Lithium-powered battery fuse production and packaging fully automatic integrated robot

Abstract

The invention provides a full-automatic integrated robot for fabricating and sub-packaging fuses of a lithium-ion power battery. The full-automatic integrated robot comprises an assembly test unit and a fuse sub-packaging unit, wherein the fuse sub-packaging unit comprises a base frame with a conveying mechanism, an empty tray storage rack and a full tray storage rack; the empty tray storage rack and the full tray storage rack are arranged at two side parts of the base frame; the conveying mechanism comprises transport tray guide rails, a mobile rack for moving back and forth, and a bracket capable of moving on the mobile rack along the up-and-down direction; the fuse sub-packaging unit also comprises a material collecting rack, a turnover light transfer mechanism for carrying fuses output by the assembly test unit to the material collecting rack, detection components and a carrying mechanism for carrying the fuses on the material collecting rack to a charging tray on the bracket in a loading area. When the detection component detects that the quantity of the fuses at an output end part of the material collecting rack is met, the carrying mechanism is started, and the fuses are carried to the charging tray on the bracket in the loading area, the fully filled charging tray is carried to the full tray storage rack by the mobile rack, the tray loading ability of the fuses is strong, the speed is high and the tray loading accuracy is high, so that the labor force is greatly reduced.

Description

technical field [0001] The invention relates to a full-automatic integrated robot for producing, distributing and packaging lithium power battery fuses. Background technique [0002] The use of robots is an important symbol of industrialization in developed countries. Against the backdrop of soaring labor costs and declining robot costs, the development of robots and intelligent equipment industries has attracted more and more attention from all walks of life. In the prior art, the power lithium battery fuse robot only has the functions of assembly and good product inspection, but it does not have the functions of collecting, grabbing, packing and boxing the assembled lithium battery fuses after the assembly is completed. The work intensity is high, but the manual speed is slow, and the error rate of missing installation is high. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a full-automatic integrated robot f...

AI Technical Summary

Problems solved by technology

In the prior art, the power lithium battery fuse robot only has the functions of assembly and good product inspection, but it does not have the functions of collecting, grabbing, packing and boxing the assembled lithium battery fuses after the assembly is completed. The work intensity is high, but the manual speed is slow, and the error rate of missing installation is high

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