201228473 六、發明說明 【發明所屬之技術領域】 本發明關於—觀㈣統及其方法， 照明裝置建謂應的控崎照表之照 尤指一種可針對至少 外=:_制系統及其方法==方法。此 對應的狀態監測對照表 明裝置建立 【先前技術】 照明裝置為日常生活令所不可或缺的生活用品 卿的出現’術大的改變。現今於 置，例如Γ公至或其它公共場合中’皆設置有各式各樣的昭明^ 置’例如日光燈、檯燈、吊燈、路燈 樣的…、明身 亮昏暗的場所，還可以版縣二:3僅: -般而t，在财式，叫顺衫觀的效果· 在”^ 會_設置大量_卿置，尤q t;: 化且有效麵㈣置進行最佳 高迷大*_縣置_竟令(例 苟)僅月b針對3又置在同一區塊的照明梦署 照明控制與監測。例如，針對高速公路上某個路段或者、某 如 置同時進行 個辦公室 201228473 内的所有照明裝置進行 使用者針對大量的照明=關的切換。換吕之，先前技術並不允許 制。此外，即使在—般如中的單—照明裝置進行侧地照明控 關對照明裝置進行單2庭中’使用者也只能透過設置於牆上的開 設置有大量的照明裝置的=控制（例如，全亮或全暗）。再者，在 查，才能發現已經損壞1 =中’通常必須依靠人力進行巡邏與檢 與時間成本，而且H障的照明裝置。不僅需耗費大量的人力 更換或維修。 卩時針對已經損壞或故障的照明裝置進行 【發明内容】 因此’本發明的目的 法，其可騎至少於提供—麵日脸齡統及其方 方便且即時地對每—個 以供使用者 達到視覺酬㈣物仃自臟日_軸，進而 此外，本發明的另一 法，其可針對至」、—昭、在於提供—種照明控m統及其方 用者pm// 置建立對應驗‘純爾照表，以供使 態。"夺羊握母一個照明裝置之照明及供電狀態及/或所處環境狀 根據-實施例，本判之照明控⑽統包含 ::裝置’其中N為-正整數。每-二二 咸別碼。該舰裝置選擇性地與該N個_裝置中的m個照明有裝 201228473 置形成通说’其t Μ為-小於鱗於㈣正整數。每一該M個昭 明裝置分職_別碼傳送至_服裝置，以供該舰裝置建立一' 控制對絲其+雜贿縣紀錄職每—該Μ侧明裝置之該 識別碼以及Ρ個控制參數’且ρ為-正紐。綱服裝置可根據該 控制對照表中的該1>個_參數選擇性地控·一該卿照明農置 之照明及供電狀態。 -於此實施射，每-前姻㈣裝置可另分魏含q個感測單 7G，其中Q為-正整數。每—該Q個感測單元分別用以感測一狀離 資訊’且每-該M個照明裝置分別將該Q個狀態資訊傳送至言糊 服裝置，以供鋪财置建立—㈣、監_縣，其帽 =表紀騎應每—該Μ個照明裝置之該朗碼以㈣Q個狀態 於此實施例中，本發明之照明控制系統可另包含一 置，與該賴峨軌，___^ 及/或該狀‘_W縣，並且麵___ =201228473 VI. Description of the invention [Technical field to which the invention pertains] The present invention relates to a view of a system and a method thereof, and a lighting device is constructed to mean at least an external system: == method. This corresponding state monitoring comparison indicates that the device is established. [Prior Art] The lighting device is a major change in the appearance of daily necessities that are indispensable for daily life. Nowadays, in the public, for example, in the public or other public places, 'all kinds of Zhaoming's are set up, such as fluorescent lamps, table lamps, chandeliers, street lamps, etc., where the body is bright and dim, and you can also print the county. :3 only: - general and t, in the financial style, called the effect of the view of the shirt. In the "^ will _ set a large number of _ qing, especially qt;: and effective face (four) set for the best high * * county _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The lighting device performs the user's switching for a large number of lighting=off. In addition, the prior art does not allow the system. In addition, even in the case of a single-lighting device, the side lighting control is performed on the lighting device. In the court, the user can only control the large number of lighting devices (for example, full light or full dark) by setting the wall. In addition, after checking, it can be found that the damaged 1 = medium 'usually necessary Relying on manpower for patrol and inspection and time costs, And the lighting device of the H-barrier not only requires a lot of manpower to replace or repair. 卩 针对 针对 针对 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 已经 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此The age system and its party conveniently and immediately provide each user with a visual reward (4) object from the dirty day_axis, and further, another method of the present invention, which can be provided for A kind of lighting control system and its user pm / / set up a corresponding test 'pure illumination table, for the state. "Lighting and power supply status and/or environment of a lighting device according to the embodiment. According to the embodiment, the lighting control (10) of the present invention includes :: device 'where N is a positive integer. Every - two two salty code. The ship device selectively forms a connection with the m illuminations of the N_devices 201228473, whose t Μ is - less than the scale (4) a positive integer. Each of the M Zhaoming devices is assigned to the service device for the ship device to establish a 'control code for the silk and the bribe county record. Control parameter ' and ρ is - positive. The utility device can selectively control the lighting and power supply status of the lighting device according to the 1> parameter in the control comparison table. - In this implementation, the per-pre-marriage (four) device can be divided into 5 sensing lists 7G, where Q is a positive integer. Each of the Q sensing units is respectively configured to sense a dissociation information 'and each of the M lighting devices respectively transmits the Q status information to the speech service device for the establishment of the prosperous establishment-(4), supervision_ In the county, the cap=Jijiqiu should have the lang code of each illuminating device in (4) Q states. In this embodiment, the lighting control system of the present invention may further comprise a set, and the 峨 峨, ___^ And / or the shape of '_W County, and face ___ =
個控制參數。 …、表中的该P 根據另一實施例，本發明之照明控制方法勺入曰 裝置與ϋ服裝置HN個照明裝置分別具有提^、Ν個照明 n為-正整數；選擇性地使該則峨日魏置巾_ 中 該伺服裝置形成通訊，其中M為一小於或等於N、…、月裝置與 、的正整數；由每 201228473 -該Μ個照置分職該酬碼傳送至軸服裝置；於_服裝 置建立-控麟照表，難㈣照表紀騎絲—該Μ個照明裝置 之該識別碼以及Ρ個控制參數，其中ρ為一正整數；以及由該伺服 裝置根據該控制對照表中的該Ρ個控制參數選擇性地控制每一該μ 個照明裝置之照明及供電狀態。 /此實施例中’本發明之照明控制方法可另包含：分別感測每 籲/亥Μ個照明裝置之Q個狀態資訊；將該Q個狀態資訊傳送至該 1 圈置；峨詢酿社絲，雜態監測 ^照表紀錄對應每-該Μ個照明裝置之該識別碼以及Μ個狀態 〜，、、、乃控制方法可另包含：使一用卢組 裝置與該伺服裝置形成通訊；利 該”_s M 肖相戶Μ置從翻服t置取得 性地調整卿舰表巾Μ置選擇 綜上所述，本㈣之照邮 裝置即會·職的朗赶核猶，照明 應的控制_表。藉此，使用魏裝置建立對 置即會根據調整後的控制對照表對每 調整控制對照表中對應每—個 \ 選擇性地 、月裝置的控制參數。接著，伺服裳 個照明«置進行對應的照 明 及供電狀態的控制 201228473 感測昭明月之照置上設置有至少—個感測單元，用以 彻鐵翁《訊，則 送至伺服f t、^ °後’亦會將所制到的狀態資訊傳 狀随晰·藉此， 供電狀能及/戈^托着縣隨時掌握每-舰職置之照明及 每-個_1===_靖照表中對應 對照表即時發現已經損壞或故障二 =用者亦可根據狀態監測 障的照明裝置進行更換或祕似狀置，以針恥經損壞或故 且了因t ’本發明之照明控制系统及其方法不僅方便、有效率，而 力與:::=Γ監測，— 圖式 π關於本發明之優點與精神可以藉由以下的發明詳述及所附 仔到進一步的瞭解。 【實施方式】 月參閱第1圖以及第2圖’第丨圖為根據本發明—實施例之照 明控制系統i的示意圖’第2圖為第丨圖中的—個照明裝置ι〇與伺 服裝置12的功能方塊圖。如第1圖所示，照明控制系統ι包含N 個照明㈣10以及-舰裝置12，其中N為一正整數。換言之， 201228473 照明控制系統1可包含—或多個照明裝置1G，不以圖情繪示的三 個為限。照明裝置1G可為日光燈、檯燈、吊燈、路燈、指示燈· 匕可發光之裝置。伺服裝置12可為—般伺服n、雲翩服器或其它 具有資料運算/處理功能之電子裝置。 如第2圖所示，每一個照明裝置10可分別包含一發光單元 100、一電源驅動單元102、一第一通訊單元104以及一控制單元 106。電源驅動單元1〇2電性連接於發光單元1〇〇，且控制單元 電性連接於電源驅動單元1〇2以及第一通訊單元1〇4。此外，伺服 裝置12包含一第二通訊單元12〇、一輸入單元122、一儲存單元 124、一顯示單元ΐ2ό以及一處理單元128。處理單元128電性連接 於第二通訊單元120、輸入單元122、儲存單元124以及顯示單元 126。 於此實施例中，第一通訊單元1〇4與第二通訊單元12〇可為網 鲁路介面單元，使得每一個照明裝置10與伺服裝置12可分別透過第 一通訊單元104與第二通訊單元12〇連線至網際網路，進而形成通 訊。於另一實施例中，第一通訊單元104與第二通訊單元12〇可為 藍芽（bluetooth)、WiFi、紅外線等無線通訊模組，可連線至例如是 群蜂（Zigbee )等無線感測器網路（wireless Sensor Network，WSN ) 之感測器，或者是可連線至手機網路通訊系統（例如，GSM/gpr§、 HSDPA/HSUP等）之無線通訊模組，使得每一個照明裝置與伺 服裝置12可分別透過第一通訊單元1〇4與第二通訊單元12〇以無線 201228473 的方式形成通訊。於另一實施例中，第一通訊單元1〇4與第二通訊 早元120亦了為應用電力線通说（p〇wer Line Communication，plc ) 技術之相關連接器，使得每一個照明裝置1〇與伺服裝置12可分別 透過第-通訊單元1〇4與第二舰單元120經由家用電源線形成通 Λ。換5之，每一個照明裝置10皆可分別與伺服裝置12以有線或 無線的方式形成通訊。 於實際應用中’發光單元觸可為高壓氣體放電燈（mgh Intensity GasD滅零，HGD)、高強度氣體放電燈（卿㈣崎 ischarge，HID)、發光二極體（LightEmitting Diode，LED)、螢光燈 或其它光源；電源驅動單元1()2可為電子安定器（咖如_彻） 或其它可用以驅動發光單元腦發光之電子元件；處理單元128與 控制單元106可為具有資料運算/處理功能的處理器與微控制器 (Micro Co咖„erUnit，MCU);儲存單元124可為硬碟或其它且有 資料儲存功能之儲存裝置；輸人單元122可為鍵盤、觸㈣板或其 它可用以輸入指令之輸入裝置；顯示單元126可為液晶顯示器、電 聚顯示器或其它顯示器。 電源驅動單元102用以驅動發光單元刚發光。控制單元觸 用以通過第-通訊單元104將識別碼1〇傳送至伺服裝置Η，通過 第-通訊單幻04接收來自做敍12之—㈣訊號，並且根據接 收的控制訊號控制電源驅動單元1〇2驅動發光單元1〇〇發光。於此 實施例中，識別碼1D係内嵌於第一通訊單元綱。然而，於另1 201228473 =識別碼ID亦可内嵌於控制單元伽或昭明裝 明 視實際應用而定，不·中所㈣為限： 月的疋’减別碼m即為對應每—判民％說 以供識別每-個照明裝置1〇。 、置0的唯-識別碼，用 於此實施例令，當!^個照 別與·_ !2形成通訊時，_ =個照明裝置10分 明裝置10之控制單元鹰^ 、 ㊉成通訊的每-個照 104盘第n丨 會刀別將識別碼®透過第-通訊單元 ”弟一通汛早兀！2〇傳送至伺服 L早兀 ㈣的正整數。舉例而言，若十個置〇、= 為一小於或等 置川與词服装置12形成通 、0中，、有三個照明裝 ID 128 制對照表LUTJ儲存於儲存單元124。…、表LUT—1，並且將控 圖。3圖’第3 _第2圖中的控制對照表LUT 1之示音 7示，控制對照表LUTJ紀錄對應每一個照心 例中Ρ Γ 個控制參數，其中p為—正整數。於此實施 内之亮度亮度、開嶋、發細、預定時間 即可根據控制對ΓΓ為限。藉此’伺服裝置12 的抑編 J中的識別碼1D」-ID-M以及與其對應 控制參數選擇性地控制每—個照明裝置10之照明及供電狀態。 201228473 於實際應用中，值裝置12之處理單元128可將控制對 LUT一i顯不於顯示單元126上，以_者觀視。制者可根據實 際的照明需求_輸人單元122選擇性地調整鋪對照表咖1 中=控制參數。舉例而言’使用者可^^蜀調整對應識別碼仍」之照 明裝置10的亮度、對應識別碼ID—2之戶召明穿置了… 如，由藍光變黃物。此外，使物可單獨設定 =裝置】。在預定時間内機變化，例如，可設二 :下午六點期間，輸出功率㈣瓦逐漸遞增謂瓦，再由午;占 之瓦。再者’使用者亦可單獨設定對應識別碼ID 2 間自動—時間，例如，可設定在上午六點至下午六點期 =:=則自動關燈。需說明的是，可供使用者進行 數的類型與調整模式可由系統開發商自行定義，不以 個與^服/==餘辦财LUTJ枝且㈣地對每一 制，進而達==的晴置⑽進行個別地照明及供電控 進而這到視覺美觀或節能的效果。 的法r圖閱ί4圖’第4圖為根據本發明一實施例之照明控制方法 本^ 併參閱第1至3圖，配合上述的照明控制系統1, _服聚置12。接著，執行步驟SK)2，選擇性地 12 201228473 使N個照職置個 接著，執行步驟 SW4，I裝M 1()翻_ 12形成通訊。 置分別將識別碼ID傳送至词服^裝置12形成通訊的照明裝 於舰裝置！2建立控制對昭表咖' /接著’執行步驟S腸， 伺服裝置根據控制對昭 '。最後’執行步驟SH)8，由 制每一個_職置12__ 1=齡贿擇性地控 態。於實際應用中，本發明之照明控制= 置允==供電狀 丨2選擇⑽輕嫌跑咖〗巾的；^==者_服裝置 個與伺服裝置！2形成通訊的昭明 工，數，以對每一 制。 U裝置10進行個別地照明及供電控 請參閱第5圖’第5圖為根據本發明另一實施例之照明控制系 、、先Γ的功能方塊圖。如第5圖所示，照明控制系統！，與上述的照明 控制系統1的主要不同之處在於，照明控制系統1(之每—個照明裝 置10,另包含-儲電單元108以及Q個感測單元11〇,且昭明: ，1’之飼服裝置12，另包含-警示單元13〇，其中Q為_正整數。換 言之，照明裝置10’可包含-或多個感測單元110,不以圖中所緣示 的三個為限。儲電單元108以及Q個感測單元11〇分別電性連接於 控制單元106。警示單元130電性連接於處理單元128。需說明的是， 第5圖中與第2圖中所示相同標號的元件，其作用原理皆相同，在 此不再贅述。 於此實施例中’每一個感測單元110分別用以感測一狀態資 13 201228473 訊。舉例而言，若每一個照明裝置10,中設置有三個感測單元u〇， 則此三個感測單元110會感測到三個狀態資訊。接著，每一個與词 服裝置12·形成通訊的照明裝置10，之控制單元1〇6分別將感測到的 Q個狀態資訊通過第一通訊單元104與第二通訊單元12〇傳送至伺 服裝置12’。接著，伺服裝置12,之處理單元128即會根據對應每一 個照明裝置10,的識別碼ID與接收到的狀態資訊建立一狀態監測對 照表LUT—2，並且將狀態監測對照表LUT—2儲存於儲存單元124。Control parameters. According to another embodiment, the lighting control method of the present invention, the scooping device and the HN lighting device respectively have a lighting illumination n being a positive integer; selectively Then, the servo device forms a communication, wherein M is a positive integer less than or equal to N, ..., and the monthly device; and is transmitted to the axis by each of the 201228473 Service device; in the _ service device establishment - control Lin Zhao table, difficult (four) according to the watch Jiji silk - the identification code of the lighting device and the control parameters, where ρ is a positive integer; and by the servo device The control control table selectively controls the lighting and power supply status of each of the μ lighting devices. In the embodiment, the lighting control method of the present invention may further comprise: sensing Q status information of each of the lighting devices, respectively; transmitting the Q status information to the 1 circle; Wire, miscellaneous monitoring, according to the table record corresponding to each of the identification devices of the lighting device and the state of the ~,,,, or the control method may further comprise: forming a communication device with the servo device; "There should be" _s M Xiao Xianghu set up from the reversal of the t-set to adjust the selection of the watch of the ship's watch. In summary, the (4) photo-printing device will be the clerk of the post, the lighting should be Control_table. By using the Wei device, the control parameters will be adjusted according to the adjusted control table for each control-selective, monthly device. «The control of the corresponding lighting and power supply status 201228473 The sensing of the Zhaoming month is set with at least one sensing unit for the purpose of the Tie Weng Wen, then sent to the servo ft, ^ ° will also The state information that is produced is clearly followed by the power supply. Can and / Ge ^ support the county at any time to master the lighting of each - ship position and each -_1 ===_ Jing Zhao table corresponding map to find out that the damage has been damaged or fault two = users can also monitor the barrier according to the state The lighting device is replaced or secretly shaped to damage the needle shame or because the lighting control system and method of the present invention are not only convenient and efficient, but the force and:::=Γ monitoring, - The advantages and spirit of the present invention can be further understood from the following detailed description of the invention and the accompanying drawings. [Embodiment] Referring to FIG. 1 and FIG. 2, the figure is in accordance with the present invention. FIG. 2 is a functional block diagram of the illumination device ι and the servo device 12 in the second diagram. As shown in FIG. 1, the illumination control system ι includes N illuminations (four) 10 and - The ship device 12, wherein N is a positive integer. In other words, the 201228473 lighting control system 1 may include - or a plurality of lighting devices 1G, not limited to the three illustrated. The lighting device 1G may be a fluorescent lamp, a desk lamp, a chandelier , street light, indicator light · 匕 illuminating device The servo device 12 can be a general servo, a cloud server or other electronic device with data computing/processing functions. As shown in FIG. 2, each of the lighting devices 10 can include a light emitting unit 100 and a power driving unit. 102. A first communication unit 104 and a control unit 106. The power driving unit 1〇2 is electrically connected to the light emitting unit 1〇〇, and the control unit is electrically connected to the power driving unit 1〇2 and the first communication unit 1〇 4. The servo device 12 includes a second communication unit 12, an input unit 122, a storage unit 124, a display unit ΐ2ό, and a processing unit 128. The processing unit 128 is electrically connected to the second communication unit 120 and inputs. The unit 122, the storage unit 124, and the display unit 126. In this embodiment, the first communication unit 1〇4 and the second communication unit 12〇 can be a network-lulu interface unit, so that each of the illumination device 10 and the servo device 12 can communicate with the second communication unit 104 and the second communication unit respectively. Unit 12 is connected to the Internet to form a communication. In another embodiment, the first communication unit 104 and the second communication unit 12 can be wireless communication modules such as bluetooth, WiFi, infrared, etc., and can be connected to a wireless sense such as a group bee (Zigbee). A sensor of a wireless sensor network (WSN), or a wireless communication module that can be connected to a mobile phone network communication system (eg, GSM/gpr§, HSDPA/HSUP, etc.), so that each illumination The device and the servo device 12 can form a communication in a manner of wireless 201228473 through the first communication unit 1-4 and the second communication unit 12, respectively. In another embodiment, the first communication unit 1〇4 and the second communication early element 120 are also related connectors for applying the power line communication (plc) technology, so that each of the illumination devices 1〇 The servo device 12 and the second ship unit 120 can be configured to pass through the home power line through the first communication unit 1〇4, respectively. In other words, each of the illumination devices 10 can form a communication with the servo device 12 in a wired or wireless manner. In practical applications, the 'light-emitting unit can be a high-pressure gas discharge lamp (mgh Intensity GasD zero-zero, HGD), a high-intensity gas discharge lamp (Qings is charged, HID), Light Emitting Diode (LED), Firefly Light lamp or other light source; the power drive unit 1() 2 can be an electronic ballast or other electronic component that can be used to drive the brain of the light-emitting unit; the processing unit 128 and the control unit 106 can have data operations/ A processor and a microcontroller (MCU) for processing functions; the storage unit 124 can be a hard disk or other storage device having a data storage function; the input unit 122 can be a keyboard, a touch panel, or the like. The display unit 126 can be a liquid crystal display, an electro-concentration display or other display. The power driving unit 102 is used to drive the lighting unit to emit light. The control unit is used to input the identification code 1 through the first communication unit 104. 〇 transmitted to the servo device, receiving the signal from the 12th to the 4th through the first communication, and controlling the power supply unit to drive according to the received control signal. The illuminating unit 1 〇〇 illuminates. In this embodiment, the identification code 1D is embedded in the first communication unit. However, in another 201228473 = the identification code ID can also be embedded in the control unit gamma or the illuminating device. Depending on the actual application, it is limited to: (4): The monthly 减 '% reduction code m is the corresponding number of each judges for identifying each lighting device. 、, the unique identifier of 0, For this embodiment, when the communication is formed with the _!2, the _= illuminating device 10 clearly defines the control unit of the device 10, and each of the ten photos of the communication is 104 disks. The knife will not pass the identification code® through the first communication unit. 2〇 A positive integer transmitted to the servo L early (four). For example, if ten settings, = one is less than or equal, and the word device 12 is formed, 0, there are three lighting fixtures ID table LUTJ stored in the storage unit 124. ..., table LUT-1, and will control the map. The control of the comparison table LUT 1 in Fig. 3 and Fig. 2 shows that the control comparison table LUTJ record corresponds to 控制 控制 control parameters in each illuminating example, where p is a positive integer. The brightness, opening, thinning, and predetermined time in this implementation can be limited according to the control. The illumination and power supply status of each of the illumination devices 10 is selectively controlled by the identification code 1D"-ID-M in the suppression of the servo device 12 and its corresponding control parameters. 201228473 In practical applications, the processing unit 128 of the value device 12 can display the control pair LUT-i on the display unit 126 to view it. The controller can selectively adjust the control table 1 = control parameter according to the actual lighting demand _ input unit 122. For example, the user can adjust the brightness of the illumination device 10 corresponding to the identification code, and the user of the corresponding identification code ID-2 is set to wear... For example, the yellow light is yellowed. In addition, the object can be set separately = device]. The machine changes during the predetermined time. For example, it can be set to two: during the 6 pm period, the output power (four) watts gradually increase in the watts, and then from the afternoon; Furthermore, the user can also individually set the auto-time between the corresponding identification code ID 2, for example, it can be set to be turned off automatically from 6 am to 6 pm =:=. It should be noted that the type and adjustment mode that can be used by the user can be defined by the system developer, and it is not necessary to use the service and the service to make the LUTJ branch and (4) to each system, and then to == Sunny (10) performs individual lighting and power control to achieve visually beautiful or energy-saving effects. FIG. 4 is a lighting control method according to an embodiment of the present invention. Referring to FIGS. 1 to 3, in conjunction with the above-described lighting control system 1, a service stacking system 12 is provided. Next, step SK)2 is executed, selectively 12 201228473 to place N jobs, and then step SW4 is performed, and I install M 1 () to form a communication. The identification code ID is transmitted to the word service device 12 to form a communication device for communication! 2 establish control on the show table '/then' to perform the step S intestine, the servo device according to the control pair Zhao'. Finally, the execution step SH8 is controlled selectively by each of the _ positions 12__ 1 = age. In practical applications, the lighting control of the present invention = setting == power supply 丨 2 selection (10) lightly ran the coffee towel; ^ = = _ service device and servo device! 2 Forming the communication of the Ming Ming, the number, to each system. The U device 10 performs individual illumination and power supply control. Referring to Figure 5, FIG. 5 is a functional block diagram of a lighting control system and a prior art according to another embodiment of the present invention. As shown in Figure 5, the lighting control system! The main difference from the lighting control system 1 described above is that the lighting control system 1 (each of the lighting devices 10 further includes a storage unit 108 and Q sensing units 11〇, and it is shown that: 1' The feeding device 12 further includes an alert unit 13A, wherein Q is a positive integer. In other words, the lighting device 10' may include - or a plurality of sensing units 110, not limited to the three shown in the figure. The power storage unit 108 and the Q sensing units 11 are electrically connected to the control unit 106. The warning unit 130 is electrically connected to the processing unit 128. It should be noted that the same as shown in FIG. The components of the same function are the same, and are not described here. In this embodiment, each sensing unit 110 is used to sense a state of affairs 13 201228473. For example, if each lighting device 10 There are three sensing units u〇, and the three sensing units 110 sense three status information. Then, each of the lighting devices 10 that form communication with the word device 12·, the control unit 1〇 6 respectively pass the sensed Q status information through the first communication list 104 and the second communication unit 12〇 are transmitted to the servo device 12'. Then, the processing unit 128 of the servo device 12 establishes a status monitoring comparison according to the identification code ID corresponding to each lighting device 10 and the received status information. Table LUT-2, and the state monitoring look-up table LUT-2 is stored in the storage unit 124.
請參閱第6圖，第6圖為第5圖中的狀態監測對照表^^^^ 2 之示意圖。如第6圖所*，狀態監測對照表LUT—2紀錄對應每一個 照明裝置10’之識別碼ID以及Q個狀態資訊。於此實施例中，Q個 感測料⑽可包含發光競_單元、環境亮賴測料、溫度 感測單元、錢_單元、電流_單元、功率_單元、煙霧感 測單兀、影像感測單元、振動制單元、聲音感測單元以及氣體感 測單元。因此’ Q個感測單元11()所感_的Q個狀_訊可包含Please refer to Fig. 6. Fig. 6 is a schematic diagram of the state monitoring comparison table ^^^^ 2 in Fig. 5. As shown in Fig. 6, the status monitoring comparison table LUT-2 records the identification code ID corresponding to each of the illumination devices 10' and the Q status information. In this embodiment, the Q sensing materials (10) may include an illuminating unit, an environment illuminating unit, a temperature sensing unit, a money unit, a current unit, a power unit, a smoke sensing unit, and a sense of image. The measuring unit, the vibrating unit, the sound sensing unit, and the gas sensing unit. Therefore, the Q senses of the sensing unit 11() may include
實際發光亮度、環境亮度、溫度、電壓、電流、功率、環境煙霧 ，、-預定時伽之環境影像變化、環境振動強度、環境音量以 魏有毒氣體濃度。需說_是’❹彳單元UG之數量與種類可 據實際制而調整，不以上述例子為限。此外，上述環境係指照 裝置10’所設置之環境。 於實際應用中’伺服裝置12,之處理單元128可將狀態監測對照 表LUT一2減控制對照表LUTJ顯示於顯示單元126上，以供使 14 201228473 每一個昭明=即可根據狀態監測對照表LUT—2隨時掌握 曰不A〜日収供餘態及/麵處環境狀H，再決定 疋否奴凋整控制對照表以^ 、 數。 -情應母—軸3域置】0,的控制參 伽ΐ 制者村根觀·縣咖2即時發_ ^裝置12_通訊_、日錄諸· t之 、 姑，進而針對此異常狀態進 疋否处於異讀 幾種情況：㈣裝置心 舉例而吕，異常狀態可為下列 10,之子_田*、 貧際發光凴度低於-H檻值、照明裝置 〇之預估使用壽命低於_門檻值、照明裝置ω，之溫 ::。=，濃度高於，值'電一‘ 以將狀騎t_傳送給無 /的正吊運作， 照明穿詈10,誠作W ^置12猎此’使用者即可即時發現 、 、T運作，進而採取對應的應變措施。 此外胃触職置12，形錢訊的綱裝置 :異常狀態時，伺服裝置12，之處理單元128即會_示單之元 1 示:號:以通知使用者針對處於異常狀態的_裝置Η)， 器或上述裝置之組合。因此I聲气發光單元、振動裝置、顯示 LI此警不訊號可以閃光、震動、聲音、影 201228473 像或其組合的形式播放。 ^閱第7圖’第7圖為根據本發明另—實施例之照明控制 請—併娜3、5及6圖，配合地_控統 接供W之照明控制方法包含下列步驟。首先，執行步驟測， 性隸^照明裝置⑽與伺服裝置12,。接著，執行步驟S202，選擇 通訊。接個照明裝置1G，中的M個照雜置1G，與烟隨置12,形成 ㈣者’執行步驟顯’分观測每—個與值裝置12,形成 »，、，、日靴置！〇,之Q個狀態資訊。接著，執行步驟s襄，由每 祠^词轉置η形成通訊的照明裝置⑽分別將識別碼1D傳送至 、置12 ’並且將感測到的Q個狀態資訊傳送至伺服裝置^，。 :執行步驟纖，於舰裝置U，建立㈣韻紅仍i以及 縣LUT-2。紐，執彳淘挪，於魏裝置咖 電狀Ϊ 個與舰裝置12,形成通訊的照明裝置1G，之照明及供 參閱第8圖’第8圖為根據本發明另—實施例之照明控制系 系，不讀。如第8圖所示，照明控制系統〗”與上述的照明控制 二的主要不同之處在於，照明控制系另包含—用戶端裝置 ㈣置14可與飼服裝置12,形成通訊，以從飼服裝置I2， 工购縣LUT」及/或狀態監卿絲lut_2，並且選擇性 地調整控辦财服―！ _每—伽日刚職控制參數。 16 201228473 於貫際應用中，用戶端裝置14可為一具有顯示與輸入功能之電子裝 置，例如行動電話、個人數位助理、個人電腦、平板電腦、筆記型 電腦、對講機、遙控器等。此外，用戶端裝置14可藉由藍芽 (bluetooth)、WiFi、紅外線等無線通訊模組，可連線至例如是群蜂 (Zigbee)等無線感測器網路（wirdess Sens〇r Netw〇rk，WSN )之 感測器，或者是可連線至手機網路通訊系統（例如，GSM/GpRS、 HSDPA/HSUP等）或網際網路之無線通訊模組等，與伺服裝置 φ形成通訊。需說明的是，第8圖中的照明裝置10,與伺服裝置12,亦 可以第1、2圖中的照明裝置1〇與伺服裝置12替換，其作用原理大 致相同，在此不再贅述。 ❾閱第9圖，第9 @為根據本發明另—實施例之照明控制; 法的流程圖。請-併參閱第3、5、6及8圖，配合上述的照明劉 系、，先1本發明之照明控制方法包含下列步驟。首先，執行步驟 裝置1咖繼12，。接著，執行步驟咖 固照明裝置10'中的Μ個照明裝置ισ與词 心成通桃㈣裝置1G，之Q個狀態資訊。接著 由每一個與伺服裳置12，形成通訊的照 _ 6, 送至飼服裝置12,，, 直υ刀别將識別碼IDfl 12,。接著，執行切 訊傳送至飼服裝置 丁步驟S3〇8，於舰裝置u 以及狀態監測對照表叫接著，執行步表吻 14與伺服裝置12, 310使用戶端裝置 4成軌。接者’執行步驟咖，彻用戶端裝 17 201228473 l LUT-1 2而_2。最後，執行步_4，_戶端裝置卞 整控制對照表LUTJ中的控制參數。 擇d周 後二，本發明之照明裝置在翻服裝置形成通訊 後…、月裝置即會將其對應的識別碼傳送至词 】建立對應的控制對照表。藉此，使用者即可根據心 」馳地控制對照表中對應每—個照明裝置的控制參數。接 者，伺服裝置即會根據調整後的控制對照表 對應的照.供電狀_控制。 U‘、、、M置進仃 此外’若本發明之照明裝置上設置 r明裝置之照明及供電狀態 ;明裝置在與飼服裝置形成通訊後，亦會將所感測到的狀態； 送至伺服裝置，以供舰裝置建靖應的 二狀態監測對照表隨時掌握每:個= 每=及/或所處環境狀態，再決定是否欲調整控制對 :-個照明裝置的控制參數。另一方面，： _表即時舰已經損壞或故__裝置，以針對 ^的照明裝置進行更換或維修。再者，二、展或故 照表即時發現照明裝置所處環境狀態是 :態:測對 度過高代表環境可能失火），以即時採取應（例如，煙霧濃 18 201228473 因此，本發明之照明控制系統及其方法不僅方便、有效率，而 且可以達到㈣地控制與監測，進而達到視覺美觀、節能 力與時間成本等效果。 以上所述僅為本發明之較佳實施例，凡依本發明申請專利範圍 所做之均㈣化與修飾，皆麵本發明之涵蓋範圍。 圖式簡單說明】 第1圖為根據本發明-實施例之照明控㈣統的示意圖。 第2圖為第丨圖中的—個照明裝置與伺服裝置的功能方塊圖 第3圖為第2圖中的控制對照表之示意圖。 第4圖為根據本發明—實施例之照明控制方法的流程圖。 圖 第5圖為根據本發明另—實施例之照明控㈣統的功能方塊 第6圖為第5圖中的狀態監測對照表之示意圖。 第7圖為根據本發明另一實施例之照明控制方法的流程圖。 第8圖為根據本發明另—實施例之照明控制系統的示意圖。 第9圖為根據本發明另一實施例之照明控制方法的流程圖。 【主要元件符號說明】 Γ 12、12, 100 照明控制系統1 〇、1 〇| 伺服裝置 14 發光單元 102 照明裝置 用戶端裝置 電源驅動單元 19 201228473 104 第一通訊單元 106 控制單元 108 儲電單元 110 感測單元 120 第二通訊單元 122 輸入單元 124 儲存單元 126 顯示單元 128 處理單元 130 警示單元 LUT_1 控制對照表 LUT2 狀態監測對照表 ID 識別碼 S100-S108、 步驟 S200-S210 、 S300-S314Actual illuminance, ambient, temperature, voltage, current, power, ambient smog, - environmental image change at predetermined time, environmental vibration intensity, ambient volume, toxic gas concentration. It should be said that the number and type of the unit UG can be adjusted according to the actual system, and is not limited to the above examples. Further, the above environment refers to the environment in which the device 10' is disposed. In the actual application, the processing unit 128 of the servo device 12 can display the status monitoring comparison table LUT-2 minus the control comparison table LUTJ on the display unit 126, so that 14 201228473 can be used to monitor the comparison table according to the status. LUT-2 keeps abreast of the AA~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ - Love Yingmu - Axis 3 domain setting] 0, control ginseng 村 村 村 村 村 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县In the case of different readings: (4) The device core is an example, and the abnormal state can be the following 10, the son _ Tian*, the poor luminosity 低于 is lower than the -H 、 value, and the lighting device 预估 has a low estimated service life. The temperature at _ threshold, lighting device ω,::. =, the concentration is higher than the value of 'Electric One' to transfer the rider t_ to the no/positive crane operation, the illumination is worn through 10, and the W^ set 12 hunting this user can instantly find, and operate T And then take the corresponding contingency measures. In addition, the stomach touches the position 12, the device of the shape of money: in the abnormal state, the processing unit 128 of the servo device 12 will display the element: the number: to inform the user that the device is in an abnormal state. ), or a combination of the above devices. Therefore, the I-sound lighting unit, the vibrating device, and the display LI can be played in the form of flash, vibration, sound, shadow 201228473 or a combination thereof. Fig. 7 is a lighting control method according to another embodiment of the present invention. The lighting control method for the grounding control system includes the following steps. First, the step measurement is performed, and the lighting device (10) and the servo device 12 are used. Next, step S202 is performed to select the communication. Next, one of the illumination devices 1G, the M is set to 1G, and the smoke is set to 12, and the (four) is executed to perform the step-by-point observation of each of the value-of-value devices 12 to form a »,,,, day shoe set! Hey, Q status information. Next, step s is performed, and the illumination device (10), which is transposed by each of the words to form a communication, transmits the identification code 1D to the set 12' and transmits the sensed Q status information to the servo device. : Perform the step fiber, build the (four) rhyme red and the county LUT-2. New Zealand, the singularity of the singularity, the installation of the illuminating device 1G, the illumination of the illuminating device 1G, and the illumination of the illuminating device 1G, see Fig. 8 'Fig. 8 for illumination control according to another embodiment of the invention Department, do not read. As shown in Fig. 8, the main difference between the lighting control system and the above lighting control 2 is that the lighting control system further comprises a user terminal device (4) 14 which can communicate with the feeding device 12 to feed from Service device I2, Lt. LUT" and/or state inspector lut_2, and selectively adjust the control service -! _Every gamma-day job control parameters. 16 201228473 In a continuous application, the client device 14 can be an electronic device with display and input functions, such as a mobile phone, a personal digital assistant, a personal computer, a tablet computer, a notebook computer, a walkie-talkie, a remote controller, and the like. In addition, the client device 14 can be connected to a wireless sensor network such as a Zigbee by a wireless communication module such as Bluetooth, WiFi, infrared, etc. (wirdess Sens〇r Netw〇rk , WSN) sensor, or wireless communication module that can be connected to the mobile phone network communication system (for example, GSM/GpRS, HSDPA/HSUP, etc.) or the Internet, and forms communication with the servo device φ. It should be noted that the illumination device 10 in Fig. 8 and the servo device 12 may be replaced by the illumination device 1A and the servo device 12 in Figs. 1 and 2, and the principle of operation is substantially the same, and details are not described herein. Referring to Figure 9, the ninth @ is a flow chart of the illumination control according to another embodiment of the present invention; Please refer to Figures 3, 5, 6 and 8 in conjunction with the illumination system described above. The illumination control method of the first invention comprises the following steps. First, the step device 1 is executed. Next, the Q state information of the illuminating device ισ in the step illuminating device 10' and the word pingtao (4) device 1G are executed. Then, each of the servos 12 is formed, and the communication _6 is sent to the feeding device 12, and the identification code IDfl 12 is obtained. Then, the communication is sent to the feeding device. Step S3〇8, the ship device u and the status monitoring table are called, and the step device 14 and the servo device 12, 310 are executed to orient the user device 4. Receiver's execution of the steps, the user installed 17 201228473 l LUT-1 2 and _2. Finally, step _4 is executed, and the _ terminal device adjusts the control parameters in the control table LUTJ. After the d week and the second, after the communication device of the present invention forms communication with the device, the monthly device transmits its corresponding identification code to the word to establish a corresponding control comparison table. Thereby, the user can control the control parameters of each of the lighting devices in the comparison table according to the heart. The servo device will control the power supply according to the adjusted control table. U',,, M are placed in addition, 'If the illumination device of the present invention is provided with illumination and power supply status of the device; after the communication device forms communication with the feeding device, the sensed state will also be sent to The servo device, with the two-state monitoring comparison table for the navigation device, is ready to grasp every time: every = and / or the environmental state, and then decide whether to adjust the control pair: - the control parameters of the lighting device. On the other hand, the _ table of the instant ship has been damaged or the __ device is being replaced or repaired for the lighting device. Furthermore, the second, exhibition or accidental table immediately finds out that the environmental status of the lighting device is: state: the high degree of measurement indicates that the environment may be misfired), so as to take immediate action (for example, smoke concentration 18 201228473 Therefore, the illumination of the present invention The control system and the method thereof are not only convenient and efficient, but also can achieve (four) control and monitoring, thereby achieving effects such as visual beauty, saving ability and time cost. The above description is only a preferred embodiment of the present invention, and the present invention is The scope of the present invention is covered by the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram of a lighting control (four) system according to the present invention - an embodiment. Figure 3 is a functional block diagram of a lighting device and a servo device. Fig. 4 is a schematic diagram of a control comparison table in Fig. 2. Fig. 4 is a flow chart of a lighting control method according to the present invention. FIG. 6 is a schematic diagram of a state monitoring comparison table in FIG. 5 according to another embodiment of the lighting control system according to another embodiment of the present invention. FIG. 7 is a lighting control according to another embodiment of the present invention. Figure 8 is a schematic diagram of a lighting control system according to another embodiment of the present invention. Fig. 9 is a flow chart of a lighting control method according to another embodiment of the present invention. [Description of Main Components] Γ 12 , 12, 100 lighting control system 1 〇, 1 〇 | servo device 14 lighting unit 102 lighting device user equipment power supply unit 19 201228473 104 first communication unit 106 control unit 108 power storage unit 110 sensing unit 120 second communication unit 122 input unit 124 storage unit 126 display unit 128 processing unit 130 alarm unit LUT_1 control comparison table LUT2 status monitoring comparison table ID identification code S100-S108, steps S200-S210, S300-S314
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