Aluminum shell lithium battery sealing equipment

Abstract

The invention discloses aluminum shell lithium battery sealing equipment which consists of an X / Y-axis coordinate platform system, an image taking system, a steel ball sealing system, a steel ball discharge system and a battery assembling system, wherein the X / Y-axis coordinate platform system is fixed with the battery assembling system through positioning pins; the height of a cylinder base inside a steel ball sealing head is adjusted through an adjusting screw rod of the steel ball sealing system, so that a punching needle fixing base can be in the working height of an aluminum shell lithium battery to be sealed; a camera inside the camera system is operated to capture different aluminum shell lithium battery filling holes inside a battery system and calculate coordinates inside the X / Y-axis coordinate platform system, and is used for respectively driving an X plate and a Y plate to move through an X axial motor and a Y axial motor so as to convey (X, Y) coordinates of the aluminum shell lithium battery filling holes below the steel ball sealing system for sealing. The aluminum shell lithium battery sealing equipment has the characteristics that the structure is compact, the arrangement is reasonable, the operation is simple, the machining process is safe, the process control is precise and accurate, the automatic degree is high, the machining production of aluminum shell lithium battery sealing can be continuously, efficiently and excellently completed, and the like.

Description

technical field [0001] The invention belongs to the technical field of aluminum case lithium battery sealing processing, and in particular relates to an aluminum case lithium battery sealing device. Background technique [0002] Nowadays, many aluminum shell lithium battery processing industries mostly use manual sealing and knocking operations in the aluminum shell lithium battery sealing processing operation, that is, the steel ball is placed in the battery liquid injection port and then manually tapped with a small hammer to seal the battery liquid injection port Dead to prevent leakage. [0003] However, this kind of manual work requires relatively high manual proficiency and requires a lot of manpower. Because the size of the steel ball is 1.3MM in diameter and the diameter of the battery liquid injection port is 1.2MM, it is easy to cause defects such as leakage, knocking, and low efficiency, resulting in The proficiency requirements for operators are very high, the ...

AI Technical Summary

Problems solved by technology

[0003] However, this kind of manual work requires relatively high manual proficiency and requires a lot of manpower. Because the size of the steel ball is 1.3MM in diameter and the diameter of the battery liquid injection port is 1.2MM, it is easy to cause defects such as leakage, knocking, and low efficiency, resulting in The proficiency requirements for operators are very high, the labor demand is large, and the pass rate is low

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