Wireless receiving control socket with self-learning infrared ray transmitting function

Abstract

The invention relates to a wireless receiving control socket with self-learning infrared ray transmitting function, which comprises a micro-power-consumption 5V DC stable-voltage power supply source, a wireless receiving circuit, an execution control circuit, an infrared-scattering remote-control transmitting circuit with self-learning function, a three-pole plug, a three-pole socket and other parts. Household appliances such as air conditioners which cannot be self-started when power supply is restored after power failure need to be turned on by use of the remote control of an allocated infrared remote controller. As the wireless receiving control socket with the self-learning infrared ray transmitting function has the self-learning function, when the wireless receiving circuit receives a control signal for turning on a selected appliance and drives an execution controller to allow the household appliance to be switched on and enter a working state, the remote-control transmitting circuit transmits an infrared remote-control starting signal for the controlled household appliance so as to turn on the household appliance. Due to the arrangement of the infrared-scattering remote-control transmitting circuit, the control socket can achieve directionless receiving. The control socket has the characteristics of simple system structure, low cost and strong adaptability.

Description

1. Technical field [0001] The invention relates to a wireless receiving control device with a self-learning infrared emission function, in particular to a wireless receiving control device for remotely intelligently controlling household appliances by using a telephone set. 2. Background technology [0002] With the development of society and the improvement of people's living standards, more and more household appliances have entered the lives of ordinary people, bringing a lot of convenience and enjoyment to everyone. However, the control of many electrical appliances is not intelligent enough. Humanize. Most urban residents are families of three. Both parents work and children go to school. The lunch break is short, and everyone hopes to have a comfortable environment and a short time to cook Chinese food when they go home at noon. Based on this, the purpose of the present invention is to provide a device for unattended office workers at home to turn on (or turn off) v...

AI Technical Summary

Problems solved by technology

The above two remote control devices have the following disadvantages: both devices need to be rewired to the power socket of the household appliances to be controlled, which not only increases extra expenses, but also is inconvenient and unsafe; Another computer needs to be added, and it needs to be turned on for a long time, which wastes power

The power supply of household appliances that need to be controlled can only be turned on and off simply. For household appliances that cannot be started automatically after power failure, such as air conditioners, remote control cannot be realized.

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