Production equipment for efficiently cutting, bending and carrying insulating film

Abstract

The invention provides production equipment for efficient cutting, bending and carrying of an insulating film, and belongs to the technical field of battery box film pasting. A cutting mechanism comprises a cutting template, a cutter and a first driving element, the cutter is in linkage connection with the first driving element, and the first driving element can drive the cutter to move towards the cutting template; the bending mechanism comprises a bending template, a punch and a second driving element, the punch is in linkage connection with the second driving element, and the second driving element can drive the punch to move towards the bending template; the carrying mechanism comprises a sliding assembly and an adsorption assembly, the adsorption assembly is connected with the sliding assembly, and the sliding assembly can move between the cutting mechanism and the bending mechanism. The battery box thermal film pasting equipment has the beneficial effects that the equipment can efficiently cut, bend and carry an insulating film, the process procedures are reduced and optimized, the thermal film pasting efficiency of a battery box product is improved, the operation convenience and comfort of workers are improved, the efficiency of the workers is improved, and the production cost is reduced.

Description

technical field [0001] The invention belongs to the technical field of battery case film sticking, and relates to production equipment for efficiently cutting, bending and transporting insulating films. Background technique [0002] The existing method of attaching the film to the single-product aluminum profile of the battery box assembly is basically completed by manual operation. The release film of the film body is peeled off manually, then manually cut, manually placed on the equipment for bending, and then manually put into the mold after taking it out. The entire mold is heated in an oven, cooled after the mold is changed, and repeated actions, etc., so manual work is labor-intensive and cannot guarantee the safety of workers, and it is difficult to clean the insulating film during the process, the size of the film is not accurate enough, and the efficiency of single-mode operation is extremely high. Low, large labor input, unable to meet production needs. [0003] T...

AI Technical Summary

Problems solved by technology

[0002] The existing method of attaching the film to the single-product aluminum profile of the battery box assembly is basically completed by manual operation. The release film of the film body is peeled off manually, then manually cut, manually placed on the equipment for bending, and then manually put into the mold after taking it out. The entire mold is heated in an oven, cooled after the mold is changed, and repeated actions, etc., so manual work is labor-intensive and cannot guarantee the safety of workers, and it is difficult to clean the insulating film during the process, the size of the film is not accurate enough, and the efficiency of single-mode operation is extremely high. Low, large labor input, unable to meet production needs

[0003] The existing thermal film processing production line for single battery box assembly is basically completed by manual operation, and the cutting, transportation and positioning of the insulating film need to be completed manually. The working environment is poor (high temperature), and the efficiency is low. In the case of large demand and high quality requirements, manual operation cannot completely meet the quality and rhythm requirements of thermal film

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