An automatic height adjustment device for the center of an AGV charger based on coordinate positioning

Abstract

This utility model discloses an automatic center height adjustment device for an AGV charger based on coordinate positioning. Specifically, it includes a charger housing, a lifting assembly, a telescopic assembly, a buffer assembly, a charging assembly, and a detection assembly. The lifting assembly is disposed within the charger housing, and the telescopic assembly is disposed at the lifting end of the lifting assembly, used to connect the charging assembly to the plug on the automated guided vehicle (AGV). The buffer assembly is disposed on the charging assembly, used to buffer and limit the charging assembly and adjust the insertion depth. The charging assembly provides charging current to the AGV, and the detection assembly detects the type and position of the AGV plug. By detecting the type and position of the AGV plug through the detection assembly and adjusting the lifting and telescopic assemblies based on the acquired data, the charging assembly automatically connects to the AGV plug. The buffer assembly buffers and adjusts the position of the charging assembly, improving the charging accuracy of the AGV.

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