Method for sorting batteries by sucker-type electromagnets

Abstract

The invention provides a method for sorting batteries by sucker-type electromagnets for the society. The upper part of each pre-classified battery (4) corresponds to a sucker-type electromagnet (1); a current pre-classified battery (5) is firmly attracted by a magnetic filed generated by an electrified sucker-type electromagnet and vertical to a moving installation plate (2) or a battery turnover tray (3) at the time; and the current pre-classified battery (5) is separated from the battery turnover tray (3) and other pre-classified batteries (4). The method for sorting batteries by sucker-type electromagnets has the advantages of simple structure, low cost, high sorting speed and the like and can avoid the mistaken sorting caused by the artificial misoperation, thereby improving the sorting speed and the sorting quality of the batteries.

Description

Technical field: [0001] The invention relates to a method for sorting batteries by using a sucker-type electromagnet, and is especially suitable for batteries installed in a hole-positioned battery turnover tray by a battery sorting machine and pre-sorted by needle-bed-type battery formation / testing equipment. sorting. Background technique: [0002] The current battery sorting process of the battery turnover tray is: there are several battery holes on the battery turnover tray, and the batteries that have completed the assembly process are installed in the middle of the battery holes on the battery turnover tray, and are formed and tested by the bed of needles battery formation / testing equipment. After the test, the system computer classifies the pre-sorted batteries installed in the battery turnover tray according to the specific battery classification method according to the battery formation / test results (battery charging, discharging and other technical characteristics),...

AI Technical Summary

Problems solved by technology

Indicator light indication Sorting uses indicator lights to arrange the same array as the batteries in the battery turnover tray. The sorter receives computer instructions to light up the indicator lights corresponding to the current type of batteries. The battery at the position is selected. This sorting method has a relatively simple structure, but it cannot avoid misclassification of batteries caused by human misoperation, which seriously affects product quality; the electromagnet ejection sorting method corresponds to each pre-sorted battery in the battery turnover tray. An electromagnet is installed below. The electromagnet receives computer instructions to eject the current type of battery in the tray, and the operator then selects the ejected current type of battery. Since the electromagnet ejects only about 10mm, there is also the possibility of human error. Hidden dangers; manipulator sorting is to install a manipulator above each battery in the corresponding battery turnover tray. The manipulator receives computer instructions to lift the current category of batteries from the battery turnover tray and transfer them to other locations. Manipulator sorting can avoid human misoperation factors, but the equipment is expensive and the sorting efficiency is very low

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