CN102821519A - Illuminating device and method - Google Patents

Illuminating device and method Download PDF

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Publication number
CN102821519A
CN102821519A CN2012102766961A CN201210276696A CN102821519A CN 102821519 A CN102821519 A CN 102821519A CN 2012102766961 A CN2012102766961 A CN 2012102766961A CN 201210276696 A CN201210276696 A CN 201210276696A CN 102821519 A CN102821519 A CN 102821519A
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China
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unit
field
brightness
luminance
control unit
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CN2012102766961A
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Chinese (zh)
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曹建军
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湖北天罡投资有限公司
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Priority to CN2012102766961A priority Critical patent/CN102821519A/en
Publication of CN102821519A publication Critical patent/CN102821519A/en

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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B20/00Energy efficient lighting technologies
    • Y02B20/40Control techniques providing energy savings
    • Y02B20/42Control techniques providing energy savings based on timing means or schedule

Abstract

An illuminating device comprises an illuminating unit, a field brightness collecting unit, a power driving unit, a setting unit and a control unit; the all the field brightness collecting unit, the power driving unit and the setting unit are connected with the control unit; the power driving unit is connected with the illuminating unit; and the control unit comprises a delay module.

Description

ー种照明装置和方法技术领域ー species illuminating device and method Technical Field

[0001] 本设计涉及ー种照明装置,尤其是一种可以自动调节的照明装置。 [0001] The present design relates ー illumination device in particular, a lighting device can be automatically adjusted.

[0002] [0002]

技术背景 technical background

[0003] 在除照明装置以外的因素导致光线变化的视场中,恒定不变的照明装置无法维持视场中亮度的稳定,这就需要照明装置能够实现照度的自动调节,类似的技术披露有中国专利95245445-自动调光台灯、200820158383-自动调光台灯、91226903-自动调光器等。 [0003] In the field of factors other than the illumination apparatus results in light changes, the constant illumination device can not maintain stable brightness of the field of view, which requires an illumination device can automatically adjust the illumination, there is disclosed a similar technology Chinese Patent 95245445- automatic lamp dimmer, 200820158383- automatic lamp dimmer, the dimmer automatically 91226903- the like. 但具体应用中存在如下问题:当视场中有短暂的亮度扰动时,这种扰动其实是人眼所可以忍受的,甚至这种扰动就对应了ー些有意义的视觉信息,比方说大块的物体进入视场,这个信息是不应该被削弱的,上述技术会导致照明装置的输出呈现“反向补偿”,削弱了上述视觉信息,并可能造成照明设备的振荡和不稳定。 But there is a specific application of the following questions: When there is a short field of view of brightness disturbance, the disturbance is in fact the human eye can tolerate, and even the disturbance corresponds ー on some interesting visual information, for example chunks object enters the field of view, this information should not be impaired, the above-described techniques may result in the output of the lighting device exhibits "reverse compensation", weakening of the visual information, and may cause oscillations and instability lighting device.

[0004] 另外,在光线的光谱较窄、颜色饱和度较大的视场中,人眼容易疲劳。 [0004] Further, in the narrow spectrum of light, color saturation, a larger field of view, eye fatigue.

[0005] [0005]

技术方案产品类方案: Technical Solution Program product categories:

亮度自动调节: Automatic adjustment of brightness:

方案I :ー种照明装置,包括照明単元,视场亮度采集单元,功率驱动单元,设置单元,控制单元;视场亮度采集单元、功率驱动单元、设置单元均与控制单元相连,功率驱动单元与照明単元相连;控制单元中包括延时模块,时间常数是0. 5^500秒,优选为2〜50秒,更优选为2〜15秒,最优选为2飞秒或6〜10秒。 Scheme I: ー illumination device comprising an illumination radiolabeling element, the field brightness acquisition unit, a power drive unit, a setting unit, a control unit; field brightness acquisition unit, a power drive unit, the setting unit are connected to the control unit, the power drive unit radiolabeling connected lighting element; the control unit comprises a delay module, the time constant is 0.5 ^ 500 seconds, preferably 2~50 seconds, and more preferably 2~15 seconds, and most preferably 2 or femtosecond 6~10 seconds.

[0006] 这种方案的好处是:可以根据环境亮度调节照明功率,让亮度保持平稳,适合人眼视觉需要,尤其是对亮度调节加了延时,避免视场中的光线短暂扰动、避免了输出功率的大幅度振荡、避免了对输出功率的过调节,设置単元便于用户现场设置设备的工作參数,例如亮度參考值。 Benefits [0006] This scheme is: can adjust the lighting power according to ambient brightness, so that the brightness remained stable, suitable for human visual needs, especially for adjusting brightness added delay, prevent light brief disturbances in the field of view, to avoid the substantial oscillation output power, to avoid over-adjust the output power is provided to facilitate the radiolabeling membered user set field device operating parameters, such as brightness reference value.

[0007] [0007]

两种以上色彩光源自动调节: Automatic adjustment of two or more color light sources:

方案2 : —种如方案I所述的装置,特征是所述照明単元包括两种以上顔色的照明子单元,所述亮度采集单元为彩色亮度采集単元。 Scheme 2: - means I according to Scheme species, wherein said illumination unit comprises an illumination sub-unit radiolabeling of two or more colors, the brightness acquisition unit radiolabeling element is a color intensity.

[0008] 这种方案的好处是:通过加法混色原理,可以对应视场中不同颜色的光线的缺失来予以对应的补偿,两种颜色是可以产生“改变颜色”效果的最低要求,三种颜色较好,最好是三原色,三原色的选择有无穷多种,而平常最常用的则是红绿蓝三原色。 Benefits [0008] This embodiment is: by additive color mixing principle of light may correspond to deleted the field of view to be corresponding to a different color compensation, two colors may be produced the minimum requirement "change color" effect, three colors and, most preferably three primary colors, RGB infinite variety of choices, and usually the most common is the red, green and blue.

[0009] [0009]

三种颜色光源自动调节: Automatic adjustment of light of three colors:

方案3 :—种如方案I所述的装置,特征是所述照明単元包括三种颜色的照明子単元,这三种颜色是三原色,所述亮度采集单元为彩色亮度采集単元。 Scheme 3: - I said kind of apparatus as described in Scheme I, wherein the lighting element illumination sub radiolabeling radiolabeling element comprises three colors, three colors are primary colors, the brightness acquisition unit radiolabeling element is a color intensity. [0010] 这种方案的好处是:如上所述。 Benefits [0010] This approach is: as described above.

[0011] [0011]

红绿蓝顔色光源自动调节: Red, green and blue color light sources automatic adjustment:

方案4 :一种如方案I所述的装置,特征是所述照明単元包括红绿蓝三种颜色的照明子単元,所述亮度采集单元为彩色亮度采集単元。 Scheme 4: A device as claimed in Scheme I, wherein the illumination element comprises radiolabeling three colors of red, green and blue illumination sub radiolabeling element, the brightness acquisition unit radiolabeling element is a color intensity.

[0012] 这种方案的好处是:如上所述。 Benefits [0012] This approach is: as described above.

[0013] [0013]

照明元件的各种选择: Selecting various lighting elements:

方案5 : —种如方案I所述的装置,特征是所述照明单元是LED、白炽灯、荧光灯、卤钨灯、钠灯或有机EL发光元件。 Scheme 5: - means such as Scheme I of the species, characterized in that the lighting unit an LED, incandescent, fluorescent, halogen, sodium, or organic EL light emitting element.

[0014] 这种方案的好处是:可以利用各种光源对应的优点。 Benefits [0014] This scheme is: may utilize various light sources corresponding advantages.

[0015] [0015]

彩色照明元件是白炽灯十滤光片或彩色LED Incandescent lighting element color filter or a color LED ten

方案6 : —种如方案2,3或4所述的装置,特征是所述照明子单元是对应颜色的LED,或所述照明子単元是白炽灯加对应颜色的滤光片。 Scheme 6: - The kinds of programs of the devices 2, 3 or 4, wherein said illumination sub-unit is a color corresponding to the LED, or an incandescent illumination sub-membered radiolabeling plus the corresponding color filters.

[0016] 这种方案的好处是:LED低耗、长寿,而白炽灯便宜。 Benefits [0016] This approach is: LED low power consumption, long life, and incandescent cheap.

[0017] [0017]

亮度采集单元是摄像头、光敏ニ极管 Brightness acquisition unit is a camera, the photosensitive diodes ni

方案7 : —种如方案I所述的装置,特征是所述视场亮度采集单元是摄像头或光敏ニ极管。 Scheme 7: - species, such as Scheme I of the device, wherein the acquisition unit is a field luminance camera or light sensitive diode ni.

[0018] 这种方案的好处是:摄像头和光敏ニ极管都能采集亮度信号。 Benefits [0018] This scheme is: Ni camera and the photosensitive diodes can capture the luminance signal.

[0019] [0019]

彩色亮度采集单元是彩色摄像头、光敏ニ极管+对应颜色的滤光片方案8 : —种如方案2,3或4所述的装置,特征是所述视场亮度采集单元是彩色摄像头或光敏ニ极管加对应颜色的滤光片。 Color brightness acquisition unit is a color camera, the photosensitive diodes Ni + color filters corresponding to Scheme 8: - The kind of embodiment of the device according to 2, 3 or 4, characterized in that the acquisition unit is a field luminance or photosensitive color camera ni diode plus the corresponding color filters.

[0020] 这种方案的好处是:彩色摄像头可以充分分析视场中不同位置不同顔色的亮度分布,可以实现其他机器视觉功能,光敏ニ极管加对应颜色的滤光片便宜、小巧能耗低。 [0020] The advantage of this embodiment is that: a color camera can be sufficiently analyzed in luminance field distributions of different colors in different positions, may implement other machine vision functions, the photosensitive diodes plus ni corresponding color filters cheap, compact and low power consumption .

[0021] [0021]

方法类方案: Method in class solutions:

亮度自动调节方法: Automatic brightness adjustment method:

方案9 :ー种照明方法,包括以下步骤: Scheme 9: Species ー illumination method, comprising the steps of:

用视场亮度采集单元采集视场的亮度信号,由控制单元将此信号跟期望值比较,若有偏差,则给亮度控制单元发出补偿信号,而亮度控制单元据此调整输出到照明単元的功率,改变视场亮度。 Field luminance with a luminance signal acquisition unit field of view, this signal is compared by the control unit with the expected value, if deviation, to the brightness control unit issues a compensation signal, and outputs the brightness control unit adjusted accordingly power to the illumination element radiolabeling, luminance change the field of view.

[0022] 这种方案的好处是:同方案I。 Benefits [0022] This approach is: with program I.

[0023] [0023]

两种以上色彩光源自动调节方法: Two or more light method for adjusting the color:

方案10 :—种照明方法,包括以下步骤: Scheme 10: - kind of lighting method, comprising the steps of:

通过调节不同顔色的照明単元的亮度来调节视场中的顔色和亮度,包括对应两种以上顔色的步骤,对应每种颜色的步骤包括: Adjusting the color and brightness of the field of view by adjusting the brightness of different colors radiolabeling lighting element, comprising the step corresponding to the two or more colors, each color corresponding to the steps comprising:

用视场亮度采集单元采集视场的亮度信号,由控制单元将此信号跟期望值比较,若有偏差,则给亮度控制单元发出补偿信号,而亮度控制单元据此调整输出到照明単元的功率,改变视场亮度。 Field luminance with a luminance signal acquisition unit field of view, this signal is compared by the control unit with the expected value, if deviation, to the brightness control unit issues a compensation signal, and outputs the brightness control unit adjusted accordingly power to the illumination element radiolabeling, luminance change the field of view.

[0024] 这种方案的好处是:同方案2。 Benefits [0024] of this program are: 2 with the program.

[0025] [0025]

三种颜色光源自动调节: Automatic adjustment of light of three colors:

方案11 :ー种照明方法,包括以下步骤: Scheme 11: ー kinds of lighting, comprising the steps of:

包括对应三原色的三组步骤,每组步骤包括: Includes three sets of three primary colors corresponding to the step, each step comprising:

用视场亮度采集单元采集视场的亮度信号,由控制单元将此信号跟期望值比较,若有偏差,则给亮度控制单元发出补偿信号,而亮度控制单元据此调整输出到照明単元的功率,改变视场亮度。 Field luminance with a luminance signal acquisition unit field of view, this signal is compared by the control unit with the expected value, if deviation, to the brightness control unit issues a compensation signal, and outputs the brightness control unit adjusted accordingly power to the illumination element radiolabeling, luminance change the field of view.

[0026] 这种方案的好处是:同方案3。 Benefits [0026] of this program are: 3 with the program.

[0027] [0027]

红绿蓝顔色光源自动调节: Red, green and blue color light sources automatic adjustment:

方案12 :—种照明方法,包括以下步骤: Scheme 12: - kind of lighting method, comprising the steps of:

包括对应红绿蓝三色的三组步骤,每组步骤包括: Comprising the step corresponding to three colors of red, green and blue, each step comprising:

用视场亮度采集单元采集视场的亮度信号,由控制单元将此信号跟期望值比较,若有偏差,则给亮度控制单元发出补偿信号,而亮度控制单元据此调整输出到照明単元的功率,改变视场亮度。 Field luminance with a luminance signal acquisition unit field of view, this signal is compared by the control unit with the expected value, if deviation, to the brightness control unit issues a compensation signal, and outputs the brightness control unit adjusted accordingly power to the illumination element radiolabeling, luminance change the field of view.

[0028] 这种方案的好处是:同方案4。 Benefits [0028] of this program are: 4 with the program.

[0029] [0029]

照明元件的各种选择: Selecting various lighting elements:

方案13 :—种如方案9所述的方法,特征是所述照明元件是LED、白炽灯、荧光灯、卤钨灯、钠灯或有机EL发光元件。 Scheme 13: - The kinds of the method of claim 9, characterized in that the lighting element an LED, incandescent, fluorescent, halogen, sodium, or organic EL light emitting element.

[0030] 这种方案的好处是:同方案5。 Benefits [0030] This approach is: with the program 5.

[0031] [0031]

彩色照明元件是白炽灯十滤光片或彩色LED Incandescent lighting element color filter or a color LED ten

方案14 :一种如方案10、11或12所述的方法,特征是所述照明元件是对应颜色的LED,或所述照明子単元是白炽灯加对应颜色的滤光片。 Embodiment 14: An embodiment of the method 10, 11 or 12, characterized in that the lighting element is a color corresponding to the LED, or an incandescent illumination sub-membered radiolabeling plus the corresponding color filters.

[0032] 这种方案的好处是:同方案6。 Benefits [0032] This approach is: the same program 6.

[0033] [0033]

亮度采集单元是摄像头、光敏ニ极管: Brightness acquisition unit is a camera, the photosensitive diodes ni:

方案15 :—种如方案9所述的方法,特征是所述视场亮度采集单元是摄像头或光敏ニ极管。 Scheme 15: - The kinds of the method of claim 9, wherein the acquisition unit is a field luminance camera or light sensitive diode ni.

[0034] 这种方案的好处是:同方案7。 Benefits [0034] of this program are: 7 with the program.

[0035] [0035]

彩色亮度采集单元是彩色摄像头、光敏ニ极管+对应颜色的滤光片方案16 : —种如方案10、11或12所述的方法,特征是所述视场亮度采集单元是彩色摄像头或光敏ニ极管加对应颜色的滤光片。 Color brightness acquisition unit is a color camera, the photosensitive diodes Ni + color filters corresponding to Scheme 16: - Species Scheme 10, 11 or method of claim 12, wherein the acquisition unit is a field luminance or photosensitive color camera ni diode plus the corresponding color filters.

[0036] 这种方案的好处是:同方案8。 Benefits [0036] This approach is: with 8 program.

[0037] [0037]

附图说明 BRIEF DESCRIPTION

[0038] 图I彩色亮度补偿装置示意图 A schematic view of a color luminance compensation apparatus [0038] I FIG.

11控制单元,12功率驱动单元,13白炽灯,14滤光片,15视场,16彩色亮度采集单元,17设置单元。 The control unit 11, the power drive unit 12, an incandescent lamp 13, a filter 14, a field of view 15, a color brightness acquisition unit 16, unit 17 is provided.

[0039] 图2亮度补偿装置反馈控制流程图 [0039] The luminance compensation apparatus of FIG. 2 feedback control flowchart

21设置单元,22存储单元,23加法器,24比例器,25积分器,26照明単元,27视场系统(把视场看做一个光的滤波器),28亮度采集単元,29延时器。 Setting unit 21, a storage unit 22, an adder 23, the ratio is 24, an integrator 25, radiolabeling lighting element 26, 27 field system (considered as the field of view of an optical filter), the brightness acquisition radiolabeling element 28, delay 29 .

[0040] 图3亮度补偿装置控制单元模块示意图31控制模块。 [0040] FIG. 3 luminance compensation control unit 31 controls a schematic block module.

[0041] [0041]

具体实施方式 Detailed ways

[0042] 通过彩色CMOS或CXD摄像头采集视场图像信号,选择感兴趣区域像素,作亮度的平均值,并将此值跟预设值比较,据此调节功率驱动单元的输出功率,驱动光源发光,維持视场売度的稳定。 [0042] collected by CXD color CMOS camera field of view or an image signal, a pixel selection region of interest, as the average luminance, and compares this value with a preset value, then adjust the output power of the power drive unit, driving the light source emitting , maintain stability bai-degree field of view.

[0043] 因为这是一个反馈回路,为了保证设备工作的稳定,避免振荡,可以对回路采取ー定的反馈时间延迟。 [0043] Because this is a feedback loop, in order to ensure the stability of the work equipment, to avoid oscillation can take ー feedback given time delay circuit.

[0044] [0044]

对视场中光线颜色的调节,可以视作对各种“原色”成分的測量和补偿。 Adjusting the field of view of the color of light, it can be regarded as a variety of "primary color" component measurement and compensation. 例如根据三原色混色原理,当视场中红色偏多时,则给予绿色、黄色的补偿,使得视场中顔色趋近于白色。 According to the principle of color mixing of three primary colors, for example, when the field of view of the red ones, the administration of the green, yellow compensation, so that the field of view close to white color.

[0045] [0045]

设备中的预设值是根据大多数人的视觉敏感程度设定的,但不同人的具体敏感程度还有差别,例如不同年龄的人敏感程度不同,可以通过设置单元来实现參数的调节。 Default is device according to most human visual sensitivity setting, but also the specific sensitivity of individual differences, such as different people of different ages sensitivity can be achieved by setting the control parameter unit. 设置单元可以是键盘,开关、按钮、拨码、跳线,可以有辅助的显示元件,可以是通过usb、网线或无线连接的计算机,或其他数码设备,设置结束后可以断开连接。 Setting unit may be a keyboard, switches, buttons, DIP, jumper, there may be an auxiliary display device, it may be a computer, or other digital devices connected via usb, wired or wireless network, after the set can be disconnected.

Claims (16)

1. 一种照明装置,包括照明单元,视场亮度采集单元,功率驱动单元,设置单元,控制单元;视场亮度采集单元、功率驱动单元、设置单元均与控制单元相连,功率驱动单元与照明单元相连;控制单元中包括延时模块。 1. An illumination device comprising a lighting unit, the brightness of the field of view acquisition unit, a power drive unit, a setting unit, a control unit; field brightness acquisition unit, a power drive unit, the setting unit are connected to the control unit, the power drive unit and the lighting unit is connected; the control unit comprises a delay module.
2. 一种如方案I所述的装置,特征是所述照明单元包括两种以上颜色的照明子单元,所述亮度采集单元为彩色亮度采集单元。 I according to Scheme 2. A device, wherein the illumination unit comprises an illumination sub-unit of two or more colors, the luminance of a color brightness acquisition unit acquiring unit.
3. 一种如方案I所述的装置,特征是所述照明单元包括三种颜色的照明子单元,这三种颜色是三原色,所述亮度采集单元为彩色亮度采集单元。 3. A device according to Scheme I, wherein said illumination unit comprises an illumination sub-unit of three colors, three colors are primary colors, the luminance of a color brightness acquisition unit acquiring unit.
4. 一种如方案I所述的装置,特征是所述照明单元包括红绿蓝三种颜色的照明子单元,所述亮度采集单元为彩色亮度采集单元。 4. An apparatus as recited in embodiment I, wherein the illumination unit comprises an illumination sub-unit of three colors of red, green and blue, the brightness acquisition unit unit color intensity.
5. 一种如方案I所述的装置,特征是所述照明单元是LED、白炽灯、荧光灯、卤钨灯、钠灯或有机EL发光元件。 Apparatus I according to Scheme A, wherein the lighting unit an LED, incandescent, fluorescent, halogen, sodium, or organic EL light emitting element.
6. 一种如方案2,3或4所述的装置,特征是所述照明子单元是对应颜色的LED,或所述照明子单元是白炽灯加对应颜色的滤光片。 2, 3, 4 or apparatus according to Scheme A, wherein said illumination sub-unit is a color corresponding to the LED, the lighting or incandescent subunit plus the corresponding color filters.
7. 一种如方案I所述的装置,特征是所述视场亮度采集单元是摄像头或光敏二极管。 An apparatus as described in Scheme I claim, wherein the acquisition unit is a field luminance camera or photodiode.
8. 一种如方案2,3或4所述的装置,特征是所述视场亮度采集单元是彩色摄像头或光敏二极管加对应颜色的滤光片。 2, 3, 4 or apparatus according to Scheme A, wherein the acquisition unit is a field luminance color camera or photodiode plus the corresponding color filters.
9. 一种照明方法,包括以下步骤: 用视场亮度采集单元采集视场的亮度信号,由控制单元将此信号跟期望值比较,若有偏差,则给亮度控制单元发出补偿信号,而亮度控制单元据此调整输出到照明单元的功率,改变视场亮度。 An illumination method, comprising the steps of: collecting field luminance luminance signal acquisition unit field of view, this signal is compared by the control unit with the expected value, if deviation compensation signal is issued to the brightness control unit, the luminance control means to adjust the output power accordingly the lighting unit, changing the brightness of the field of view.
10. 一种照明方法,包括以下步骤: 包括对应两种以上颜色的步骤,对应每种颜色的步骤包括: 用视场亮度采集单元采集视场的亮度信号,由控制单元将此信号跟期望值比较,若有偏差,则给亮度控制单元发出补偿信号,而亮度控制单元据此调整输出到照明单元的功率,改变视场亮度。 10. An illumination method, comprising the steps of: comprising two or more colors corresponding to the step, the step corresponding to each color comprises: a field of view acquired luminance luminance signal acquisition unit field of view, by the control unit comparing this with a desired value signal , if deviation compensation signal is issued to the brightness control unit, the control unit is adjusted accordingly and the brightness to the power output of the lighting unit, changing the brightness of the field of view.
11. 一种照明方法,包括以下步骤: 包括对应三原色的三组步骤,每组步骤包括: 用视场亮度采集单元采集视场的亮度信号,由控制单元将此信号跟期望值比较,若有偏差,则给亮度控制单元发出补偿信号,而亮度控制单元据此调整输出到照明单元的功率,改变视场亮度。 11. A lighting method, comprising the steps of: a step corresponding to three primary colors, each step comprising: a field of view acquired luminance luminance signal acquisition unit field of view, this signal is compared by the control unit with the desired value, if deviation , the compensation signal is issued to the brightness control unit, the control unit is adjusted accordingly and the brightness to the power output of the lighting unit, changing the brightness of the field of view.
12. 一种照明方法,包括以下步骤: 包括对应红绿蓝三色的三组步骤,每组步骤包括: 用视场亮度采集单元采集视场的亮度信号,由控制单元将此信号跟期望值比较,若有偏差,则给亮度控制单元发出补偿信号,而亮度控制单元据此调整输出到照明单元的功率,改变视场亮度。 12. An illumination method, comprising the steps of: a step corresponding to the three red, green and blue, each step comprising: a field of view acquired luminance luminance signal acquisition unit field of view, comparing this signal with the desired value the control unit , if deviation compensation signal is issued to the brightness control unit, the control unit is adjusted accordingly and the brightness to the power output of the lighting unit, changing the brightness of the field of view.
13. 一种如方案9所述的方法,特征是所述照明元件是LED、白炽灯、荧光灯、卤钨灯、钠灯或有机EL发光元件。 13. A method as described in Scheme 9, characterized in that the lighting element an LED, incandescent, fluorescent, halogen, sodium, or organic EL light emitting element.
14. 一种如方案10、11或12所述的方法,特征是所述照明元件是对应颜色的LED,或所述照明子单元是白炽灯加对应颜色的滤光片。 14. The method of embodiment 10, 11 or 12, characterized in that the lighting element is a color corresponding to the LED, the lighting or incandescent subunit plus the corresponding color filters.
15. 一种如方案9所述的方法,特征是所述视场亮度采集单元是摄像头或光敏二极管。 15. A method according to embodiment 9, wherein the acquisition unit is a field luminance camera or photodiode.
16. 一种如方案10、11或12所述的方法,特征是所述视场亮度采集单元是彩色摄像头或光敏二极管加对应颜色的滤光片。 16. A method of embodiment 10, 11 or 12, characterized in that the acquisition unit is a field luminance color camera or photodiode plus the corresponding color filters.
CN2012102766961A 2012-08-06 2012-08-06 Illuminating device and method CN102821519A (en)

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