A power-on device for an industrial silicon tapping robot

Abstract

The embodiment of the present application provides a power-on device of an industrial silicon tapping robot. The power-on device comprises a vehicle frame mechanism, a driving mechanism and a power-on mechanism. The vehicle frame mechanism is hung on a power-on track. The vehicle frame mechanism comprises a vehicle frame structure and a plurality of sliding wheel assemblies. The plurality of sliding wheel assemblies are arranged on the vehicle frame structure and are in rolling cooperation with two guide rails of the power-on track respectively. The driving mechanism comprises a driving structure and a positioning structure. The positioning structure is arranged on the power-on track. The driving structure is arranged on the vehicle frame structure and is in transmission connection with the positioning structure, and is used for driving the vehicle frame structure to move along the power-on track. The power-on mechanism is arranged on the vehicle frame structure, is selectively in contact with a power supply copper bar of the power-on track, and is used for supplying power for the industrial silicon tapping robot. The embodiment of the present application realizes synchronous walking of the power-on device and the industrial silicon tapping robot, thereby effectively reducing the failure rate of the industrial silicon tapping machine.

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