X-ray online detection apparatus for lithium ion battery

Abstract

The present invention discloses an X-ray online detection apparatus for a lithium ion battery. The apparatus comprises a material feeding conveying platform connected with a lithium ion battery production line, an X-ray detection assembly, a material discharging conveying platform, a control host machine and a display device, wherein the material feeding conveying platform and the material discharging conveying platform are arranged at intervals in parallel, two gantries are arranged above the material feeding conveying platform and the material discharging conveying platform at intervals in parallel, the X-ray detection assembly is arranged between the material feeding conveying platform and the material discharging conveying platform, the gantries are provided with straight line guide rails, the straight line guide rail is provided with a clamper for clamping and transferring a lithium ion battery, the clamper is connected with a horizontal driving device for driving the clamper to move along the straight line guide rail and a vertical driving device for driving the clamper to vertically move, and the material discharging conveying platform comprises a qualified battery conveying platform and an unqualified battery conveying platform. The X-ray online detection apparatus for the lithium ion battery in the present invention has characteristics of simple structure, easy operation, high detection efficiency, and accurate and reliable detection data.

Description

technical field [0001] The invention relates to an X-Ray detection device, in particular to an X-Ray on-line detection device for lithium-ion batteries suitable for on-line flaw detection of lithium-ion batteries. Background technique [0002] With the rapid development of the electronics industry, the battery industry that serves it has benefited a lot, and its production capacity and energy supply have greatly increased. At present, lithium-ion batteries can be manufactured quite thin, and therefore assembled in many electronic devices as Power supply, while occupying a relatively small space, so lithium-ion batteries are widely used in a variety of electronic equipment, such as imaging devices, communication equipment, optical instruments, medical equipment, computers, mobile phones, etc. [0003] As we all know, after the assembly of lithium-ion batteries is completed, various tests such as the distance between the tab and the inner wall of the packaging tube, the distan...

AI Technical Summary

Problems solved by technology

Traditional detection methods include manual visual inspection, surface inspection and offline flaw detection, etc. These detection methods have the disadvantages of low detection efficiency, high cost, and inaccurate detection data. Therefore, people have researched and developed online lithium-ion battery detection equipment, which has The advantages of online detection of the internal structure of the battery, however, the existing lithium-ion battery online detection equipment still has the disadvantages of complex structure and low detection efficiency

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