TWM483355U - Integrated control system - Google Patents
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- TWM483355U TWM483355U TW103205910U TW103205910U TWM483355U TW M483355 U TWM483355 U TW M483355U TW 103205910 U TW103205910 U TW 103205910U TW 103205910 U TW103205910 U TW 103205910U TW M483355 U TWM483355 U TW M483355U
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Description
本創作係為一種整合式控制系統，特別是關於控制發光模組照明亮度的一種整合式控制系統。This creation is an integrated control system, especially an integrated control system for controlling the brightness of the lighting module.
一般居家照明或裝飾用的燈光，由於燈光種類數量太多，且這些燈光之間並沒有進行系統化的整合。所以，傳統燈光的控制方法大多維持於牆壁上切換開關以控制燈光明滅。例如於睡前時，人們還是得走到牆邊按壓切換開關以關燈。另人們要控制燈光的明暗度或點亮的燈光數量，人們還是得走到牆邊按壓切換開關或燈光亮度旋鈕，以多段切換或調整燈光的明暗度。藉此造成人們生活上的不便利。Generally, the lighting for home lighting or decoration is due to the large number of lighting types, and there is no systematic integration between these lights. Therefore, the traditional lighting control method is mostly maintained on the wall switch to control the light to extinguish. For example, when going to bed, people still have to go to the wall and press the switch to turn off the lights. In addition, people have to control the brightness of the light or the amount of light that is lit. People still have to go to the wall and press the toggle switch or the light brightness knob to switch or adjust the brightness of the light in multiple segments. This causes people's inconvenience in life.
此外，在現今室內照明環境中，發光二極體之崁燈具的使用越來越普及。其中對一般水電施工者而言，例如裝設DMX512照明燈具，是很麻煩不方便的。舉例來說，一般水電施工者須將天花板裝潢挖洞以裝燈，除了走電力線供電外，另DMX512照明燈具需再拉訊號線，藉此造成裝設照明燈具的不便性。In addition, in today's indoor lighting environment, the use of light-emitting diodes is becoming more and more popular. For general hydropower builders, for example, installing DMX512 lighting fixtures is very troublesome and inconvenient. For example, in general, hydropower builders must dig holes in the ceiling to install lights. In addition to power line power supply, DMX512 lighting fixtures need to pull the signal line again, which causes the inconvenience of installing lighting fixtures.
有鑑於此，本創作在於提供一種整合式控制系統，透過電力線控制方式以控制不同區域的發光模組的發光亮度、色溫或演色性，藉此提升整合式控制系統的使用方便性。In view of this, the present invention aims to provide an integrated control system for controlling the light-emitting brightness, color temperature or color rendering of light-emitting modules in different regions through power line control, thereby improving the usability of the integrated control system.
本創作在於提供一種整合式控制系統，用以控制一個或多個發光模組，整合式控制系統包括：一控制模組、一電力線橋接模 組及至少一電源控制模組。控制模組用以有線輸出一控制訊號，控制模組包括複數個區域選擇單元及一調光單元。電力線橋接模組耦接控制模組。至少一電源控制模組具有一預設區域碼，並耦接電力線橋接模組與至少一發光模組。其中，該些區域選擇單元的其中之一相對應於預設區域碼而設置，而對應於預設區域碼的區域選擇單元用以指示控制模組處於預設區域碼的設定狀態，而調光單元用以指示至少一發光模組的發光亮度、色溫或演色性。The present invention provides an integrated control system for controlling one or more lighting modules. The integrated control system includes: a control module, a power line bridge module And at least one power control module. The control module is configured to wire out a control signal, and the control module includes a plurality of area selection units and a dimming unit. The power line bridge module is coupled to the control module. The at least one power control module has a preset area code and is coupled to the power line bridge module and the at least one light emitting module. Wherein, one of the area selection units is set corresponding to the preset area code, and the area selection unit corresponding to the preset area code is used to indicate that the control module is in the set state of the preset area code, and dimming The unit is configured to indicate the brightness, color temperature or color rendering of the at least one light emitting module.
本創作在於提供一種整合式控制系統，用以控制一個或多個發光模組，整合式控制系統包括：一控制模組、一接收模組、一電力線橋接模組、一電力線橋接模組及至少一電源控制模組。控制模組用以無線輸出一控制訊號，控制模組包括複數個區域選擇單元及一調光單元。接收模組用以無線接收控制訊號。電力線橋接模組耦接接收模組。至少一電源控制模組具有一預設區域碼，並耦接電力線橋接模組與至少一發光模組。其中，該些區域選擇單元的其中之一相對應於預設區域碼而設置，而對應於預設區域碼的區域選擇單元用以指示控制模組處於預設區域碼的設定狀態，而調光單元用以指示至少一發光模組的發光亮度、色溫或演色性。The present invention provides an integrated control system for controlling one or more lighting modules. The integrated control system includes: a control module, a receiving module, a power line bridge module, a power line bridge module, and at least A power control module. The control module is configured to wirelessly output a control signal, and the control module includes a plurality of area selection units and a dimming unit. The receiving module is configured to receive the control signal wirelessly. The power line bridge module is coupled to the receiving module. The at least one power control module has a preset area code and is coupled to the power line bridge module and the at least one light emitting module. Wherein, one of the area selection units is set corresponding to the preset area code, and the area selection unit corresponding to the preset area code is used to indicate that the control module is in the set state of the preset area code, and dimming The unit is configured to indicate the brightness, color temperature or color rendering of the at least one light emitting module.
本創作在於提供一種整合式控制系統，用以控制一個或多個第一發光模組，以及控制一個或多個第二發光模組，整合式控制系統包括：一第一控制模組、一第一接收模組、一第二控制模組、一電力線橋接模組、至少一第一電源控制模組、一第二接收模組及至少一第二電源控制模組。第一控制模組用以無線輸出一第一控制訊號，第一控制模組包括複數個第一區域選擇單元及一第一調光單元。第一接收模組用以無線接收第一控制訊號。第二控制模組用以有線輸出一第二控制訊號，第二控制模組包括複數個第二區域選擇單元及一第二調光單元。電力線橋接模組耦接第一接收模組及第二控制模組。至少一第一電源控制模組具有一第一預 設區域碼，並耦接電力線橋接模組及至少一第一發光模組，且至少一第一電源控制模組根據第一控制訊號或第二控制訊號，以控制至少一第一發光模組的發光亮度、色溫或演色性。至少一第二電源控制模組具有一第二預設區域碼，並耦接第二接收模組及至少一第二發光模組，且至少一第二電源控制模組根據第一控制訊號，以控制至少一第二發光模組的發光亮度、色溫或演色性。其中，該些第一區域選擇單元的其中之一相對應於第一預設區域碼而設置，而對應於第一預設區域碼的第一區域選擇單元用以指示第一控制模組處於第一預設區域碼的設定狀態，而第一調光單元用以指示至少一第一發光模組的發光亮度、色溫或演色性。其中，該些第一區域選擇單元的其中之一相對應於第二預設區域碼而設置，而對應於第二預設區域碼的第一區域選擇單元用以指示第一控制模組處於第二預設區域碼的設定狀態，而第一調光單元用以指示至少一第二發光模組的發光亮度、色溫或演色性。其中，該些第二區域選擇單元的其中之一相對應於第一預設區域碼而設置，而對應於第一預設區域碼的第二區域選擇單元用以指示第二控制模組處於第一預設區域碼的設定狀態，而第二調光單元用以指示至少一第一發光模組的發光亮度、色溫或演色性。The present invention provides an integrated control system for controlling one or more first lighting modules and controlling one or more second lighting modules. The integrated control system includes: a first control module, a first a receiving module, a second control module, a power line bridge module, at least one first power control module, a second receiving module, and at least one second power control module. The first control module is configured to wirelessly output a first control signal, and the first control module includes a plurality of first region selection units and a first dimming unit. The first receiving module is configured to wirelessly receive the first control signal. The second control module is configured to output a second control signal by wire, and the second control module includes a plurality of second region selection units and a second dimming unit. The power line bridge module is coupled to the first receiving module and the second control module. At least one first power control module has a first pre- The area code is coupled to the power line bridge module and the at least one first light emitting module, and the at least one first power control module controls the at least one first light emitting module according to the first control signal or the second control signal Luminance, color temperature or color rendering. The at least one second power control module has a second preset area code coupled to the second receiving module and the at least one second lighting module, and the at least one second power control module is configured according to the first control signal. Controlling the brightness, color temperature or color rendering of the at least one second light emitting module. The first area selection unit corresponding to the first preset area code is used to indicate that the first control module is in the first The setting state of the preset area code, and the first dimming unit is configured to indicate the brightness, color temperature or color rendering of the at least one first light emitting module. The one of the first area selection units is corresponding to the second preset area code, and the first area selection unit corresponding to the second preset area code is used to indicate that the first control module is in the first The first dimming unit is configured to indicate the illumination brightness, color temperature or color rendering of the at least one second illumination module. The second area selection unit corresponding to the first preset area code is used to indicate that the second control module is in the first The setting state of the preset area code, and the second dimming unit is configured to indicate the brightness, color temperature or color rendering of the at least one first light emitting module.
綜上所述，本創作的具體手段為利用一種整合式控制系統，透過電力線控制方式以控制不同區域的發光模組的發光亮度、色溫或演色性。另傳統燈具可加裝電源控制模組及接收模組，以使控制模組可無線控制傳統燈具的明滅，藉此提升整合式控制系統的使用方便性。In summary, the specific means of the creation is to use an integrated control system to control the brightness, color temperature or color rendering of the light-emitting modules in different regions through power line control. In addition, the traditional lighting fixture can be equipped with a power control module and a receiving module, so that the control module can wirelessly control the extinction of the traditional lighting, thereby improving the convenience of the integrated control system.
以上之概述與接下來的實施例，皆是為了進一步說明本創作之技術手段與達成功效，然所敘述之實施例與圖式僅提供參考說明用，並非用來對本創作加以限制者。The above summary and the following examples are intended to further illustrate the technical means and the efficiencies of the present invention, and the embodiments and drawings are merely provided for reference and are not intended to limit the present invention.
1、1a、1b‧‧‧整合式控制系統1, 1a, 1b‧‧‧ integrated control system
10‧‧‧控制模組10‧‧‧Control Module
100、C100、C200、L1~L5‧‧‧區域選擇單元100, C100, C200, L1~L5‧‧‧ area selection unit
102、C102、C202、A1~A4‧‧‧調光單元102, C102, C202, A1~A4‧‧‧ dimming unit
104、C104、C204‧‧‧控制單元104, C104, C204‧‧‧ control unit
106、C106、C206‧‧‧編碼單元106, C106, C206‧‧‧ coding unit
108、C108、C208‧‧‧傳輸單元108, C108, C208‧‧‧ transmission unit
C01‧‧‧第一控制模組C01‧‧‧First Control Module
C02‧‧‧第二控制模組C02‧‧‧Second Control Module
W10‧‧‧無線遙控器W10‧‧‧Wireless remote control
12‧‧‧電力線橋接模組12‧‧‧Power Line Bridge Module
14、14a、14b‧‧‧電源控制模組14, 14a, 14b‧‧‧ power control module
140、140a‧‧‧轉換單元140, 140a‧‧‧ conversion unit
142、142a‧‧‧解碼單元142, 142a‧‧‧ decoding unit
144、144a‧‧‧處理單元144, 144a‧‧ ‧ processing unit
146、146a‧‧‧驅動單元146, 146a‧‧‧ drive unit
14a1、14a2‧‧‧第一電源控制模組14a1, 14a2‧‧‧ first power control module
14n1‧‧‧第二電源控制模組14n1‧‧‧Second power control module
16、16a1、16a2、16b1、16b2、16b3、B1~B4‧‧‧發光模組16, 16a1, 16a2, 16b1, 16b2, 16b3, B1~B4‧‧‧ lighting module
16a1、16a3、16a4、16a5‧‧‧第一發光模組16a1, 16a3, 16a4, 16a5‧‧‧ first lighting module
16n1、16n2、16n3‧‧‧第二發光模組16n1, 16n2, 16n3‧‧‧ second lighting module
18‧‧‧接收模組18‧‧‧ receiving module
18a‧‧‧第一接收模組18a‧‧‧First Receiver Module
18n‧‧‧第二接收模組18n‧‧‧second receiving module
圖1為本創作一實施例之整合式控制系統之功能方塊圖。1 is a functional block diagram of an integrated control system in accordance with an embodiment of the present invention.
圖2為本創作另一實施例之整合式控制系統之功能方塊圖。2 is a functional block diagram of an integrated control system in accordance with another embodiment of the present invention.
圖3為本創作另一實施例之整合式控制系統之功能方塊圖。FIG. 3 is a functional block diagram of an integrated control system according to another embodiment of the present invention.
圖4為本創作另一實施例之整合式控制系統之運作示意圖。4 is a schematic diagram of the operation of the integrated control system of another embodiment of the present invention.
圖1為本創作一實施例之整合式控制系統之功能方塊圖。請參閱圖1。一種整合式控制系統1，用以控制一個或多個發光模組16，整合式控制系統1包括：一控制模組10、一電力線橋接模組12及至少一電源控制模組14。在實務上，控制模組10耦接電力線橋接模組12，而電源控制模組14耦接於電力線橋接模組12與發光模組16之間。因此，本實施例之整合式控制系統1可控制不同區域的發光模組16的發光亮度、色溫或演色性。本實施例不限制整合式控制系統1的態樣。1 is a functional block diagram of an integrated control system in accordance with an embodiment of the present invention. Please refer to Figure 1. An integrated control system 1 for controlling one or more lighting modules 16 includes an control module 10, a power line bridge module 12 and at least one power control module 14. In practice, the control module 10 is coupled to the power line bridge module 12, and the power control module 14 is coupled between the power line bridge module 12 and the lighting module 16. Therefore, the integrated control system 1 of the present embodiment can control the luminance, color temperature or color rendering of the light-emitting module 16 in different regions. This embodiment does not limit the aspect of the integrated control system 1.
進一步來說，控制模組10用以有線輸出一控制訊號，控制模組10包括複數個區域選擇單元100、一調光單元102、一控制單元104、一編碼單元106及一傳輸單元108。在實務上，控制單元104耦接區域選擇單元100、調光單元102、編碼單元106及傳輸單元108，傳輸單元108耦接編碼單元106及電力線。因此，使用者可操作控制模組10，以控制這些發光模組16的發光亮度、色溫或演色性。本實施例不限制控制模組10的態樣。Further, the control module 10 is configured to output a control signal by wire. The control module 10 includes a plurality of area selection units 100, a dimming unit 102, a control unit 104, an encoding unit 106, and a transmission unit 108. In practice, the control unit 104 is coupled to the area selection unit 100, the dimming unit 102, the encoding unit 106, and the transmission unit 108. The transmission unit 108 is coupled to the encoding unit 106 and the power line. Therefore, the user can operate the control module 10 to control the brightness, color temperature or color rendering of the light-emitting modules 16. This embodiment does not limit the aspect of the control module 10.
值得一提的是，控制模組10例如為一遙桿或一控制面板，各區域選擇單元100例如為一實體按鍵、一實體旋鈕、一虛擬按鍵或一虛擬旋鈕，調光單元102例如為至少一實體按鍵、至少一實體旋鈕、至少一虛擬按鍵或至少一虛擬旋鈕。其中區域選擇單元100用以選擇不同區域位置的發光模組16的控制。It is worth mentioning that the control module 10 is, for example, a joystick or a control panel. The area selection unit 100 is, for example, a physical button, a physical knob, a virtual button or a virtual knob. The dimming unit 102 is, for example, at least A physical button, at least one physical knob, at least one virtual button or at least one virtual knob. The area selecting unit 100 is configured to select the control of the light emitting module 16 at different area positions.
舉例來說，這些區域選擇單元100其中之一係指示室內客廳之燈光的控制，這些區域選擇單元100其中之另一係指示室內浴 室之燈光的控制。因此，當使用者按壓前述指示室內客廳之燈光的控制的區域選擇單元100時，控制模組10、電力線橋接模組12、電源控制模組14及位於室內客廳的發光模組16完成連線設定。所以，使用者可再透過調光單元102以調整位於室內客廳的發光模組16的發光亮度、色溫或演色性。本實施例不限制控制模組10、區域選擇單元100及調光單元102的態樣。For example, one of the area selection units 100 indicates the control of the lighting of the indoor living room, and the other of the area selection units 100 indicates the indoor bath. Control of the lighting of the room. Therefore, when the user presses the area selection unit 100 for controlling the lighting of the indoor living room, the control module 10, the power line bridge module 12, the power control module 14, and the lighting module 16 located in the indoor living room complete the connection setting. . Therefore, the user can further transmit the brightness, color temperature or color rendering of the light-emitting module 16 located in the indoor living room through the dimming unit 102. This embodiment does not limit the aspects of the control module 10, the area selection unit 100, and the dimming unit 102.
值得一提的是，控制單元104例如為微處理器或中央處理器，用以處理、計算或運算等作業。編碼單元106例如為編碼器，用以將控制訊號進行編碼作業。而傳輸單元108例如為有線傳輸器或電力線傳輸器。所屬技術領域具有通常知識者可自由設計控制單元104、編碼單元106及傳輸單元108。It is worth mentioning that the control unit 104 is, for example, a microprocessor or a central processing unit for processing, calculation or calculation. The encoding unit 106 is, for example, an encoder for performing a coding operation on the control signal. The transmission unit 108 is, for example, a wired transmitter or a power line transmitter. The control unit 104, the encoding unit 106, and the transmission unit 108 can be freely designed by those skilled in the art.
電力線橋接模組12例如為電力線載波橋接模組，耦接控制模組10與電源控制模組14。在實務上，控制模組10係透過電力線控制方式以控制電源控制模組14，而電力線橋接模組12為電力線控制方式中的橋接手段，例如電力線橋接模組12將控制訊號轉成電力線載波訊號，並耦合至電力線上。所屬領域具有通常知識者可自由設計電力線橋接模組12。The power line bridge module 12 is, for example, a power line carrier bridge module, and is coupled to the control module 10 and the power control module 14. In practice, the control module 10 controls the power control module 14 through the power line control mode, and the power line bridge module 12 is a bridge device in the power line control mode. For example, the power line bridge module 12 converts the control signal into a power line carrier signal. And coupled to the power line. Those skilled in the art can freely design the power line bridge module 12.
本創作係提供一種電力線控制(Powerline Control)以控制發光模組16運作的技術。例如電力線控制可控制交流電的導通與截止，藉此例如為交流電的輸入電源將產生具數位編碼訊號的交流電壓，並傳輸給電力線橋接模組12。而電力線橋接模組12透過交流電力線，以傳輸一具數位編碼訊號的交流電壓給電源控制模組14，而電源控制模組14可接收具數位編碼訊號的交流電壓，並將交流電壓轉換為直流電壓以供電給發光模組16。另電源控制模組14可對具數位編碼訊號的交流電壓解碼，藉此電源控制模組14可控制發光模組16的發光亮度輸出。The present invention provides a technique for controlling the operation of the light-emitting module 16 by Powerline Control. For example, the power line control can control the conduction and the cut-off of the alternating current, whereby the input power source, for example, an alternating current, generates an alternating voltage having a digitally encoded signal and transmits it to the power line bridge module 12. The power line bridge module 12 transmits an AC voltage of a digitally encoded signal to the power control module 14 through the AC power line, and the power control module 14 can receive the AC voltage with the digital coded signal and convert the AC voltage to DC. The voltage is supplied to the light emitting module 16. The power control module 14 can decode the AC voltage with the digital coded signal, and the power control module 14 can control the light output of the light emitting module 16 .
至少一電源控制模組14耦接電力線橋接模組12與至少一發光模組16。在實務上，電源控制模組14具有一預設區域碼。舉例 來說，室內客廳的預設區域碼例如為01，而室內浴室的預設區域碼例如為02。所以，使用者按壓指示01之預設區域碼的區域選擇單元100，於後續操作中，控制模組10將輸出指示01之預設區域碼的控制訊號。所以，具有01之預設區域碼的電源控制模組14將根據控制訊號而作動。The at least one power control module 14 is coupled to the power line bridge module 12 and the at least one light emitting module 16 . In practice, the power control module 14 has a preset area code. Example For example, the preset area code of the indoor living room is, for example, 01, and the preset area code of the indoor bathroom is, for example, 02. Therefore, the user presses the area selection unit 100 indicating the preset area code of 01. In the subsequent operation, the control module 10 outputs a control signal indicating the preset area code of 01. Therefore, the power control module 14 having the preset area code of 01 will operate according to the control signal.
進一步來說，這些區域選擇單元100的其中之一相對應於預設區域碼而設置，而對應於預設區域碼的區域選擇單元100用以指示控制模組10處於預設區域碼的設定狀態，而調光單元102用以指示至少一發光模組16的發光亮度，控制模組10透過調光單元102以調整這些發光模組16的發光亮度。Further, one of the area selection units 100 is set corresponding to the preset area code, and the area selection unit 100 corresponding to the preset area code is used to indicate that the control module 10 is in the setting state of the preset area code. The dimming unit 102 is configured to indicate the brightness of the illumination of the at least one illumination module 16 , and the control module 10 is configured to pass the dimming unit 102 to adjust the illumination brightness of the illumination modules 16 .
值得注意的是，電源控制模組14包括一轉換單元140、一解碼單元142、一處理單元144及一驅動單元146，轉換單元140耦接電力線及解碼單元142，處理單元144耦接轉換單元140、解碼單元142及驅動單元146，驅動單元146耦接至少一發光模組16，處理單元144具有預設區域碼。It is noted that the power control module 14 includes a conversion unit 140, a decoding unit 142, a processing unit 144, and a driving unit 146. The conversion unit 140 is coupled to the power line and the decoding unit 142, and the processing unit 144 is coupled to the conversion unit 140. The decoding unit 142 and the driving unit 146 are coupled to the at least one lighting module 16 and the processing unit 144 has a preset area code.
轉換單元140例如為降壓電路。例如轉換單元140用以將110伏特的市電轉換為45伏特的電壓。且轉換單元140亦可透過分壓電路的設計，提供5伏特的電壓給處理單元144，以及提供40伏特的電壓給驅動單元146。在其他實施例中，轉換單元140亦可將市電轉換為N伏特的電壓，所屬技術領域具有通常知識者可自由設計轉換單元140的態樣。The conversion unit 140 is, for example, a step-down circuit. For example, the conversion unit 140 is configured to convert 110 volts of commercial power to a voltage of 45 volts. And the conversion unit 140 can also provide a voltage of 5 volts to the processing unit 144 and a voltage of 40 volts to the driving unit 146 through the design of the voltage dividing circuit. In other embodiments, the conversion unit 140 can also convert the commercial power to a voltage of N volts, and the art can freely design the aspect of the conversion unit 140.
處理單元144例如為微處理器或中央處理器，用以處理、計算或運算等作業。解碼單元142例如為解碼器，用以將控制訊號進行解碼作業。另驅動單元146例如為LED燈驅動電路，用以驅動發光模組16的發光輸出。本實施例不限制處理單元144、解碼單元142及驅動單元146的態樣。Processing unit 144 is, for example, a microprocessor or central processing unit for processing, computing, or computing operations. The decoding unit 142 is, for example, a decoder for performing a decoding operation on the control signal. The driving unit 146 is, for example, an LED lamp driving circuit for driving the light output of the light emitting module 16 . The embodiment does not limit the aspects of the processing unit 144, the decoding unit 142, and the driving unit 146.
值得一提的是，電源控制模組14具有預設區域碼。在實務上，電源控制模組14具有一指撥開關，而指撥開關例如具有複數個預 設區域碼指標。為了方便說明，本實施例係以五個預設區域碼指標來說明，這些預設區域碼指標例如為01、02、03、04及05。因此，水電工、裝潢師傅或使用者可將指撥開關調撥為預設區域碼指標為01之位置。所以，使用者可根據室內位置來設定電源控制模組14之預設區域碼。It is worth mentioning that the power control module 14 has a preset area code. In practice, the power control module 14 has a dip switch, and the dip switch has, for example, a plurality of pre- Set the area code indicator. For convenience of description, the present embodiment is described by five preset area code indicators, such as 01, 02, 03, 04, and 05. Therefore, the plumber, decorator or user can transfer the dip switch to the position where the preset area code indicator is 01. Therefore, the user can set the preset area code of the power control module 14 according to the indoor location.
當然，於不同的室內位置，電源控制模組14使用不同的預設區域碼，而每一具有不同預設區域碼之電源控制模組14耦接發光模組16。所以，使用者可透過控制模組10以控制不同的室內位置之發光模組16之發光亮度、色溫或演色性。本實施例不限制電源控制模組14之運作態樣。Of course, in different indoor locations, the power control module 14 uses different preset area codes, and each power control module 14 having a different preset area code is coupled to the light emitting module 16. Therefore, the user can control the brightness, color temperature or color rendering of the light-emitting module 16 of different indoor positions through the control module 10. This embodiment does not limit the operation of the power control module 14.
圖2為本創作另一實施例之整合式控制系統之功能方塊圖。請參閱圖2。其中圖2與圖1中的整合式控制系統1、1a二者架構與功能相似，例如控制模組10亦控制發光模組16a1、16a2、16b1、16b2、16b3的發光亮度、色溫或演色性。然而，整合式控制系統1、1a二者的差異在於：控制模組10與接收模組18係透過無線方式進行通訊，而接收模組18耦接電力線橋接模組12。電力線橋接模組12耦接發光模組16a1、16a2、16b1、16b2、16b3。2 is a functional block diagram of an integrated control system in accordance with another embodiment of the present invention. Please refer to Figure 2. The integrated control systems 1 and 1a in FIG. 2 and FIG. 1 are similar in structure and function. For example, the control module 10 also controls the light-emitting brightness, color temperature or color rendering of the light-emitting modules 16a1, 16a2, 16b1, 16b2, and 16b3. However, the difference between the integrated control system 1 and the 1a is that the control module 10 and the receiving module 18 communicate wirelessly, and the receiving module 18 is coupled to the power line bridge module 12. The power line bridge module 12 is coupled to the light emitting modules 16a1, 16a2, 16b1, 16b2, and 16b3.
詳細來說，控制模組10用以無線輸出一控制訊號。控制模組10包括複數個區域選擇單元100、一調光單元102、一控制單元104、一編碼單元106及一傳輸單元108。其中傳輸單元108例如為無線通訊器。為了方便說明，本實施例之傳輸單元108例如為一紅外線發射器，在其他實施例中，傳輸單元108例如為一藍芽發射器、一無線保真度接收器及一群蜂(Zigbee)發射器。本實施例不限制傳輸單元108的態樣。In detail, the control module 10 is configured to wirelessly output a control signal. The control module 10 includes a plurality of area selection units 100, a dimming unit 102, a control unit 104, an encoding unit 106, and a transmission unit 108. The transmission unit 108 is, for example, a wireless communicator. For convenience of description, the transmission unit 108 of this embodiment is, for example, an infrared transmitter. In other embodiments, the transmission unit 108 is, for example, a Bluetooth transmitter, a wireless fidelity receiver, and a group of Zigbee transmitters. . This embodiment does not limit the aspect of the transmission unit 108.
控制模組10例如為一無線遙控器、一智慧型手機、一平板電腦或一智慧型手表，各區域選擇單元100例如為一實體按鍵、一實體旋鈕、一虛擬按鍵或一虛擬旋鈕，調光單元102例如為至少 一實體按鍵、至少一實體旋鈕、至少一虛擬按鍵或至少一虛擬旋鈕。The control module 10 is, for example, a wireless remote controller, a smart phone, a tablet computer or a smart watch. Each area selection unit 100 is, for example, a physical button, a physical knob, a virtual button or a virtual knob, and is dimmed. Unit 102 is, for example, at least A physical button, at least one physical knob, at least one virtual button or at least one virtual knob.
接收模組18用以無線接收控制訊號。在實務上，接收模組18係根據傳輸單元108而設計，例如本實施例之接收模組18為一紅外線接收器。在其他實施例中，接收模組18例如為一藍芽接收器、一無線保真度接收器及一群蜂(Zigbee)接收器。本實施例不限制接收模組18的態樣。The receiving module 18 is configured to receive the control signal wirelessly. In practice, the receiving module 18 is designed according to the transmitting unit 108. For example, the receiving module 18 of the embodiment is an infrared receiver. In other embodiments, the receiving module 18 is, for example, a Bluetooth receiver, a wireless fidelity receiver, and a group of Zigbee receivers. This embodiment does not limit the aspect of the receiving module 18.
同理可知，本創作之控制模組10可透過無線通訊方式，以控制發光模組16a1、16a2、16b1、16b2、16b3的發光亮度、色溫或演色性。基於上述，本創作之整合式控制系統1a可透過有線通訊方式或無線通訊方式，以控制控制發光模組16a1、16a2、16b1、16b2、16b3的發光亮度、色溫或演色性，藉此提升控制發光模組16a1、16a2、16b1、16b2、16b3的方便性。Similarly, the control module 10 of the present invention can control the light-emitting brightness, color temperature or color rendering of the light-emitting modules 16a1, 16a2, 16b1, 16b2, and 16b3 through wireless communication. Based on the above, the integrated control system 1a of the present invention can control the illumination brightness, color temperature or color rendering of the light-emitting modules 16a1, 16a2, 16b1, 16b2, and 16b3 through wired communication or wireless communication, thereby improving control illumination. The convenience of the modules 16a1, 16a2, 16b1, 16b2, 16b3.
值得注意的是，本實施例之電源控制模組14a例如具有01之預設區域碼，而電源控制模組14b例如具有02之預設區域碼。其中室內客廳的預設區域碼例如為01，而室內浴室的預設區域碼例如為02。所以，使用者按壓指示01之預設區域碼的區域選擇單元100，於後續操作中，控制模組10將輸出指示01之預設區域碼的控制訊號。簡單來說，發光模組16a1、16a2將根據控制訊號而輸出發光亮度、色溫或演色性。而發光模組16b1、16b2、16b3不會根據控制訊號而輸出發光亮度、色溫或演色性。所以，使用者可再透過調光單元102以調整位於室內客廳的發光模組16a1、16a2的發光亮度、色溫或演色性。It should be noted that the power control module 14a of the embodiment has, for example, a preset area code of 01, and the power control module 14b has, for example, a preset area code of 02. The preset area code of the indoor living room is, for example, 01, and the preset area code of the indoor bathroom is 02, for example. Therefore, the user presses the area selection unit 100 indicating the preset area code of 01. In the subsequent operation, the control module 10 outputs a control signal indicating the preset area code of 01. Briefly, the lighting modules 16a1, 16a2 will output luminance, color temperature or color rendering according to the control signal. The light-emitting modules 16b1, 16b2, and 16b3 do not output luminance, color temperature, or color rendering according to the control signal. Therefore, the user can further transmit the brightness, color temperature or color rendering of the light-emitting modules 16a1, 16a2 located in the indoor living room through the dimming unit 102.
圖3為本創作另一實施例之整合式控制系統之功能方塊圖。請參閱圖3。其中圖3與圖2中的整合式控制系統1a、1b二者架構與功能相似，例如第一或第二控制模組C01、C02亦可控制第一發光模組16a1、16a3、16a4、16a5的發光亮度、色溫或演色性。 然而，整合式控制系統1a、1b二者的差異在於：本實施例之整合式控制系統1b，用以控制一個或多個第一發光模組16a1、16a3、16a4、16a5，以及控制一個或多個第二發光模組16n1、16n2、16n3，整合式控制系統1b包括：一第一控制模組C01、一第一接收模組18a、一第二控制模組C02、一電力線橋接模組12、至少一第一電源控制模組14a1、14a2、一第二接收模組18n及至少一第二電源控制模組14n1。FIG. 3 is a functional block diagram of an integrated control system according to another embodiment of the present invention. Please refer to Figure 3. The integrated control systems 1a and 1b in FIG. 3 and FIG. 2 are similar in structure and function. For example, the first or second control modules C01 and C02 can also control the first lighting modules 16a1, 16a3, 16a4, and 16a5. Luminance, color temperature or color rendering. However, the difference between the integrated control systems 1a, 1b is that the integrated control system 1b of the present embodiment controls one or more first lighting modules 16a1, 16a3, 16a4, 16a5, and controls one or more The second lighting module 16n1, 16n2, 16n3, the integrated control system 1b includes: a first control module C01, a first receiving module 18a, a second control module C02, a power line bridge module 12, At least one first power control module 14a1, 14a2, a second receiving module 18n and at least one second power control module 14n1.
在實務上，第一發光模組16a1、16a3、16a4、16a5例如為LED燈。第二發光模組16n1、16n2、16n3例如為T5、MR16、日光燈或層板燈等發光模組。在實務上，現存家庭之照明裝置大都使用T5、MR16、日光燈或層板燈等之第二發光模組16n1、16n2、16n3。當然，現存家庭配合綠色環保、節能省碳、經濟或政策，現存家庭將有可能會加裝或新裝設LED燈。所以，數位控制之LED燈及傳統控制之T5、MR16、日光燈或層板燈可能會共存於同一個家庭中。而本創作之整合式控制系統1b可控制第一及第二發光模組16a1、16a3、16a4、16a5、16n1、16n2、16n3的發光亮度。In practice, the first lighting modules 16a1, 16a3, 16a4, 16a5 are, for example, LED lights. The second light-emitting modules 16n1, 16n2, and 16n3 are, for example, light-emitting modules such as T5, MR16, fluorescent lamps, or laminate lamps. In practice, the lighting devices of existing households mostly use the second lighting modules 16n1, 16n2, and 16n3 such as T5, MR16, fluorescent lamps or laminate lamps. Of course, existing families will cooperate with green, energy-saving, carbon-saving, economic or policy, and existing homes will likely install or newly install LED lights. Therefore, digitally controlled LED lights and traditionally controlled T5, MR16, fluorescent or laminate lights may coexist in the same home. The integrated control system 1b of the present invention can control the light-emitting luminances of the first and second light-emitting modules 16a1, 16a3, 16a4, 16a5, 16n1, 16n2, and 16n3.
進一步來說，第一控制模組C01用以無線輸出一第一控制訊號，第一控制模組C01包括複數個第一區域選擇單元C100及一第一調光單元C102。第一接收模組18a用以無線接收第一控制訊號。第二控制模組C02用以有線輸出一第二控制訊號，第二控制模組C02包括複數個第二區域選擇單元C200及一第二調光單元C202。Further, the first control module C01 is configured to wirelessly output a first control signal, and the first control module C01 includes a plurality of first region selection units C100 and a first dimming unit C102. The first receiving module 18a is configured to receive the first control signal wirelessly. The second control module C02 is configured to output a second control signal by wire. The second control module C02 includes a plurality of second area selection units C200 and a second dimming unit C202.
電力線橋接模組12耦接第一接收模組18a及第二控制模組C02。至少一第一電源控制模組14a1、14a2具有一第一預設區域碼，並耦接電力線橋接模組12及至少一第一發光模組16a1、16a3、16a4、16a5，且至少一第一電源控制模組14a1、14a2根據第一控制訊號或第二控制訊號，以控制至少一第一發光模組16a1、16a3、16a4、16a5的發光亮度、色溫或演色性。The power line bridge module 12 is coupled to the first receiving module 18a and the second control module C02. The at least one first power control module 14a1, 14a2 has a first preset area code, and is coupled to the power line bridge module 12 and the at least one first light emitting module 16a1, 16a3, 16a4, 16a5, and the at least one first power source The control modules 14a1, 14a2 control the illumination brightness, color temperature or color rendering of the at least one first illumination module 16a1, 16a3, 16a4, 16a5 according to the first control signal or the second control signal.
至少一第二電源控制模組14n1具有一第二預設區域碼，並耦接第二接收模組18n及至少一第二發光模組16n1、16n2、16n3，且至少一第二電源控制模組14n1根據第一控制訊號，以控制至少一第二發光模組16n1、16n2、16n3的發光亮度、色溫或演色性。The at least one second power control module 14n1 has a second preset area code coupled to the second receiving module 18n and the at least one second lighting module 16n1, 16n2, 16n3, and at least one second power control module The 14n1 controls the illumination brightness, color temperature or color rendering of the at least one second illumination module 16n1, 16n2, 16n3 according to the first control signal.
其中，這些第一區域選擇單元C100的其中之一相對應於第一預設區域碼而設置，而對應於第一預設區域碼的第一區域選擇單元C100用以指示第一控制模組C01處於第一預設區域碼的設定狀態，而第一調光單元C102用以指示至少一第一發光模組16a1、16a3、16a4、16a5的發光亮度、色溫或演色性。The one of the first area selection units C100 is corresponding to the first preset area code, and the first area selection unit C100 corresponding to the first preset area code is used to indicate the first control module C01. The first dimming unit C102 is configured to indicate the illumination brightness, color temperature or color rendering of the at least one first illumination module 16a1, 16a3, 16a4, 16a5.
其中，這些第一區域選擇單元C100的其中之一相對應於第二預設區域碼而設置，而對應於第二預設區域碼的第一區域選擇單元C100用以指示第一控制模組C01處於第二預設區域碼的設定狀態，而第一調光單元C102用以指示至少一第二發光模組16n1、16n2、16n3的發光亮度。The one of the first area selection units C100 is corresponding to the second preset area code, and the first area selection unit C100 corresponding to the second preset area code is used to indicate the first control module C01. The first dimming unit C102 is configured to indicate the illumination brightness of the at least one second illumination module 16n1, 16n2, and 16n3.
其中，這些第二區域選擇單元C200的其中之一相對應於第一預設區域碼而設置，而對應於第一預設區域碼的第二區域選擇單元C200用以指示第二控制模組C02處於第一預設區域碼的設定狀態，而第二調光單元C202用以指示至少一第一發光模組16a1、16a3、16a4、16a5的發光亮度、色溫或演色性。The second area selection unit C200 corresponding to the first preset area code is used to indicate the second control module C02. The second dimming unit C202 is configured to indicate the illumination brightness, color temperature or color rendering of the at least one first illumination module 16a1, 16a3, 16a4, 16a5.
第一控制模組C01為一無線遙控器、一智慧型手機、一平板電腦或一智慧型手表，而第二控制模組C02為一遙桿或一控制面板。第一接收模組18a為一紅外線接收器、一藍芽接收器、一無線保真度接收器或一群蜂(Zigbee)接收器，而第二接收模組18n為一紅外線接收器、一藍芽接收器、一無線保真度接收器或一群蜂(Zigbee)接收器，而第一控制模組C01無線輸出第一控制訊號給第一接收模組18a或第二接收模組18n，而第二控制模組C02有線輸出第二控制訊號給電力線橋接模組12。The first control module C01 is a wireless remote controller, a smart phone, a tablet computer or a smart watch, and the second control module C02 is a joystick or a control panel. The first receiving module 18a is an infrared receiver, a Bluetooth receiver, a wireless fidelity receiver or a group of bee (Zigbee) receivers, and the second receiving module 18n is an infrared receiver, a Bluetooth device. a receiver, a wireless fidelity receiver or a group of Zigbee receivers, and the first control module C01 wirelessly outputs the first control signal to the first receiving module 18a or the second receiving module 18n, and the second The control module C02 wiredly outputs the second control signal to the power line bridge module 12.
第一電源控制模組14a1、14a2包括一第一轉換單元(未繪 示)、一第一解碼單元(未繪示)、一第一處理單元(未繪示)及一第一驅動單元(未繪示)，第一轉換單元(未繪示)耦接電力線及第一解碼單元(未繪示)，第一處理單元(未繪示)耦接第一轉換單元(未繪示)、第一解碼單元(未繪示)及第一驅動單元(未繪示)，第一驅動單元(未繪示)耦接至少一第一發光模組16a1、16a3、16a4、16a5，第一處理單元(未繪示)具有第一預設區域碼。The first power control module 14a1, 14a2 includes a first conversion unit (not drawn The first decoding unit (not shown), a first processing unit (not shown), and a first driving unit (not shown), the first converting unit (not shown) is coupled to the power line and the first a decoding unit (not shown), the first processing unit (not shown) is coupled to the first converting unit (not shown), the first decoding unit (not shown), and the first driving unit (not shown), The first driving unit (not shown) is coupled to the at least one first lighting module 16a1, 16a3, 16a4, 16a5, and the first processing unit (not shown) has a first preset area code.
第二電源控制模組14n1包括一第二轉換單元(未繪示)、一第二解碼單元(未繪示)、一第二處理單元(未繪示)及一第二驅動單元(未繪示)，第二轉換單元(未繪示)耦接電力線及第二解碼單元(未繪示)，第二處理單元(未繪示)耦接第二轉換單元(未繪示)、第二解碼單元(未繪示)及第二驅動單元(未繪示)，第二驅動單元(未繪示)耦接至少一第二發光模組16n1、16n2、16n3，第二處理單元(未繪示)具有第二預設區域碼。The second power control module 14n1 includes a second conversion unit (not shown), a second decoding unit (not shown), a second processing unit (not shown), and a second driving unit (not shown). The second conversion unit (not shown) is coupled to the power line and the second decoding unit (not shown), and the second processing unit (not shown) is coupled to the second conversion unit (not shown) and the second decoding unit. (not shown) and a second driving unit (not shown), the second driving unit (not shown) is coupled to the at least one second lighting module 16n1, 16n2, 16n3, and the second processing unit (not shown) has The second preset area code.
圖4為本創作另一實施例之整合式控制系統之運作示意圖。請參閱圖4與圖3。本實施例係以一般房屋之照明裝置來說明，而這些室內照明裝置分別設置於客廳、廚房、臥室一及臥室二。其中，廚房係設置T5、MR16或一般日光燈等照明裝置，例如為圖3之第二發光模組16n1、16n2、16n3。而客廳、臥室一及臥室二係設置LED燈，例如為圖3之第一發光模組16a1、16a3、16a4、16a5。此外，為了方便說明，本實施例之無線遙控器W10例如為圖3之第一控制模組C01，具有複數個區域選擇單元L1~L5及調光單元A1~A4。4 is a schematic diagram of the operation of the integrated control system of another embodiment of the present invention. Please refer to Figure 4 and Figure 3. This embodiment is described by a lighting device of a general house, and these indoor lighting devices are respectively disposed in a living room, a kitchen, a bedroom one, and a bedroom two. The kitchen is provided with illumination devices such as T5, MR16 or general fluorescent lamps, such as the second illumination modules 16n1, 16n2, and 16n3 of FIG. The living room, the bedroom one and the bedroom are provided with LED lights, such as the first lighting modules 16a1, 16a3, 16a4, 16a5 of FIG. For convenience of description, the wireless remote controller W10 of the present embodiment is, for example, the first control module C01 of FIG. 3, and has a plurality of area selection units L1 to L5 and dimming units A1 to A4.
進一步來說，區域選擇單元L1係指示室內客廳之發光模組B1的控制，區域選擇單元L2係指示室內廚房之發光模組B2的控制，區域選擇單元L3係指示室內臥室一之發光模組B3的控制，區域選擇單元L4係指示室內臥室二之發光模組B4的控制。而調光單元A1係指示發光模組B1~B4之發光亮度遞減的變化，調光 單元A2係指示發光模組B1~B4之發光亮度遞增的變化，調光單元A3係指示發光模組B1~B4之演色性遞減的變化，調光單元A4係指示發光模組B1~B4之演色性遞增的變化。Further, the area selecting unit L1 is for controlling the lighting module B1 of the indoor living room, the area selecting unit L2 is for controlling the lighting module B2 of the indoor kitchen, and the area selecting unit L3 is for indicating the lighting module B3 of the indoor bedroom. The control unit selection unit L4 indicates the control of the lighting module B4 of the indoor bedroom 2. The dimming unit A1 indicates the change of the brightness of the light-emitting modules B1~B4, dimming, dimming The unit A2 indicates the change of the illumination brightness of the illumination modules B1~B4, the dimming unit A3 indicates the change of the color rendering of the illumination modules B1~B4, and the dimming unit A4 indicates the color of the illumination modules B1~B4. Sexually increasing changes.
值得一提的是，在其他實施例中，調光單元A1~A2例如為指示燈光之發光亮度之多段式切換作業。其中多段式切換作業例如為三段式切換作業。第一段式例如為發光亮度100%的輸出，第二段式例如為發光亮度50%的輸出，第三段式例如為發光亮度0%的輸出。其中調光單元A1例如以第一段式、第三段式、第二段式、第一段式、第三段式…的循環方式進行切換，而調光單元A2例如以第一段式、第二段式、第三段式、第一段式…的循環方式進行切換。本實施例不限制調光單元A1~A4的運作態樣。It is worth mentioning that in other embodiments, the dimming units A1~A2 are, for example, a multi-stage switching operation of the light-emitting brightness of the indicator light. The multi-stage switching operation is, for example, a three-stage switching operation. The first segment is, for example, an output of 100% of the luminance of the light, the second segment is, for example, an output of 50% of the luminance, and the third is, for example, an output of 0% of the luminance. The dimming unit A1 is switched in a cyclic manner of the first segment, the third segment, the second segment, the first segment, the third segment, for example, and the dimming unit A2 is, for example, in the first segment. The cyclic mode of the second segment, the third segment, and the first segment is switched. This embodiment does not limit the operation of the dimming units A1 to A4.
舉例來說，使用者於室內客廳觀賞電視時，使用者可按壓無線遙控器W10中的區域選擇單元L1，藉此以控制室內客廳之發光模組B1。接著，使用者再按壓調光單元A1~A4，以調整發光模組B1的發光亮度或演色性。使用者於室內廚房吃飯時，使用者可按壓無線遙控器W10中的區域選擇單元L2，藉此以控制室內廚房之T5、MR16或一般日光燈等之發光模組B2。其中，T5、MR16或一般日光燈並無法被調整發光之演色性。所以，無線遙控器W10僅可調整T5、MR16或一般日光燈的發光亮度為100%或0%的輸出。For example, when the user watches the TV in the indoor living room, the user can press the area selection unit L1 in the wireless remote controller W10 to control the lighting module B1 of the indoor living room. Next, the user presses the dimming units A1 to A4 again to adjust the light-emitting brightness or color rendering of the light-emitting module B1. When the user is eating in the indoor kitchen, the user can press the area selection unit L2 in the wireless remote controller W10 to control the lighting module B2 of the indoor kitchen T5, MR16 or general fluorescent lamp. Among them, T5, MR16 or general fluorescent lamps can not be adjusted for color rendering. Therefore, the wireless remote controller W10 can only adjust the output of the T5, MR16 or general fluorescent lamp to have a luminous intensity of 100% or 0%.
同理可知，使用者於臥室一或臥室二休息或睡覺時，使用者可按壓無線遙控器W10中的區域選擇單元L3~L4，藉此以控制臥室一或臥室二之發光模組B3~B4。接著，使用者再按壓調光單元A1~A4，以調整發光模組B3~B4的發光亮度或演色性。所以，使用者可不用走到牆邊按壓切換開關以關燈或進行燈光調整作業。藉此本創作之整合式控制系統將提升使用的方便性。Similarly, when the user rests or sleeps in the bedroom or bedroom, the user can press the area selection unit L3~L4 in the wireless remote control W10, thereby controlling the illumination module B3~B4 of the bedroom one or the bedroom two. . Then, the user presses the dimming units A1 to A4 again to adjust the light-emitting brightness or color rendering of the light-emitting modules B3 to B4. Therefore, the user can press the switch to turn off the light or perform the light adjustment operation without going to the wall. The integrated control system of this creation will enhance the convenience of use.
值得一提的是，本實施例之無線遙控器W10係透過紅外線通訊以控制LED燈、T5、MR16或一般日光燈等發光模組B1~B4的 發光亮度。在實務上，如果無線遙控器W10使用無線電波傳輸訊號，例如藍芽、無線射頻或無線保真度(Wifi)通訊，除了成本提高外，無線遙控器W10也需要考慮互相干擾的問題。另生活環境中充斥著大量的電磁波也是令人擔憂，而使用紅外線通訊的無線遙控器W10，則成本低廉且應用極廣，不過有控制角度範圍的限制問題，無法大範圍控制到所有燈光或電器。因此，整合有線以及無線傳輸訊號技術，把電力線也用來傳輸訊號的電力線載波技術導入，以達成智慧家庭照明控制的人性化功能。It is worth mentioning that the wireless remote controller W10 of the embodiment controls the LED modules, T5, MR16 or general fluorescent lamps B1~B4 through infrared communication. Luminous brightness. In practice, if the wireless remote controller W10 uses radio waves to transmit signals, such as Bluetooth, radio frequency or wireless fidelity (Wifi) communication, in addition to the cost increase, the wireless remote controller W10 also needs to consider mutual interference problems. In addition, a large amount of electromagnetic waves are also worrying in the living environment, and the wireless remote control W10 using infrared communication is low in cost and widely used, but there are restrictions on the range of control angles, and it is impossible to control all lights or appliances in a wide range. . Therefore, the integrated wired and wireless transmission signal technology is integrated, and the power line carrier technology for transmitting power signals is also introduced to achieve the humanized function of smart home lighting control.
綜上所述，本創作提供一種整合式控制系統，其中整合式控制系統之電源控制模組具有預設區域碼，而整合式控制系統之控制模組透過有線通訊(或無線通訊)以及電力線控制方式，以控制不同區域的電源控制模組，以使電源控制模組驅動發光模組的亮度輸出，進而控制發光模組的發光亮度、色溫或演色性。另傳統燈具可加裝電源控制模組及接收模組，以使控制模組可無線控制傳統燈具的明滅，藉此提升整合式控制系統的使用方便性。In summary, the present invention provides an integrated control system in which the power control module of the integrated control system has a preset area code, and the control module of the integrated control system is controlled by wired communication (or wireless communication) and power line control. The method is to control the power control module of different regions, so that the power control module drives the brightness output of the light-emitting module, thereby controlling the brightness, color temperature or color rendering of the light-emitting module. In addition, the traditional lighting fixture can be equipped with a power control module and a receiving module, so that the control module can wirelessly control the extinction of the traditional lighting, thereby improving the convenience of the integrated control system.
以上所述僅為本創作之實施例，其並非用以侷限本創作之專利範圍。The above description is only an embodiment of the present invention, and is not intended to limit the scope of the patent of the present invention.
1‧‧‧整合式控制系統1‧‧‧Integrated control system
10‧‧‧控制模組10‧‧‧Control Module
100‧‧‧區域選擇單元100‧‧‧Regional selection unit
102‧‧‧調光單元102‧‧‧ dimming unit
104‧‧‧控制單元104‧‧‧Control unit
106‧‧‧編碼單元106‧‧‧ coding unit
108‧‧‧傳輸單元108‧‧‧Transportation unit
12‧‧‧電力線橋接模組12‧‧‧Power Line Bridge Module
14‧‧‧電源控制模組14‧‧‧Power Control Module
140‧‧‧轉換單元140‧‧‧Conversion unit
142‧‧‧解碼單元142‧‧‧Decoding unit
144‧‧‧處理單元144‧‧‧Processing unit
146‧‧‧驅動單元146‧‧‧ drive unit
16‧‧‧發光模組16‧‧‧Lighting module
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI612404B (en) * | 2016-10-25 | 2018-01-21 | Zhang shi yang | Wireless remote control switch device and wireless remote control device |
| TWI702440B (en) * | 2018-11-28 | 2020-08-21 | 十銓科技股份有限公司 | Memory and storage device with full color light effect to display sleep and recovery |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI612404B (en) * | 2016-10-25 | 2018-01-21 | Zhang shi yang | Wireless remote control switch device and wireless remote control device |
| TWI702440B (en) * | 2018-11-28 | 2020-08-21 | 十銓科技股份有限公司 | Memory and storage device with full color light effect to display sleep and recovery |
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