Bristle tube transmission component for numerically-controlled cutting machine
A technology for transmission components and bristle tubes, applied in metal processing and other directions, can solve problems such as increasing energy consumption, affecting cutting accuracy, and breaking bristle tubes, so as to reduce maintenance and use costs, improve cutting accuracy, and reduce resistance.
Inactive Publication Date: 2014-05-21
SHAGNHAI YIN SCI&TECH CO LTD
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Problems solved by technology
[0002] At present, the bristle tube of the traditional cutting machine is made of aluminum profile. When in use, there is sliding friction between the four guide bars, which increases energy consumption. After a certain period of operation, there will be four wear marks on the bottom. The overall height will decrease under the vacuum adsorption state, and the surface of the bristle brick will drop at the same time, which will cause the cutting materials to be not on the same level, which will seriously affect the cutting accuracy. In addition, the bristle tube may break after severe wear and tear, resulting in higher maintenance and use costs.
Method used
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[0011] Provide preferred embodiment of the present invention below in conjunction with accompanying drawing, to describe technical scheme of the present invention in detail
[0012] Such as Figure 1-3 As shown, the present invention is used in the bristle tube transmission assembly of the numerical control cutting machine, including the rolling assembly and the bristle tube 1, and the described rolling assembly and the bristle tube 1 are fixedly linked. The rolling assembly includes a bearing 2 , a spacer 5 , a bearing fixing shaft 4 , a bearing fixing plate 3 , and a lock nut 6 . The bearing 2, the spacer 5 and the bearing fixing plate 3 run through the bearing fixing shaft 4 and are fixed by the lock nut 6; the bristle tube 1 is in the shape of a rectangular opening and has a simple structure; or processed by cold drawing.
[0013] Preferably, four rolling assemblies are installed under a bristle tube 1, and one rolling assembly is fixed on two bearings by two bearings 2 ...
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The invention relates to a bristle tube transmission component for a numerically-controlled cutting machine. The bristle tube transmission component comprises a rolling component and a bristle tube, wherein the rolling component and the bristle tube are fixedly connected; the rolling component comprises a bearing, a distance sleeve, a bearing fixing shaft, a bearing fixing plate and locknuts; the bearing, the distance sleeve and the bearing fixing plate penetrate through the bearing fixing shaft and are fixed by virtue of the locknuts; the bristle tube is of a rectangular opening shape and is made of a galvanized plate sectional material. The bristle tube transmission component has the advantages of being simple in structure, reducing the energy consumption, improving the cutting precision and the like.
Description
technical field [0001] The invention relates to a bristle tube transmission assembly, in particular to a bristle tube transmission assembly for a numerical control cutting machine. Background technique [0002] At present, the bristle tube of the traditional cutting machine is made of aluminum profile. When in use, there is sliding friction between the four guide bars, which increases energy consumption. After a certain period of operation, there will be four wear marks on the bottom. The overall height will decrease under the vacuum adsorption state, and the surface of the bristle brick will drop at the same time, which will cause the cutting material to be not on the same level, which will seriously affect the cutting accuracy. In addition, the bristle tube may break after severe wear and tear, resulting in higher maintenance and use costs. In modern production and processing, there is an urgent need for a bristle tube transmission assembly for CNC cutting machines that ha...
Claims
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Inventor 尹智勇代正发
Owner SHAGNHAI YIN SCI&TECH CO LTD