Dynamic power distribution method for multi-user intelligent socket

Abstract

The invention relates to a dynamic power distribution method for a multi-user intelligent socket. The method comprises steps that step 1, a power distribution request signal of a target device is received according to a request signal sent by the target device; step 2, the temperature of the target device is acquired, whether the present temperature of the target device is in the preset temperature threshold range is detected; step 3, when the present temperature of the target device is lower than the preset temperature threshold, the proximity device temperature of the target device is acquired, and whether the proximity device temperature is in the preset temperature threshold range is detected; and step 4, the detection result is determined, if the present temperature of the target device and the proximity device temperature are both lower than the temperature threshold, power distribution for the target device is carried out, otherwise, a power distribution request of the target device is refused, power supply for the target device stops, and a switch is closed. The method is advantaged in that on the condition that the circuit is protected, high-efficiency power distribution to the needed target device is realized.

Description

technical field [0001] The invention relates to an intelligent socket, in particular to a method for dynamically distributing power of a multi-user intelligent socket. Background technique [0002] The multi-user smart socket is a product developed with the concept of smart home under the concept of the Internet of Things. The vast majority of existing sockets in the market do not have any intelligent functions, and very few so-called "smart sockets" only have the function of timing on and off, and cannot monitor and control abnormal conditions, and do not have real intelligent functions. And expensive. The existing sockets can no longer meet the needs of various aspects. There is a strong market demand for sockets with novel functions. It can remotely control the socket to turn on and off the current, and set the timing switch of the socket. Users can control the switches of various electrical equipment according to their own conditions, which provides great convenience f...

AI Technical Summary

Problems solved by technology

[0004] In view of the deficiencies in the prior art, the present invention aims at the problem that if the power supply of all devices is stopped when the socket is overloaded, the normal operation of some devices will be affected. Through the detection of the target device on the load, the power is dynamically allocated according to the actual situation, and in the protection circuit At the same time, efficiently allocate power to the required target devices

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