CN103369789A - LED (Light Emitting Diode) composite control module - Google Patents
LED (Light Emitting Diode) composite control module Download PDFInfo
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- CN103369789A CN103369789A CN2013102474775A CN201310247477A CN103369789A CN 103369789 A CN103369789 A CN 103369789A CN 2013102474775 A CN2013102474775 A CN 2013102474775A CN 201310247477 A CN201310247477 A CN 201310247477A CN 103369789 A CN103369789 A CN 103369789A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The invention relates to an LED (Light Emitting Diode) composite control module, and solves the problems that the current LED controller is provided with only one control mode, LED controllers with different control modes need to be used in different occasions, so that the cost is increased and the replacement and maintenance are not convenient. The module comprises an input and output unit and a control unit which is used for controlling an LED to work, wherein the control unit is connected with the input and output unit; the control unit comprises a trigger subunit and a processing subunit; the trigger subunit is used for detecting touch and infrared ray blocking or detecting the infrared condition of a human body; the trigger subunit is connected with the processing subunit; and the processing subunit is connected with the input and output unit. The LED composite control module has the advantages that the module can be rapidly inserted and used; different control modules can be replaced; the lighting on/off or the brightness of the LED can be controlled according to the touch, the infrared ray blocking or the condition whether a person enters a detection region; the use is convenient and rapid, the maintenance and the replacement are convenient; energy is also saved by using the LED composite control module; the utilization efficiency of an LED lamp is improved; and the service life of the LED lamp is prolonged.
Description
Technical field
The present invention relates to a kind of LED control technology field, especially relate to a kind of the installation and change convenient, the various LED combined control module of control mode.
Background technology
Along with the development of LED technology, LED is more and more extensive in the application in general illumination field.The light source of LED as electric lighting, need constant current during owing to LED work, therefore need special driving power, and driving power needs the light on and off of controlling switch lamp tool.The control mode of traditional switch in circuit mainly is mechanical switch, be switched on or switched off the energising circuit and control the input of driving power, the mechanical switch life-span is short, be not suitable for the occasion long to life requirements, mechanical switch needs manual operation in addition, sometimes may forget and close, cause the waste of the energy.The LED control structure that a kind of induction type of invention is also arranged now, such as touch-induction-type, infrared-sensing type etc., but this class led controller solves the problem that mechanical switch exists, but also there are some shortcomings in itself, general led controller all only has a kind of control mode, when using the led controller that different occasions are needs employing different control modes, such as automatic light on and off lamp when being used at switch gate, need to use the infrared induction structure, when being used for manual palpation light on and off etc., need to use the touch-induction-type structure, can not be general between each led controller, different occasions are used all needs to reuse a cover led controller, so that expense cost increases, another replacing is safeguarded also inconvenient.
Summary of the invention
The present invention mainly is that led controller generally only has a kind of control mode in the solution prior art, different occasions need to be used the led controller of different control modes, so that cost increases, changes and safeguard inconvenient problem, provide a kind of the installation to change convenient, the various LED combined control module of control mode.
Above-mentioned technical problem of the present invention is mainly solved by following technical proposals: a kind of LED combined control module, include the control unit of input-output unit and control LED work, control unit is connected with input-output unit, described control unit comprises that detection touches, infrared ray blocks or the triggering subelement of human body infrared ray situation and processing subelement, triggering subelement is connected with the processing subelement, processing subelement is connected with input-output unit
Triggering subelement is the touch sensible switch, triggers subelement and controls light light on and off and lamplight brightness according to touching and touch time length;
Or to trigger subelement be infrared transmitting receiver, triggers subelement according to emission and the infrared ray situation of sensing after blocking is controlled the light light on and off;
Whether or to trigger subelement be the human body infrared inductor, trigger subelement and detect and have people or nothing to be measured to enter induction region to control the light light on and off.
LED control module of the present invention can be used by quick insertion, can change different control modules, controls light on and off or the brightness such as LED so that can whether enter surveyed area according to touch, infrared ray circumstance of occlusion or people.Convenient to use, also be convenient to maintain and replace.This LED control module has also been saved the energy in addition, has improved LED lamp service efficiency and life-span.
As preferred version, when the triggering subelement was the touch sensible switch, its control procedure was:
During point touching, namely touch the duration less than the time threshold of setting, the touch sensible switch detects signal and is transmitted to the processing subelement, processes subelement and sends the signal that control light is bright or go out, and control light replaces light on and off;
Long pressing when touching, namely touch the duration greater than the time threshold of setting, the touch sensible switch detects signal and is transmitted to the processing subelement, when the first vice-minister presses touch, process subelement and send brightness increase signal, control light increases gradually, lamplight brightness is parked in brightness corresponding when unclamping when unclamping, and the long lasting duration of setting that surpasses by the touch time, then controlling lamplight brightness reaches maximum and no longer changes, long pressing when touching processed subelement and sent brightness reduction signal again, and control light reduces gradually, lamplight brightness is parked in brightness corresponding when unclamping when unclamping, if long surpass the lasting duration of setting by the touch time, then control lamplight brightness and reach minimum and no longer change so loop control.This touch sensible switch is non-pole light regulating, realizes the electrodeless brightness regulation of light, adjustable range lamplight brightness 6% ~ 99%, when module initially powered on, light was for extinguishing state, in the situation of power down, re-power rear first time touch sensible and turn on light, original intensity is fixed as 99% of full brightness.Time threshold generally is set as 550ms, and lasting duration generally is set as 3s, and these times can change as required.
As preferred version, comprise loam cake and base, at base circuit board is installed, be connected with plug and terminal on the circuit board, described plug stretches out outside loam cake, has terminal jacks covering the corresponding terminal position, on circuit board, also be connected with LED light and touch copper sheet, touch copper sheet and be positioned at the LED light top, touch the copper sheet surface and be close on the loam cake back side, have indicator hole in the corresponding copper sheet position that touches of loam cake.Touch copper sheet by touch sensible and operate, LED light is set, it is luminous that this LED light can see through the touch copper sheet, makes things convenient for use night.The place is provided with the bolt fixing hole at loam cake two diagonal angle, is respectively arranged with the bolt holder in the base relevant position, and loam cake and base fix by bolt.
As preferred version, when the triggering subelement is infrared transmitting receiver, its control procedure is: infrared transmitting receiver emission infrared ray, after having shelter to block, and block the duration greater than 1S, infrared transmitting receiver is received the infrared ray of reflection and the signal that detects is sent to the processing subelement, process subelement and send start signal, light lights, when do not have shelter or the time of blocking less than 1S, infrared transmitting receiver is processed subelement and is not sent start signal, lights without detection signal.This infrared transmitting receiver general inspection distance is 7-12CM, and concrete actual range can absorb decision according to shelter material and material surface extinction.Control module is sensed ultrared principle detection shelter in this programme according to the infrared diode emission with after blocking, and controls the light light on and off according to the signal that detects.LED control module control procedure is switching mode in this case, can also be door model in addition, and its control procedure is just in time opposite with switching mode, and light is not lighted when namely shelter being arranged, and light is lighted during have no occluder.This control model is set as required.
As preferred version, comprise loam cake and base, at base circuit board is installed, be connected with plug and terminal on the circuit board, described plug stretches out outside loam cake, have terminal jacks covering the corresponding terminal position, also be connected with infrared transmitting receiver and toggle switch on circuit board, corresponding infrared transmitting receiver and toggle switch position have induction groove and switch groove on the loam cake sidewall.Toggle switch is used for opening or closing the work of LED control module.The place is provided with the bolt fixing hole at loam cake two diagonal angle, is respectively arranged with the bolt holder in the base relevant position, and loam cake and base fix by bolt.
As preferred version, when the triggering subelement is the human body infrared inductor, its control procedure is: enter human body infrared induction device induction range people or determinand, the human body infrared induction device detects signal and sends to the processing subelement, process subelement and send start signal, and the slow setting-up time of postponing, if within this time of delay, again detect the signal of people or determinand, the slow setting-up time of then postponing again, light keeps lighting, until in the slow setting-up time of postponing without detecting the signal of people or determinand, then process subelement and send shutdown signal, lights was processed simultaneously subelement and is entered the locked time of 3S, within this locked time, no matter whether the human body infrared induction device detects people or determinand signal, process output signals not of subelement, the action before the locked time repeats later, so circulation is gone down.The infrared ray that human body infrared induction device induction human body temperature is sent in this programme is surveyed mobile people or satisfactory determinand.Human body infrared induction device distance of reaction is 1-5M, and the user can also by sensitivity knob on the balance the body infrared inductor, modulate suitable distance of reaction.
As preferred version, comprise loam cake and base, at base circuit board is installed, be connected with plug and terminal on the circuit board, described plug stretches out outside loam cake, have terminal jacks covering the corresponding terminal position, on circuit board, also be connected with human body infrared induction device and toggle switch, have installing hole at upper cap surface, be covered with outer cover at the human body infrared induction device, described outer cover stretches out installing hole and is stuck on the installing hole, is provided with the switch groove in the corresponding toggle switch of loam cake sidewall position.Toggle switch is used for opening or closing the work of LED control module.The place is provided with the bolt fixing hole at loam cake two diagonal angle, is respectively arranged with the bolt holder in the base relevant position, and loam cake and base fix by bolt.
Therefore, advantage of the present invention is: can use by quick insertion, can change different control modules, control light on and off or the brightness such as LED so that can whether enter surveyed area according to touch, infrared ray circumstance of occlusion or people.Convenient to use, also be convenient to maintain and replace.This LED control module has also been saved the energy in addition, has improved LED lamp service efficiency and life-span.
Description of drawings
Accompanying drawing 1 is a kind of circuit structure frame diagram of the present invention;
Accompanying drawing 2 is the first structural representations of the present invention;
Accompanying drawing 3 is the second structural representations of the present invention;
Accompanying drawing 4 is the third structural representations of the present invention.
1-input-output unit 2-control unit 3-processes subelement 4-and triggers subelement 5-loam cake 6-base 7-circuit board 8-plug 9-terminal 10-LED indicator light 11-touch copper sheet 12-terminal jacks 13-bolt fixing hole 14-bolt holder 15-indicator hole 16-infrared transmitting receiver 17-toggle switch 18-induction groove 19-switch groove 20-human body infrared induction device 21-outer cover 22-installing hole.
Embodiment
Below by embodiment, and by reference to the accompanying drawings, technical scheme of the present invention is described in further detail.
Embodiment:
A kind of LED combined control module of present embodiment as shown in Figure 1, has input-output unit 1 and control unit 2, and control unit is connected with input-output unit, and input-output unit is connected on the LED lamp.This control unit includes the detection touch, infrared ray blocks or the triggering subelement 4 of human body infrared ray situation and processing subelement 3, triggers subelement and is connected with the processing subelement, and this input-output unit is connected on the interior processing subelement of control unit.
This triggers subelement can be touch sensible switch, infrared transmitting receiver or human body infrared induction device according to control mode.
Embodiment 1:
As shown in Figure 2, provide a kind of structure of LED combined control module, triggered subelement in this scheme and adopt the touch sensible switch, controlled light light on and off and lamplight brightness by touching and touch time length.This LED control module comprises loam cake 5 and base 6, at base circuit board 7 is installed, this processing subelement is integrated on the circuit board with chip or circuit form, this input-output unit comprises plug 8 and terminal 9, plug and connecting terminals are connected on the end positions of circuit board, plug head is stretched out outside loam cake, have terminal jacks 12 covering the corresponding terminal position, this touch sensible switch is for touching copper sheet 11, touching copper sheet is connected on the circuit board, and touch the copper sheet surface label on the back side of loam cake, also be connected with LED light 10 on circuit board, LED light is arranged on and touches the copper sheet below.Have indicator hole 15 in the corresponding copper sheet position that touches of loam cake.The place is provided with bolt fixing hole 13 at loam cake two diagonal angle, is respectively arranged with bolt holder 14 in the base relevant position, and loam cake and base fix by bolt.
LED control module control procedure is in the present embodiment:
During point touching, namely touch the duration less than 550ms, the touch sensible switch detects signal and is transmitted to the processing subelement, processes subelement and sends the signal that control light is bright or go out, and control light replaces light on and off;
Long pressing when touching, namely touch the duration greater than 550ms, the touch sensible switch detects signal and is transmitted to the processing subelement, when the first vice-minister presses touch, process subelement and send brightness increase signal, control light increases gradually, lamplight brightness is parked in brightness corresponding when unclamping when unclamping, and the long lasting duration of setting that surpasses by the touch time, then controlling lamplight brightness reaches maximum and no longer changes, long pressing when touching processed subelement and sent brightness reduction signal again, and control light reduces gradually, lamplight brightness is parked in brightness corresponding when unclamping when unclamping, if long surpass the lasting duration of setting by the touch time, then control lamplight brightness and reach minimum and no longer change so loop control.
This control module adjustable range is lamplight brightness 6% ~ 99%, and when module initially powered on, light was for extinguishing state, in the situation of power down, re-powers rear first time touch sensible and turns on light, and original intensity is fixed as 99% of full brightness.
Embodiment 2:
As shown in Figure 3, provided the structure of the second LED combined control module, triggered subelement in this scheme and adopt infrared transmitting receiver, according to emission and the infrared ray situation of sensing after blocking control the light light on and off.This LED control module comprises loam cake 5 and base 6, at base circuit board 7 is installed, this processing subelement is integrated on the circuit board with chip or circuit form, this input-output unit comprises plug 8 and terminal 9, plug and connecting terminals are connected on the end positions of circuit board, plug head is stretched out outside loam cake, have terminal jacks 12 covering the corresponding terminal position, this infrared transmitting receiver 16 is connected on the circuit board, and also be provided with toggle switch 17 on circuit board, corresponding infrared transmitting receiver and toggle switch position have induction groove 18 and switch groove 19 on the loam cake sidewall.The place is provided with bolt fixing hole 13 at loam cake two diagonal angle, is respectively arranged with bolt holder 14 in the base relevant position, and loam cake and base fix by bolt.
LED control module control procedure is in the present embodiment:
Infrared transmitting receiver emission infrared ray, after having shelter to block, and block the duration greater than 1S, infrared transmitting receiver is received the infrared ray of reflection and the signal that detects is sent to the processing subelement, processes subelement and sends start signal, and light lights, when do not have shelter or the time of blocking less than 1S, infrared transmitting receiver is processed subelement and is not sent start signal, lights without detection signal.
LED control module control procedure is switching mode in the present embodiment, can also be door model in addition, and its control procedure is just in time opposite with switching mode, and light is not lighted when namely shelter being arranged, and light is lighted during have no occluder.This control model is set as required.
Embodiment 3:
As shown in Figure 4, provided the structure of the third LED combined control module, triggered subelement in this scheme and adopt the human body infrared induction device, whether had people or nothing to be measured to enter induction region by detection and control the light light on and off.This LED control module comprises loam cake 5 and base 6, at base circuit board 7 is installed, this processing subelement is integrated on the circuit board with chip or circuit form, this input-output unit comprises plug 8 and terminal 9, plug and connecting terminals are connected on the end positions of circuit board, plug head is stretched out outside loam cake, have terminal jacks 12 covering the corresponding terminal position, human body infrared induction device 20 is connected on the circuit board, on circuit board, also be connected with toggle switch 17, having installing hole 22 at upper cap surface, be provided with switch groove 19 in the corresponding toggle switch of loam cake sidewall position, be covered with outer cover 21 at the human body infrared induction device, outer cover stretches out installing hole and is stuck on the installing hole.The place is provided with bolt fixing hole 13 at loam cake two diagonal angle, is respectively arranged with bolt holder 14 in the base relevant position, and loam cake and base fix by bolt.
LED control module control procedure is in the present embodiment: enter human body infrared induction device induction range people or determinand, the human body infrared induction device detects signal and sends to the processing subelement, process subelement and send start signal, and the slow setting-up time of postponing, if within this time of delay, again detect the signal of people or determinand, the slow setting-up time of then postponing again, light keeps lighting, until in the slow setting-up time of postponing without detecting the signal of people or determinand, then process subelement and send shutdown signal, lights was processed simultaneously subelement and is entered the locked time of 3S, within this locked time, no matter whether the human body infrared induction device detects people or determinand signal, process output signals not of subelement, the action before the locked time repeats later, so circulation is gone down.
Specific embodiment described herein only is to the explanation for example of the present invention's spirit.Those skilled in the art can make various modifications or replenish or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.
Although this paper has more used the terms such as input-output unit, control unit, processing subelement, triggering subelement, do not get rid of the possibility of using other term.Using these terms only is in order to describe more easily and explain essence of the present invention; They are construed to any additional restriction all is contrary with spirit of the present invention.
Claims (1)
1. LED combined control module, it is characterized in that: the control unit (2) that includes input-output unit (1) and control LED work, control unit is connected with input-output unit, described control unit comprises that detection touches, infrared ray blocks or the triggering subelement of human body infrared ray situation (4) and processing subelement (3), triggering subelement is connected with the processing subelement, processing subelement is connected with input-output unit
Triggering subelement is the touch sensible switch, triggers subelement and controls light light on and off and lamplight brightness according to touching and touch time length;
Or to trigger subelement be infrared transmitting receiver, triggers subelement according to emission and the infrared ray situation of sensing after blocking is controlled the light light on and off;
Whether or to trigger subelement be the human body infrared inductor, trigger subelement and detect and have people or nothing to be measured to enter induction region to control the light light on and off.
2. a kind of LED combined control module according to claim 1 is characterized in that its control procedure is when triggering subelement and be the touch sensible switch:
During point touching, namely touch the duration less than the time threshold of setting, the touch sensible switch detects signal and is transmitted to the processing subelement, processes subelement and sends the signal that control light is bright or go out, and control light replaces light on and off;
Long pressing when touching, namely touch the duration greater than the time threshold of setting, the touch sensible switch detects signal and is transmitted to the processing subelement, when the first vice-minister presses touch, process subelement and send brightness increase signal, control light increases gradually, lamplight brightness is parked in brightness corresponding when unclamping when unclamping, and the long lasting duration of setting that surpasses by the touch time, then controlling lamplight brightness reaches maximum and no longer changes, long pressing when touching processed subelement and sent brightness reduction signal again, and control light reduces gradually, lamplight brightness is parked in brightness corresponding when unclamping when unclamping, if long surpass the lasting duration of setting by the touch time, then control lamplight brightness and reach minimum and no longer change so loop control.
3. a kind of LED combined control module according to claim 1 and 2, it is characterized in that comprising loam cake (5) and base (6), at base circuit board (7) is installed, be connected with plug (8) and terminal (9) on the circuit board, described plug stretches out outside loam cake, have terminal jacks (12) covering the corresponding terminal position, on circuit board, also be connected with LED light (10) and touch copper sheet (11), touch copper sheet and be positioned at the LED light top, touch the copper sheet surface and be close on the loam cake back side, have indicator hole (15) in the corresponding copper sheet position that touches of loam cake.
4. a kind of LED combined control module according to claim 1, it is characterized in that when the triggering subelement is infrared transmitting receiver, its control procedure is: infrared transmitting receiver emission infrared ray, after having shelter to block, and block the duration greater than 1S, infrared transmitting receiver is received the infrared ray of reflection and the signal that detects is sent to the processing subelement, process subelement and send start signal, light lights, when do not have shelter or the time of blocking less than 1S, infrared transmitting receiver is processed subelement and is not sent start signal, lights without detection signal.
5. according to claim 1 or 4 described a kind of LED combined control modules, it is characterized in that comprising loam cake (5) and base (6), at base circuit board (7) is installed, be connected with plug (8) and terminal (9) on the circuit board, described plug stretches out outside loam cake, have terminal jacks (12) covering the corresponding terminal position, also be connected with infrared transmitting receiver (16) and toggle switch (17) on circuit board, corresponding infrared transmitting receiver and toggle switch position have induction groove (18) and switch groove (19) on the loam cake sidewall.
6. a kind of LED combined control module according to claim 1, it is characterized in that when the triggering subelement is the human body infrared inductor, its control procedure is: enter human body infrared induction device induction range people or determinand, the human body infrared induction device detects signal and sends to the processing subelement, process subelement and send start signal, and the slow setting-up time of postponing, if within this time of delay, again detect the signal of people or determinand, the slow setting-up time of then postponing again, light keeps lighting, until in the slow setting-up time of postponing without detecting the signal of people or determinand, then process subelement and send shutdown signal, lights was processed simultaneously subelement and is entered the locked time of 3S, within this locked time, no matter whether the human body infrared induction device detects people or determinand signal, process output signals not of subelement, the action before the locked time repeats later, so circulation is gone down.
7. according to claim 1 or 6 described a kind of LED combined control modules, it is characterized in that comprising loam cake (5) and base (6), at base circuit board (7) is installed, be connected with plug (8) and terminal (9) on the circuit board, described plug stretches out outside loam cake, have terminal jacks (12) covering the corresponding terminal position, on circuit board, also be connected with human body infrared induction device (20) and toggle switch (17), have installing hole (22) at upper cap surface, be covered with outer cover (21) at the human body infrared induction device, described outer cover stretches out installing hole and is stuck on the installing hole, is provided with switch groove (19) in the corresponding toggle switch of loam cake sidewall position.
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| CN2013102474775A CN103369789A (en) | 2013-06-19 | 2013-06-19 | LED (Light Emitting Diode) composite control module |
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| CN2013102474775A CN103369789A (en) | 2013-06-19 | 2013-06-19 | LED (Light Emitting Diode) composite control module |
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| CN103598696A (en) * | 2013-11-27 | 2014-02-26 | 浙江帅孚安全科技股份有限公司 | Police helmet with intelligent temperature sensing and adjusting functions |
| CN103734970A (en) * | 2013-11-27 | 2014-04-23 | 浙江帅孚安全科技股份有限公司 | Police helmet with safety warning device |
| CN104994660A (en) * | 2015-07-28 | 2015-10-21 | 桂林电子科技大学 | Lighting device for night |
| CN105882812A (en) * | 2015-08-11 | 2016-08-24 | 乐视体育文化产业发展（北京）有限公司 | Headlamp controlling method and bicycle |
| CN106301327A (en) * | 2016-08-31 | 2017-01-04 | 惠州市杰德电器有限公司 | A kind of Multifunction touching switch of palm touch control illuminating lamp |
| WO2019047146A1 (en) * | 2017-09-08 | 2019-03-14 | 刘远芳 | Direct-adjustment dimming device and corresponding direct-adjustment dimming illumination system, and direct-adjustment dimming method |
| CN109521681A (en) * | 2018-09-29 | 2019-03-26 | 安徽独角仙信息科技有限公司 | A kind of intelligent soft-touch control regulation method with regional analysis function |
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| CN103598696A (en) * | 2013-11-27 | 2014-02-26 | 浙江帅孚安全科技股份有限公司 | Police helmet with intelligent temperature sensing and adjusting functions |
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| CN111887885A (en) * | 2020-08-07 | 2020-11-06 | 上海市口腔病防治院 | Dental film built-in visible light projection indicator and use method thereof |
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Application publication date: 20131023 |