Rotating mechanism of threader

Abstract

A rotating mechanism of a threader comprises a bottom plate (1), a pull cord (2), spring fixing blocks (4), a shaft holder (14), springs (5), a spiral groove (8), a limit block (9) and a manipulator (10). The rotating mechanism is characterized in that a central shaft (6) moves left, the limit block (9) cycles along the spiral groove (8); meanwhile, under the action of the return springs, the central shaft moves linearly. Under the action of the spiral groove and the limit block, the central shaft rotates while moving linearly, so that the manipulator is rotated. Compared with the traditional simple manipulator which only shifts, the rotating mechanism can rotate and accordingly meet the usage requirements of different applications.

Description

technical field [0001] The invention relates to a rotary mechanism, in particular to a rotary mechanism on a threading machine used for manufacturing automobile bulbs. Background technique [0002] Car bulbs are a must-have component for every car. Car bulbs mainly include headlights, fog lights, turn signals, brake lights, reversing lights, daytime running lights, etc. Therefore, the market prospect of the light bulb is broad. During the manufacturing process of the light bulb, it is necessary to transfer the light bulb from the previous process to the next process. When designing the processing equipment for each process, in order to facilitate the transfer from the previous process to the next process, an automated production line is formed. Therefore A transfer process must be set between the two processes. However, the current transfer tools are mainly manual, with low production efficiency, high labor intensity and low degree of automation, resulting in high process...

AI Technical Summary

Problems solved by technology

However, the current transfer tools are mainly manual, with low production efficiency, high labor intensity and low degree of automation, resulting in high processing costs for the entire bulb.

Images