The dynamic wireless charging system of suspension inspection robot

Abstract

Intelligent inspection robots can monitor the behavior of poultry in real-time according to the production management needs of standardized poultry breeding, and gradually replace the method of artificial inspection to become a new method for farm detection. The good performance of its power system is the basis for ensuring the extension of the inspection cycle. In a humid environment, the traditional power supply method will cause the wear, leakage, and heating of the wires, which causes the safety of the farm to be guaranteed. Therefore, this article designed a suspension inspection robot system with dynamic wireless charging functions. It can run steadily at high temperatures, high humidity, and high dust environment, and use radio energy transmission technology based on induction coupling principles to move the inspection robot to dynamic wireless charging. The coupling quality is used to improve the transmission efficiency of the system, and it provides a reference for the design of the wireless charging coupling device of the inspection robot in the future.