Semi-automatic slicing method and system for battery electrode slices

Abstract

The invention discloses a semi-automatic slicing method and system for battery electrode slices. In the process of cutting medium electrode slices into small electrode slices, the medium electrode slices are stacked in a separating cylinder and automatically hooked out of the separating cylinder by chains with pulling sheets slice by slice; the medium electrode slices are conveyed to a slicer and are sliced into a group of small electrode slices arranged orderly; the small electrode slices are driven to be away from the slicer by pressure belts dependent on friction; a sensor is arranged at the front section of a conveying belt for discharging, and moves one small step forward automatically for each group of small slices and counts the number automatically for each group of small slices entering; when the counted number reaches the set value of the electrode slices in one box, an arranging conveying belt moves a large distance rapidly, so that a box of the electrode slices which can be distinguished remarkably is formed on the conveying belt; the semi-automatic slicing system comprises a production line for cutting large slices into medium slices and a production line for cutting medium slices into small slices. According to the semi-automatic slicing method and system for the battery electrode slices, an existing production line is transformed, the slicer and corresponding conveying lines are added, the purpose of cutting large electrode slices into small electrode slices is achieved, and body burdens of workers are reduced while production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of intelligent manufacturing, in particular to a method and system for semi-automatic slicing of battery electrode sheets. Background technique [0002] Such as figure 1 as shown, figure 1 -a is a large electrode sheet, figure 1 -b is the middle motor piece, figure 1 -c is a small electrode sheet. The incoming battery electrode sheets are large electrode sheets, which need to be cut into small electrode sheets before use. [0003] At present, the method of cutting electrode sheets in the industry is mechanically assisted cutting, relying on manual breaking and splitting. Mainly use the machine to cut the incision marks on the entire large electrode sheet, and then manually break the large electrode sheet, and pack several pieces into boxes. In the process of manually breaking into small pieces, workers report that this process easily causes red, swollen and sore hand muscles. This problem seriously red...

AI Technical Summary

Problems solved by technology

In the process of manually breaking into small pieces, workers report that this process easily causes red, swollen and sore hand muscles. This problem seriously reduces the production efficiency of workers and becomes a shortcoming of the process. At the same time, repeated this process for a long time affects the health of workers

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