Automobile cutting detection machine for positive plate and negative plate of mobile phone battery

Abstract

The invention discloses an automobile cutting detection machine for a positive plate and a negative plate of a mobile phone battery. The machine comprises a work platform and a rotary plate mechanism which can circumferentially rotate and is used for positioning. The rotary plate mechanism is provided with at least five rotation stations and a carrier used for positioning a battery provided with the positive plate and the negative plate. A fed material carrying mechanism, a shaping mechanism, a cutting mechanism, an AOI detection mechanism and a discharged material carrying mechanism are arranged on the peripheral side of the rotary plate mechanism. The fed material carrying mechanism can automatically grab and carry the carrier, and the carrier can be automatically positioned through the rotation stations. The shaping mechanism can flatten and shape the positive plate and the negative plate. The cutting mechanism can cut off the flattened and shaped positive plate and the flattened and shaped negative plate. The AOI detection mechanism can detect whether the cutting size of the cut positive and negative plates is qualified. The discharged material carrying mechanism can automatically grab and convey the carrier. Manual operation is not needed, full automation of shaping, cutting and cutting size detecting of the positive plate and the negative plate of the mobile phone battery can be achieved, productivity and cutting quality are greatly improved, and labor cost is reduced.

Description

technical field [0001] The invention relates to the technical field of mobile phone battery production, in particular to an automatic cutting and testing machine for the positive and negative electrodes of the mobile phone battery. Background technique [0002] Along with electronic digital terminals, such as mobile phones, digital cameras, etc., there are more and more types and they are used more and more widely. The batteries used to provide electric energy for these electronic digital terminals, especially mobile phone batteries, are in increasing demand. As people's requirements for the quality of mobile phone batteries are getting higher and higher, manufacturers are stricter in quality control in each process of mobile phone batteries. Precision cutting of the sheet, and the size and edge of the cut electrode sheet need to be inspected. For example, when the positive electrode sheet of the mobile phone battery is nickel sheet and the negative electrode sheet is alumin...

AI Technical Summary

Problems solved by technology

As people's requirements for the quality of mobile phone batteries are getting higher and higher, manufacturers are stricter in quality control in each process of mobile phone batteries. Precision cutting of the sheet, and the size and edge of the cut electrode sheet need to be inspected. For example, when the positive electrode sheet of the mobile phone battery is nickel sheet and the negative electrode sheet is aluminum sheet, it is necessary to weld the battery cell The nickel and aluminum sheets on the surface are precisely cut and tested. At present, the cutting of the above-mentioned mobile phone battery positive and negative electrodes and the detection of the size and edge after cutting are completed by different equipment. During the entire operation process , it is necessary to manually cut the nickel sheet and aluminum sheet through the cutting device, and then take it to another testing instrument for cutting size and edge detection, which requires a lot of human resources and cannot be cut quickly. Good control of cutting quality, low efficiency, and relatively backward detection of cutting size and tread

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