CN103179742B - Synchronization dimming - Google Patents

Synchronization dimming Download PDF

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CN103179742B
CN103179742B CN201210098456.7A CN201210098456A CN103179742B CN 103179742 B CN103179742 B CN 103179742B CN 201210098456 A CN201210098456 A CN 201210098456A CN 103179742 B CN103179742 B CN 103179742B
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color temperature
synchronization
light
operation
led
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CN201210098456.7A
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CN103179742A (en
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索玉昇
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索玉昇
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Abstract

一种同步调光方法,包含:于数个LED灯上配置光感测器及控制单元,通过开启单一电源开关而令所述控制单元分别依据光感测器感测的环境亮度以自动方式调整LED灯的发光亮度,并通过手动切换电源开关,再借助所述控制单元以同步方式渐进调整所述LED灯的发光亮度或色温,据以提升安装及使用上的便利性。 A synchronization dimming method, comprising: disposing the light sensor and the control unit to the plurality of LED lamps, and so the control unit by turning the single power switches are adjusted in an automatic manner according to ambient brightness of the light sensor sensing emission luminance of the LED lamp, and manually switch the power switch, and then by means of the control light emission brightness or color temperature means a progressive adjustment of the LED lamp in a synchronous manner, according to enhance the convenience of installation and use.

Description

同步调光方法 Synchronization dimming

技术领域 FIELD

[0001] 本发明提供一种同步调光方法,特别是一种开启数个LED灯后立即进行自动调整发光亮度并可手动同步调整发光亮度或色温的方法。 [0001] The present invention provides a synchronous dimming method, particularly a method of automatically adjusting the light emission luminance can be manually synchronized adjusting luminance and color temperature immediately latter open many LED lamps.

背景技术 Background technique

[0002] 目前LED灯大多制成灯管、灯泡及灯板的型态,且广泛运用于室内照明上;此夕卜,目前市面上已存在有LED灯的渐进调光方法及其装置,如硅控调光、信号线连控调光(DALI)及无线遥控调光,借以提供可不需处于完全明亮状态的空间的照明使用,以达到节约能源的诉求。 [0002] Most of the current LED lamp made patterns lamp, the lamp and the lamp plate, and are widely used in indoor lighting; gradual dimming method and apparatus of the LED lamp of this evening Bu, currently on the market already exists, such as silicon-controlled dimming, the signal line is connected control dimmer (the DALI) and wireless remote control dimmer, so as to provide a need in the lighting space fully bright state, to achieve the demands of energy saving.

[0003] 但是,上述调光方式皆须外加控制器或收发装置与连接控制的配线施作,才能达到多灯同步调光的目的;然而安装施工的困扰与成本昂贵的问题,大幅降低了使用者意愿成为调光节能产品不易普及的最大原因,显然具有尚待改善的空间。 [0003] However, the dimming mode are to be applied to the controller or transceiver device connected to the control wiring is applied for, in order to achieve multiple lamp synchronized dimming; however mounting plagued with costly problems of construction, greatly reduces the user willingness to become the biggest cause of dimming energy-saving products is not easy popularity, apparently with a space yet to be improved.

发明内容 SUMMARY

[0004] 本发明的目的旨在于提出一种开灯后立即进行智能连续自动调整发光亮度,并可随意手动同步渐进调整发光亮度或色温的方法,以及一种方便简易安装并可实施上述方法的装置,以克服上述先前技术中的问题,进而能够使调光普及化,且达成节约能源的环保诉求;此外,本发明方法能够利用灯具的原有线路及设备实施,无需外加连控信号线即可达成多灯同步调控,进一步提升安装与使用上的便利性。 [0004] The object of the present invention is intended to propose an intelligent immediately latter turn-continuous automatic adjustment of brightness, and can freely manually synchronize the luminescent brightness or color temperature of progressive adjustments, and the above-described method for convenient and easy to install and can be implemented means to overcome the problems of the prior art described above, and thus the light control popularization and achieve energy saving and environmental protection demands; in addition, the method of the present invention can utilize lamp original lines and equipment embodiment, no external even control signal line i.e. It can lead to multiple lights synchronized control, to further enhance the convenience of installation and use.

[0005] 本发明的同步调光方法,用于对至少一个灯源进行同步调光或调色温,各灯源的同步是以各灯源的交流电源频率或周期作为同步计时的基准;该方法包含:设定一个第一类操作,是指将至少一电源开关在一个设定的时段内切换N次,且于该时段的前后的切换动作与该时段内的切换呈不连续的切换,其中N为设定的整数;使用一控制单元检测该电源开关是否符合上述的第一类操作;于判断为该第一类操作时,令该控制单元同步控制数个LED灯至少一特征作“启动”或“停止”的操作,即如在动作状态即予停止,如在停止状态即予启动,该至少一特征主要为亮度或色温。 [0005] Synchronization dimming method of the present invention, for the at least one light source synchronous dimming or adjusting the color temperature, the ac line frequency or period of the synchronization are the respective light source in each light source as a synchronization timing reference; the a method comprising: setting a first type of operation means switching N times within a period of at least one power switch in a set, and the switching operation before and after the period discontinuously switching the switch within the period, where N is an integer set; using a control unit detects the power switch meets the above-described first type of operation; time to determining a first type of operation for, enabling the control unit synchronization control a plurality of LED lamp at least one characteristic as " start "or" stop "operation, i.e., as verdict stopped in the operating state, such as the verdict started in a stopped state, the at least one main features of brightness or color temperature.

[0006] 其中:该至少一特征指该数个LED灯的发光亮度的同步改变,即如果该数个LED灯原发光亮度同步改变状态时,则停止发光亮度的同步改变;若该数个LED灯原发光亮度并没有同步改变时,则启动发光亮度的同步改变。 [0006] wherein: the one wherein means synchronized changes emission luminance of the plurality of LED lights at least, i.e., if the number of LED lamps original emission luminance synchronization changes state, the emission luminance changes in synchronism stop; if the number of when the original emission luminance LED lamp is not changed simultaneously emission luminance synchronous change is initiated.

[0007] 其中:该至少一特征是指该数个LED灯的色温的同步改变,即如果该数个LED灯原色温同步改变状态时,则停止色温的同步改变;如果该数个LED灯原色温并没有同步改变时,则启动色温的同步改变。 [0007] wherein: the at least one feature refers to synchronize changing the color temperature of the plurality of LED lights, i.e., if the number of LED lamps primaries temperature synchronization changes state, the synchronization changing the color temperature is stopped; if the number of LED lights primaries Wen did not synchronize changed, the color temperature synchronous change is initiated.

[0008] 其中:设定一个第二类操作,指将至少一电源开关在一个设定的时段内切换M次,且于该时段的前后的切换动作与该时段内的切换呈不连续的切换,其中M为设定的整数且不等于N; [0008] wherein: setting a second type of operation, means at least one power switch M times the period of a set, and the switching operation before and after the time discontinuous switch was the switch within the period , where M is an integer set not equal to N;

[0009] 使用一控制单元检测该电源开关是否符合上述的第二类操作;于判断为该第二类操作时,令该控制单元控制一或数个LED灯至少一特征作“反向”的操作,即如在调光由亮变暗或在调色温由高变低的状态时,即改变为由暗变亮或由低变高的状态,反之亦然。 [0009] Using a control unit detects that the power switch is in line with the second type of operation described above; when to determining that the second type of operation, so that the control unit controls one or several LED lamp at least one characteristic as a "reverse" of operation, i.e., as the dimming dark to or modulated color temperature by a high low state, i.e., changes by dark to bright or from low to high state, and vice versa.

[0010] 其中:该至少一特征是指该数个LED灯的发光亮度的同步渐进改变,即若该数个LED灯原发光亮度由亮变暗的状态时,即改变为由暗变亮的状态,反之亦然。 [0010] wherein: the at least one feature refers synchronous progressive variation in emission luminance of the plurality of LED lights, i.e., if the number of LED lights when the light darkened state, i.e., change the original emission luminance by dark to light state, and vice versa.

[0011] 其中:该至少一特征是指该数个LED灯的色温的同步渐进改变,即若该数个LED灯原色温是由高变低的状态时,即改变为由低变高的状态,反之亦然。 [0011] wherein: the at least one feature refers synchronous progressive variation in the color temperature of the plurality of LED lights, i.e., if the number of LED light primaries temperature is high to the low state, i.e., changes by the low to high state ,vice versa.

[0012] 其中:该至少一特征还包括另一特征,为亮度调整;于第一类操作中先判断是否在色温调整模式;当该数个LED灯并不在色温调整模式时,且该数个LED灯原发光亮度同步改变状态时,则停止发光亮度的同步改变;若该数个LED灯原发光亮度并没有同步改变时,则启动发光亮度的同步改变。 [0012] wherein: the at least one characteristic further comprises a further feature, for the brightness adjustment; a first type of operation in the first determine whether the color temperature adjustment mode; when the plurality of LED lamps are not in the color temperature adjustment mode, and the number of when the original emission luminance LED lamp synchronization changes state, stops the emission luminance changes in synchronism; if the number of LED lights original emission luminance is not changed in synchronism, the emission luminance synchronous change is initiated.

[0013] 其中:并设定一个第二类操作,是指将一电源开关在一个设定的时段内切换M次,且于该时段之前后的切换动作与该时段内的切换呈不连续的切换,其中M为设定的整数且不等于N ;于判断为该第二类操作时,如该数个LED灯在色温调整模式,即退出色温调整模式;反之,若该数个LED灯不在该色温调整模式,且亮度调整已停止,则进入色温调整模式; [0013] wherein: and set a second type operating means switch M times the period of the one power switch in a set, and the switching operation of the before that period discontinuously and switching within the period switch, where M is an integer set not equal to N; at the time of determining that the second type of operation, such as the number of LED lamp color temperature adjustment mode, i.e., exits the color temperature adjustment mode; otherwise, if the number of LED light is not the color temperature adjustment mode, and the brightness adjustment is stopped, the process proceeds to the color temperature adjustment mode;

[0014] 若该数个LED灯不在该色温调整模式,但正在调光中,则反转发光亮度改变的方向,即若该数个LED灯原调光中由亮变暗的状态,即改变为由暗变亮的状态,反之亦然。 [0014] If the number of LED lamp is not in the color temperature adjustment mode, but is dimmer in the reverse direction of emission luminance change, i.e., if the number of LED lamps original dimming a light darkened state, i.e., change by dark to bright state, and vice versa.

[0015] 其中:所述LED灯以最亮、最暗、前次关灯时的亮度的状态开始改变亮度或以最高的色温、最低的色温、前次关灯时的色温的状态开始改变色温。 [0015] wherein: the LED lamp to the brightest, darkest, the luminance at the previous lights state start changing brightness or the highest color temperature, the lowest color temperature, the state of the color temperature at the previous lights began to change the color temperature .

[0016] 其中:该LED灯利用供电的交流电源的频率或周期作为调光速率的同步计时基准,该控制单元于检测到该电源开关切换次数非为上述定义的第一类及第二类操作时,令该控制单元的一计数器归零,并停止该计数器的累加计数,且当该电源开关切换次数符合上述定义的第一类或第二类操作时,令该计数器开始依交流电源的频率数或周期进行累加计数,于累加计数至一预设计数值时调整单一阶发光亮度或色温且令该计数器归零,再重新计数累加至该预设计数值时又调整单一阶发光亮度或色温,如此继续重复上述动作,直到发光亮度或色温已达最亮、最暗、最高、最低或该控制单元的停止指令发生时,令该计数器归零且停止累加计数。 [0016] wherein: the frequency or period of the LED lamp using the power of the AC power source as a synchronization timing reference dimming rate, the control unit is to detecting the first type and second type of operation of the power switching frequency and not for the above-defined when, so a counter of the control unit to zero and stops the count up of the counter, and when the first type or a second type of operation of the power switching frequency above defined, enabling the counter start frequencies by the AC power source or the period for counting up, to count up to adjust a single stage emission brightness or color temperature of a pre-designed value time and enabling the counter to zero, and then re-counts up to the pre-designed value time and adjust the single stage emission brightness or color temperature, so to repeat the operation until the luminance and the color temperature has reached the brightest, darkest, maximum, minimum, or the control stop instruction generation unit, enabling the counter to zero and stops counting up.

[0017] 其中:当该电源开关切换次数非为上述定义的第一类及第二类操作时或开启该电源开关时,可令所述控制单元分别驱动该LED灯,该控制单元依据该LED灯上的一光感测器所感测的环境亮度,而自动调整该LED灯的发光亮度。 [0017] wherein: when the first type and second type of operation of the power switching frequency and non as defined above, or turns on the power switch, so that the control unit respectively driving the LED lamp, the control unit according to the LED a light sensor in the light sensed ambient brightness sensed, and automatically adjust the light emission luminance of the LED lamp.

[0018] 本发明的可同步调光的发光装置,包括:一个或数个LED灯;一个或一个以上的光感测器,配置于该LED灯上或近缘;至少一个控制单元,电性连接所述LED灯及光感测器;至少一个电源开关,电性连接于所述控制单元与电源之间,开启该电源开关而令所述控制单元分别依据该光感测器所感测的环境亮度以自动方式调整该LED灯的发光亮度;通过在一个设定的时段内切换该电源开关预设的次数,借助所述控制单元以手动方式同步调整所述LED灯的发光亮度或色温,或回复以自动方式调整该LED灯的发光亮度,所述在该设定的时段内切换该电源开关符合预设的次数,是指在该时段内该电源开关被切换符合预设的次数,且在该时段的前后的切换动作与该时段内的切换呈不连续的切换;所述LED灯利用供电的交流电源的频率或周期作为调光速率的同步参考依据,该 [0018] can be light emitting device of the present invention, the synchronization dimming, comprising: one or a plurality of LED lights; one or more light sensors disposed on the LED on or relatives; at least one control unit, electrically connecting the LED lamp and a light sensor; at least one power switch electrically connected between the control unit and the power supply, turning on the power switch causes the control unit are sensed by the environment according to the light sensor brightness adjusting light emission luminance of the LED lamp in an automatic manner; by frequency and the power switch is preset handover within the period of one set by the controlling the light intensity or color temperature unit manually synchronized adjustment of the LED lamp, or reply emission brightness adjustment of the LED lamp in an automated manner, the number of times of the power switch in line with a preset handover during a period of the set, refers to the number of handovers meet preset the power switch within the period, and in switching operation before and after the period of switching in the period discontinuously switching; frequency or period of the LED lamp using the power of the AC power as the dimming rate synchronization reference, the 制单元于未检测到该电源开关于该设定的时段内切换符合预设的次数时,令该控制单元的计数器归零,并停止该计数器的累加计数,且该电源开关在该设定的时段内切换符合预设的次数,且在该时段的前后的切换动作不与该时段内的切换呈连续时,令该计数器开始做每一交流电源的频率或周期信号的累加计数,于累加计数至一预设计数值时调整单一阶发光亮度或色温且令该计数器归零,再重新计数累加至该预设计数值时又调整单一阶发光亮度或色温,如此继续重复上述动作,直到发光亮度或色温已达最亮、最暗、最高、最低或该控制单元的停止指令发生时,该计数器归零且停止累加计数。 Braking means to not detecting the power switch on within the time period the set switch meet preset number of times, so that the counter of the control unit to zero and stops counting up the counter, and the power switch is in the set switching the period number conforms to a predetermined, and is not correlated with the switching in the period of the switching operation before and after the period of time continuously, enabling the counter is started frequency or accumulated count cycle of each AC power supply, in the accumulated count to adjust a pre-designed value at a single stage emission brightness or color temperature and enabling the counter to zero, and then re-counts up to the pre-designed value time and adjust the single stage emission brightness or color temperature, so continue operation is repeated until the luminance and color temperature It has reached the brightest, darkest, maximum, minimum, or the control stop unit command occurs, the counter to zero and stops counting up.

[0019] 其中:该光感测器设于定位孔内,该定位孔位在该LED灯透光灯罩中,或壳体中,或灯框中,或套设于呈灯管型态的壳体中。 [0019] wherein: the light sensor is disposed in the positioning hole, the positioning holes in the LED lamp light-transmissive lamp housing, or the housing, or light box or sleeve provided as a tube type shell body.

[0020] 其中:该LED灯具有一个壳体,该壳体外围套设一个框条,该框条上设有一个沿着该LED灯表面延伸至该LED灯底部的弧形条,该光感测器设于该弧形条底端而位于该LED灯底部,该框条呈环型或C字型。 [0020] wherein: the LED lamp has a housing, the housing peripheral sleeve is provided a box section, provided with arcuate bands extending along the LED light surface to the bottom of the LED lamp of the frame strip, the photodetector detector provided on the arcuate bottom strip located the bottom of the LED lamp, the frame strip a ring or C-shaped.

[0021] 其中:该弧形条以固定方式或枢接方式设置于该框条上,且该光感测器通过框条达成电性连接。 [0021] wherein: the arcuate strip in a fixed manner or pivoted disposed on the frame strip, and the photo sensor is electrically connected to be achieved by frame strips.

[0022] 其中:该光感测器近缘设有阻拦部分光线照射该光感测器的贴纸。 [0022] wherein: the light sensor relatives with blocking sticker part of light illuminating the light sensor.

[0023] 其中:该光感测器近缘活动配置有能够启闭光线照射该光感测器的遮光元件;且其中该遮光元件上具有能够对应该光感测器的窗口。 [0023] wherein: the light sensor is closely related activities arranged light-blocking member capable of opening and closing the light irradiation of the light sensor; and having a window able to be of a light sensor on the shielding element.

附图说明 BRIEF DESCRIPTION

[0024]图1是本发明方法第一种实施例的流程方块图; [0024] FIG. 1 is a method of the present invention, a first flow block diagram of an embodiment;

[0025] 图2是本发明方法第二种实施例的流程方块图; [0025] FIG. 2 is a flow block diagram of a method according to the present invention a second embodiment;

[0026] 图3是本发明方法第三种实施例的流程方块图; [0026] FIG. 3 is a flow block diagram of a method according to the present invention a third embodiment;

[0027] 图4是本发明装置较佳实施例的配置示意方块图; [0027] FIG 4 is a configuration schematic block diagram of an embodiment of the present invention means the preferred embodiment;

[0028] 图5是本发明的一灯泡型LED灯的立体图; [0028] FIG. 5 is a bulb-type perspective view of the LED lamp of the present invention;

[0029] 图6是本发明的一崁灯型LED灯的立体图; [0029] FIG. 6 is a Down perspective view of a lamp type LED lamp of the present invention;

[0030] 图7是本发明的灯管型LED灯的立体图; [0030] FIG. 7 is a perspective view of an LED lamp of the lamp of the invention;

[0031 ] 图8是本发明的另一崁灯型LED灯的立体图; [0031] FIG. 8 is another down light type perspective view of the LED lamp of the present invention;

[0032] 图9是本发明的又一崁灯型LED灯的立体图; [0032] FIG. 9 is a further down light type perspective view of the LED lamp of the present invention;

[0033] 图1O是本发明的另一灯泡型LED灯的前视图; [0033] FIG. 1O is a front view of another lamp of the invention the LED lamp;

[0034] 图11是图10的附加实施型态的前视图; [0034] FIG. 11 is a front view of an additional embodiment patterns 10 of FIG;

[0035] 图12是图10的AA断面图; [0035] FIG. 12 is an AA sectional view of Figure 10;

[0036] 图13是图6的一附加实施型态的剖示图; [0036] FIG. 13 is a diagram of an additional embodiment patterns 6 a cross-sectional diagram;

[0037] 图14是图6的另一附加实施型态的剖示图; [0037] FIG. 14 is another additional embodiment patterns a cross-sectional diagram of Figure 6;

[0038] 图15是图7的一附加实施型态的局部立体图; [0038] FIG. 15 is a partial perspective view of an additional embodiment patterns 7;

[0039] 图16是图7的另一附加实施型态的局部立体图。 [0039] FIG. 16 is a partial perspective view of another additional embodiment patterns 7.

[0040]【主要元件符号说明】 [0040] The main reference numerals DESCRIPTION

[0041] I电源开关2控制单元21计数器 [0041] I power switch 2 control unit 21 counter

[0042] 3、3a、3b、3c、3d、3e LED 灯 [0042] 3,3a, 3b, 3c, 3d, 3e LED lights

[0043] 30、30a、30b、30c 调光灯组 [0043] 30,30a, 30b, 30c dimming lamps

[0044] 31驱动单元32、32b、32e壳体 [0044] 31 drive unit 32,32b, 32e housing

[0045] 33、33a、33e 透光灯罩34c、34d 灯框 [0045] 33,33a, 33e lampshade 34c, 34d bezel

[0046] 35、35a、35b、35c、35d 定位孔 [0046] 35,35a, 35b, 35c, 35d positioning holes

[0047] 36e穿孔或凹部4、4a、4b光感测器 [0047] 36e perforations or recesses 4,4a, 4b optical sensor

[0048] 5、5a框条51弧形条 [0048] 5,5a frame strip 51 curved strip

[0049] 52凸部6贴纸 [0049] 52 protrusions 6 stickers

[0050] 7、7a、7b遮光元件70塞管 [0050] 7,7a, 7b shielding member 70 plugs the tube

[0051] 71、71a、72a 窗口72 通口。 [0051] 71,71a, 72a window 72 port.

具体实施方式 Detailed ways

[0052] 请参阅图1所示,揭示出本发明第一种实施例的流程方块图,并配合图4说明本发明的同步调光方法包含下列实施步骤: [0052] Please refer to FIG. 1, reveal a first flow block diagram of an embodiment of the present invention, and with 4 described synchronization light control method of the present invention comprises the following embodiments the step of FIG:

[0053] 本发明有关于一种同步调光方法:对于一或数个灯源(图4的30,30a, 30b以及30c)进行同步渐进调光或调色温。 [0053] The present invention relates to a synchronization method of dimming: For one or several light sources (30, 30a of FIG. 4, 30b and 30c) synchronized gradual dimming or tone color temperature. 该色温高低的调整,包含至少一高色温光源与一低色温光源,由控制单元2分别控制至少两组光源分别的输出高低,即可令LED灯3整体发光的色温高低得以改变。 Adjusting the color temperature level comprising at least one high color temperature light source with a low color temperature light source by the control unit control the output level of the at least two light sources, respectively 2, to make the LED lamp 3 integrated emission color temperature level is changed. 本发明中各灯源的同步以各灯源的交流电源频率或周期作为同步计时的基准。 The present invention, each light source is synchronized to the AC power supply frequency or period of each light source as a reference synchronization timing.

[0054] 请参考图4,在该控制单元2中设定一第一类操作,指将至少一电源开关在一设定的时段内切换N次,且于该时段的前后的切换动作与该时段内的切换呈不连续的切换,其中N为设定的整数。 [0054] Please refer to FIG 4, a first type of operation is set in the control unit 2, refers to at least one power switch N times within a set period, and the switching operation of the period before and after the changes within the period discontinuously handover, where N is an integer set. 其中连续可定义为两次切换之间的间隔少于一预定的时间间隔。 Wherein the continuous define less than a predetermined time interval is the interval between two handovers. 如设定在三秒内对该电源开关作三次切换动作,且各个切换操作之间的间隔(包含切换动作时间)不超过1.5秒。 As set within three seconds for the switching operation of the power switch three times, and the interval between each switching operation (switching operation comprising a time) does not exceed 1.5 seconds. 所以当该电源开关在三秒内有符合上述定义的操作(三次切换),且与此三次切换相邻的另一次切换,其与该三次切换的时间间隔均大于1.5秒时,控制单元2即可认定此另一次切换与该三次切换属于不连续的切换,所以该三次切换符合上述定义的第一类操作。 Therefore, when the power switch is operated (switching times) as above defined in three seconds, and this three adjacent another switching switch that switches of the three time interval greater than 1.5 seconds, the control unit 2 i.e. It can be identified this another switching switch belonging to a discontinuous switching the three, so that three switching a first type of operation above defined.

[0055] 另外在该控制单元2中尚设定一第二类操作,指将至少一电源开关在一设定的时段内切换M次,且于该时段的前后的切换动作与该时段内的切换呈不连续的切换,其中M为设定的整数且不等于N。 [0055] Further still in the control unit 2 is set to a second class of operations, refers to at least one power switch M times within a set period, and the period within which the switching operation of the period before and after discontinuously switched handover, where M is an integer not set equal to N.

[0056] 下文说明本发明的操作如下,并请参考图1及图4,首先开启一电源开关I (步骤101),令一控制单元2进入自动调光模式而驱动LED灯3 (步骤102);该控制单元2的自动调光模式具有预设的数组发光亮度参数,所述发光亮度参数是指LED灯3未开启前的环境亮度与一预设理想发光亮度之间的亮度差距值。 [0056] Hereinafter described operation of the present invention is as follows, and refer to FIG. 1 and FIG. 4, first turn on a power switch I (step 101), so that a control unit 2 into the automatic light control mode to drive LED lamp 3 (step 102) ; the control unit 2 of the automatic light control mode has a predetermined array of parameters emission luminance, the emission luminance refers to the luminance parameter value of the gap between the ambient brightness in front of the LED lamp 3 is not turned over with a predetermined emission luminance.

[0057] 请参考图4,令控制单元2依据一光感测器4所感测的环境照度比对出一组发光亮度参数,而依据该组发光亮度参数自动调整LED灯3的发光亮度;所述控制单元2、LED灯3与光感测器4模组成一调光灯组30 ;在本实施例中,所述控制单元2、LED灯3及光感测器4可实施成数个,且控制单元2等数于LED灯3,因此所述控制单元2、LED灯3及光感测器4可构成数个调光灯组30、30a、30b、30c,而分别接受所述单一个电源开关I供电驱动。 [0057] Please refer to FIG. 4, the control unit 2 so that a photo sensor according to environmental illuminance sensed 4 than the emission luminance of a set of parameters, and automatically adjusted according to the parameters set emission luminance of the LED light emission luminance 3; the said control unit 2, LED lights 3 and the light sensor 4 composed of a die set 30 lamp dimmer; in the present embodiment, the control unit 2, LED lights 3 and the light sensor 4 may be implemented as a number, 2 and the number of the LED lamp, etc. the control unit 3, the control unit 2 and therefore, the LED lamp 3 and the light sensor 4 can constitute a plurality of dimming lamps 30,30a, 30b, 30c, respectively receiving said single I power switch power to the drive.

[0058] 该控制单元2可使用积分或采均值方法以连续缓慢变化的方式自动调整所述LED灯3的发光亮度,可避免发生光感测器4遭受外界事物(例如人影、光线晃动)干扰而使控制单元2忽明忽暗的调整LED灯3的发光亮度,以免造成使用者的不舒适。 [0058] The control unit 2 may be taken using an integrating means method or slowly varying continuous manner automatically adjusting the light emission luminance of the LED lamp 3, the light sensor can avoid interference suffered 4 things outside (e.g. figure, light shaking) the control unit 2 of the adjusting flickering LED light emission luminance of 3, to avoid user discomfort.

[0059] 请参考图1,当该电源开关被切换时,一控制单元用于检测该电源开关是否符合上述的第一类操作(步骤103)。 [0059] Please refer to FIG 1, when the power switch is switched, a control unit for detecting whether the power switch of the above-described first type of operation (step 103). 当该控制单元判断该项切换不为该第一类操作时,则流程回到步骤102。 When the control unit determines the handover for the first type of operation is not, the flow returns to step 102.

[0060] 当该控制单元判断该项切换为该第一类操作时,令该控制单元控制数个LED灯至少一特征作“启动”或“停止”的操作(步骤104)。 [0060] When the control unit determines that the switching operation of the first type, so that the control unit controls at least one of a plurality of LED lamps characterized as "start" or "stop" operation (step 104). 即如在动作状态即予停止,如在停止状态即予启动。 I.e. verdict as to stop in the operating state as starting in a stopped state verdict. 当完成上述操作后,则流程回到步骤103。 Upon completion of the above operation, the flow returns to step 103. 本发明中该至少一特征主要为亮度或色温。 The present invention is mainly characterized in that at least one of brightness or color temperature.

[0061] 当本发明中至少一特征指该数个LED灯的发光亮度的同步改变,如果该数个LED灯原发光亮度同步改变状态时,则停止发光亮度的同步改变;如果该数个LED灯原发光亮度并没有同步改变时,则启动发光亮度的同步改变。 [0061] When the present invention is meant that at least one characteristic of the plurality of LED light emission luminance changes in synchronism, if the plurality of LED light emission luminance of the original synchronization state changes, stops emission luminance changes in synchronization; if the number of when the original LED light emission luminance changes and is not synchronized, synchronous emission luminance change is initiated.

[0062] 在另一实施例中,至少一特征是指该数个LED灯的色温的同步改变,如果该数个LED灯原色温同步改变状态时,则停止色温的同步改变;如果该数个LED灯原色温并没有同步改变时,则启动色温的同步改变。 [0062] In another embodiment, at least one synchronization feature refers to changing the color temperature of the plurality of LED lamps, if the plurality of primary-color LED lamp temperature synchronization state changes, the color temperature is changed in synchronization stopped; if the number of when the primary-color LED lamp and the temperature changes are not synchronized, the synchronization of the color temperature change is initiated.

[0063] 请参考图2,其中显示本发明的另一实施例。 [0063] Please refer to FIG 2, there is shown another embodiment of the present invention. 在本实施例中除上述说明的第一类操作外,该控制单元尚检测该电源开关是否符合上述的第二类操作(步骤201)。 The first embodiment, in addition to the operation described above, the control unit detects that the power switch is still in line with said second type of operation (step 201) in the present embodiment. 当该控制单元判断该项切换不为该第二类操作时,则流程回到步骤102。 When the control unit determines the handover for the second type of operation is not, the flow returns to step 102. 当判断为该第二类操作时,令该控制单元控制一或数个LED灯至少一特征作“反向”的操作(步骤202),即如在调光由亮变暗或在调色温由高变低的状态时,即改变为由暗变亮或由低变高的状态,反之亦然。 When it is determined that the second type of operation, so that the control unit controls one or several LED lamps for operating at least one characteristic "reverse" (Step 202), i.e., as the dimming go dark in tone or color temperature when a high to low state, i.e., dark to light or by changing from low to high state, and vice versa. 当完成上述操作后,则流程回到步骤103。 Upon completion of the above operation, the flow returns to step 103.

[0064] 在第二类操作中,至少一特征可为该数个LED灯的发光亮度的同步改变,即如果该数个LED灯原发光亮度由亮变暗的状态时,即改变为由暗变亮的状态,反之亦然。 [0064] In the second type of operation, a feature may be that at least a number of synchronous changes emission luminance of the LED lamp, i.e., if the number of LED lights when the original light emission luminance by the darkened state, i.e., by changing the dark state becomes bright and vice versa. 在本发明的第二类操作中,至少一特征也可以是指该数个LED灯的色温调整方向的同步改变,SP如果该数个LED灯原色温是由高变低的状态时,即改变为由低变高的状态,反之亦然。 In the second class of operation of the present invention, at least one characteristic may be changed in synchronization refers to the adjustment direction of the color temperature of the plurality of LED lamps, SP LED lights if the plurality of primary colors by the high temperature state becomes low, i.e., changes by low to a high state, and vice versa.

[0065] 参考图3,其中说明本发明的另一实施例,本实施例是延伸图1所示的第一实施例的操作,唯第一实施例中特征之一是指色温,除了判断是否该系统在色温调整模式下,本发明尚包含另一特征,为亮度调整。 [0065] Referring to FIG 3, which illustrates another embodiment of the present invention, the present embodiment is an operation of the first embodiment shown in FIG. 1 extend, only one of the first embodiment wherein the embodiment refers to the color temperature, in addition to determining whether the system at a color temperature adjustment mode, the present invention comprises a still further feature, for the brightness adjustment.

[0066] 整体的操做方式为在上述的第一类操作中先判断是否在色温调整模式(300);如在该色温调整模式,该控制单元控制数个LED灯的色温的调整做“启动”或“停止”的操作,其方式与上述说明相同(步骤310)。 [0066] The entire operation described above to make way for a first type of operation in the first mode is determined whether the color temperature adjustment (300); as the color temperature adjustment mode, the control unit controls a plurality of adjusting the color temperature of an LED lamp do "start "or" stop "operation, the same manner as described above (step 310). 即如果该数个LED灯原色温同步改变状态时,则停止色温的同步改变;如果该数个LED灯原色温并没有同步改变时,则启动色温的同步改变。 I.e., if the number of primary-color LED lamp temperature change synchronization state, the synchronization changing the color temperature is stopped; if the number of primary-color LED lamp and the temperature changes are not synchronized, the synchronization of the color temperature change is initiated.

[0067] 当该数个LED灯不在色温调整模式时,且该数个LED灯原先发光亮度在同步改变状态时,则停止发光亮度的同步改变(步骤311);如果该数个LED灯原先发光亮度并没有同步改变时,则启动发光亮度的同步改变(步骤312)。 [0067] When the plurality of LED light is not color temperature adjustment mode, and the plurality of LED lamps original emission luminance when synchronizing changes state, the emission luminance changes in synchronism stopped (step 311); if the number of LED lights original emission when the luminance does not change the synchronization, the synchronization start emission luminance change (step 312).

[0068] 在本实施例中并设定一第二类操作,指将一电源开关在一设定的时段内切换M次,且于该时段的前后的切换动作与该时段内的切换呈不连续的切换,其中M为设定的整数且不等于N。 [0068] In the present embodiment, and a second type of operation is set, it refers to a power switch M times within a set period, and before and after the switching operation of the switching period as a time period is not within the continuous switching, where M is an integer not set equal to N. 于判断该电源开关的切换为第二类操作时(步骤320),则判断该数个LED灯是否在色温调整模式(321)。 Analyzing the power switch to switch the second type of operation (step 320), it is determined whether the number of LED lamp color temperature adjustment mode (321). 如该数个LED灯在色温调整模式,即退出色温调整模式(步骤322);反之,若该数个LED灯不在该色温调整模式,则判断LED灯是否已停止改变发光亮度(323)。 As the number of LED lamp color temperature adjustment mode, i.e., color temperature adjustment mode exit (step 322); otherwise, if the number is not in the LED lamp color temperature adjustment mode, it is judged whether the LED emission luminance change has stopped (323). 如亮度调整已停止,则进入色温调整模式(步骤324)。 The luminance adjustment is stopped, the process proceeds to the color temperature adjustment mode (step 324). 若该数个LED灯不在该色温调整模式,但正在调光中,则反转发光亮度改变的方向(步骤325),即如果该数个LED灯原调光中由亮变暗的状态,即改变为由暗变亮的状态,反之亦然。 Direction (step 325) If the number is not in the LED lamp color temperature adjustment mode, but is dimming, emission luminance change the reverse, i.e., if the number of LED light by the primary light dimming darkened state, i.e., dark to light by changing the state and vice versa.

[0069] 其中所述LED灯以最亮、最暗、前次关灯时的亮度的状态开始改变亮度或以最高的色温、最低的色温、前次关灯时的色温的状态开始改变色温。 [0069] wherein the LED lamp to the brightest, darkest, brightness when the previous status lights to start changing brightness or color temperature of the highest, the lowest color temperature, color temperature at the previous state of the lights begin to change the color temperature. 如此,可在多灯且无信号线连控的情况下,使所述LED灯3的调光起始点达到一致。 Under such circumstances, the lamp may be a multi-signal line is connected and no control of the dimming of the LED lamp starting point 3 reaches the same.

[0070] 该LED灯利用供电的交流电源的频率数或周期作为调光速率的同步计时基准,该控制单元于检测到该电源开关切换次数非为上述定义的第一类及第二类操作时,令该控制单元的一计数器归零,并停止该计数器的累加计数,且当该电源开关切换次数符合上述定义的第一类或第二类操作时,令该计数器开始依交流电源的频率数或周期进行累加计数,于累加计数至一预设计数值时调整单一阶发光亮度或色温且令该计数器归零,再重新计数累加至该预设计数值时又调整单一阶发光亮度或色温,如此继续重复上述动作,直到发光亮度或色温已达最亮、最暗、最高、最低或该控制单元的停止指令发生时,令该计数器归零且停止累加计数。 [0070] The number of frequency or period of the LED lamp using the power of the AC power as the dimming synchronization timing reference rate, the control unit to the power switch to the non-detected frequency is a first type as defined above and a second type of operation , a control unit enabling the counter to zero, and stops the count up of the counter, and when the first or second class type of operation of the power switching frequency above defined, enabling the counter start counting by the AC power source frequency or cycle count up to the count-adjusted to a single order pre-emission brightness or color temperature value at the design and enabling the counter to zero, counts up again to the pre-designed time and adjust the value of a single stage emission brightness or color temperature, so continue this operation is repeated until the light emission brightness or color temperature has reached the brightest, darkest, maximum, minimum, or the control stop instruction is issued, enabling the counter to zero and stops counting up unit.

[0071] 借助上述,可利用单一个电源开关I同步控制所述调光灯组30、30a、30b、30c,当其中任一调光灯组的控制单元2或LED灯3损坏时,其他调光灯组的控制单元2与LED灯3将不受影响,且各调光灯组的LED灯3能够分别接受其控制单元2调光。 [0071] When the above-described, may utilize a single power switch to control the dimming synchronization I lamps 30,30a, 30b, 30c, wherein when the control unit according to any one of the group dimming the lamp or LED lamp 2 by 3 damage, other modulation the control unit 2 and the light of the LED lamp set 3 will not be affected, and each group dimming the LED lamps 3 which can receive the dimming control unit 2, respectively.

[0072] 请参阅图4所示,揭示出本发明可同步调光的发光装置较佳实施例的配置示意方块图,说明本发明的装置包含数个LED灯3、一个或一个以上的光感测器4、至少一控制单元2及一电源开关I ;其中: [0072] Please refer to FIG. 4, a schematic block diagram showing a configuration disclosed in the preferred embodiment of the light emitting device of the present invention may be synchronized dimming, note 3, a light-sensing device of the present invention comprises a plurality of LED lamp or a more detector 4, at least one of a power unit 2 and the switch control I; wherein:

[0073] 所述光感测器4分别配置于各该LED灯3上或近缘。 [0073] The optical sensor 4 are disposed in each of the LED lamp 3 on or relatives.

[0074] 该LED灯3具有相连通的一壳体32及一透光灯罩33 (如图5所示),该LED位于透光灯罩33内,且光感测器4位于透光灯罩33内。 [0074] The LED lamp 3 has a housing 32 communicating and a transparent cover 33 (FIG. 5), the LED located in the lampshade 33 and the light sensor 4 is located in the lampshade 33 .

[0075] 该壳体32内具有一LED的驱动单元31,而电性连接LED,该控制单元2包含有检测电路及逻辑电路,且控制单元2实际上可模组于驱动单元31内,而使控制单元2电性连接LED灯3及光感测器4,所述控制单元2、LED灯3及光感测器4可构成数个调光灯组30、30a、30b、30c。 [0075] The housing 32 has an LED driving unit 31, and is electrically connected to the LED, the control unit 2 includes a detection circuit and a logic circuit, and the control unit 2 may in fact be the module 31 to the drive unit, and 2 so that the control unit is electrically connected to the LED lamp 3 and the light sensor 4, the control unit 2, the LED lamp 3 and the light sensor 4 can constitute a plurality of dimming lamps 30,30a, 30b, 30c.

[0076] 该电源开关I可利用原有电源线路而电性连接于所述控制单元2与一交流电源之间。 [0076] I can use the power switch electrically connected to said control unit and an AC power source 2 between the existing power line.

[0077] 如此,能够经由开启电源开关I及上述定义的第一及第二类操作,而同步驱动所述调光灯组30、30a、30b、30c的控制单元2与光感测器4,进而同步控制所述调光灯组30、30a、30b、30c的LED灯3,其余实施方式等同于上述实施例。 [0077] Thus, it is possible via the power switch is turned I as defined above and the first and second type of operation, and the synchronous driving of the dimmer lamps 30,30a, 30b, 30c of the control unit 2 and the light sensor 4, Further the synchronous control dimming lamps 30,30a, 30b, 30c of the LED lamp 3, the rest of the embodiment is equivalent to the above-described embodiments.

[0078] 借助上述,该控制单元2能够依据光感测器4所感测的光线亮度,而自动调整LED灯3的发光亮度,并能随时经由电源开关I手动调整LED灯3的发光亮度。 [0078] The, the control unit 2 can according to the light intensity of the light sensed by the sensor 4, and automatically adjust the light emission luminance LED 3 and the LED lamp can be adjusted at any time via the emission luminance 3 I by means of manual power switch.

[0079] 以下进一步说明本发明的调光装置的具体实施方式: [0079] The following further illustrate the dimming device of the present invention DETAILED DESCRIPTION:

[0080] 实施时,该LED灯3、3a可为灯泡或崁灯型态(如图5及图6所示),且透光灯罩33、33a上设有一朝向下方的定位孔35、35a,该光感测器4设于定位孔35、35a内。 [0080] When the embodiment, the LED lamp may be a light bulb or 3,3a down light patterns (FIGS. 5 and 6), and a positioning hole facing the bottom 35,35a is provided on the transparent cover 33, 33a, the light sensor 4 is provided in the positioning hole 35,35a.

[0081 ] 实施时,该LED灯3b亦可为灯管型态(如图7所示),且LED灯3b单一侧的一壳体32b上设有一朝向下方的定位孔35b,该光感测器4设于定位孔35b内。 [0081] When the embodiment, the LED light bulb may also be patterns 3b (FIG. 7), and positioned below a hole 35b toward the housing 32b is provided on a single side of the LED lamp 3b, the light-sensing 4 is disposed in the positioning hole 35b.

[0082] 实施时,该LED灯3c、3d炭置于一呈圆形、矩形或其他形状的灯框34c、34d内(如图8及图9所示),且灯框34c、34d上设有一个或一个以上朝向下方的定位孔35c、35d,该光感测器4设于定位孔35c、35d内。 [0082] When the embodiment, the LED lamp 3c, 3d charcoal placed in a circular, rectangular or other shaped lamp frame 34c, 34d within (FIGS. 8 and 9), and the lamp box 34c, 34d provided on one or more towards the bottom of the positioning hole 35c, 35d, the photo sensor 4 is provided in the positioning holes 35c, the 35d.

[0083] 实施时,该LED灯3e的散热壳体32e与透光灯罩33e衔接而呈灯泡型态(如图10所示),且壳体32e外围亦可套设一呈圆环型的框条5,而使框条5邻近透光灯罩33e,该框条5可具有弹性,且框条5上设有一沿着LED灯3e的透光灯罩33e表面延伸至LED灯3e底部的弧形条51,该光感测器4设于弧形条51底端而位于LED灯3e底部;如此,以简化结构且方便安装。 [0083] When the embodiments, heat dissipation of the LED lamp housing 3e and 32e and the transparent cover 33e as a lamp adapter patterns (FIG. 10), and the peripheral housing 32e also disposed a sleeve circular ring shaped frame Article 5, the frame adjacent the transparent cover 33e Article 5, the block 5 may have an elastic strip, and provided with an extension 3e of the LED along a light transmissive envelope surface 33e to the bottom of the LED light strip 3e arcuate frame bar 5 51, the photo sensor 4 is provided on the bottom end of the curved section at the bottom of the LED 51 and 3E; so, to simplify the structure and easy to install. 或者,该框条5a亦可呈C字型(如图11所示)。 Alternatively, the frame may form a C-shaped strip 5a (as shown in Figure 11).

[0084] 此外,该弧形条51的顶端也能够以枢接方式设置于框条5、5a上;或者,该弧形条51亦可具备弹性,使用时可先调整弧形条51底端弹性摆动至框条5、5a外侧,以便框条5、5a由上而下或由两侧往轴心方向套置于壳体32e外围。 [0084] In addition, the arcuate top bar 51 also can be disposed on the pivoted frame section 5,5a; Alternatively, the strip 51 also includes a resilient arcuate, the bottom end of the arcuate section can be adjusted to 51 using swinging the elastic strip to the outer frame 5,5a, 5,5a strip from top to bottom in order to block or to both sides of the axial direction by the sleeve 32e disposed in the housing periphery.

[0085] 该壳体32e双侧分别形成相对称的二穿孔或凹部36e (如图12所示),该框条5内壁形成有相对称的二凸部52,当框条5由上而下套置于壳体32e外围时,而使所述凸部52分别扣入穿孔36e内,以定位框条5于壳体32e外围;该穿孔36e连通壳体32e内部,可供给光感测器4的电源与信号线经由穿孔或凹部36e进入壳体32e内部,而连接控制单元2。 [0085] The double-sided housing 32e are formed two perforations or recesses 36e symmetrical (see Figure 12), the inner wall of the box section 5 has two symmetrical convex portion 52 is formed, when the top-down box section 5 when the sleeve is placed a peripheral housing 32e, so that the projection 52 snap into the perforations 36e respectively, to position the frame section 5 to the periphery of the housing 32e; 36e communicating the inner housing perforations 32e, the light sensor 4 can be supplied the power supply and signal line 32e via the perforations into the interior of the housing or recess portion 36e, the control unit 2 is connected.

[0086] 实施时,该光感测器4a亦可内缩于定位孔35a内(如图13所示),且定位孔35a上可贴覆一半透光贴纸6,而使贴纸6位于光感测器4a近缘,能够阻拦部分光线照射光感测器4a,借以调节光感测器4a在感光接收上的光照强度。 [0086] When the embodiments, the optical sensor 4a which can shrink in the positioning hole 35a (FIG. 13), and the positioning can be attached to cover half of the light-transmitting hole 35a sticker 6, 6 located on the light-sensitive stickers detector 4a relatives can block part of the light irradiation light sensor 4a, thereby adjusting the light intensity of the light sensor 4a on the photosensitive received.

[0087] 实施时,该定位孔35a上亦可活动配置一能够启闭外界环境光线经由定位孔35a照射光感测器4a的遮光元件7 (如图14及图15所示),而使遮光元件7位于光感测器4a近缘,且遮光元件7上具有一能够对应定位孔35a及光感测器4a的窗口71。 [0087] When the embodiment, the positioning hole 35a may also be a configuration capable of opening and closing events ambient light 35a via the irradiation light shielding element positioning hole 4a of the sensor 7 (FIG. 14 and FIG. 15), the light-shielding a light sensor element 7 located 4a relatives, and having a light-shielding member can correspond to the positioning holes 35a and 4a of the light sensor 71 on the window 7. 本发明中可设置遮光元件7为可转动者。 The present invention may be provided to the light-shielding member 7 are rotatable. 通过调整所述遮光元件7的的位置,进而控制光感测器4a经由窗口对外界的开启量。 By adjusting the position of the light shielding member 7, thereby controlling the opening amount of the outside light sensor 4a via the window.

[0088] 实施时,该遮光元件7a亦可呈套管型态(如图16所示),且遮光元件7a套设于呈灯管型态的LED灯3b单一侧的壳体32b上,并能够遮蔽于壳体32b的定位孔35b上;经由转动遮光元件7a而调整窗口72a与定位孔35b之间的相对位置,进而控制光感测器4通过定位孔35b与窗口72a对外界的开启量,借以遮蔽部分光线照射光感测器4。 When the [0088] embodiment, the light-shielding member 7a sleeve also showed patterns (Figure 16), and the light-shielding member 7a is provided on the housing sleeve 32b as a lamp type LED lamp 3b of a single side, and It can be shielded over the positioning holes 35b of the housing 32b; via the light-shielding member 7a is rotated to adjust the relative position between the window 72a and the positioning hole 35b, thereby controlling the light sensor 4 through the positioning hole 35b and the window 72a of the opening amount of the outside , thereby shielding part of the light irradiation light sensor 4.

[0089] 实施时,所述窗口71a、72a可呈圆形、狭长形或三角形。 [0089] When the embodiments, the windows 71a, 72a may be circular, elongated or triangular.

[0090] 相较于先前技术,本发明具有优点如下:1.可于开灯后立即进行智能自动调整发光亮度,并可手动同步渐进调整发光亮度或色温,而改善安装与使用上的便利性及舒适性,同时节省能源。 [0090] Compared to the prior art, the present invention has the following advantages: 1 may be performed immediately after turn-on smart automatically adjust brightness, adjust and manually synchronize the progressive emission brightness or color temperature, while improving the convenience of installation and use and comfort, while saving energy. 2.能以单一电源开关同步控制数组LED灯,因此在操作上相当人性化,且当其中任一组LED灯损坏时,其他LED灯的调控将不受影响。 2. The synchronous control can switch to a single power LED lamp array, thus very user-friendly in operation, and wherein when any damage to a group of LED lamps, LED lights other regulation will not be affected. 3.各LED灯能够依照所处位置的环境亮度分别调整发光亮度,而使各处光线亮度能够调整一致,因此能为同一空间的许多位置调节出适当的照度。 3. The LED lamp can be adjusted according to the ambient brightness, respectively, the location of the emission luminance, the light intensity can be adjusted throughout the same, it is possible to adjust an illuminance suitable for many locations in the same space. 4.在无外加信号配线与装置的情况下,能精确达成同步调整数个LED灯的亮度及色温。 4. In the absence of an applied signal wires and the case where the apparatus can accurately achieve synchronization adjustment LED lights brightness and color temperature. 5.因无需外挂控制装置或信号配线,亦无需施工故可直接替换市面原有的无调光功能的灯泡、灯管或灯具,因此更容易普及达成节能减碳的目的。 The result of the control device without plug or signal wiring, it can alternatively also be directly without the construction of the existing market without dimming function bulbs, fluorescent tubes or lamps, making it easier to achieve the object of the popularity of carbon reduction. 6.能依使用者的喜好所需,可方便的调整适当的色温,同时又能在喜好的色温状态下调整LED灯的发光亮度,除便利外更提升了光照品质。 6. The energy required by the user preferences, can be easily adjusted to an appropriate color temperature, while adjusting the light emission luminance of the LED lamp in the color temperature of preference, in addition to the quality of light but also enhance the convenience.

[0091] 综上所陈,仅为本发明的较佳实施例而已,并非用以限定本发明;凡其他未脱离本发明所揭示的精神下而完成的等效修饰或置换,均应包含于本发明的保护范围内。 [0091] In summary the Chen, merely preferred embodiments of the present invention only, not intended to limit the present invention; all others without departing from the spirit of the invention disclosed completed equivalent modifications or substitutions shall be included in the within the scope of the present invention.

Claims (9)

1.一种同步调光方法,用于对至少一个灯源进行同步调光或调色温,各灯源的同步是以各灯源的交流电源频率或周期作为同步计时的基准;该方法包含: 设定一个第一类操作,是指将至少一电源开关在一个设定的时段内切换N次,且于该时段的前后的切换动作与该时段内的切换呈不连续的切换,其中N为设定的整数; 使用一控制单元检测该电源开关是否符合上述的第一类操作; 于判断为该第一类操作时,令该控制单元同步控制数个LED灯至少一特征作“启动”或“停止”的操作,即如在动作状态即予停止,如在停止状态即予启动,该至少一特征为亮度或色温; 该方法还包含: 设定一个第二类操作,指将至少一电源开关在一个设定的时段内切换M次,且于该时段的前后的切换动作与该时段内的切换呈不连续的切换,其中M为设定的整数且不等于N ; 使用一控 A dimming synchronization method for synchronizing the at least one light source dimming or color temperature adjustment, the ac line frequency or period of each light source is synchronized in each of the light sources as a timing reference synchronization; the method comprising : setting a first type of operation, refers to at least one power switch N times in a set period, and the switching operation of the period before and after switching discontinuously within the switching period, wherein N setting an integer; using a switch of the power control unit detects whether the above-described first type of operation; when the first type of operation that is determined to make the synchronization control unit controls the plurality of LED lamps for the at least one feature of "start" or "stop" operation, i.e., as stopped forthwith in the operating state as starting in a stopped state verdict, wherein the at least one brightness or color temperature; the method further comprising: setting a second-type operation, at least one means power switch within a time period set by M times, and the switching operation of the period before and after switching discontinuously within the switching period, where M is an integer not equal to the set N; controlled using a 单元检测该电源开关是否符合上述的第二类操作;于判断为该第二类操作时,令该控制单元控制一或数个LED灯至少一特征作“反向”的操作,即如在调光由亮变暗或在调色温由高变低的状态时,即改变为由暗变亮或由低变高的状态,反之亦然; 其中该LED灯利用供电的交流电源的频率或周期作为调光速率的同步计时基准,该控制单元于检测到该电源开关切换次数非为上述定义的第一类及第二类操作时,令该控制单元的一计数器归零,并停止该计数器的累加计数,且当该电源开关切换次数符合上述定义的第一类或第二类操作时,令该计数器开始依交流电源的频率数或周期进行累加计数,于累加计数至一预设计数值时调整单一阶发光亮度或色温且令该计数器归零,再重新计数累加至该预设计数值时又调整单一阶发光亮度或色温,如此继续重复上述动作 The unit detects whether the power switch of said second type of operation; in that the second type of operation is determined, the control unit controls so that a plurality of LED lamps or the at least one characteristic as a "reverse" operation, i.e., as adjusted light dimming or color temperature adjustment high to low state, i.e. changed from dark to light or by a low to high state and vice versa by the light; wherein the LED lamp using a frequency or period of the AC power supply as a synchronization timing reference dimming rate, the control unit detects that the power switch in the switching frequency as defined above for the non-first class and the second class of operation, so a counter of the control unit to zero and stops the counter accumulated count, when the first type and second type of operation or the switching frequency of the power line with the above definition, enabling the counter to start counting up the number depending on the frequency or cycle of the AC power supply, adjustment in the accumulated count value to a pre-designed single stage emission brightness or color temperature and enabling the counter to zero, counts up again to the pre-designed time and adjust the value of a single stage emission brightness or color temperature, so the operation continues to repeat 直到发光亮度或色温已达最亮、最暗、最高、最低或该控制单元的停止指令发生时,令该计数器归零且停止累加计数。 Until light emission brightness or color temperature has reached the brightest, darkest, maximum, minimum, or the control unit is stopped when an instruction occurs, enabling the counter to zero and stops counting up.
2.如权利要求1所述同步调光方法,其特征在于:该至少一特征是指该数个LED灯的发光亮度的同步改变,即如果该数个LED灯原发光亮度同步改变状态时,则停止发光亮度的同步改变;若该数个LED灯原发光亮度并没有同步改变时,则启动发光亮度的同步改变。 2. The synchronization method of dimming according to claim 1, wherein: the at least one synchronization feature refers to the emission luminance change several LED lamp, i.e., if the number of primary LED light emission luminance change state synchronization , synchronous emission luminance change is stopped; if the number of primary LED light emission luminance changes and is not synchronized, synchronous emission luminance change is initiated.
3.如权利要求1所述同步调光方法,其特征在于:该至少一特征是指该数个LED灯的色温的同步改变,即如果该数个LED灯原色温同步改变状态时,则停止色温的同步改变;如果该数个LED灯原色温并没有同步改变时,则启动色温的同步改变。 3. The synchronization method of dimming according to claim 1, wherein: the at least one synchronization feature refers to the number of changing the color temperature of the LED lamp, i.e., if the number of primary-color LED lamp temperature changes state synchronization is stopped changing the color temperature of the synchronization; if the number of primary-color LED lamp and the temperature changes are not synchronized, the synchronization of the color temperature change is initiated.
4.如权利要求1所述同步调光方法,其特征在于:该至少一特征是指该数个LED灯的发光亮度的同步渐进改变,即若该数个LED灯原发光亮度由亮变暗的状态时,即改变为由暗变亮的状态,反之亦然。 4. The synchronization method of dimming according to claim 1, wherein: the at least one synchronization feature refers to the progressive change of the emission luminance of a plurality of LED lamp, i.e., if the original emission luminance variations of the light by the plurality of LED lights dark state, i.e., by changing the state of dark to light and vice versa.
5.如权利要求1所述同步调光方法,其特征在于:该至少一特征是指该数个LED灯的色温的同步渐进改变,即若该数个LED灯原色温是由高变低的状态时,即改变为由低变高的状态,反之亦然。 5. The synchronization method of dimming according to claim 1, wherein: the at least one synchronization feature refers to the progressive variation in the color temperature of the plurality of LED lights, i.e., if the number of primary-color LED lamp by a high temperature becomes low state, i.e., by changing the low to high state, and vice versa.
6.如权利要求3所述同步调光方法,其特征在于:该至少一特征还包括另一特征,为亮度调整;于第一类操作中先判断是否在色温调整模式;当该数个LED灯并不在色温调整模式时,且该数个LED灯原发光亮度同步改变状态时,则停止发光亮度的同步改变;若该数个LED灯原发光亮度并没有同步改变时,则启动发光亮度的同步改变。 6. The method of dimming synchronization claim 3, characterized in that: further comprising at least one feature to another feature, the brightness adjustment; first in a first operation type is determined whether the color temperature adjustment mode; when the plurality of LED when the color temperature of the lamp is not the adjustment mode, and the plurality of LED light emission luminance when the original synchronization state changes, stops emission luminance changes in synchronization; if the number of primary LED light emission luminance does not change the synchronization, the light emission start change the brightness of synchronization.
7.如权利要求6所述同步调光方法,其特征在于:并设定一个第二类操作,是指将一电源开关在一个设定的时段内切换M次,且于该时段之前后的切换动作与该时段内的切换呈不连续的切换,其中M为设定的整数且不等于N ; 于判断为该第二类操作时,如该数个LED灯在色温调整模式,即退出色温调整模式;反之,若该数个LED灯不在该色温调整模式,且亮度调整已停止,则进入色温调整模式; 若该数个LED灯不在该色温调整模式,但正在调光中,则反转发光亮度改变的方向,SP若该数个LED灯原调光中由亮变暗的状态,即改变为由暗变亮的状态,反之亦然。 As claimed in claim 6 dimming synchronization method, comprising: setting and a second type of operation, it refers to a power switch M times within a set period of time, before and after the period switching operation of switching in the switching period discontinuously, where M is an integer not equal to the set N; in that the second type of operation is determined, if the number of LED lamp color temperature adjustment mode, i.e., the color temperature of exit adjustment mode; otherwise, if the number is not in the LED lamp color temperature adjustment mode, and the brightness adjustment is stopped, the process proceeds to the color temperature adjustment mode; if the number is not in the LED lamp color temperature adjustment mode, the dimmer is in the reverse changing the direction of emission luminance, SP if the original number of LED lights by dimming light darkened state, i.e. a state change by the dark to light and vice versa.
8.如权利要求1所述同步调光方法,其特征在于:所述LED灯以最亮、最暗、前次关灯时的亮度的状态开始改变亮度或以最高的色温、最低的色温、前次关灯时的色温的状态开始改变色温。 8. The synchronization method of dimming according to claim 1, wherein: the LED lamp to the brightest, darkest, brightness when the previous status lights to start changing brightness or color temperature of the highest, the lowest color temperature, color temperature of the previous state when the lights begin to change color temperature.
9.如权利要求1所述同步调光方法,其特征在于:当该电源开关切换次数非为上述定义的第一类及第二类操作时或开启该电源开关时,可令所述控制单元分别驱动该LED灯,该控制单元依据该LED灯上的一光感测器所感测的环境亮度,而自动调整该LED灯的发光亮度。 9. The synchronization method of dimming according to claim 1, wherein: when the first type and second type of operation of the power switch for the number of non defined above or the power switch is turned on, the control unit can make the LED lamps are driven, the control unit according to a light sensor on the sensed ambient brightness LED light sensed, and automatically adjust the light emission luminance of the LED lamp.
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