Electric component positive and negative reversing device

Abstract

The invention discloses an electrical component positive and negative pole reversing device and is used for converting the direction in which positive and negative poles of a small cylindrical electrical component are placed. The device includes a feeding device, a detecting device, a conveying device and a polar end orientation switching device, wherein the polar end orientation switching deviceis in butt connection with one end of the conveying device and is used for turning a received electrical component by 180 DEG according to the detection result of the detecting device to switch the orientation of a polar end of the electrical component. The device is advantaged in that through the cooperation effect of the feeding device, the detecting device, the conveying device and the polar end orientation switching device, the small cylindrical electrical component is subjected to feeding, detection, conveying and switching, the orientation of the polar end is automatically adjusted during feeding of the electrical component, an operator does not have to pay attention to the polarity of the polar end of the electrical component during assembly, picking up materials in order is only required, and thereby assembly efficiency can be effectively improved, and an error rate is reduced.

Description

technical field [0001] The invention relates to the technical field of electric element reversing devices, in particular to a positive and negative electric element reversing device. Background technique [0002] Many electronic and electrical equipment are equipped with rechargeable battery modules. Generally, these rechargeable battery modules are composed of multiple rechargeable battery cells. When assembling the above battery modules, it is necessary to connect the corresponding polarity terminals (positive or Therefore, in the current production line, when the operator gets the battery cell, he first needs to distinguish the polarity end of the battery cell (positive and negative pole orientation), and the battery with obvious polarity end can be observed Judgment, for batteries with inconspicuous polarity (such as 18650 batteries), it is even necessary to pass instrument detection and judgment, which will not only affect the assembly efficiency of battery modules, but...

AI Technical Summary

Problems solved by technology

[0002] Many electronic and electrical equipment are equipped with rechargeable battery modules. Generally, these rechargeable battery modules are composed of multiple rechargeable battery cells. When assembling the above battery modules, it is necessary to connect the corresponding polarity terminals (positive or Therefore, in the current production line, when the operator gets the battery cell, he first needs to distinguish the polarity end of the battery cell (positive and negative pole orientation), and the battery with obvious polarity end can be observed Judgment, for batteries with inconspicuous polarity (such as 18650 batteries), it is even necessary to pass instrument detection and judgment, which will not only affect the assembly efficiency of battery modules, but also easily lead to wrong polarity judgments, which is not in line with modern industrial Therefore, there is an urgent need for an automated device that can automatically detect and reverse the polarity of small cylindrical electrical components such as battery cells

Images