WO2016066138A1 - 带识别地址的低压直流灯光照明系统 - Google Patents

带识别地址的低压直流灯光照明系统 Download PDF

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WO2016066138A1
WO2016066138A1 PCT/CN2015/093426 CN2015093426W WO2016066138A1 WO 2016066138 A1 WO2016066138 A1 WO 2016066138A1 CN 2015093426 W CN2015093426 W CN 2015093426W WO 2016066138 A1 WO2016066138 A1 WO 2016066138A1
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low
controller
voltage
direct current
voltage direct
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PCT/CN2015/093426
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French (fr)
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尤建兴
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尤建兴
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Priority to US15/522,374 priority Critical patent/US10159127B2/en
Priority to EP15854856.0A priority patent/EP3214902A4/en
Publication of WO2016066138A1 publication Critical patent/WO2016066138A1/zh

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    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
    • H05B45/10—Controlling the intensity of the light
    • H05B45/12—Controlling the intensity of the light using optical feedback
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
    • H05B47/10—Controlling the light source
    • H05B47/175—Controlling the light source by remote control
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
    • H04L12/2803—Home automation networks
    • 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

Definitions

  • the invention relates to a lighting system, in particular a lighting system with an identification address.
  • Cida 200720125254.1 discloses an LED indoor lighting control system that passes the mains AC power through the switch. After the regulated power supply circuit is processed, it becomes a low-voltage direct current. After the output control circuit is connected with the LED light load, a single-chip controller is respectively connected to the switching power supply circuit and the output control circuit to integrally control the LED lighting.
  • the control of the LED is controlled by a single-chip microcomputer to control the electronic switch of the LED
  • the LED light line controlled by the single-chip is very limited, and only centralized control of some LED lights can be realized, and it is impossible to separately control a large number of LED lights.
  • the invention solves the technical problem that the existing lighting system can not separately control the low-voltage DC lamp, and provides a low-voltage DC lighting system with an identification address, which can realize separate control of each low-voltage DC lamp, thereby maximizing Improve control.
  • a low-voltage DC lighting system with an identification address including an intelligent controller, an end controller, and a plurality of digital control switches connected to the low-voltage DC power source through the end controller and controlled by the end controller.
  • a low-voltage DC lamp connected to each digital control switch, the intelligent controller and the end controller respectively have a unique coding, storage space and a self-owned CPU
  • the end controller has a network interface connected with the intelligent controller, and intelligent control The device performs information exchange, and the intelligent controllers are also connected through a network interface, wherein the intelligent controller stores an identification address of each low-voltage DC lamp controlled by the end controller; the end controller includes a network information transceiver module and an end calculation module.
  • the industrial control module stores an identification address of each low voltage DC lamp
  • the network information transceiver module receives the control information of the intelligent controller and transmits it to the end calculation module, and the end calculation module controls according to the identification address.
  • the information is transmitted to the lighting industrial control module, and the digital control switch of the corresponding low voltage DC lamp is controlled by the lighting industrial control module; the end computing module also transmits the condition of the low voltage DC lamp connected by the end controller to the intelligent controller through the network information transceiver module.
  • the low-voltage direct-current lighting system with identification address according to claim 1 , wherein the digital control switch is a digital dimmer switch, and the illumination industrial control module further controls the low-voltage DC lamp through a digital dimmer switch.
  • the brightness is a digital dimmer switch
  • the low-voltage direct-current lighting system with identification address according to claim 1, further comprising an application photoreceptor having a low-voltage DC light intensity with an identification address, connected to the end controller, and connected to the end controller.
  • the end controller further includes a photometric industrial control module, wherein the photometric industrial control module is respectively connected to the end calculation module and the application photoreceptor, and the photometry industrial control module reads the corresponding application photoreceptor according to the control information of the end calculation module. Sensing value is transmitted to the end calculation module, and the end calculation module transmits the photosensitive value of the application photoreceptor to the intelligent controller through the network information transceiver module, and the intelligent controller and the end controller store the application photoreceptors Identification address.
  • the low-voltage direct-current lighting system with identification address according to claim 6, wherein the number of end controllers is plural, and the IP address is a level 3 IP address, that is, an intelligent controller, an end controller, and Low voltage DC lamp.
  • the intelligent controller comprises a first-level intelligent controller and a second-level intelligent controller, and the two intelligent-level controllers are installed on the ceiling.
  • the upper surface, the LED lamp is disposed on a ceiling mounted with a secondary intelligent controller, and the lower surface of the secondary smart ceiling is provided with the application photoreceptor.
  • the invention connects the low-voltage direct current lamp directly to the end controller with the identification address, and the end controller is connected through the network interface to the intelligent controller which also stores the low-voltage DC lamp identification address, so that when the position is low, it will be located at different positions.
  • the end calculation module of the end controller records the identification address of each low voltage DC lamp, and the end calculation module transmits the control command to the lighting industrial control module according to the identification address, and the lighting industrial control module
  • the intelligent controller can perform various control of the low-voltage DC lamp at different positions according to the identification address of the low-voltage DC lamp through the end controller.
  • the plurality of intelligent controllers and the plurality of end controllers of the invention can be connected by a network to form a huge network control system, and can realize control of a plurality of low-voltage DC lamps such as LEDs respectively.
  • the application of the photoreceptor and the photometric industrial control module enables the present invention to adjust the illumination state of the system according to the environment and needs.
  • the unique encoding as a MAC address and an IP address enables the present invention to have different levels of network communication functions.
  • the LED light is the best light in the low-voltage DC lamp, which is convenient for lighting in homes and offices.
  • the LED lamp is provided with a rectifying circuit and a current measuring driving circuit for controlling the brightness thereof.
  • a two-stage controller is provided to facilitate control of more low-voltage DC lamps.
  • Figure 1 is a block diagram showing the structure of the present invention
  • FIG. 2 is a structural block diagram of an embodiment of the present invention in which a photometry module is provided.
  • Low-voltage DC lighting system with identification address including intelligent controller, end controller and multiple digital control switches connected to the low-voltage DC power supply through the end controller, controlled by the end controller and low-voltage DC connected to each digital control switch Lights, such as LED lights.
  • the intelligent controller and the end controller respectively have a unique encoding, storage space and a self-owned CPU, and the end controller has a network interface connected to the intelligent controller, and performs information interaction with the intelligent controller, between the intelligent controllers.
  • the intelligent controller stores the identification address of each low-voltage DC lamp controlled by the end controller, and the end controller includes a network information transceiver module, an end calculation module, and an illumination industrial control module, and the terminal calculation module is connected.
  • the network information transceiver module receives the control information of the intelligent controller and transmits it to the end calculation module, and the end calculation module transmits the control information to the illuminating industrial control module according to the identification address,
  • the illuminating industrial control module controls the digital control switch of the corresponding low-voltage DC lamp;
  • the end calculation module also transmits the condition of the low-voltage DC lamp connected by the end controller to the intelligent controller through the network information transceiver module.
  • the digital control switch is a digital dimmer switch
  • the lighting industrial control module further controls the brightness of the low voltage DC lamp through a digital dimming switch.
  • the intelligent controller sends control information to the end controller as needed, and the end controller controls the illumination brightness of each low voltage DC lamp with the identified address to obtain an optimal energy saving illumination state.
  • the low-voltage direct-current lighting system further includes an application photoreceptor connected to the end controller having the identification address and sensing the low-voltage direct current light connected to the end controller, and the end controller further includes a photometric industrial control a module, the photometric industrial control module is respectively connected to the end calculation module and the application photoreceptor, and the photometric industrial control module reads the photosensitive value of the corresponding application photoreceptor according to the control information of the end calculation module, and transmits the sensitivity value to the end calculation module.
  • the end calculation module transmits the photosensitive value of the application photoreceptor to the intelligent controller through the network information transceiver module.
  • both the intelligent controller and the end controller store the identification addresses of the different application photoreceptors, so that the intelligent controller can monitor the environment of the application photoreceptor, that is, the brightness of the surrounding low-voltage DC lamp illumination, and can be designed according to the design. Needs and application needs, change the brightness of each low-voltage DC lamp with the identification address to obtain the lighting brightness environment required by the design and application.
  • a signal detector is further connected between the photometric industrial control module and the application photoreceptor.
  • the unique code of the low voltage DC lamp and the application photoreceptor may be a MAC address
  • the network interface is a network interface supporting data link layer transmission.
  • the identification addresses are IP addresses, and more preferably, the number of end controllers is multiple, and the IP address is a level 3 IP address, that is, an intelligent controller, an end controller, and a low-voltage DC lamp, and may also be four levels.
  • there are multiple intelligent controllers and two levels of intelligent controllers are provided, including a first-level intelligent controller and a second-level intelligent controller.
  • the two intelligent-level controllers are installed on the upper surface of the ceiling, and the low-voltage DC lamps are installed in the installation.
  • There is a secondary intelligent controller on the ceiling and the lower surface on the secondary smart ceiling is provided with the application photoreceptor.
  • the IP address is a level 4 IP address.
  • the low-voltage DC lamp is an LED lamp, it is set and connected to the end controller after R/D conversion.

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  • Circuit Arrangement For Electric Light Sources In General (AREA)

Abstract

带识别地址的低压直流灯光照明系统，包括智能控制器、末端控制器和通过末端控制器与低压直流电源相连、受末端控制器控制的多个数码控制开关和与各数码控制开关相连的低压直流灯，所述智能控制器和末端控制器分别具有唯一编码、存储空间及自有CPU，所述末端控制器具有与智能控制器相连的网络接口，与智能控制器进行信息交互，智能控制器之间也通过网络接口连接，所述智能控制器存储有末端控制器控制的各低压直流灯的识别地址；所述末端控制器包括网络信息收发模块、末端计算模块和发光工控模块，智能控制器就能通过末端控制器根据低压直流灯的识别地址，施行对位于不同位置的低压直流灯的各种控制。

Description

带识别地址的低压直流灯光照明系统 技术领域
本发明涉及灯光照明系统，特别是带识别地址的灯光照明系统。
背景技术
现有的办公和家用灯光照明系统由于普遍采用日光灯等220V或其他市电交流电供电，因此照明系统电线的走线和连接必须要求有执业许可证的电工来完成，这样，照明系统的专业人员的人工成本是必须考虑的成本，而且对于办公或家庭一旦照明系统安装完毕，如果没有电工作业，是不能再对线路进行修改，因此对于需要对家庭或办公室进行重新装饰的情况下，人们不得不再次依赖专业电工进行处理。因此灯光照明系统不能如电脑网络系统一样，普通人员就可以完成线路的连接和安装，不必依赖专业人士，而其安装和维修必须依赖专业人事，这给人们生活和工作带来不便。
由于LED灯的高效节能，人们逐渐希望其被用在普通照明系统中作为照明用而不仅仅是装饰用，如中国专利号为200720125254.1公开了一种LED室内照明控制系统，将市电交流电经过开关稳压电源电路处理后成为低压直流电，经过输出控制电路与LED灯负载相连，一单片机控制器分别连接开关稳压电源电路和输出控制电路，以对LED照明整体集成控制。但是，由于对LED的控制是采用单片机对控制LED的电子开关进行控制，其控制的LED灯线路非常有限，只能实现对部分LED灯的集中控制，无法实现对大量LED灯进行分别控制。
发明内容：
本发明解决现有灯光照明系统不能对低压直流灯进行针对性分别控制的技术问题，提供一种带识别地址的低压直流灯光照明系统，能够实现对每一低压直流灯进行分别控制，从而最大限度提高控制能力。
本发明的技术方案是这样的：带识别地址的低压直流灯光照明系统，包括智能控制器、末端控制器和通过末端控制器与低压直流电源相连、受末端控制器控制的多个数码控制开关和与各数码控制开关相连的低压直流灯，所述智能控制器和末端控制器分别具有唯一编码、存储空间及自有CPU，所述末端控制器具有与智能控制器相连的网络接口，与智能控制器进行信息交互，智能控制器之间也通过网络接口连接，所述智能控制器存储有末端控制器控制的各低压直流灯的识别地址；所述末端控制器包括网络信息收发模块、末端计算模块和发光 工控模块，所述末端计算模块存储有各低压直流灯的识别地址，所述网络信息收发模块接收智能控制器的控制信息后将其传递给末端计算模块，所述末端计算模块根据识别地址将控制信息传递给发光工控模块，由发光工控模块控制相应的低压直流灯的数码控制开关；所述末端计算模块还将末端控制器连接的低压直流灯的状况通过网络信息收发模块传递给智能控制器。
2、根据权利要求1所述的带识别地址的低压直流灯光照明系统，其特征在于所述数码控制开关为数码调光开关，所述发光工控模块还通过数码调光开关控制所述低压直流灯的明暗。
3、根据权利要求1所述的带识别地址的低压直流灯光照明系统，其特征在于还包括具有识别地址、与末端控制器相连、感应与末端控制器相连的低压直流灯光强的应用感光器，所述末端控制器还包括一测光工控模块，所述测光工控模块分别与末端计算模块和应用感光器相连，所述测光工控模块根据末端计算模块的控制信息读取相应应用感光器的感光值，并传递给末端计算模块，所述末端计算模块通过网络信息收发模块将应用感光器的感光值传递给智能控制器，所述智能控制器和所述末端控制器存储有各应用感光器的识别地址。
4、根据权利要求3所述的带识别地址的低压直流灯光照明系统，其特征在于所述测光工控模块与应用感光器之间还连接有信号检测器。
5、根据权利要求3或4所述的带识别地址的低压直流灯光照明系统，其特征在于所述所述唯一编码为MAC地址,所述网络接口为支持数据链路层传输的网络接口。
6、根据权利要求5所述的带识别地址的低压直流灯光照明系统，其特征在于所述识别地址为IP地址。
7、根据权利要求6所述的带识别地址的低压直流灯光照明系统，其特征在于所述末端控制器为多个，所述IP地址为3级IP地址，即智能控制器、末端控制器及低压直流灯。
8、根据权利要求7所述的带识别地址的低压直流灯光照明系统，其特征在于所述低压直流灯为LED灯。
9、根据权利要求8所述的带识别地址的低压直流灯光照明系统，其特征在于所述LED灯设置有，并分别经R/D转换后与末端控制器相连。
10、根据权利要求6所述的带识别地址的低压直流灯光照明系统，其特征在于所述智能控制器包括一级智能控制器和二级智能控制器，所述二智能级控制器安装在天花板的上表面，所述LED灯设置在安装有二级智能控制器天花板上，所述二级智能天花板上的下表面设置有所述应用感光器。
本发明由于将低压直流灯直接与带有识别地址的末端控制器相连，而末端控制器通过网络接口与同样存储有低压直流灯识别地址的智能控制器连接，这样，当将位于不同位置的低 压直流灯与末端控制器连接后，由于末端控制器的末端计算模块记录有各低压直流灯的识别地址，且所述末端计算模块根据识别地址将控制命令传递给发光工控模块，由发光工控模块控制相应的低压直流灯的开关，智能控制器就能通过末端控制器根据低压直流灯的识别地址，施行对位于不同位置的低压直流灯的各种控制。本发明多个智能控制器与多个末端控制器可以进行网络连接组成庞大的网络控制系统，能够实现对大量如LED这样的低压直流灯分别进行控制。
应用感光器和测光工控模块的设置，使本发明能根据环境和需要调节系统的照明状态。
所述测光工控模块与应用感光器之间还连接有信号检测器的好处？
所述唯一编码为MAC地址、IP地址使本发明具有不同层次的网络通信功能。
将唯一编码设置成IP地址，便于计算机采用现有系统软件进行控制。
选用LED灯是低压直流灯中亮度最好的灯，便于为家庭和办公场所采用进行照明。
LED灯设置有整流电路和测流驱动电路，便于对其亮度进行控制。
设置两级控制器，便于控制更多的低压直流灯。
附图说明：
图1是本发明的结构框图；
图2是本发明设置有测光模块的实施例的结构框图。
具体实施方式：
参见图1，
下面对照附图对本发明做进一步的说明。
带识别地址的低压直流灯光照明系统，包括智能控制器、末端控制器和通过末端控制器与低压直流电源相连、受末端控制器控制的多个数码控制开关和与各数码控制开关相连的低压直流灯，比如LED灯。所述智能控制器和末端控制器分别具有唯一编码、存储空间及自有CPU，所述末端控制器具有与智能控制器相连的网络接口，并与智能控制器进行信息交互，智能控制器之间也通过网络接口连接，所述智能控制器存储有末端控制器控制的各低压直流灯的识别地址，所述末端控制器包括网络信息收发模块、末端计算模块和发光工控模块，所述末端计算模块存储有各低压直流灯的识别地址，所述网络信息收发模块接收智能控制器的控制信息后将其传递给末端计算模块，所述末端计算模块根据识别地址将控制信息传递给发光工控模块，由发光工控模块控制相应的低压直流灯的数码控制开关；所述末端计算模块还将末端控制器连接的低压直流灯的状况通过网络信息收发模块传递给智能控制器。
优选地，所述数码控制开关为数码调光开关，所述发光工控模块还通过数码调光开关控制所述低压直流灯的明暗。智能控制器根据需要，向末端控制器发出控制信息，由末端控制器控制具有识别地址的各低压直流灯的发光亮度，以得到最佳的节能照明状态。
参见图2，所述低压直流灯光照明系统还包括与具有识别地址的末端控制器相连、感应与末端控制器相连的低压直流灯光强的应用感光器，所述末端控制器还包括一测光工控模块，所述测光工控模块分别与末端计算模块和应用感光器相连，所述测光工控模块根据末端计算模块的控制信息读取相应应用感光器的感光值，并传递给末端计算模块，所述末端计算模块通过网络信息收发模块将应用感光器的感光值传递给智能控制器。这样，智能控制器和末端控制器均存储有不同应用感光器的识别地址，这样智能控制器就能监测到各应用感光器所在环境，即其周边低压直流灯照明的亮度状况，就可以根据设计需要和应用需要，改变具有识别地址的各低压直流灯的亮度，获得设计需要和应用需要的照明亮度环境。
在于所述测光工控模块与应用感光器之间还连接有信号检测器。
所述低压直流灯和应用感光器的唯一编码可为MAC地址,所述网络接口为支持数据链路层传输的网络接口。优选这些识别地址为IP地址，更优选地，所述末端控制器为多个，所述IP地址为3级IP地址，即智能控制器、末端控制器及低压直流灯，还可以为四级，比如智能控制器为多个，设置两级智能控制器，包括一级智能控制器和二级智能控制器，所述二智能级控制器安装在天花板的上表面，所述低压直流灯设置在安装有二级智能控制器天花板上，所述二级智能天花板上的下表面设置有所述应用感光器。则IP地址为4级IP地址。
当低压直流灯为LED灯时，设置有，并分别经R/D转换后与末端控制器相连。

Claims (10)

  1. 带识别地址的低压直流灯光照明系统，包括智能控制器、末端控制器和通过末端控制器与低压直流电源相连、受末端控制器控制的多个数码控制开关和与各数码控制开关相连的低压直流灯，所述智能控制器和末端控制器分别具有唯一编码、存储空间及自有CPU，所述末端控制器具有与智能控制器相连的网络接口，与智能控制器进行信息交互，智能控制器之间也通过网络接口连接，所述智能控制器存储有末端控制器控制的各低压直流灯的识别地址；所述末端控制器包括网络信息收发模块、末端计算模块和发光工控模块，所述末端计算模块存储有各低压直流灯的识别地址，所述网络信息收发模块接收智能控制器的控制信息后将其传递给末端计算模块，所述末端计算模块根据识别地址将控制信息传递给发光工控模块，由发光工控模块控制相应的低压直流灯的数码控制开关；所述末端计算模块还将末端控制器连接的低压直流灯的状况通过网络信息收发模块传递给智能控制器。
  2. 根据权利要求1所述的带识别地址的低压直流灯光照明系统，其特征在于所述数码控制开关为数码调光开关，所述发光工控模块还通过数码调光开关控制所述低压直流灯的明暗。
  3. 根据权利要求1所述的带识别地址的低压直流灯光照明系统，其特征在于还包括具有识别地址、与末端控制器相连、感应与末端控制器相连的低压直流灯光强的应用感光器，所述末端控制器还包括一测光工控模块，所述测光工控模块分别与末端计算模块和应用感光器相连，所述测光工控模块根据末端计算模块的控制信息读取相应应用感光器的感光值，并传递给末端计算模块，所述末端计算模块通过网络信息收发模块将应用感光器的感光值传递给智能控制器，所述智能控制器和所述末端控制器存储有各应用感光器的识别地址。
  4. 根据权利要求3所述的带识别地址的低压直流灯光照明系统，其特征在于所述测光工控模块与应用感光器之间还连接有信号检测器。
  5. 根据权利要求3或4所述的带识别地址的低压直流灯光照明系统，其特征在于所述所述唯一编码为MAC地址,所述网络接口为支持数据链路层传输的网络接口。
  6. 根据权利要求5所述的带识别地址的低压直流灯光照明系统，其特征在于所述识别地址为IP地址。
  7. 根据权利要求6所述的带识别地址的低压直流灯光照明系统，其特征在于所述末端控制器为多个，所述IP地址为3级IP地址，即智能控制器、末端控制器及低压直流灯。
  8. 根据权利要求7所述的带识别地址的低压直流灯光照明系统，其特征在于所述低压直流灯为LED灯。
  9. 根据权利要求8所述的带识别地址的低压直流灯光照明系统，其特征在于所述LED灯设置有，并分别经R/D转换后与末端控制器相连。
  10. 根据权利要求6所述的带识别地址的低压直流灯光照明系统，其特征在于所述智能控制器包括一级智能控制器和二级智能控制器，所述二智能级控制器安装在天花板的上表面，所述LED灯设置在安装有二级智能控制器天花板上，所述二级智能天花板上的下表面设置有所述应用感光器。
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