Capacitor gummed paper winding and cutting device

Abstract

The invention discloses a capacitor gummed paper winding and cutting device comprising a pedestal, a gummed paper conveying mechanism, a gummed paper winding mechanism, and a gummed paper cutting mechanism. The gummed paper conveying mechanism comprises a gummed paper disc and a gummed paper pulling assembly. The gummed paper disc is rotatably installed on the pedestal. The gummed paper pulling assembly comprises a substrate, a gummed paper clamping plate, a gummed paper clamping cylinder, a gummed paper pulling cylinder, a distance sensor, and a translocation cylinder. The gummed paper clamping plate is installed on the shaft end of the gummed paper clamping cylinder. The shaft end of the gummed paper pulling cylinder is vertically connected with the sidewall of the gummed paper clamping cylinder. The distance sensor is installed on a side of the gummed paper pulling cylinder in parallel. The translocation cylinder is installed between the substrate and the pedestal. The gummed paper winding mechanism comprises a stepping motor, a shaft coupling, a shift cylinder and a capacitor fixing seat which cooperate with one another. The gummed paper cutting mechanism comprises a vertical cylinder and a blade. The combination of the gummed paper conveying mechanism, the gummed paper winding mechanism, and the gummed paper cutting mechanism automatically winds and cuts the gummed paper of the capacitor so as to reduce production cost and improve production efficiency.

Description

technical field [0001] The invention relates to the technology in the field of capacitor glued paper, in particular to a capacitor glued paper cutting glue [0002] paper device. Background technique [0003] When electric welding the capacitor, generally put adhesive paper on the part of the capacitor that does not need to be welded first. The main purpose is to prevent the tin block from falling to its part during the welding process, which will affect the welding quality of the capacitor. At present, the tape is attached to the capacitor mainly by manual means in the factory. However, in the modern industry, the general production and manufacturing are gradually eliminating the manual operation method and replacing the time-consuming and inaccurate manual operation with fully automatic mechanized equipment. In a fully automated production line, other processes are already fast. And it is completed accurately, but the adhesive tape on the capacitor cannot be replaced by ...

AI Technical Summary

Problems solved by technology

However, in the modern industry, the general production and manufacturing are gradually eliminating the manual operation method and replacing the time-consuming and inaccurate manual operation with fully automatic mechanized equipment. In a fully automated production line, other processes are already fast. And it is completed accurately, but the adhesive tape on the capacitor cannot be replaced by mechanical equipment. Not only can it not keep up with the production speed, but it is inevitable that the adhesive tape will be wrongly pasted or missed due to personnel negligence, which will affect the quality of the product. factory quality

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