Chain cutting-off device and method thereof

Abstract

The invention relates to the field of intelligent chain manufacturing, and provides a chain cutting-off device. The device comprises a chain cutting-off device body. The chain cutting-off device bodycomprises a cutting-off support, a cutting-off sliding plate, a horizontal cutting-off air cylinder, a cutting-off fixing block, a cutting-off hinge rod, a cutting-off connecting rod, a vertical cutting-off air cylinder and a cutting-off connecting block. The cutting-off sliding plate is arranged on the cutting-off support. The horizontal cutting-off air cylinder is arranged behind the cutting-offsliding plate, the cutting-off fixing block is fixedly arranged on the top of the cutting-off sliding plate, the cutting-off hinge rod is hinged to the upper portion of the cutting-off fixing block,the movable portion of the vertical cutting-off air cylinder is linked with the rear portion of the cutting-off hinge rod, and the cutting-off connecting rod is linked with the front portion of the cutting-off hinge rod through the cutting-off connecting block. The chain cutting-off device has the beneficial effects that a chain can be automatically cut off, and abrasion of a cut-off pin shaft isreduced; and pin shaft pieces are recovered through the arrangement of a blanking through hole.

Description

technical field [0001] The invention relates to the field of chain intelligent manufacturing, in particular to a chain cutting device, its method, and fully automatic cutting and assembling equipment. Background technique [0002] In modern industrial manufacturing, many complex machines are assembled manually, including mobile phones and computers in the electronics industry, as well as automobile manufacturing and other household appliances. These industrial manufacturing requires a lot of small assembly links to be combined together, especially the truncation and assembly of the chain, all of which are manually cut off the pin shaft with a cutting tool, then the pin shaft is removed, and the required length is measured and then taken to a new one. The pin shaft and the pin shaft piece, the pin shaft piece is assembled on the pin shaft through the assembly tool, so that the chain of the specified length is connected. In the process of manual truncation and assembly, it is...

AI Technical Summary

Problems solved by technology

In the process of manual truncation and assembly, it is very easy to have inaccurate truncation, weak assembly or dislocation of assembly. After manual assembly, the effect of shape uniformity, consistency, accuracy and other aspects is not good, and it is difficult to ensure the safety of the chain. quality, and the technical requirements for workers are very high during the truncation and assembly process, and the labor cost is also very high

A small number of manufacturers also use automated equipment for assembly, but they all use simple cutting and assembly methods. They just cut off the chain through equipment, and then measure the cut chain to the required length and transport it to the designated assembly place for assembly and processing. , so not only the cost of labor and equipment is high, but the current equipment is not stable enough to cut off, prone to deviation and misalignment, and easy to wear during the transportation process, which will lead to low product quality and work efficiency as a whole

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