Closed-loop intelligent infrared remote control socket

Abstract

The invention relates to a closed-loop intelligent infrared remote control socket. The closed-loop intelligent infrared remote control socket comprises a power output jack, a current isolation transformer, a rectification filtering module, a power transformer, a rectification filtering voltage stabilizing module, a working state indicating module, a main controller, a data storage module, an infrared signal transmitting module, an infrared encoding learning receiving module and a network interface module to form a closed loop circuit. The closed-loop control idea is employed, the infrared signal transmitting module, the infrared encoding learning receiving module, the current isolation transformer and the network interface module are integrated, load device start / stop control is realized,a load current value of a load device can be further detected, and whether the load device starts and stops correctly can be determined. The closed-loop intelligent infrared remote control socket is advantaged in that the closed-loop intelligent infrared remote control socket is suitable for all kinds of occasions where equipment operation and maintenance are not convenient for operators to carryout, and the closed-loop intelligent infrared remote control socket is especially suitable for automatic and reliable opening of high-rise building electrical equipment.

Description

technical field [0001] The invention relates to the field of power sockets, in particular to a closed-loop intelligent infrared remote control socket. Background technique [0002] Existing large-scale electrical equipment has been equipped with infrared receivers, such as TVs, air conditioners, etc. Electrical equipment installed on high-rise buildings, such as LED large screens, will generate high temperature during operation. If the heat is not dissipated, the life of LED large screens will be shortened. The general solution is to install multiple air conditioners in the large LED screen, but the air conditioners cannot be started automatically after an unexpected power outage, and it is necessary to manually climb up to start the electrical equipment, and the risk factor is very high. [0003] At present, known smart sockets control the power on / off of the load equipment on the socket through the cooperation of a remote controller and a wired or wireless communication i...

AI Technical Summary

Problems solved by technology

However, the existing smart sockets all belong to the open-loop control system. This kind of socket can only power on / off the load equipment, without the function of detecting the startup status of the load equipment, and it is impossible to judge whether the load equipment of the socket is activated.

[0004] Therefore, when the existing smart socket is used in electrical equipment on high-rise buildings, or in the field of remote control of electrical equipment, its reliability is not high, and it cannot sense and judge the start / stop of electrical equipment

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