Fast and safe lithium ion battery dismantling and analyzing device

Abstract

The invention discloses a lithium-ion battery rapid and safe disassembly analysis device, comprising: an operation platform and a box body arranged above the operation platform and cooperating with the operation platform to form a closed space above the operation platform, wherein: the operation platform includes a disassembly area and an analysis area located on one side of the dismantling area; the dismantling area is equipped with a battery case cutting mechanism for cutting the battery case and a battery tab cutting mechanism for cutting the battery tab; the analysis area A camera is installed at the place; the box body is made of transparent material, and the box body is provided with a vacuum interface for external vacuum equipment and an operation port for manual passage. The structure of the invention is simple and compact, and can effectively save manpower and improve work efficiency.

Description

technical field [0001] The invention relates to the technical field of battery decomposition equipment, in particular to a fast and safe disassembly and analysis device for lithium-ion batteries. Background technique [0002] Lithium-ion batteries are developing rapidly and their applications are becoming wider and wider, so the research on lithium-ion batteries is also increasing. In order to study the performance of lithium-ion batteries, researchers often need to disassemble and analyze the battery, observe the interface, etc., and also need to disassemble and analyze the abnormal batteries that appear during the experiment. Therefore, researchers are increasingly eager to dismantle batteries. [0003] At present, when researchers disassemble batteries, they usually choose to dismantle them in relatively open places. The electrodes are exposed to the air, and sometimes they will burn; secondly, the dismantling environment is relatively harsh, and they need to be in close...

AI Technical Summary

Problems solved by technology

[0003] At present, when researchers disassemble batteries, they usually choose to disassemble them in relatively open places. The electrodes are exposed to the air, and sometimes they will burn; secondly, the dismantling environment is relatively harsh, and they need to be in close contact with the stimulation of the electrolyte inside the battery, which cannot be done for a long time. Observe the surface of the pole piece from a distance; moreover, it is more troublesome to take pictures and collect evidence during the disassembly process

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