A magnetic resonance type wireless power supply control method and system based on animal behavior physiological self-adaptive model

Abstract

The application discloses a kind of based on animal behavior physiological self-adaptive model's magnetic resonance type wireless power supply control method and system;The scheme of the present application establishes the dynamic behavior model bound with animal individual and the set of physiological parameter safety threshold, and based on this, implements two-way identity authentication, physiological state linkage power adaptive regulation and multi-device priority scheduling based on residence habit prediction, realizes the safe, efficient, individualized wireless power supply of animal wearable device, simultaneously through stress rapid response and foreign matter / overheating dual protection mechanism, significantly improve the animal welfare level and system operation reliability in charging process.

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