阅读说明：本技术 一种采用板式家具定制生产工艺布局进行板件加工的工艺 (Process for machining plate by adopting customized production process layout of plate furniture ) 是由 袁浩 于 2019-09-29 设计创作，主要内容包括：本发明属于家具加工技术领域,具体涉及一种采用板式家具定制生产工艺布局进行板件加工的工艺,包括板件库,板件库的一侧设有开料区,开料区的一端设有入库辊道A,入库辊道A与板件库左侧入口相通,入库辊道A下方设有出库辊道A,出库辊道A与板件库左侧出口相通,出库辊道A通向封边区,封边区的另一端设有缓冲提升机,缓冲提升机的上部通向钻孔辊道,钻孔辊道连通钻孔区,钻孔区的一端设有入库辊道B,入库辊道B与板件库右侧入口相通；入库辊道B下方设有出库辊道B,出库辊道B与板件库右侧出口相通,出库辊道B通向包装区。上述工艺布局有利于高效地进行定制板件的生产。(The invention belongs to the technical field of furniture processing, and particularly relates to a process for processing plates by adopting a customized production process layout of plate-type furniture, which comprises a plate library, wherein a cutting area is arranged on one side of the plate library, a warehousing roller way A is arranged at one end of the cutting area, the warehousing roller way A is communicated with a left inlet of the plate library, a ex-warehousing roller way A is arranged below the warehousing roller way A, the ex-warehousing roller way A is communicated with a left outlet of the plate library, the ex-warehousing roller way A is communicated with an edge sealing area, a buffer elevator is arranged at the other end of the edge sealing area, the upper part of the buffer elevator is communicated with a drilling roller way, the drilling roller way is communicated with a drilling area, a warehousing roller way B is arranged; and an ex-warehouse roller way B is arranged below the in-warehouse roller way B, the ex-warehouse roller way B is communicated with an outlet on the right side of the plate warehouse, and the ex-warehouse roller way B is communicated with a packaging area. The above-described process layout facilitates efficient production of customized panels.)

1. A plate processing process adopting a plate furniture customization production process layout is characterized by comprising a plate library (1), wherein one side of the plate library (1) is provided with a cutting area (2), the cutting area (2) extends to the upper layer of the plate library (1) from the ground, one end of the cutting area (2) is provided with a warehousing roller way A (3), the warehousing roller way A (3) is communicated with an inlet at the left side of the plate library (1), a delivery roller way A (4) is arranged below the warehousing roller way A (3), the delivery roller way A (4) is communicated with an outlet at the left side of the plate library (1), the delivery roller way A (4) is communicated with an edge sealing area (5) at the other side of the plate library (1), one end of the edge sealing area (5) far away from the delivery roller way A (4) is provided with a buffer elevator (8), the upper part of the buffer elevator (8) is communicated with a drilling roller way (7), the drilling roller way (7) is communicated with the drilling area (6), one end of the drilling area (6) close to the buffer elevator (8) is provided with a warehousing roller way B (9), and the warehousing roller way B (9) is communicated with the right inlet of the plate warehouse (1); an ex-warehouse roller way B (11) is arranged below the in-warehouse roller way B (9), the ex-warehouse roller way B (11) is communicated with an outlet on the right side of the plate warehouse (1), and the ex-warehouse roller way B (11) leads to a packaging area (10); the method comprises the following steps:

firstly, plates which finish cutting in the cutting area (2) are conveyed into a warehousing roller way A (3) from an outlet of the cutting area (2) one by one in a single plate conveying mode, and the plates enter the plate warehouse (1) from an inlet at the left side of the plate warehouse (1) through the warehousing roller way A (3) to be stored;

secondly, plates in the plate warehouse (1) which only finish the cutting process are sent into a delivery roller way A (4) from an outlet at the left side of the plate warehouse (1), and the plates enter a sealing area (5) through the delivery roller way A (4) to be subjected to edge sealing processing;

thirdly, the plate with the sealed edge enters a buffer lifter (8), the plate is lifted to the height of a drilling roller way (7) by the buffer lifter (8), and the plate enters a drilling area (6) through the drilling roller way (7) to be drilled;

fourthly, the drilled plate enters the plate warehouse (1) from the right inlet of the plate warehouse (1) through a warehousing roller way B (9) to be stored;

fifthly, the plate which is finished with the processes from the first step to the fourth step in the plate library (1) is sent into a delivery roller way B (11) from the outlet at the right side of the plate library (1), and the plate is sent into a packaging area (10) for packaging through the delivery roller way B (11).

2. The process for machining a plate by adopting the customized production process layout for the plate furniture as claimed in claim 1, wherein the process comprises the following steps: the buffer elevator (8) comprises a frame (8-1), a horizontal conveyor (8-2) for conveying plates is arranged at the lower part of the frame (8-1), a lifting device (8-3) for lifting the plates is arranged on the frame (8-1), an outlet plate grabbing machine (8-4) is arranged at the upper part of the frame (8-1), and the outlet plate grabbing machine (8-4) comprises a feeding mechanism (8-41) and a plate grabbing device (8-42).

Technical Field

The invention belongs to the technical field of furniture processing, and particularly relates to a process for processing a plate by adopting a customized production process layout of plate-type furniture.

Background

The existing work procedure linking process in the existing plate-type furniture customizing production process is complex, so that the occupied land area is large, the plates are disorderly temporarily stored among the work procedures, the plate conveying distance is long, the logistics devices are multiple, and the management is complex.

Disclosure of Invention

In order to overcome the defects of the prior art, the invention provides a process for processing plates by adopting a customized production process layout of plate-type furniture, and aims of saving occupied area, shortening plate conveying distance, reducing logistics equipment and reducing management difficulty are achieved.

The invention is realized by the following technical scheme: a technology for machining plates by adopting a customized production technology layout of plate-type furniture comprises a plate library, wherein a cutting area is arranged on one side of the plate library and extends from the ground to the upper layer of the plate library, a warehousing roller way A is arranged at one end of the cutting area and is communicated with an inlet on the left side of the plate library, an ex-warehousing roller way A is arranged below the warehousing roller way A and is communicated with an outlet on the left side of the plate library, the ex-warehousing roller way A is communicated with an edge sealing area on the other side of the plate library, a buffer elevator is arranged at one end, far away from the ex-warehousing roller way A, of the edge sealing area, the upper part of the buffer elevator is communicated with a drilling roller way, the drilling roller way is communicated with a drilling area, a warehousing roller way B is arranged at one end, close to the buffer elevator, of the drilling area; a delivery roller way B is arranged below the warehousing roller way B, the delivery roller way B is communicated with an outlet on the right side of the plate warehouse, and the delivery roller way B is communicated with a packaging area; the method comprises the following steps:

firstly, plates which finish cutting in a cutting area are conveyed into a warehousing roller way A from an outlet of the cutting area one by one in a single plate conveying mode, and the plates enter a plate warehouse from an inlet on the left side of the plate warehouse through the warehousing roller way A to be stored;

secondly, sending the plate in the plate warehouse, which only completes the cutting process, into a warehouse-out roller way A from an outlet at the left side of the plate warehouse, and enabling the plate to enter a sealing area through the warehouse-out roller way A for sealing;

thirdly, the plate with the edge sealed enters a buffer lifter, the plate is lifted to the height of a drilling roller way by the buffer lifter, and the plate enters a drilling area through the drilling roller way to be drilled;

fourthly, the drilled plate enters the plate library from the right inlet of the plate library through a warehousing roller bed B to be stored;

fifthly, the plate which is subjected to the processes in the first step to the fourth step in the plate warehouse is sent into a delivery roller way B from an outlet at the right side of the plate warehouse, and the plate is sent into a packaging area through the delivery roller way B to be packaged.

Furthermore, the buffering lifting machine comprises a frame, a horizontal conveyor for conveying the plates is arranged at the lower part of the frame, a lifting device for lifting the plates is arranged on the frame, an outlet plate grabbing machine is arranged at the upper part of the frame, and the outlet plate grabbing machine comprises a feeding mechanism and a plate grabbing device.

The invention has the beneficial effects that: the process layout takes the plate library as a center, a cutting area, a sealing area, a drilling area and a packaging area are distributed around the plate library, the plate library is connected with the areas through logistics equipment such as a roller way, a buffer elevator and the like, and the process layout is favorable for efficiently producing the customized plates.

Drawings

FIG. 1 is a left side perspective view of the present invention;

FIG. 2 is a right side oblique view of the present invention;

FIG. 3 is a schematic structural diagram of a buffering elevator according to the present invention;

FIG. 4 is a schematic view of an outlet plate grabbing machine according to the present invention;

in the figure, 1, a plate warehouse, 2, a cutting area, 3, warehousing roller ways A, 4, ex-warehouse roller ways A, 5, an edge sealing area, 6, a drilling area, 7, drilling roller ways, 8, a buffer elevator, 8-1, a frame, 8-2, a horizontal conveyor, 8-3, a lifting device, 8-4, an outlet plate grabbing machine, 8-41, a feeding mechanism, 8-42, a plate grabbing device, 9, warehousing roller ways B, 10, a packaging area, 11 and ex-warehouse roller ways B are arranged.

Detailed Description

The invention is further illustrated below with reference to the figures and examples.

As shown in fig. 1 to 4, a process for processing plates by using a customized production process layout of plate-type furniture, the customized production process layout of plate-type furniture comprises a plate library 1, one side of the plate library 1 is provided with a cutting area 2, the cutting area 2 extends from the ground to the upper layer of the plate library 1, the upper part of the cutting area 2 is provided with a warehousing roller way A3, a warehousing roller way A3 is communicated with the left inlet of the plate library 1, a warehousing roller way A3 is provided with a warehousing roller way A4 below, a warehousing roller way A4 is communicated with the left outlet of the plate library 1, a warehousing roller way A4 is communicated with a sealing area 5 at the other side of the plate library 1, one end of the sealing area 5 far away from a warehousing roller way A4 is provided with a buffer elevator 8, the upper part of the buffer elevator roller way 8 is communicated with a drilling roller way 7, the drilling roller way 7 is communicated with the drilling area 6, one end of the drilling area 6 near the buffer elevator 8 is provided with a warehousing roller; an ex-warehouse roller way B11 is arranged below the in-warehouse roller way B9, an ex-warehouse roller way B11 is communicated with the outlet on the right side of the plate warehouse 1, and an ex-warehouse roller way B11 leads to the packaging area 10.

Further, as shown in fig. 3 and 4, the buffer lifter 8 comprises a frame 8-1, a horizontal conveyor 8-2 for transporting the plate is arranged at the lower part of the frame 8-1, a lifting device 8-3 for lifting the plate is arranged on the frame 8-1, an outlet plate grabbing machine 8-4 is arranged at the upper part of the frame 8-1, and the outlet plate grabbing machine 8-4 comprises a feeding mechanism 8-41 and a plate grabbing device 8-42.

Further, the plate library 1 is divided into an upper layer and a lower layer, a plurality of through channels are arranged on the upper layer of the plate library 1, the left side of each channel is a left side inlet of the plate library, and the right side of each channel is a right side inlet of the plate library. The lower floor of the plate warehouse 1 is provided with a plurality of through channels, the left side of each channel is an outlet at the left side of the plate warehouse, and the right side of each channel is the right side of the plate warehouse. A cutting area 2, a sealing area 5, a drilling area 6 and a packaging area 10 are arranged around the plate warehouse 1, and the compact layout structure achieves the purposes of saving occupied area, shortening plate conveying distance and reducing logistics equipment. The plate that this application plate storehouse 1 upper and lower two-layer also can adopt the structure of cutting off makes to accomplish different processes puts in the space of difference, and plate storehouse left side entry and plate storehouse right side entry and plate storehouse left side export and plate storehouse right side export will no longer be the whole of intercommunication this moment.

The process for processing the plate by adopting the invention comprises the following steps:

firstly, plates which finish cutting in the cutting area 2 are conveyed into a warehousing roller way A3 one by one from an outlet of the cutting area 2 in a single plate conveying mode, and the plates enter the plate warehouse 1 from an inlet at the left side of the plate warehouse 1 through the warehousing roller way A3 to be stored;

secondly, plates in the plate warehouse 1, which only finish the cutting process, are sent into a warehouse-out roller way A4 from an outlet at the left side of the plate warehouse 1, and the plates enter a sealing area 5 through a warehouse-out roller way A4 to be subjected to edge sealing processing;

thirdly, the plate with the edge sealed enters a buffer lifter 8, the plate is lifted to the height of a drilling roller way 7 by the buffer lifter 8, and the plate enters a drilling area 6 through the drilling roller way 7 to be drilled;

fourthly, the drilled plate enters the plate warehouse 1 from the right inlet of the plate warehouse 1 through a warehousing roller way B9 to be stored;

fifthly, the plate members in the plate member library 1 after the processes of the first step to the fourth step are completed are sent into the ex-warehouse roller way B11 from the outlet at the right side of the plate member library 1, and the plate members are sent into the packaging area 10 for packaging through the ex-warehouse roller way B11.