TWI383707B - Wireless lighting control system - Google Patents
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Description
本發明係關於一種照明控制系統。更特定言之，本發明係關於一種利用無線訊號的照明控制系統。The present invention relates to a lighting control system. More specifically, the present invention relates to a lighting control system that utilizes wireless signals.
節能監控系統中常有照明監控的需求，因此需要建立一套照明控制系統；目前典型的照明控制系統包含了複數個照明模組，而每一個照明模組皆包含一照明座與電連接於該照明座的一驅動電路，其中該照明座包含一光源、一開關與一步進馬達，該開關是用來切換該光源的開關，該步進馬達則是用來改變光源的照射方向，該驅動電路則包含至少一開關驅動器以驅動該照明座的開關，一步進馬達驅動電路以驅動該步進馬達，以及一第一無線收發機以接收該照明座的無線控制信號。Energy-saving monitoring systems often have lighting monitoring requirements, so it is necessary to establish a lighting control system; currently, a typical lighting control system includes a plurality of lighting modules, and each lighting module includes a lighting seat and is electrically connected to the lighting a driving circuit of the socket, wherein the lighting base comprises a light source, a switch and a stepping motor, the switch is a switch for switching the light source, and the stepping motor is used to change the illumination direction of the light source, and the driving circuit is A switch including at least one switch driver to drive the lighting fixture, a stepper motor drive circuit to drive the stepper motor, and a first wireless transceiver to receive the wireless control signal of the lighting fixture.
除了該複數個照明模組之外，該照明監控系統尚具有一控制台，該控制台通常具有一信號產生器與一控制器，該信號產生器產生用於控制該照明座的複數個控制信號，並將該等控制信號傳送至該控制器，該控制器進一步是包含了一處理器、一時脈控制電路、及一第二無線收發機，其中該處理器將該複數個控制信號進行封包及壓縮之處理，該時脈控制電路則協助控制該處理器的時脈操作，而該第二無線收發機是電連接於該處理器，並以無線的方式將接收自該處理器的控制信號傳送至該驅動電路的第一無線收發機以控制該照明座光源之開關或照射方向。In addition to the plurality of lighting modules, the lighting monitoring system further has a console, the console typically having a signal generator and a controller that generates a plurality of control signals for controlling the lighting fixture Transmitting the control signals to the controller, the controller further comprising a processor, a clock control circuit, and a second wireless transceiver, wherein the processor encapsulates the plurality of control signals and Compression processing, the clock control circuit assists in controlling the clock operation of the processor, and the second wireless transceiver is electrically connected to the processor and wirelessly transmits control signals received from the processor The first wireless transceiver to the drive circuit controls the switch or illumination direction of the illumination source.
經由上述可知該典型照明控制系統是針對光源的開與關，以及光源之照射方向進行控制，因此對於光源本身所產生的亮度無法進行調整。It can be seen from the above that the typical illumination control system controls the opening and closing of the light source and the illumination direction of the light source, so that the brightness generated by the light source itself cannot be adjusted.
職是之故，由於目前照明控制系統設計具上述缺失，因此本案申請人有鑑於習知技術問題改善之所需，乃經悉心試驗與研究，並一本鍥而不捨之精神，終於創作出本案「無線照明控制系統」。The post is due to the above-mentioned lack of design of the lighting control system. Therefore, the applicant of this case has been carefully tested and researched, and the spirit of perseverance has finally created the case. Lighting control system."
本發明一方面提供一種照明控制系統，其包含一主控端與一受控端，該主控端包含一使用者界面模組以及一主控端收發機，其中該使用者界面模組可接受一操作參數並產生一控制訊號，而該主控端收發機則電連接於該使用者界面模組，並將該控制訊號轉換為一無線訊號而加以傳送，此外，該受控端則包含了用以接收該無線訊號的一受控端收發機、一控制模組、以及一光源，其中該控制模組電連接於該受控端收發機並將該無線訊號轉換為一照明驅動訊號，該光源則電連接於該控制模組，並藉由接收該照明驅動訊號而改變該光源之電源強度，以使該光源之亮度得以被調整。An aspect of the present invention provides a lighting control system including a main control end and a controlled end, the main control end includes a user interface module and a main control end transceiver, wherein the user interface module is acceptable An operating parameter generates a control signal, and the master transceiver is electrically connected to the user interface module, and converts the control signal into a wireless signal for transmission, and the controlled terminal includes a controlled end transceiver, a control module, and a light source for receiving the wireless signal, wherein the control module is electrically connected to the controlled terminal transceiver and converts the wireless signal into an illumination driving signal, The light source is electrically connected to the control module, and the power intensity of the light source is changed by receiving the illumination driving signal, so that the brightness of the light source is adjusted.
根據上述構想，該主控端為一可攜裝置。According to the above concept, the main control terminal is a portable device.
根據上述構想，該使用者界面模組包含一主控端控制器，該主控端控制器將該操作參數轉換為該控制訊號。According to the above concept, the user interface module includes a master controller, and the master controller converts the operation parameter into the control signal.
根據上述構想，該無線訊號於2.4 GHz頻段中傳送。According to the above concept, the wireless signal is transmitted in the 2.4 GHz band.
根據上述構想，該無線訊號為一直接序列展頻訊號。According to the above concept, the wireless signal is a direct sequence spread spectrum signal.
根據上述構想，該無線訊號係符合IEEE 802.15.4通訊協定標準。According to the above concept, the wireless signal conforms to the IEEE 802.15.4 communication protocol standard.
根據上述構想，該控制模組包含一驅動器，該驅動器將該無線訊號轉換為該照明驅動訊號。According to the above concept, the control module includes a driver that converts the wireless signal into the illumination driving signal.
根據上述構想，該受控端可藉由該受控端收發機以提供該主控端一無線回授訊號，且該無線回授訊號包含該光源之一開關狀態資訊。According to the above concept, the controlled terminal can provide a wireless feedback signal to the control terminal by the controlled terminal transceiver, and the wireless feedback signal includes one of the light source switch state information.
本發明一方面提供一種照明控制系統，其包含一主控端與一受控端，該主控端包含一使用者界面模組與一主控端收發機，其中該使用者界面模組可接受一操作參數並產生一控制訊號，該主控端收發機則電連接於該使用者界面模組，並將該控制訊號轉換為一無線訊號而加以傳送，而該受控端包含了用以接收該無線訊號的至少一受控端收發機、至少一控制模組、以及至少一光源，其中該控制模組對應並電連接於該受控端收發機，並可將該無線訊號轉換為一照明驅動訊號，該光源則進一步對應及電連接於該控制模組，並可藉由接收該照明驅動訊號而改變該光源之電源強度，以使該光源之亮度得以被調整。An aspect of the present invention provides a lighting control system including a main control end and a controlled end, the main control end includes a user interface module and a main control end transceiver, wherein the user interface module is acceptable An operating parameter and a control signal is generated, the master transceiver is electrically connected to the user interface module, and the control signal is converted into a wireless signal for transmission, and the controlled terminal is included for receiving At least one controlled-end transceiver, at least one control module, and at least one light source of the wireless signal, wherein the control module is correspondingly and electrically connected to the controlled-end transceiver, and can convert the wireless signal into an illumination The driving signal is further connected to and electrically connected to the control module, and the power intensity of the light source is changed by receiving the illumination driving signal, so that the brightness of the light source is adjusted.
根據上述構想，該無線訊號於2.4 GHz頻段中傳送。According to the above concept, the wireless signal is transmitted in the 2.4 GHz band.
根據上述構想，該無線訊號為一直接序列展頻訊號。According to the above concept, the wireless signal is a direct sequence spread spectrum signal.
根據上述構想，該無線訊號係符合IEEE 802.15.4通訊協定標準。According to the above concept, the wireless signal conforms to the IEEE 802.15.4 communication protocol standard.
根據上述構想，該受控端可提供該主控端收發機一無線回授訊號，且該無線回授訊號包含該等光源至少其中之一的一開關狀態資訊。According to the above concept, the controlled terminal can provide a wireless feedback signal of the master transceiver, and the wireless feedback signal includes a switch state information of at least one of the light sources.
根據上述構想，該無線訊號係符合ZigBee網路通訊協定，以使該受控端中至少其中之一特定光源之亮度得以被調整。According to the above concept, the wireless signal conforms to the ZigBee network communication protocol, so that the brightness of at least one of the specific light sources in the controlled terminal can be adjusted.
本發明一方面提供一種照明控制系統，其包含一主控端與一受控端，該主控端包含一亮度感測器、一使用者界面模組、與一主控端收發機，其中該使用者界面模組可接受一操作參數並產生一控制訊號，該主控端收發機則電連接於該使用者界面模組，並將該控制訊號轉換為一無線訊號而加以傳送，而該受控端包含了用以接收該無線訊號的至少一受控端收發機、至少一控制模組、以及至少一光源，其中該控制模組對應並電連接於該受控端收發機，並可將該無線訊號轉換為一照明驅動訊號，該光源則進一步對應及電連接於該控制模組，並可藉由接收該照明驅動訊號而改變該光源之電源強度，以使該光源之亮度得以被調整，而該亮度感測器亦可藉由偵測該等光源之亮度而提供一亮度資訊。An aspect of the present invention provides a lighting control system including a main control end and a controlled end, the main control end includes a brightness sensor, a user interface module, and a host transceiver, wherein the The user interface module can receive an operation parameter and generate a control signal, and the master transceiver is electrically connected to the user interface module, and converts the control signal into a wireless signal for transmission. The control terminal includes at least one controlled terminal transceiver, at least one control module, and at least one light source for receiving the wireless signal, wherein the control module is correspondingly and electrically connected to the controlled terminal transceiver, and The wireless signal is converted into an illumination driving signal, and the light source is further connected to and electrically connected to the control module, and the power intensity of the light source is changed by receiving the illumination driving signal, so that the brightness of the light source can be adjusted. The brightness sensor can also provide a brightness information by detecting the brightness of the light sources.
根據上述構想，該主控端為一可攜裝置。According to the above concept, the main control terminal is a portable device.
根據上述構想，該無線訊號於2.4 GHz頻段中傳送。According to the above concept, the wireless signal is transmitted in the 2.4 GHz band.
根據上述構想，該無線訊號為一直接序列展頻訊號。According to the above concept, the wireless signal is a direct sequence spread spectrum signal.
根據上述構想，該無線訊號係符合IEEE 802.15.4通訊協定標準。According to the above concept, the wireless signal conforms to the IEEE 802.15.4 communication protocol standard.
根據上述構想，該無線訊號係符合ZigBee網路通訊協定，以使該受控端中至少其中之一特定光源之亮度得以被調整。According to the above concept, the wireless signal conforms to the ZigBee network communication protocol, so that the brightness of at least one of the specific light sources in the controlled terminal can be adjusted.
將於下文中說明本案，請參考附圖，熟悉本技術者須了解下文中的說明僅係作為例證用，而不用於限制本案。The present invention will be described hereinafter with reference to the accompanying drawings, and those skilled in the art will understand that the description below is for illustrative purposes only and is not intended to be limiting.
以下針對本案無線照明控制系統的較佳實施例進行描述，但實際之配置及所採行之方法並不必須完全符合所描述之內容，熟習本技藝者當能在不脫離本案之實際精神及範圍的情況下，做出種種變化及修改。The following is a description of the preferred embodiment of the wireless lighting control system of the present invention, but the actual configuration and the method of the method are not necessarily in full compliance with the described content, and those skilled in the art can not deviate from the actual spirit and scope of the present case. In the case of various changes and modifications.
請參閱第一圖，其為本案無線照明控制系統中一較佳實施例架構之示意圖。該無線照明控制系統100包含了一主控端10與一受控端14；該主控端10包含了一使用者介面模組11以及一主控端收發機13，該使用者介面模組11可接收使用者所輸入的一操作參數並產生一控制訊號，而該主控端收發機13則電連接於該使用者介面模組11，並將該控制訊號轉換為一無線訊號18而加以傳送。Please refer to the first figure, which is a schematic diagram of a preferred embodiment of the wireless lighting control system of the present invention. The wireless lighting control system 100 includes a main control terminal 10 and a controlled terminal 14; the main control terminal 10 includes a user interface module 11 and a main control transceiver 13, the user interface module 11 Receiving an operation parameter input by the user and generating a control signal, the master transceiver 13 is electrically connected to the user interface module 11 and converting the control signal into a wireless signal 18 for transmission. .
相應於該主控端10，該無線照明控制系統100中的受控端14包含了一受控端收發機15、電連接於該受控端收發機15的一控制模組16、以及電連接於該控制模組16的一光源101，其中該受控端收發機15可用以接收該無線訊號18，並將該無線訊號18傳送至該控制模組16，而該控制模組16則可具有一驅動器17以輔助將該無線訊號18轉換為一照明驅動訊號並傳送至該光源101，因此電連接於該控制模組16之該光源101的電源強度可藉由該照明驅動訊號之接收而改變，以達到調整該光源101亮度的效果。Corresponding to the master terminal 10, the controlled terminal 14 of the wireless lighting control system 100 includes a controlled terminal transceiver 15, a control module 16 electrically connected to the controlled terminal transceiver 15, and an electrical connection. a light source 101 of the control module 16, wherein the controlled transceiver 15 can be used to receive the wireless signal 18 and transmit the wireless signal 18 to the control module 16, and the control module 16 can have A driver 17 is configured to convert the wireless signal 18 into an illumination driving signal and transmit the signal to the light source 101. Therefore, the power intensity of the light source 101 electrically connected to the control module 16 can be changed by receiving the illumination driving signal. In order to achieve the effect of adjusting the brightness of the light source 101.
此外，為使該無線照明控制系統100可廣泛應用於各種不同之實際需求，該主控端10可相應設計為一可攜式裝置，且該使用者介面模組11更可相應包含一控制器12以將該操作參數轉換為該控制訊號，而為使該無線照明控制系統100中該主控端10與該受控端14之間的該無線訊號18不易受實際操作環境之其他電磁波訊號干擾，該無線訊號18可為傳送於2.4GHz高頻段並符合IEEE802.15.4通訊協定標準的一直接序列展頻訊號，且該受控端收發機15亦同樣可經由2.4GHz的高頻段而傳送包含該光源101之一開關狀態資訊的一無線回授訊號19。In addition, in order to enable the wireless lighting control system 100 to be widely applied to various practical needs, the main control terminal 10 can be designed as a portable device, and the user interface module 11 can further include a controller. 12, in order to convert the operation parameter into the control signal, so that the wireless signal 18 between the master terminal 10 and the controlled terminal 14 in the wireless lighting control system 100 is not easily interfered by other electromagnetic wave signals in the actual operating environment. The wireless signal 18 can be a direct sequence spread spectrum signal transmitted in the 2.4 GHz high frequency band and conforming to the IEEE 802.15.4 communication protocol standard, and the controlled terminal transceiver 15 can also transmit via the 2.4 GHz high frequency band. A wireless feedback signal 19 of the switch state information of one of the light sources 101.
請參閱第二圖，其為本案無線照明控制系統中另一較佳實施例架構之示意圖。在一照明控制系統200中包含了一主控端10與一受控端14；該主控端10包含了一使用者介面模組11以及電連接於該使用者介面模組11之一主控端收發機13，其中該使用者介面模組11可接收使用者所輸入的一操作參數並產生一控制訊號而傳送於該主控端收發機13，接著該主控端收發機13則將該控制訊號轉換為一無線訊號18而加以傳送。Please refer to the second figure, which is a schematic diagram of another preferred embodiment of the wireless lighting control system of the present invention. In the lighting control system 200, a main control terminal 10 and a controlled terminal 14 are included; the main control terminal 10 includes a user interface module 11 and one of the main components of the user interface module 11 The transceiver module 13 is configured to receive an operation parameter input by the user and generate a control signal for transmission to the master transceiver 13 , and then the master transceiver 13 The control signal is converted to a wireless signal 18 for transmission.
相應於該主控端10，該照明控制系統200中的受控端14則相應包含了至少一受控端收發機15、電連接並對應於該受控端收發機15的至少一控制模組16、以及電連接並對應於該控制模組16的至少一光源101，其中該受控端收發機15可用以接收該無線訊號18，並將該無線訊號18傳送至該控制模組16，而該控制模組16則進一步地藉由所包含之一驅動器17而將該無線訊號18轉換為一照明驅動訊號並傳送至該光源101，因此電連接於該等控制模組16之該光源101的電源強度可藉由該照明驅動訊號之接收而改變，並達到調整該光源101亮度的效果。Corresponding to the master terminal 10, the controlled terminal 14 in the lighting control system 200 correspondingly includes at least one controlled terminal transceiver 15, and at least one control module electrically connected and corresponding to the controlled terminal transceiver 15. 16 and at least one light source 101 electrically connected to and corresponding to the control module 16, wherein the controlled transceiver 15 can be used to receive the wireless signal 18 and transmit the wireless signal 18 to the control module 16, and The control module 16 further converts the wireless signal 18 into an illumination driving signal by using one of the drivers 17 and transmits the same to the light source 101, thereby being electrically connected to the light source 101 of the control module 16. The power intensity can be changed by the reception of the illumination driving signal, and the effect of adjusting the brightness of the light source 101 is achieved.
此外，為使該照明控制系統200可廣泛應用於各種不同之實際需求，該主控端10可相應設計為一可攜式裝置，且該使用者介面模組11更可相應包含一控制器12以將該操作參數轉換為該控制訊號，而為使該照明控制系統200中該主控端10與該受控端14之間的該無線訊號18不易受實際操作環境中其他電磁波訊號的干擾，該無線訊號18可為傳送於2.4GHz頻段並符合IEEE802.15.4通訊協定標準中之ZigBee網路協定的一直接序列展頻訊號，而使該受控端14中至少其中之一特定光源101之亮度亦可得以被調整。In addition, in order to make the lighting control system 200 widely applicable to various practical needs, the main control terminal 10 can be designed as a portable device, and the user interface module 11 can further include a controller 12 correspondingly. The operation signal is converted into the control signal, so that the wireless signal 18 between the master terminal 10 and the controlled terminal 14 in the lighting control system 200 is not easily interfered by other electromagnetic signals in the actual operating environment. The wireless signal 18 can be a direct sequence spread spectrum signal transmitted in the 2.4 GHz frequency band and conforming to the ZigBee network protocol in the IEEE 802.15.4 communication protocol standard, so that the brightness of at least one of the specific light sources 101 in the controlled terminal 14 is made. Can also be adjusted.
請參閱第三圖，其為本案無線照明控制系統中另一較佳實施例架構之示意圖。在一照明控制系統200中包含了一主控端10與一受控端14；該主控端10包含了一亮度感測裝置301、一使用者介面模組11、以及電連接於該使用者介面模組11之一主控端收發機13，其中該使用者介面模組11可接收使用者所輸入的一操作參數並產生一控制訊號而傳送於該主控端收發機13，接著該主控端收發機13則將該控制訊號轉換為一無線訊號18而加以傳送。Please refer to the third figure, which is a schematic diagram of another preferred embodiment of the wireless lighting control system of the present invention. A lighting control system 200 includes a main control terminal 10 and a controlled terminal 14; the main control terminal 10 includes a brightness sensing device 301, a user interface module 11, and is electrically connected to the user. The main interface transceiver 13 of the interface module 11 is configured to receive an operation parameter input by the user and generate a control signal for transmission to the host transceiver 13 , and then the main The terminal transceiver 13 converts the control signal into a wireless signal 18 for transmission.
相應於該主控端10，該照明控制系統200中的受控端14則相應包含了至少一受控端收發機15、電連接並對應於該受控端收發機15的至少一控制模組16、以及電連接並對應於該控制模組16的至少一光源101，其中該受控端收發機15可用以接收該無線訊號18，並將該無線訊號18傳送至該控制模組16，而該控制模組16則進一步地藉由所包含之一驅動器17而將該無線訊號18轉換為一照明驅動訊號並傳送至該光源101，因此電連接於該控制模組16之該光源101的電源強度可藉由所接收之該照明驅動訊號而改變，以達到調整該光源101亮度的效果，而該亮度感測裝置301更可藉由接收該光源101之亮度而提供一亮度資訊。Corresponding to the master terminal 10, the controlled terminal 14 in the lighting control system 200 correspondingly includes at least one controlled terminal transceiver 15, and at least one control module electrically connected and corresponding to the controlled terminal transceiver 15. 16 and at least one light source 101 electrically connected to and corresponding to the control module 16, wherein the controlled transceiver 15 can be used to receive the wireless signal 18 and transmit the wireless signal 18 to the control module 16, and The control module 16 further converts the wireless signal 18 into an illumination driving signal by using one of the drivers 17 and transmits the signal to the light source 101, thereby electrically connecting to the power source of the light source 101 of the control module 16. The intensity can be changed by the received illumination driving signal to achieve the effect of adjusting the brightness of the light source 101. The brightness sensing device 301 can further provide a brightness information by receiving the brightness of the light source 101.
此外，為使該照明控制系統200可廣泛應用於各種不同之實際需求，該主控端10可相應設計為一可攜式裝置，且該使用者介面模組11更可相應包含一控制器12以將該操作參數轉換為該控制訊號，而為使該無線照明控制系統100中該主控端10與該受控端14之間的該無線訊號18不易受實際操作環境中其他電磁波訊號的干擾，該無線訊號18可為傳送於2.4GHz頻段並符合IEEE802.15.4通訊協定標準的一直接序列展頻訊號。In addition, in order to make the lighting control system 200 widely applicable to various practical needs, the main control terminal 10 can be designed as a portable device, and the user interface module 11 can further include a controller 12 correspondingly. The operation parameter is converted into the control signal, so that the wireless signal 18 between the master terminal 10 and the controlled terminal 14 in the wireless lighting control system 100 is not easily interfered by other electromagnetic signals in the actual operating environment. The wireless signal 18 can be a direct sequence spread spectrum signal transmitted in the 2.4 GHz band and conforming to the IEEE 802.15.4 protocol.
綜上所述，本案確實可提供一種無線照明控制系統，係利用主控端中之亮度感測裝置、使用者介面模組、與主控端收發機，以及受控端中之受控端收發機、控制模組、以及光源的整體搭配，以便使用者輸入操件參數並產生無線訊號以改變光源電源強度而達到調整光源亮度之效果。其突破習用技術中，無線照明控制系統中僅考慮調整光源開與關，以及光源照射方向功能的限制，而開發出一種組合了主控端與受控端並利用無線訊號且可適用於調整光源電源強度的無線照明控制系統，技術極為簡單，製造成本極低而應用性極高，實具產業之價值，爰依法提出發明專利申請。In summary, the present case can provide a wireless lighting control system, which utilizes the brightness sensing device in the main control terminal, the user interface module, the transceiver at the master terminal, and the controlled terminal in the controlled terminal. The overall combination of the machine, the control module, and the light source allows the user to input the operating parameters and generate a wireless signal to change the intensity of the light source to achieve the effect of adjusting the brightness of the light source. In its breakthrough technology, the wireless lighting control system only considers the adjustment of the light source on and off, and the limitation of the light source illumination direction function, and develops a combination of the main control terminal and the controlled terminal and utilizes the wireless signal and is suitable for adjusting the light source. The wireless power control system with power intensity is extremely simple in technology, extremely low in manufacturing cost and extremely high in applicability, and has the value of industry.
以上所述係利用較佳實施例詳細說明本案，而非限制本案的範圍，因此熟知此技藝的人士應能明瞭，適當而作些微的改變與調整，仍將不失本案之要義所在，亦不脫離本案之精神和範圍，故都應視為本案的進一步實施狀況。The above is a detailed description of the present invention by way of a preferred embodiment, and is not intended to limit the scope of the present invention. Therefore, those skilled in the art should be able to clarify that appropriate changes and adjustments will not detract from the essence of the case, nor Leaving the spirit and scope of the case, it should be regarded as the further implementation of the case.
10．．．主控端10. . . Master
11．．．使用者介面模組11. . . User interface module
12．．．控制器12. . . Controller
13．．．主控端收發機13. . . Master transceiver
14．．．受控端14. . . Controlled end
15．．．受控端收發機15. . . Controlled transceiver
16．．．控制模組16. . . Control module
17．．．驅動器17. . . driver
18．．．無線訊號18. . . Wireless signal
19．．．回授訊號19. . . Feedback signal
100．．．無線照明控制系統100. . . Wireless lighting control system
101．．．光源101. . . light source
200．．．照明控制系統200. . . Lighting control system
301．．．亮度感測裝置301. . . Brightness sensing device
第一圖為本案無線照明控制系統一較佳實施例架構之示意圖。The first figure is a schematic diagram of a preferred embodiment of the wireless lighting control system of the present invention.
第二圖為本案無線照明控制系統另一較佳實施例架構之示意圖。The second figure is a schematic diagram of another preferred embodiment of the wireless lighting control system of the present invention.
第三圖為本案無線照明控制系統再一較佳實施例架構之示意圖。The third figure is a schematic diagram of another preferred embodiment of the wireless lighting control system of the present invention.
10．．．主控端10. . . Master
11．．．使用者介面模組11. . . User interface module
12．．．控制器12. . . Controller
13．．．主控端收發機13. . . Master transceiver
14．．．受控端14. . . Controlled end
15．．．受控端收發機15. . . Controlled transceiver
16．．．控制模組16. . . Control module
18．．．無線訊號18. . . Wireless signal
19．．．回授訊號19. . . Feedback signal
101．．．光源101. . . light source
200．．．照明控制系統200. . . Lighting control system
301．．．亮度感測裝置301. . . Brightness sensing device
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| TWI399130B (en) * | 2010-04-22 | 2013-06-11 | Univ Lunghwa Sci & Technology | Two - line lighting system with intelligent energy - saving control |
| TWI457044B (en) * | 2010-07-29 | 2014-10-11 | Hannstar Display Corp | Structure for wireless driving led |
| TWI562677B (en) * | 2011-03-16 | 2016-12-11 | Young Lighting Technology Corp | Illumination system and operation method thereof |
| TW201240520A (en) * | 2011-03-16 | 2012-10-01 | Yeh Chiang Technology Corp | Indoor illumination system based on network operating |
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| TWM272932U (en) * | 2005-02-22 | 2005-08-11 | Hugewin Electronics Co Ltd | Versatile wireless remote control and multi-illuminant lighting device |
| TW200608832A (en) * | 2004-08-25 | 2006-03-01 | Toshiba Lighting & Technology | Setting method of an illumination system, setting device, illumination device and illumination system |
| US20060044152A1 (en) * | 2002-09-04 | 2006-03-02 | Ling Wang | Master-slave oriented two-way rf wireless lighting control system |
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| US20060044152A1 (en) * | 2002-09-04 | 2006-03-02 | Ling Wang | Master-slave oriented two-way rf wireless lighting control system |
| TW200608832A (en) * | 2004-08-25 | 2006-03-01 | Toshiba Lighting & Technology | Setting method of an illumination system, setting device, illumination device and illumination system |
| TWM272932U (en) * | 2005-02-22 | 2005-08-11 | Hugewin Electronics Co Ltd | Versatile wireless remote control and multi-illuminant lighting device |
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