Chamfer cutting mechanism for slab splicing
A cutting mechanism and chamfering technology, used in the joining of wooden veneers, wood processing appliances, manufacturing tools, etc., can solve the problems of easy wear and tear of abrasive belts, low processing accuracy, affecting flatness, etc., and improve automatic production. degree and production efficiency, the incision is smooth and smooth, and the effect of high machining accuracy
Inactive Publication Date: 2016-06-08
HESHAN JIDING MACHINERY CO LTD
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Problems solved by technology
The cutting of the plates in the above process has relatively mature automation equipment, but there are many and relatively complicated process steps in the splicing of the plates, including the chamfering of the splicing edges of the plates, the gluing between the edges of the plates, etc.
For the chamfering of the splicing edge of the plate, abrasive belt grinding is generally used at present. The problem of abrasive belt grinding is that the processing accuracy is low, which affects the flatness during splicing. In addition, the abrasive belt is prone to wear during use, which affects the cutting effect.
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[0016] refer to figure 1 , the chamfering cutting mechanism used for plate splicing, including a frame 1 and a chamfering cutting assembly installed on the frame 1, the chamfering cutting assembly consists of at least a cutting tool 2, and the cutting tool 2 is installed on a movable tool holder 3, so The movable tool holder 3 moves along the edge of the plate, and the cutting tool 2 cuts and chamfers the edge of the plate. Using the cutting tool 2 to realize the chamfer cutting through the movable tool holder 3 can ensure a smooth cut and high machining accuracy, a large amount of processing dust will not be generated during the machining process, and the cutting tool 2 is not easy to wear. In addition, the moving tool rest 3 has a fast moving speed, and can quickly realize fast cutting and chamfering of two edges of the plate, thereby improving the degree of automatic production and production efficiency.
[0017] In order to realize the splicing of infinite length, it is n...
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The invention discloses a chamfer cutting mechanism for slab splicing. The chamfer cutting mechanism comprises a rack and chamfer cutting assemblies mounted on the rack; each chamfer cutting assembly at least comprises a cutting tool, and the cutting tools are mounted on movable tool rests; the movable tool rests move along the edge of a panel, and the cutting tools carry out chamfer cutting on the edge of the slab; the cutting tools are adopted to achieve chamfer cutting through the movable tool rests, and it can be ensured that a cutting opening is flat and smooth, and the machining precision is high; and in the machining process, a large amount of machining raised dust cannot be generated, and the cutting tools are not prone to being worn. The movable tool rests are high in moving speed, rapid chamfer cutting of two edges of the panel can be rapidly achieved, and the automation production degree and the production efficiency are improved.
Description
technical field [0001] The invention relates to a device for chamfering and cutting joints of plates. Background technique [0002] The production of plywood or plywood is to cut the wood raw materials into boards and then splice and lengthen the boards, then cut them according to the specifications and glue the multi-layer boards to form them. The cutting of the plates in the above process has relatively mature automation equipment, but there are many and relatively complicated process steps in the splicing of the plates, including the chamfering of the splicing edges of the plates, the gluing between the edges of the plates, etc. For the chamfering of the splicing edge of the plate, abrasive belt grinding is generally used at present. The problem of abrasive belt grinding is that the processing accuracy is low, which affects the flatness during splicing. In addition, the abrasive belt is prone to wear during use, which affects the cutting effect. Contents of the inventio...
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IPC IPC(8): B27D1/10
CPCB27D1/10
Inventor 熊云斌
Owner HESHAN JIDING MACHINERY CO LTD