A mobile phone battery voltage classification detection device

Abstract

The invention belongs to the technical field of equipment for detecting batteries and particularly relates to a device for grading and detecting the voltage of mobile phone batteries. The device mainly comprises a detecting device and a sorting mechanism; the detecting device comprises a rotating detecting table, a battery turnover box, a contact mechanism and a slideway support, wherein a plurality of stations are distributed on the rotating detecting table, the battery turnover box is arranged on the rotating detecting table, the contact mechanism faces to the outer sides of the stations on the rotating detecting table, and the slideway support is used for mounting the contact mechanism; the sorting mechanism comprises a rotary disc device and unloading mechanisms, wherein the rotary disc device is arranged below the rotating detecting table, and the unloading mechanisms are uniformly distributed on the rotary disc device. The device provided by the invention is simple in structure, is convenient to operate and can be used for rapidly grading and detecting the voltages of mobile phone batteries in a certain size range.

Description

technical field [0001] The invention belongs to the technical field of battery detection equipment, and in particular relates to a cell phone battery voltage classification detection device. Background technique [0002] As a necessary accessory of mobile phones, mobile phone batteries directly affect the performance of mobile phones. In the production process, due to various factors, the quality of products varies. Therefore, it is necessary to detect and classify quality parameters. The accuracy is not high; some use detection devices to automatically detect and sort, but there are also the following deficiencies: (1) The battery feed generally uses a conveyor belt, which requires continuous manual feeding, so the detection efficiency is affected by manual proficiency, etc.; ( 2) In the process of battery testing, a linear or turntable testing platform is generally used. The battery needs to be clamped and pushed, and some processes require a short pause, which affects the...

AI Technical Summary

Problems solved by technology

[0002] As a necessary accessory of mobile phones, mobile phone batteries directly affect the performance of mobile phones. In the production process, due to various factors, the quality of products varies. Therefore, it is necessary to detect and classify quality parameters. The accuracy is not high; some use detection devices to automatically detect and sort, but there are also the following deficiencies: (1) The battery feed generally uses a conveyor belt, which requires continuous manual feeding, so the detection efficiency is affected by manual proficiency, etc.; ( 2) In the process of battery testing, a linear or turntable testing platform is generally used. The battery needs to be clamped and pushed, and some processes require a short pause, which affects the testing efficiency; (3) During the testing and sorting process, the battery is generally Pushed by a power unit (such as a cylinder), it is easy to cause battery surface wear

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