CN201779565U - Automatically-controlled energy-saving LED illuminating lamp - Google Patents
Automatically-controlled energy-saving LED illuminating lamp Download PDFInfo
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Abstract
本实用新型公开一种自控节电型LED照明灯,包括一个或两个接电部件、设在一个接电部件上的反光罩或设在两个接电部件之间的透明塑料管、设在反光罩或透明塑料管内的印刷电路板、连接在印刷电路板上的LED光源,一控制模块设在反光罩内或设在透明塑料管内,该控制模块通过导线与LED光源连接,并通过导线与设在接电部件上的插针连接,插针与AC220V电源连接。该照明灯结构简单,元器件少,成本低,功能较强,能随车库环境光线与车库内人车来去发出声响自动联动控制照明亮度。
The utility model discloses a self-control and energy-saving LED lighting lamp, which comprises one or two power-connecting parts, a reflector arranged on one power-connecting part or a transparent plastic tube arranged between the two power-connecting parts, and a The printed circuit board in the reflector or the transparent plastic tube, the LED light source connected to the printed circuit board, a control module is arranged in the reflector or in the transparent plastic tube, the control module is connected with the LED light source through the wire, and connected with the LED light source through the wire. The contact pins on the power-connecting parts are connected, and the contact pins are connected to the AC220V power supply. The lighting lamp has simple structure, few components, low cost and strong function, and can automatically link and control the lighting brightness with the ambient light of the garage and the sound of people and cars coming and going in the garage.
Description
技术领域technical field
本实用新型涉及LED光源,具体涉及一种自控节电型LED照明灯,主要适用于车库及巷道、隧道等特殊环境的节电照明。The utility model relates to an LED light source, in particular to a self-controlled power-saving LED lighting lamp, which is mainly suitable for power-saving lighting in special environments such as garages, roadways, and tunnels.
背景技术Background technique
由于地下车库需要昼夜24小时照明,长年累月耗电费钱,光源也易损坏,从节约电能降低开支出发,人们一直在做多种尝试,现在一些车库已将原40W/根的T8日光灯改换为28W/根的T5节能日光灯,虽然增加了一些投入,但确能是收到一定的节电省钱的效果,也有些地下车库开始尝试采用更为节能的LED日光灯,其耗电在14W/根左右,节电效果更好,但造价太贵,节电不省钱。新近有将LED照明灯配装声光控开关进行节电控制,节电效果更显著,但因造价高,且会使车库在无声响情况下出现黑暗状况而不安全。Because the underground garage needs 24 hours of lighting day and night, it consumes electricity for many years and is expensive, and the light source is also easily damaged. From the perspective of saving electricity and reducing expenses, people have been making various attempts. Now some garages have replaced the original 40W/root T8 fluorescent lamp with 28W. Although the T5 energy-saving fluorescent lamps per root have increased some investment, they can indeed achieve a certain effect of saving electricity and money. Some underground garages have begun to try to use more energy-saving LED fluorescent lamps, and their power consumption is about 14W per root. , the power-saving effect is better, but the cost is too expensive, and power-saving does not save money. Recently, LED lights are equipped with sound and light control switches for power saving control, which has a more significant power saving effect, but because of the high cost, it will make the garage appear dark and unsafe without sound.
发明内容Contents of the invention
本实用新型的目的是提供一种结构简单,元器件少,成本低,功能较强,能随车库环境光线与车库内人车来去发出声响自动联动控制照明亮度的自控节电型LED照明灯。The purpose of this utility model is to provide a self-control energy-saving LED lighting lamp with simple structure, few components, low cost and strong function, which can automatically control the lighting brightness with the ambient light in the garage and the sound of people and cars in the garage. .
本实用新型所述的一种自控节电型LED照明灯,包括一个或两个接电部件、设在一个接电部件上的反光罩或设在两个接电部件之间的透明塑料管、设在反光罩或透明塑料管内的印刷电路板、连接在印刷电路板上的LED光源,一控制模块设在反光罩内或设在透明塑料管内,该控制模块通过导线与LED光源连接,并通过导线与设在接电部件上的插针连接,插针与AC220V电源连接。A self-control and energy-saving LED lighting lamp according to the utility model comprises one or two power-connecting parts, a reflector arranged on one power-connecting part or a transparent plastic tube arranged between two power-connecting parts, The printed circuit board arranged in the reflector or transparent plastic tube, the LED light source connected to the printed circuit board, a control module is arranged in the reflector or in the transparent plastic tube, the control module is connected with the LED light source through wires, and through The wire is connected with the contact pin provided on the electric connection part, and the contact pin is connected with the AC220V power supply.
所述的控制模块包括全波桥式整流电路、低压电源、环境光控电路、声响延时电路、电流取样电路、驱动输出管,全波桥式整流电路的输入端通过插针连接220V市电、输出端连接低压电源、并与由LED光源及与其串联的电阻构成的LED光源负载一端连接,低压电源的输出端连接环境光控电路和声响延时电路,声响延时电路的输出端连接电流取样电路,LED光源负载的另一端连接驱动输出管,驱动输出管又连接电流取样电路;该控制模块还包括V-F转换电路,该V-F转换电路分别与低压电源、环境光控电路、声响延时电路、驱动输出管、电流取样电路连接;其中V-F转换电路、驱动输出管和电流取样电路构成一个恒流源电路。 The control module includes a full-wave bridge rectifier circuit, a low-voltage power supply, an ambient light control circuit, a sound delay circuit, a current sampling circuit, and a drive output tube. The input end of the full-wave bridge rectifier circuit is connected to the 220V mains through pin , the output end is connected to a low-voltage power supply, and connected to one end of the LED light source load composed of an LED light source and a resistor connected in series with it, the output end of the low-voltage power supply is connected to the ambient light control circuit and the sound delay circuit, and the output end of the sound delay circuit is connected to the current Sampling circuit, the other end of the LED light source load is connected to the drive output tube, and the drive output tube is connected to the current sampling circuit; the control module also includes a V-F conversion circuit, which is connected to the low-voltage power supply, the ambient light control circuit, and the sound delay circuit respectively. , the drive output tube and the current sampling circuit are connected; wherein the V-F conversion circuit, the drive output tube and the current sampling circuit form a constant current source circuit. the
所述的控制模块的低压电源包括电阻R1、R2、R7、R18,电容C1、C2,稳压管DW1、DW2;电阻R1、R2、R7、R18、稳压管DW2串联在全波桥式整流电路和地之间,电容C1的正极连接在电阻R7、R18之间,负极接地;电容C2的正极与稳压管DW2的阴极连接,负极接地;稳压管DW1的阴极连接在电阻R2、R7之间,阳极接地。The low-voltage power supply of the control module includes resistors R1, R2, R7, R18, capacitors C1, C2, voltage regulator tubes DW1, DW2; resistors R1, R2, R7, R18, and voltage regulator tube DW2 are connected in series in a full-wave bridge rectifier Between the circuit and ground, the positive pole of capacitor C1 is connected between resistors R7 and R18, and the negative pole is grounded; the positive pole of capacitor C2 is connected to the cathode of regulator DW2, and the negative pole is grounded; the cathode of capacitor C1 is connected to resistors R2 and R7 Between, the anode is grounded.
所述的控制模块的V-F转换电路包括基准电压源U1、分压电阻R4、R5、电容C6;基准电压源U1的阴极与驱动输出管的栅极连接、阳极接地、参考极通过电阻R5连接在驱动输出管的源极上,并通过电阻R4连接低压电源。The V-F conversion circuit of the control module includes a reference voltage source U1, voltage dividing resistors R4, R5, and a capacitor C6; the cathode of the reference voltage source U1 is connected to the grid of the drive output tube, the anode is grounded, and the reference electrode is connected to the grid through the resistor R5. Drive the source of the output tube, and connect the low-voltage power supply through the resistor R4.
所述的控制模块的环境光控电路包括光敏电阻CDS,限流电阻R10,分压电阻R3、R12、R8、R11、R21,光转换开关管Q2、Q3; 电阻R10、R21和光敏电阻CDS串联接在低压电源的电容C2的正极与地之间;电阻R8、R11一端与光敏电阻CDS连接,另一端分别与光转换开关管Q2、Q3的基极连接,Q2、Q3的发射极分别接地,Q2的集电极通过电阻R3连接在低压电源的电阻R2、R7之间并与驱动输出管的栅极连接,Q3的集电极通过电阻R12连接低压电源的电容C2的正极。The ambient light control circuit of the control module includes a photosensitive resistor CDS, a current limiting resistor R10, a voltage dividing resistor R3, R12, R8, R11, R21, and an optical switch tube Q2, Q3; the resistors R10, R21 and the photosensitive resistor CDS are connected in series Connected between the positive pole of the capacitor C2 of the low-voltage power supply and the ground; one end of the resistors R8 and R11 is connected to the photoresistor CDS, and the other end is respectively connected to the bases of the optical switch tubes Q2 and Q3, and the emitters of Q2 and Q3 are respectively grounded. The collector of Q2 is connected between the resistors R2 and R7 of the low-voltage power supply through the resistor R3 and connected to the gate of the drive output tube, and the collector of Q3 is connected to the positive pole of the capacitor C2 of the low-voltage power supply through the resistor R12.
所述的控制模块的声响延时电路包括拾音器M1,电阻R13、R14、R15、R16,电容C7以及控制开关管Q4、Q5;拾音器M1的正极与环境光控电路的光转换开关管Q3的集电极连接,负极接地;控制开关管Q4的基极通过电阻R13与低压电源的电容C2的正极连接,集电极通过电阻R14与低压电源的电容C2的正极连接,发射极接地;控制开关管Q5的基极、集电极分别通过电阻R15、R16连接在低压电源的电阻R7、R18之间,发射极接地;电容C7一端接地,另一端接在驱动输出管的源极上。The sound delay circuit of described control module comprises pickup M1, resistance R13, R14, R15, R16, electric capacity C7 and control switch tube Q4, Q5; The electrode is connected, the negative pole is grounded; the base of the control switch tube Q4 is connected to the positive pole of the capacitor C2 of the low-voltage power supply through the resistor R13, the collector is connected to the positive pole of the capacitor C2 of the low-voltage power supply through the resistor R14, and the emitter is grounded; the control switch tube Q5 The base and the collector are respectively connected between the resistors R7 and R18 of the low-voltage power supply through the resistors R15 and R16, and the emitter is grounded; one end of the capacitor C7 is grounded, and the other end is connected to the source of the drive output tube.
所述的控制模块的电流取样电路包括复合开关管Q6、Q7,电阻R17、R9、R6;复合开关管Q6的基极与声响延时电路的控制开关管Q5的集电极连接,集电极通过电阻 R17与声响延时电路的电阻R16连接,发射极与复合开关管Q7的基极连接;复合开关管Q7的发射极接地,集电极通过电阻R9连接到驱动输出管的源极;取样电阻R6一端接地,另一端接在驱动输出管的源极上。The current sampling circuit of the control module comprises composite switch tubes Q6, Q7, resistors R17, R9, R6; the base of the composite switch tube Q6 is connected to the collector of the control switch tube Q5 of the sound delay circuit, and the collector passes through the resistor R17 is connected to the resistor R16 of the sound delay circuit, and the emitter is connected to the base of the composite switching tube Q7; the emitter of the composite switching tube Q7 is grounded, and the collector is connected to the source of the drive output tube through the resistor R9; one end of the sampling resistor R6 Ground, and the other end is connected to the source of the drive output tube.
本实用新型与现有技术相比有以下优点:Compared with the prior art, the utility model has the following advantages:
控制模块小型模块一体化,直接内置于照明灯管内,可与原灯管直接更换,非常简单方便。元器件少,成本低,功能较强,能随车库环境光线与车库内人车来去发出声响自动联动控制照明亮度,只要车库内光线变暗,LED光源会被控制发光,照明灯发出弱光,保障车库内始终保持最低安全亮度,减少车库内无效照明,由于LED光源长期工作在小电流恒流的弱光状态,降低了对LED光源的使用要求,增长了使用寿命,能达到节电省钱的效果,具有较高的性价优势。The control module is integrated with small modules, directly built into the lighting tube, and can be directly replaced with the original tube, which is very simple and convenient. Fewer components, low cost, and strong functions. It can automatically control the lighting brightness in conjunction with the ambient light in the garage and the sound of people and cars coming and going in the garage. As long as the light in the garage becomes dark, the LED light source will be controlled to emit light, and the lighting will emit weak light. , to ensure that the minimum safe brightness is always maintained in the garage, and to reduce invalid lighting in the garage. Since the LED light source works in a weak light state with a small current and a constant current for a long time, the requirements for the use of the LED light source are reduced, the service life is increased, and energy saving can be achieved. The effect of money, has a higher price advantage.
附图说明Description of drawings
图1是本实用新型只有一个接电部件的结构示意图。Fig. 1 is a schematic structural view of the utility model with only one power-connecting component.
图2是本实用新型有两个接电部件的结构示意图。Fig. 2 is a schematic structural view of the utility model having two electric connection parts.
图3是本实用新型的电路框图。Fig. 3 is a circuit block diagram of the utility model.
图4是本实用新型的电路原理图。Fig. 4 is the schematic circuit diagram of the utility model.
具体实施方式Detailed ways
下面结合附图和实施例对本实用新型作进一步说明:Below in conjunction with accompanying drawing and embodiment the utility model is further described:
实施例一:参见图1所示的一种自控节电型LED照明灯,包括一个接电部件(即灯座)12、设在固定灯座12上的反光罩14、设在反光罩14内的印刷电路板15、连接在印刷电路板15上的LED光源16,一控制模块13设在反光罩14内,该控制模块13通过导线与LED光源16连接,并通过导线与设在固定灯座12上的插针11连接,插针与AC220V电源连接。Embodiment 1: Refer to a self-control and energy-saving LED lighting lamp shown in Figure 1, which includes a power-connecting component (that is, a lamp holder) 12, a
如图3、图4所示,控制模块13包括全波桥式整流电路1、低压电源2、环境光控电路7、声响延时电路8、电流取样电路6、驱动输出管5;全波桥式整流电路1的输入端通过插针11连接220V市电,输出端连接低压电源2、并与由LED光源16及与其串联的电阻构成的LED光源负载4一端连接;低压电源2的输出端连接环境光控电路7和声响延时电路8,声响延时电路8的输出端连接电流取样电路6,LED光源负载4的另一端连接驱动输出管5,驱动输出管5连接电流取样电路6;该控制模块13还包括V-F转换电路3,该V-F转换电路分别与低压电源2、环境光控电路7、声响延时电路8、驱动输出管5、电流取样电路6连接;其中V-F转换电路3、驱动输出管5和电流取样电路6构成一个恒流源电路。As shown in Figure 3 and Figure 4, the
控制模块13的全波桥式整流电路1包括保险电阻R0、DBI全波桥式整流器,保险电阻R0接在220V交流电输入L端和DBI全波桥式整流器之间。 LED光源负载4为两组LED光源负载并联,驱动输出管5为两个管子Q1、Q1`,两组LED光源负载一端连接全波桥式整流电路1的输出端,另一端连接驱动输出管Q1、Q1`的漏极。The full-wave bridge rectifier circuit 1 of the
控制模块13的低压电源2包括电阻R1、R2、R7、R18,电容C1、C2,稳压管DW1、DW2;电阻R1、R2、R7、R18、稳压管DW2串联在全波桥式整流电路1和地之间,电容C1的正极连接在电阻R7、R18之间,负极接地;电容C2的正极与稳压管DW2的阴极连接,负极接地;稳压管DW1的阴极连接在电阻R2、R7之间,阳极接地。The low-voltage power supply 2 of the
控制模块13的V-F转换电路3包括基准电压源U1、分压电阻R4、R5、电容C6;基准电压源U1的阴极与驱动输出管5的栅极连接、阳极接地、参考极通过电阻R5连接在驱动输出管5的源极上,并通过电阻R4连接低压电源2。The
控制模块13的环境光控电路7 包括光敏电阻CDS,限流电阻R10,分压电阻R3、R12、R8、R11、R21,光转换开关管Q2、Q3,电容C3; 电阻R10、R21和光敏电阻CDS串联接在低压电源2的电容C2的正极与地之间;电容C3正极接在光敏电阻CDS和电阻R21之间,负极接地,用于滤波;电阻R8、R11一端与光敏电阻CDS连接,另一端分别与光转换开关管Q2、Q3的基极连接,Q2、Q3的发射极分别接地,Q2的集电极通过电阻R3连接在低压电源2的电阻R2、R7之间并与驱动输出管Q1、Q1`的栅极连接,Q3的集电极通过电阻R12连接低压电源2的电容C2的正极。The ambient light control circuit 7 of the
控制模块13的声响延时电路8包括拾音器M1,电阻R13、R14、R15、R16,电容C4、C5、C7以及控制开关管Q4、Q5;拾音器M1的正极与环境光控电路7的光转换开关管Q3的集电极连接,负极接地;电容C4一端与光转换开关管Q3的集电极连接,另一端与控制开关管Q5的基极连接;控制开关管Q4的基极通过电阻R13与低压电源2的电容C2的正极连接,集电极通过电阻R14与低压电源2的电容C2的正极连接,发射极接地;电容C5的正极与控制开关管Q4的集电极连接,负极与Q5的基极连接;控制开关管Q5的基极、集电极分别通过电阻R15、R16连接在低压电源的电阻R7、R18之间,发射极接地;电容C7一端接地,另一端接在驱动输出管Q1、Q1`的源极上。The sound delay circuit 8 of the
控制模块13的电流取样电路6包括复合开关管Q6、Q7,电阻R17、R9、R6;复合开关管Q6的基极与声响延时电路8的控制开关管Q5的集电极连接,集电极通过电阻 R17与声响延时电路8的电阻R16连接,发射极与复合开关管Q7的基极连接;复合开关管Q7的发射极接地,集电极通过电阻R9连接到驱动输出管Q1、Q1`的源极;取样电阻R6一端接地,另一端接在驱动输出管Q1、Q1`的源极上。The current sampling circuit 6 of the
该自控节电型LED照明灯的工作原理如下:The working principle of the self-controlled energy-saving LED lighting is as follows:
市电220V交流输入经保险电阻R0连接DBI全波桥式整流器,全波桥式整流器输出的100HZ正弦半波一路经电阻R1,R2,R7,R18降压,稳压管DW1,DW2稳压,电容C1,C2滤波,获得两组低压稳压电源,另一路为LED光源负载提供高压电源;V-F转换电路3与驱动输出管Q1、Q1`、电流取样电路6连接构成的恒流源电路核心器件是基准电压源U1及电容C6,分压电阻R4,R5及取样电阻R6,调整R6可获得不同的恒流值,其控制过程是取样电阻R6将流过LED光源负载的脉冲电流转为电压,经电容C7滤波后,送基准电压源U1转换为脉频控制驱动输出管Q1、Q1`的通断,当电压大于基准电压时基准电压源U1导通强制将驱动输出管Q1、Q1`关掉,而取样电阻R6一旦无电流,基准电压源U1又使驱动输出管Q1、Q1`导通,由于电容C6的延迟使基准电压源U1反复的通断,当交流电网的电压变高或变低使流过LED光源的电流增加或减少,导致基准电压源U1控制驱动输出管Q1、Q1`的关断时间缩短或延长,从而达到调节电流使其恒定的目的。The mains 220V AC input is connected to the DBI full-wave bridge rectifier through the insurance resistor R0, and the 100HZ sine half wave output by the full-wave bridge rectifier is stepped down by resistors R1, R2, R7, and R18, and the voltage regulator tubes DW1 and DW2 are stabilized. Capacitors C1 and C2 filter to obtain two sets of low-voltage regulated power supplies, and the other provides high-voltage power supply for the LED light source load;
当环境光较强时光敏电阻CDS感受光照,开关管Q2饱和导通,驱动输出管Q1、Q1`栅极无电流被强制关断,LED光源负载不亮。当环境光弱时,开关管Q2断开,由恒流源输出设定的较小的恒流电流值,即LED光源发出较弱的光,一旦人车来去发出一定强度的声响,开关管Q3解除允许拾音器M1的信号输出,拾音器接受到声响信号,达到调定的强度,迅速使开关管Q4变低,由于储能电容C7上的电压不能突变,即给开关管Q5施加一个反偏电压强制其关断并开始延时,延时时间的长短主要由C7,R17决定;与此同时复合开关管Q6,Q7接通电阻R9,使其并联在取样电路R6中,以增大恒流电流值,使LED光源获得更大的恒流电流,即获得更亮的光照。一旦延时结束,复合开关管Q6、Q7关闭,电阻R9断开,恒流电流回复到原较小的电流,即在无人无车发出声响且环境光较弱时,照明灯发出弱光,有车发出声响的有限时间内照明灯发出亮光。When the ambient light is strong, the photosensitive resistor CDS feels the light, the switch tube Q2 is saturated and turned on, the gate of the drive output tube Q1 and Q1` has no current and is forcibly turned off, and the load of the LED light source is not bright. When the ambient light is weak, the switch tube Q2 is disconnected, and the smaller constant current value set by the constant current source output, that is, the LED light source emits weak light. Q3 is released to allow the signal output of the pickup M1, the pickup receives the sound signal, reaches the set strength, and quickly lowers the switch tube Q4, because the voltage on the energy storage capacitor C7 cannot change suddenly, that is, a reverse bias voltage is applied to the switch tube Q5 Force it to shut down and start to delay. The length of the delay time is mainly determined by C7 and R17; at the same time, the composite switch tubes Q6 and Q7 are connected to the resistor R9, so that they are connected in parallel in the sampling circuit R6 to increase the constant current. Value, so that the LED light source obtains a larger constant current, that is, obtains brighter light. Once the delay is over, the composite switching tubes Q6 and Q7 are turned off, the resistor R9 is turned off, and the constant current returns to the original smaller current, that is, when there is no sound and the ambient light is weak, the lighting will emit weak light. The lights will be on for a limited time when there is a car sounding.
实施例二:参见图2所示的一种自控节电型LED照明灯,包括两个接电部件(即灯座)12、设在两个固定灯座12之间的透明塑料管17、设在透明塑料管17内的印刷电路板15、连接在印刷电路板15上的LED光源16,一控制模块13设在透明塑料管17内,该控制模块13通过导线与LED光源16连接,并通过导线与设在固定灯座12上的插针11连接,插针与AC220V电源连接。其控制模块和工作原理与实施例一相同。Embodiment 2: Refer to a self-control and energy-saving LED lighting lamp shown in FIG. The printed
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CN108174481A (en) * | 2017-12-27 | 2018-06-15 | 贵州航天南海科技有限责任公司 | A kind of automatic illuminating apparatus for stereo garage |
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