CN202503721U

CN202503721U - One-button module wireless remote control two-path light emitting diode array lamp

Info

Publication number: CN202503721U
Application number: CN201220083129XU
Authority: CN
Inventors: 阮树成; 梅玉刚
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-03-06
Filing date: 2012-03-06
Publication date: 2012-10-24
Anticipated expiration: 2022-03-06

Abstract

The utility model relates to the technical field of electric light source lighting, and particularly relates to a one-button module wireless remote control two-path light emitting diode array lamp which comprises a light emitting diode array lamp L, a light emitting diode array lamp L', an electronic transformer B, an electronic transformer B', a transmitter and a receiver. The transmitter is powered by a battery and connected to a one-button remote control switch in series. A first path of output signals of the receiver passes through a short pulse identification circuit, is amplified by a triode VT2 to drive a bi-stable relay J1, and is connected to the light emitting diode array lamp L through the electronic transformer B, and a second path of the output signals passes through a long pulse identification circuit, is amplified by a triode VT3 to drive a bi-stable relay J2, and is connected to the light emitting diode array lamp L' through the electronic transformer B'. The structure of the one-button module wireless remote control two-path light emitting diode array lamp provided by the utility model is double controlling by one button, and the range of control is not limited by partitions between rooms, thereby being flexible and convenient. The one-button module wireless remote control two-path light emitting diode array lamp is widely applicable to lighting in stores, factories and homes.

Description

Singly-bound modular radio remote control two-way light emitting diode matrix lamp

Technical field

The utility model relates to the electric source lighting technical field, specifically is a kind of singly-bound modular radio remote control two-way light emitting diode matrix lamp.

Background technology

Lighting lamp and control switch have multiple mode optional, and the low power consumption of incandescent lamp light efficiency is big, and fluorescent lifetime is shorter; And electrodeless lamp price is high; The switch of control electric light is located at fixed position inconvenience, particularly old man and child uses inconvenience, and Chang Yin forgets the waste electric energy of turning off the light.

Summary of the invention

The purpose of the utility model provides a kind of singly-bound modular radio remote control two-way light emitting diode matrix lamp of remote control illumination.

The utility model technical solution is: comprise light emitting diode matrix lamp L, light emitting diode matrix lamp L ' and electronic transformer B, electronic transformer B '; Comprise that also reflector, receiver, six ungated integrated circuits, triode amplifier, two bistable relays and DC power supply form; Wherein, Reflector is with single-key remote-controlled switch and powered battery, receiver effective unlatching output signal I that decodes ₀Insert two not gates simultaneously through triode VT1 amplification; First via not gate output signal inserts by two not gate series connection anti-phases through the short pulse identification circuit; Amplify driving bistable relay J1 through triode VT2; Electronic transformer B-source end is JK1 incoming transport power supply through the bistable relay contact; Electronic transformer B output sending and receiving light diode array lamp L, the second road not gate output signal inserts by two not gate series connection anti-phases through the long pulse identification circuit, amplifies through triode VT3 to drive bistable relay J2; Electronic transformer B ' power end is JK2 incoming transport power supply through the bistable relay contact, electronic transformer B ' output sending and receiving light diode array lamp L ';

Wherein, DC power supply is by capacitor C 4 resistance R 7 incoming transport power supplys, through diode VD6 rectification, diode VD7 voltage stabilizing and capacitor C 5 filtering.

The utility model produces good effect: singly-bound radio wave two-way remote control arrangement is simple and clear, and control range does not receive placing restrictions on of room partition wall, uses flexible, convenient.

Description of drawings

Fig. 1 the utility model technical scheme theory diagram

Fig. 2 singly-bound modular radio remote control two-way light emitting diode matrix circuit for lamp

Embodiment

With reference to Fig. 1,2; The utility model practical implementation method and embodiment: comprise light emitting diode matrix lamp L, light emitting diode matrix lamp L ' and electronic transformer B, electronic transformer B '; Comprise that also reflector 1, receiver 3, six ungated integrated circuits, triode amplifier, two bistable relays and DC power supply form; Wherein, reflector is with single-key remote-controlled switch 2 and powered battery, receiver effective unlatching output signal I that decodes ₀Insert two not gates 4 simultaneously through triode VT1 amplification; First via not gate output signal inserts by two not gate series connection anti-phases through short pulse identification circuit 5; Amplify driving bistable relay J1 through triode VT2; Electronic transformer B-source end is JK1 incoming transport power supply through the bistable relay contact; Electronic transformer B output sending and receiving light diode array lamp L, the second road not gate output signal inserts by two not gate series connection anti-phases through long pulse identification circuit 6, amplifies through triode VT3 to drive bistable relay J2; Electronic transformer B ' power end is JK2 incoming transport power supply through the bistable relay contact, electronic transformer B ' output sending and receiving light diode array lamp L '.DC power supply is by capacitor C 4, resistance R 7 incoming transport power supply AC220V, through diode VD6 rectification, diode VD7 voltage stabilizing and capacitor C 5 filtering.

Fig. 2; M1 is the miniature key ring formula of a TWH9636 radio coding remote control transmitter; M2 is that TWH9638 is the reception decoder module of its pairing; Not gate a, b, c and resistance R 3 capacitor C 1, C2, diode VD1, VD2 form the short pulse signal identification circuit, not gate d, e, f and resistance R 5, capacitor C 3, diode VD4 composition long pulse signal recognition circuit.

When pressing reflector remote control switch S greater than 1 second long period, the M1 built-in aerial transmitting carrier frequency 252MHz radio wave of encoding can be walked around partition wall control and make M2 receive amplification, detection and decoding in the EFFECTIVE RANGE scope, and effective unlatching output signal I decodes ₀Long pulse is exported high level through triode VT1, not gate a, d, through the long pulse signal recognition circuit not gate e, f is successively overturn, VT3 conducting bistable relay J2 adhesive, and its contact JK2 connects the corresponding light emitting diode matrix lamp LED2 that connects and lights.

When launching by the continuous short pulse of 1 time speed at least with per second, through the short pulse signal identification circuit not gate b, c are successively overturn, VT2 conducting bistable relay J1 adhesive, its contact JK1 connects the corresponding light emitting diode matrix lamp LED1 that connects and lights.

Bistable relay J1, J2 select the ZS-01L type for use; When launching long pulse or short pulse for the first time, produce the action of adhesive contact; Lamp LED1, LED2 light; J1, J2 releasing contact when pressing respective pulses for the second time, disconnection electronic transformer electrical source luminescent diode array lamp LED1, LED2 extinguish, and make its bistable state self-locking memory.Be connected in parallel on bistable relay J1, J2 diode VD3, VD5 and be used for protecting that VT2, VT3 avoid J1, the J2 coil inductance produces reverse potential at energising and cut-off switch and impacts.

Claims

1. singly-bound modular radio remote control two-way light emitting diode matrix lamp; Comprise light emitting diode matrix lamp L, light emitting diode matrix lamp L ' and electronic transformer B, electronic transformer B '; It is characterized in that: comprise that also reflector, receiver, six ungated integrated circuits, triode amplifier, two bistable relays and DC power supply form; Wherein, reflector is with single-key remote-controlled switch and powered battery, receiver effective unlatching output signal I that decodes ₀Insert two not gates simultaneously through triode VT1 amplification; First via not gate output signal inserts by two not gate series connection anti-phases through the short pulse identification circuit; Amplify driving bistable relay J1 through triode VT2; Electronic transformer B-source end is JK1 incoming transport power supply through the bistable relay contact; Electronic transformer B output sending and receiving light diode array lamp L, the second road not gate output signal inserts by two not gate series connection anti-phases through the long pulse identification circuit, amplifies through triode VT3 to drive bistable relay J2; Electronic transformer B ' power end is JK2 incoming transport power supply through the bistable relay contact, electronic transformer B ' output sending and receiving light diode array lamp L '.

2. singly-bound modular radio remote control two-way light emitting diode matrix lamp according to claim 1 is characterized in that: DC power supply is by capacitor C 4 resistance R 7 incoming transport power supplys, through diode VD6 rectification, and diode VD7 voltage stabilizing and capacitor C 5 filtering.