Novel multi-station assembly equipment

Abstract

The invention relates to novel multi-station assembly equipment. The novel multi-station assembly equipment comprises a cutting machine; the cutting machine comprises an output end; the output end comprises a fixed disc and a rotating disc; and the fixed disc is provided with a loading module for loading materials to the rotating disc. The novel multi-station assembly equipment further comprises adriving shaft for driving the loading module to move; and center holes for enabling the driving shaft to penetrate through are formed in the centers of the fixed disc and the rotating disc. The novelmulti-station assembly equipment further comprises a driving device for driving the driving shaft and the rotating disc. The novel assembly equipment is compact, beautiful and high in transmission precision.

Description

technical field [0001] The invention relates to the technical field of automatic production, and more specifically, relates to a novel multi-station assembly equipment. Background technique [0002] Automated production is the production that adopts automation technology. It has brought extremely profound impacts on human society, the most important of which is that it has greatly improved social labor productivity and enhanced the ability of human beings to transform nature. According to the degree of automation, it can be divided into semi-automatic production and fully automatic production. Among them, the loading and assembly equipment often uses the indexing plate to change the position of the parts, and uses the loading assembly to clamp the workpiece. Both of them are equipped with independent driving device control. To ensure good motion accuracy, it is necessary It is guaranteed that the movement of the two driving devices is consistent, but there is often a certa...

AI Technical Summary

Problems solved by technology

Among them, the loading and assembly equipment often uses the indexing plate to change the position of the parts, and uses the loading assembly to clamp the workpiece. Both of them are equipped with independent driving device control. To ensure good motion accuracy, it is necessary It is guaranteed that the movement of the two driving devices is consistent, but there is often a certain deviation in actual production, resulting in limited transmission accuracy; at the same time, more driving devices will make the overall equipment larger and occupy more space; therefore It is urgent to design a new type of transmission mechanism that can effectively solve the above problems

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