Battery detection apparatus and battery detection technology

Abstract

The invention relates to a battery detection apparatus used for detecting batteries in material boxes. The battery detection apparatus includes a frame body as well as a transmission device, a detection system and a material feeding and compensating system which are arranged on the frame body and a control system for controlling the transmission device, the detection system and the material feeding and compensating system; the material boxes are arranged on the transmission device and pass through the detection system and the material feeding and compensating system sequentially through the transmission of the transmission device; the detection system includes first probes and second probes which are arranged at two opposite sides of the transmission device, and a lifting device which drives the first probes and/or the second probes to move so as to make the first probes and the second probes to electrically contact with the batteries; the material feeding and compensating system comprises mechanical arms; when the first probes and the second probes electrically contact with the batteries, the control system analyzes the parameters of each battery and obtain analysis conditions; the control system controls the mechanical arms to remove batteries which do not accord with a parameter range from the material boxes according to the analysis conditions, and further controls the mechanical arms to move batteries which accord with the parameter range into the material boxes, so that vacancies in the material boxes can be filled.

Description

technical field [0001] The invention relates to a battery testing device and a battery testing process. Background technique [0002] At present, lithium battery inspections use a single battery inspection or a mechanical turntable battery inspection, which is inefficient. The mechanical turntable can detect 3 batteries per second. However, there are disadvantages such as large noise pollution and high energy consumption. Equipment, placement of defective products and compensation for good products all rely on labor, which increases production costs and requires heavy workload for workers. Contents of the invention [0003] In order to solve the above technical problems, the object of the present invention is to provide a battery testing device that can realize the rationalization of the production process, save manpower, and improve the production efficiency. [0004] A battery detection device of the present invention is used to detect a battery placed in a material box...

AI Technical Summary

Problems solved by technology

[0002] At present, lithium battery inspections use a single battery inspection or a mechanical turntable battery inspection, which is inefficient. The mechanical turntable can detect 3 batteries per second. However, there are disadvantages such as large noise pollution and high energy consumption. Equipment, the placement of defective products and the compensation of good products all rely on labor, which increases production costs and the workload of workers is heavy.

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