Infrared electricity saving remote control socket

Abstract

The invention discloses an infrared power-saving remote control socket, which comprises an infrared receiving and decoding circuit, a microcontroller processing circuit, a control circuit and an execution circuit, wherein the input end of the microcontroller processing circuit is connected with the infrared receiving and decoding circuit, and the output end is connected with the control circuit, the output end of the control circuit is connected with the execution circuit, and the execution circuit is connected on a power supply in series. The microcontroller processing circuit comprises a microcontroller chip, a data memory chip, a push button and an indicating lamp, wherein the data memory chip, the push button and the indicating lamp are respectively connected on the end foot of the microcontroller chip, the push button controls the microcontroller chip to learn the coding information of an infrared remote control, and the coding information is stored on the data memory chip by the microcontroller chip. The infrared power saving remote control socket is not needed to adopt a special-purpose remote control, which simplifies circuits, lowers production cost, greatly saves the electricity consumption of domestic appliances, and prolongs the service span of domestic appliances.

Description

【Technical field】 [0001] The invention relates to the field of remote control sockets, in particular to infrared power-saving remote control sockets for power supplies of household appliances such as television sets, video disc players, power amplifiers and the like. 【Background technique】 [0002] As we all know, all kinds of household appliances should be disconnected in time after normal use to ensure the safety of electricity use. At present, electrical devices such as television sets, video disc players, power amplifiers, etc. of the family have been widely used, but in the process of use, it often occurs that the device only stops working normally and does not disconnect the power, that is, the standby state. This moment will cause following disadvantages, the first: waste electric energy, according to estimation, the standby power of a TV is nearly 10 watts, with the average 10 hours of standby time per day, the standby power consumption of a year is about 100 degrees...

AI Technical Summary

Problems solved by technology

At this time, the following disadvantages will be caused. First: waste of electric energy. It is estimated that the standby power of a TV is nearly 10 watts. Based on the average standby time of 10 hours per day, the standby power consumption of one year is about 100 degrees.

Second: Standby will accelerate its aging, reduce or damage the insulation

Third: During standby, if there is a sudden change in the weather (lightning strike), a sudden rise in the grid voltage, or an electric leakage accident, it may directly cause damage to the device

[0003] Although there are also remote control sockets that can control the switch of the power socket, these sockets are all controlled by hardware, the circuit structure is complicated, the cost is high, there are many hardware failure points, and they are easy to be damaged.

Moreover, the remote control socket needs to be equipped with a dedicated remote control, which is inconvenient to use and very expensive

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