Self-adaptive rolling folding mechanism

Abstract

The invention provides a self-adaptive rolling folding mechanism. The self-adaptive rolling folding mechanism comprises a roller, a parallelism self-adaptive elastic pressing assembly and a lifting driving assembly, wherein the parallelism self-adaptive elastic pressing assembly is installed on the lifting driving assembly, the roller is rotatably connected to the parallelism self-adaptive elastic pressing assembly, and the lifting driving assembly drives the parallelism self-adaptive elastic pressing assembly to drive the roller to do lifting motion. The mechanism can replace workers to complete the edge folding procedure, and has the advantages of saving manpower, being high in working efficiency and being good in edge folding quality.

Description

technical field [0001] The invention relates to the technical field of polymer lithium battery production, in particular to an adaptive rolling mechanism. Background technique [0002] In the production process of the polymer lithium battery A, there is a hemming process that needs to be performed on the long sides A2 of the flat aluminum-plastic film on both sides of the polymer lithium battery A, so that the two long sides A2 of the aluminum-plastic film are respectively connected to the The two sides of the polymer lithium battery body A1 are attached, such as Figure 5 shown. [0003] At present, the hemming process first requires workers to place the lithium polymer battery A in the positioning mechanism of the semi-automatic equipment, and then the worker controls the positioning mechanism to press down the main body A1 of the lithium polymer battery through the button module on the semi-automatic equipment to realize Position the polymer lithium battery A. At this ti...

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Problems solved by technology

[0003] At present, the hemming process first requires workers to place the lithium polymer battery A in the positioning mechanism of the semi-automatic equipment, and then the worker controls the positioning mechanism to press down the main body A1 of the lithium polymer battery through the button module on the semi-automatic equipment to realize Position the polymer lithium battery A. At this time, the long side A2 of the aluminum-plastic film on the side of the main body A1 of the polymer lithium battery is opposite to the human body, and then the worker folds the long side A2 of the aluminum-plastic film by manual operation, and then The button module on the semi-automatic equipment controls the rotation mechanism to drive the positioning mechanism to drive the lithium polymer battery A to rotate 180°, so that the long side A2 of the aluminum-plastic film on the other side of the main body A1 of the lithium polymer battery is opposite to the human body, and finally the worker then The long side A2 of the aluminum-plastic film is folded, and the folding process is finally completed. The disadvantage of the manual folding process is that it needs to use hand strength, and it is easy to get tired after a long time of work, resulting in slower movements and lower work efficiency.

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