Single-live line wireless remote control touch switch

Abstract

The invention discloses a single-live line wireless remote control touch switch. The single-live line wireless remote control touch switch is provided with a radio frequency emission circuit, a radio frequency receiving circuit, a master control board, a thyristor driving circuit, a touch detection circuit and a single-live line power taking circuit. In the single-live line wireless remote control touch switch, a single live line is used for supplying power, a traditional wall mechanical switch is directly substituted, rewiring is not needed, and any circuit of a lamp is not needed to be changed; during standby, power consumption is extremely low, the lamp has no flash phenomenon, an ordinarily-used lighting lamp can be substantially compatible, and parts such as a capacitor and a resistor are not needed to be externally connected; a multi-path power supply technology is employed, and no main and secondary power supply is distinguished; and moreover, low-voltage detection is designed, the situation that the whole switch product cannot be used due to damage of a single-path streetlamp is effectively prevented. The single-live line wireless remote control touch switch has the advantages of wiring free, no flash, high remote control sensitivity and stable and reliable quality, and a better application experience is provided.

Description

technical field [0001] The invention belongs to the technical field of wireless remote control touch, in particular to a single live wire wireless remote control touch switch. Background technique [0002] At present, most wireless remote control touch switches on the market are powered by a two-wire system, which is incompatible with traditional mechanical switches. Users cannot directly replace mechanical switches with touch remote control switches, and need to be rewired. The single live wire switch that has appeared has intermittent flickering phenomenon when the lamp is in standby. It is necessary to connect resistors or capacitors at both ends of the lamp to eliminate the flicker. At present, most wireless remote control touch switches on the market are powered by a two-wire system, which is incompatible with traditional mechanical switches. Users cannot directly replace mechanical switches with touch remote control switches, and need to be rewired. The current home po...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a single live wire wireless remote control touch switch, which aims to solve the problem of rewiring of wireless remote control touch switches on the market, intermittent flickering of lamps during standby, short wireless remote control distance, and insensitive control through walls. When multiple switches are used at the same time, if a single channel fails, the whole switch cannot work normally.

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