylinders, the two groups of Y-direction correction cylinders are respectively arranged at two sides of the processing platform, and the top of a piston of each Y-direction correction cylinder at each side is connected with a Y-direction correction baffle; the material is fed into the processing platform by the feeding device under the control of the central control system, and the processing position of the material is fixed by the combination of the X-direction correcting device and the Y-direction correcting device.
The device has higher automation degree, can realize the production and processing of two plate processes of the cabinet door plate and the cabinet body, and improves the processing capacity and the processing efficiency.
As mentioned above, although the present invention has been shown and described with reference to certain preferred embodiments, it should not be construed as limiting the invention itself. Various changes in form and detail may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.
The utility model discloses the part that does not relate to is the same with prior art or can adopt prior art to realize.

Claims (8)

1. The utility model provides a cabinet body and cupboard combination system of processing which characterized in that: the plate sorting system comprises a plate feeding system (1), a plate reverse side processing system (2), a plate turning system (3), a plate conveying system (4), a plurality of plate front side processing systems (5) and a plate sorting system (6); the plate feeding system (1), the plate back side processing system (2), the plate turning system (3), the plate front side processing systems (5) and the plate sorting system (6) are connected into a whole by the plate conveying system (4), the plate turning system (3) is connected to the plate conveying system (4) in parallel when descending, and the plate back side processing system (2) comprises a marking, milling and punching integrated device; the material feeding system (1), the plate back side processing system (2), the plate turning system (3), the plate conveying system (4), the plate front side processing systems (5) and the plate sorting system (6) are electrically connected with the central control system and are controlled by the central control system to operate; the inlet end at panel reverse side system of processing (2) is installed in panel feeding system (1), turn over the board system (3) and install the exit end at panel reverse side system of processing (2) and can turn to the propelling movement to panel conveying system (4) or place on panel conveying system (4) after the upset as required with the panel after panel reverse side system of processing (2) processing, a plurality of panel obverse side system of processing (5) parallel mount are in panel conveying system (4) one side and can snatch the panel that needs processing that panel conveying system (4) were carried and come automatically, the exit end at panel obverse side system of processing (5) is installed in panel letter sorting system (6).
2. The cabinet and cabinet combination processing system of claim 1, wherein: the plate feeding system (1) comprises a lifting platform and a plate feeding device, wherein the lifting platform is driven by a hydraulic power system, sends a plate to a plate reverse side processing system, and adjusts the position of the plate by a plate position correcting device; the plate feeding device comprises a Y1-direction driving device and a Z1-direction driving device, the Y1-direction driving device is fixed on the rack, the Z1-direction driving device is erected on the Y1-direction driving device, a first suction cup is installed on the Z1-direction driving device, and the first suction cup is connected with a negative pressure system.
3. The cabinet and cabinet combination processing system of claim 1, wherein: the marking, milling and punching integrated device comprises an X2-direction driving device, a Y2-direction driving device and a Z2-direction driving device, the Y2-direction driving device is erected on a rack, the X2-direction driving device is erected on the Y2-direction driving device, the Z2-direction driving device is erected on the X2-direction driving device, a marking mechanism and a punching and milling mechanism are fixed on the Z2-direction driving device, and a central control system controls the X2-direction driving device, the Y2-direction driving device, the Z2-direction driving device, the marking mechanism and the punching and milling mechanism to realize marking, milling, punching and one-stop type processing on a cabinet door; after the plate is processed, the plate is pushed out of the table board by a material pushing device; the material pushing device comprises a Z3 driving device, a reverse side processing cross beam and a material pushing fixing piece; the Z3 driving device is fixed on the reverse side processing beam and connected with the material pushing fixing piece, and when the material needs to be pushed, the driving device descends to drive the plate to move forwards.
4. The cabinet and cabinet combination processing system of claim 1, wherein: the turning plate system (3) comprises a turning plate translation rack (8) and a turning plate translation driving device (9), a driving rotating shaft of the turning plate translation driving device (9) is fixed on the turning plate translation rack (8), a group of turning chassis is fixed on the driving rotating shaft, the turning chassis is integrally erected on the turning plate translation rack (8) in a non-working state, a plurality of second sucking discs are fixed on the turning chassis, and the second sucking discs are connected with a negative pressure system; the plate turnover system (3) has two processing states: processing a cabinet door plate and a cabinet body; when a cabinet door plate is machined, a plate is pushed onto the turnover chassis, the central control system controls the turnover plate translation driving device to be started, the turnover plate translation driving device drives the driving rotating shaft to rotate, the driving rotating shaft drives the turnover chassis to turn over, the plate is tightly sucked by the sucker on the turnover chassis, and the plate is turned over to the front side along with the turnover chassis and turned over onto the plate conveying system (4); when the cabinet body is processed, the plates are pushed to the conveying roller of the plate turning system (3), the plate turning translation rack (8) of the plate turning system (3) is controlled by the central control system to descend until the plates fall on the transverse belt conveying device and are level with the plate conveying system (4), and the plates are transferred to the plate conveying system (4) through the transverse belt conveying device.
5. The cabinet and cabinet combination processing system of claim 1, wherein: the plate conveying system comprises a conveying rack, a plurality of rollers are uniformly and horizontally arranged on the conveying rack in parallel, and two ends of each roller are connected with a roller driving device.
6. The cabinet and cabinet combination processing system of claim 5, wherein: the roller driving device comprises a roller driving motor and a transmission belt, belt pulleys are installed at two ends of the roller, the transmission belt bypasses a rotating shaft of the roller driving motor and the belt pulleys at two ends of the roller, the roller driving motor rotates to drive the transmission belt to rotate, the transmission belt drives the roller to rotate, and the roller drives a large plate or a door plate which is cut to be driven.
7. The cabinet and cabinet combination processing system of claim 1, wherein: the plate front processing system comprises a pushing device, a second plate position correcting device, a plate modeling processing device and a cutting device; the plates conveyed by the plate conveying system (4) are subjected to modeling processing by the plate modeling processing device after being fixed by the plate fixing device, and are cut into independent door plates or cabinet bodies by the cutting device after being processed, and then the independent door plates or cabinet bodies are pushed to the plate sorting system (6) by the pushing device to be manually sorted.
8. The cabinet and cabinet combination processing system of claim 7, wherein: the second plate position correcting device comprises an X-direction correcting device and a Y-direction correcting device, the X-direction correcting device is set along the X direction of the modeling and machining table and comprises an X-direction correcting cylinder, the X-direction correcting cylinder is arranged at one end of the machining platform, and an X-direction correcting block is arranged at the top of a piston of the X-direction correcting cylinder; the Y-direction correction device is set along the Y direction of the processing platform and comprises two groups of Y-direction correction cylinders, each group of Y-direction correction cylinders at least comprises two Y-direction correction cylinders, the two groups of Y-direction correction cylinders are respectively arranged at two sides of the processing platform, and the top of a piston of each Y-direction correction cylinder at each side is connected with a Y-direction correction baffle; the material is fed into the processing platform by the feeding device under the control of the central control system, and the processing position of the material is fixed by the combination of the X-direction correcting device and the Y-direction correcting device.
CN202120124656.XU 2021-01-18 2021-01-18 Cabinet body and cupboard combination system of processing Active CN214604934U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202120124656.XU CN214604934U (en) 2021-01-18 2021-01-18 Cabinet body and cupboard combination system of processing

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202120124656.XU CN214604934U (en) 2021-01-18 2021-01-18 Cabinet body and cupboard combination system of processing

Publications (1)

Publication Number Publication Date
CN214604934U true CN214604934U (en) 2021-11-05

Family

ID=78437126

Family Applications (1)

Application Number Title Priority Date Filing Date
CN202120124656.XU Active CN214604934U (en) 2021-01-18 2021-01-18 Cabinet body and cupboard combination system of processing

Country Status (1)

Country Link
CN (1) CN214604934U (en)

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