Guide rail type integrally moving cutter

Abstract

The invention relates to a guide rail type integrally moving cutter, comprising a cutter, a bearing pedestal, bearings, a rolling shaft, a roller, a limiting bracket, a limiting wheel, a guide rail, a transverse sizing block and the like. The bearing pedestal and the limiting bracket are fixed on the lower body of the cutter. The two ends of the rolling shaft are provided with the bearings placedin the bearing pedestal, respectively. The rolling wheel is arranged on both edges of the rolling shaft and placed on the guide rail. The limiting shaft is symmetrically fixed on both sides of the limiting bracket and provided with the limiting wheel. The guide rail and the transverse sizing block are fixed on a base. The cutter can move freely on the guide rail, thereby realizing the mobile operation of the cutter on the production line and easy manufacturing and mounting of the cutter. The cutter which is commonly and singularly used is reformed slightly and can be applied in the productionline, thereby saving the resources, reducing the cost and being suitable for the large scale flow line production.

Description

technical field [0001] The invention relates to various cutting machines in the cutting machinery industry, in particular to an integral mobile cutting machine. Background technique [0002] With the continuous development of my country's light industry, the processing of flexible sheet materials has involved decoration, electronics, clothing, automobiles, toys, leather and other industries. In some large enterprises, due to the particularity of materials, such as the electronics industry The insulation materials used in the industry and the cloth in the clothing industry are all flow-operated, requiring cutting machines and other equipment to work within a certain distance. Most of the ancillary equipment designed by the factory adopts the method of lengthening the workbench and moving the cutting head. It is feasible on a small assembly line, but it is obviously unreasonable for a large-scale production line. In addition to the sharp increase in cost, its manufacturing and i...

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Problems solved by technology

[0002] With the continuous development of my country's light industry, the processing of flexible sheet materials has involved decoration, electronics, clothing, automobiles, toys, leather and other industries. In some large enterprises, due to the particularity of materials, such as the electronics industry The insulation materials used in the industry and the cloth in the clothing industry are all flow-operated, requiring cutting machines and other equipment to work within a certain distance. Most of the ancillary equipment designed by the factory adopts the method of lengthening the workbench and moving the cutting head. It is feasible on a small assembly line, but it is obviously unreasonable for a large-scale production line. In addition to the sharp increase in cost, its manufacturing and installation process has also become very difficult. Enterprises are often hesitant when launching such equipment, so it is used in assembly line operations. The cutting machine urgently needs a new solution

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