Single-live-wire circuit system

Abstract

The invention discloses a single-live-wire circuit system. The single-live-wire lamp comprises a single-live-wire switch module, an input live wire, an output live wire,a single-live-wire partner module, a lamp and a wireless control module; the input live wire and the output live wire are connected with the single-live-wire switch module; the single-live-wire partner module is electrically connected with the output live wire; the lamp is connected with the single-live-wire partner module; and the wireless control module is in communication connection with the single-live-wire switch module orthe single-live-wire partner module. The single-fire partner module is designed between the single-fire switch module and the lamp; the single-live-wire switch module, the single-live-wire partner module and the lamp are connected in series; the wireless control module is in communication connection with the single-live-wire switch module or the single-live-wire partner module, and then controlsthe lamp to be turned on; moreover, the single-live-wire partner module can ensure that no current flows through the lamp when the lamp is turned off, so that the flickering or slight lighting phenomenon of the lamp is effectively avoided.

Description

technical field [0001] The present disclosure generally relates to the technical field of smart home equipment, and specifically relates to a single fire circuit system. Background technique [0002] In the prior art, a live wire is connected inside the lamp switch bottom box, and a lamp wire is connected from the lamp. When the switch is closed, the lamp wire is connected to the live wire, and the lamp is lit; when the switch is disconnected, the lamp is extinguished, and the lamp will flicker or light slightly, which is commonly known as ghost fire. [0003] At present, the existing way to eliminate the flickering or dimming of lamps is to add an intelligent control module to control the lamps. Specifically, it is necessary to introduce an additional neutral wire into the bottom box of the lamp switch, so that even if the lamp switch is not closed, the control module can also connect the neutral wire through the connected live wire to form its own power-taking circuit, pl...

AI Technical Summary

Problems solved by technology

Specifically, it is necessary to introduce an additional neutral wire into the bottom box of the lamp switch, so that even if the lamp switch is not closed, the control module can also connect the neutral wire through the connected live wire to form its own power-taking circuit, plus the voltage conversion The circuit is converted into the DC required by the module to provide power; on the contrary, if the neutral line is not introduced and the lamp switch is not closed, the control module cannot obtain power supply, and the lamp cannot work normally; , the general light switch will not go to the neutral line, and the smart switch with the control module cannot be used

[0004] Therefore, we propose a single-fire circuit system to solve the above-mentioned problem that the lamps flicker or are slightly bright, and it is inconvenient to control the switch of the lamps

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