201117655 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種燈具及其發光燈條與燈具驅動方 法’尤有關於具識別發光元件電子特性的燈具及其發光燈條與 燈具驅動方法。 【先前技術】 # 發光二極體（Light Emitting Diode ; LED)是由半導體材 料所製成之發光元件，其具有兩個電極端子。利用驅動器在此 一碥子之間施加一正向電壓並通入極小的電流時，使半導體材 料中的電子與電洞等載子躍遷至高雜並赫。在載子移動過 私田中^•電子與電洞產生結合，可將其剩餘能量以光的形式 激發釋出，即可使led發出光。 不同於一般白熾燈泡，發光二極體係屬冷光源，因此具有 • 耗電量低、壽命長、反應速度快及不含汞等優點。此外，發光 -極體的體積較小，其構裝結構較堅固，故可配合各種應用的 需求製成極小或陣列式的發光單元，而有彈性建置不同燈形的 優點。因此使知LED在資訊、通訊及消費性電子產品的指示 器與顯不裝置上，佔有當前不可或缺的重要角色。 雖然目前已有使用LED排列成長條形陣列而仿照 乃/蘭9日光燈管的規格作成的㈣鮮可供日常生活的照 明使用，但在設計此種LED燈管時，是依據建構此哪陣列 的LED類型及數量，來設計與其一同襄配的驅動器。故驅動 r ί-* η ::ODMA\PCDOCS\TPEDMS\74820\2B , :， 201117655 為僅可提供特定電預性㈣壓與電流，無法適性地調變。若 fLE__數私励燈管時，不僅需要重 新設計其__魅，之後供消#者朗時，·哪損 毀而須更換時，亦僅能將LED燈管整組一同更新。如此將造 成設計過程上的重工與資源浪費，使得成本上升，對於消費者 來說，也反映在其所不欲的高昂售價上。 、☆故此丄目前消費市場對於相對高昂的咖燈管仍然 接叉度不尚，因此仍需要開發具有低廉價格並應用咖作為 發光元件的照明系統。 【發明内容】 本發明之-目的係在提供—觀具及其發光祕與燈具 驅動方法’藉由設置於燈具中的規格辨識單元，取得儲存於發 光燈條的規格儲存單元巾的—規格倾，崎識略光燈條及 /或其内的發光元件的電子特性，從而提供符合發光燈條所用 的電子特性的電子環境，使得發光燈條發光。 本發明之另-目的係在提供—觀具及其發光燈條與燈 具驅動方法，藉由將發光燈條裝設為一組件，使得燈具可與各 種電子特性的發光燈條配合使用，提高燈具的可適性。 依據本發明的一實施態樣’提供一種燈具，適於設置一發 光燈條，發光燈條包括複數個發光元件，此燈具包括：一驅動 模組、一殼體、一燈罩及二燈座。驅動模組包括—驅動單元及 一規格辨識單元，驅動單元對應規格辨識單元獲得的一規格資 ::ODMA\PCDOCS\TPEDMS\74820\2B 4 201117655 料提供特定電子特性的電子環境予發光燈條，使得發光燈停發 光。發光雜是設置續體及鮮之間，並經由燈座電性連^ 驅動模組，其中’前述規格資料係由規格辨識單元自發光燈條 所獲得。 且條 依據本购之另-實施紐，提供—種發光燈條，適於可 拆卸地設置於-燈具中，包括：一承载件、二電極、複數個發 光兀件及-規格儲存單元。此些電極是設置於承載件之一端， ❿ 發光元件則分別電性連接電極，並在承載件上分別排列成至少 -矩陣’驗儲存單元儲存誠於發光元件的電子雜之一規 格資料。 依據本發明之再-實施祕，提供—種燈具驅動方法，包 括下列步驟：獲得-發光燈條的一規格儲存單元中所儲存的一 規格資料，規格資料是對應於發光燈條内的複數個發光元件的 至少一電子特性；及對應規格資料提供特定電子特性的電子環 境予發光燈條，使得發光燈條發光。 因此’透過燈具適性地依據發光燈條内儲存的規格資料來 提供電子環境，使得燈具可供各種不同規格的發光燈條使用， 無須針對每一種規格重複研發設計不同的燈具，故可降低照明 系統的成本。 【實施方式】 為進一步說明各實施例’本發明乃提供有圖式。此些圖式 乃為本創作揭露内容之一部分，其主要係用以說明實施例，並 ::ODMA\PCD〇CS\TPEDMS\74820\2B 5 201117655 可配合說明書之相_絲轉實施_料原理。配合參考 攻些内容’本領域具有通常知識者應能理解其他可能的實施方 式以及本發明之優點。圖中的元件並未按比例繪製，而類似的 元件符號通㈣來表示類_元件。时元件的數量僅用於說 明，並非用以限定本發明。 百先請一併參考第1圖及第2圖，其中第1圖為緣示本發 明-實施例的则系統的功能方塊圖，第2圖騎示本發明一 貝知例的,¾明系統的結構示意圖。如圖中所示，照明系統！包 括二第一發光燈條10、二第二發光燈條12及一燈具14。在本 實施例中是以目前_ T8燈管尺柏輕鋼架照财、統為例， 然而本發明無鎌跋此，亦可為其他形式_明系統。 第一發光燈條10是由一承載件10〇、多個第一發光元件 102, 1〇4及-規格儲存單元1〇6及二電極1〇8組裝而成的一組 件。承載件100可為-金屬材料，然並不限於此，承載件湖 的-端設置有電極1G8。類似地，第二發光燈條12亦是由一 承載件120、多個第二發光元件m，m及一規格儲存單元126 及二電極128組裝而成的-組件。承載件12〇與電極1〇8的設 置方式與材料可與第-發光燈條1G 在此不再贅述。此 處的第一發光燈條1〇及第二發光燈條的外形尺寸是與T8 曰光燈管相符，然而亦可應用其他的外形，如：環形、圓形、 T5/T9曰光燈管，或其他造型製造第一發光燈條1〇及第二發 光燈條12。在本實施例中，第一發光元件1〇2, 1〇4及第二發 光7L件122, 124分別電性連接此些電極1〇8, 128，並分別排列 ::ODMA\PCD〇CS\TPEDMS\74820\2B 6 201117655 成-發光二極體矩陣，129，且第一發光元件1〇2,綱及第 -發光兀件122, 124皆是以發光二極體為例，唯第—發光元件 102, 1〇4與第二發光元件122, m的電子特性，如：適用功率 並不相同。雖本實施例的第一發光燈條1〇内的所有第一發光 元件102,1()4皆是相同類型的發光元件，然而亦可將不同類型 或電子特㈣發光元件織於第-發光燈條1G巾，第二發光 燈條12亦然。 鲁 第一發光燈條10内的規格儲存單元106儲存有對應於篦 =發光元件102, 104的電子特性之一第一規格資料，類二地， 第二發光燈條12内的規格儲存單元126則是儲存有對應於第 二發光元件122, 124的電子特性之一第二規格資料。在本實施 例中，是應用一唯讀記憶體作為規格儲存單元1〇6, 126，如： 可抹除可編程唯璜§己憶體(Erasable PiOgmmmable Head Only Memory，EPROM) ’然而其他種類的儲存元件或電子元件， 如：快閃記憶體(Flash RAM)或跳線器(jumper)等皆可使用於 籲此。 燈具14包括一驅動模組14〇、一殼體142、一燈罩144及 四燈座146。在此的殼體142是以方型輕鋼架殼體為例，然而 本發明無需限定於此’在其他實施例中亦可應用其他材料、形 式、尺寸的殼體。第一發光燈條1〇及第二發光燈條12可拆卸 地設置在殼體142與燈罩144之間，並經由電極1〇8與燈座 146之間的電性連接，而達成與驅動模組14〇的電性連接。 驅動模組140包括一驅動單元1402、一功率調整單元14〇4 ::ODMA\PCDOCS\TPEDMS\74820\2B 7 201117655 及-規格觸單元14G6。驅動單元〗提供蚊電子特性， 如：特定的且/或電流的電子環境至第一發光燈條1〇及第 二發光燈條12，使得第一發光元件102, 104及第二發光元件 122,124發光。功率調整單元14〇4及規格辨識單元皆可 用以調整驅動單元證所提供的電子環境的電子特性，詳如 下述。功糊整單元刚電性連—發光燈條1()及第二發 光燈條I2,功率調整單元1404可經由一狀態偵測單元(圖料 示Μ貞測第-發光燈條10及第二發光燈條12的亮度，而對其 分別產生-電性偵測值，如：一電壓變化量或一電流變化量。 此外，功率調整單元1404亦會依據上述電性偵測值相應地調 整對第-發光燈條1G及/或第二發光燈條12所提供的電子環 境的電子雜’如··電壓且/或電祕等，贿第—發光燈條 10及/或第二發光燈條12的亮度可達到—預紐或—預定範圍 内。此處的規格辨識單元14〇6是一微控制器⑽⑶·），然無須 限定於此’亦可選用其他電子元件作為規格辨識單元觸。 在外部電源(AC電源)供應至照明系統i時，或置換第一發光 雜ίο或第二發光燈條u時，由規格辨識單元14〇6分則 第-發光燈條10及第二發光燈條12獲得其内儲存的第—規格 貧料及第二規格資料，如：規格辨識單元M〇6至與其電性連 接的規格儲存單元106, 126中將其内的第一規格資料及第二 規格資料讀出。之後規格辨識單元屬可逕將第一規格資料 及第二規格資料提供予驅動模組14〇或先行在一驅動電性資 料表中’以第-規格資料及第二規格資料進行查表或進行一判 斷或演算的過程，得出至少一對應電性值後，將此對應電性值 ::ODMA\PCDOCS\TPEDMS\74820\2B 0 201117655 提供予驅動模組140，使驅動模組140對應第一規格資料及第 二規袼資料提供特定電子特性的電子環境予第一發光燈條1〇 及第二發光燈條12，使第一發光燈條1〇及第二發光燈條12 發光。此驅動電性資料表可先行儲存於燈具14中以待查詢對 照之用，驅動電性資料表的格式及其攔位可包括電壓且/成 流值。 凊另一併參考第3圖，其為繪示本發明—實施例的規格資 料的示意圖。前述的第一規格資料及第二規格資料可依據此處 的規格資料的格式安排其内的資料位置，然不限於此，亦可為 其他袼式。如圖中列出的示範例，第一規格資料及第二規格資 料刀別包括六個產品相關攔位31、一串聯顆數相關攔位32、 一並聯顆數相關攔位33、三輸入電壓相關攔位34、三輸入電 机相關攔位35、二工作溫度相關攔位36及四色溫相關欄位 37，其中產品相關攔位31分別儲存產品名、產品名識別碼、 型號名、製造商名、製造曰期及序號等資訊；串聯顆數相關棚 位32用以儲存串聯顆數資訊並聯顆數相關攔位％用以儲存 並聯顆數資訊；輸入電壓相關欄位34分別儲存輸入電壓最小 值、輸入電壓標準值及輸入電壓最大值等資訊；輸入電流相關 欄位35分別儲存輸入電流最小值、輸入電流標準值及輸入電 流最大值等資訊；工作溫度相關攔位36用以儲存最低工作溫 度及最南工作溫度等資訊；而色溫相關欄位37則是分別儲存 顏色、色溫最小值、色溫標準值及色溫最大值等資訊。然而在 其他實施例中，可依據需求刪減或增加第一規格資料及第二規 才。資料的格式欄位數量，在此所列攔位僅是示範性地舉例。第 ::ODMA\PCD〇CS\TPEDMS\7482〇\2B 9 ' 201117655 -規格資料及第二胁資料⑽儲钿#料可為第—發光燈 及第二發光燈條12的製造商在製作過程中載入規格儲存 單凡106,126。此處置於各侧位的資料是以第一發光燈條⑴ 及第二發絲條12的整體為單位，从對應於第一發光元件 102, 104及第二發光元件122, 124的電子特性所作出的。因 此’依據第-發光元件102,104及第二發光元件122, 124的電 特丨生不同帛規格:貞料及第二規格資翻所儲存的資料及 其格式亦可對應變化。 ^ 4圖為繪示另—規格資料格式的示意圖。雖然在本發明 貝施例中第-規格㈣及第二規格資料皆包括第3圖及 第4圖所示的規格資料格式，然而在其他實施例中可以擇一規 格資料格式儲魏格資料内的資訊或為其他規格資料格式。置 二第4圖所列各個攔位的資料是以第—發光燈條I。或第二發 光Μ条12的單—第—發光元件驗刚或第二發光元件 ^/124為單位並對應其電子特性所作出的。與第頂相似地， 在第4 _齡祕簡格式# +包括二產品相酬位別、 二輸入電壓蝴襴位42、三輸人輪目關位43及四色溫相 =攔位44，其中產品相_位41分繼存製造商名及型號名 尋_貝訊；輸人觸目酬位42分職存輸人·最小值、輸 =電壓標準值及輸人電壓最大值特訊；輸人電流相關位 存輸人電流最小值、輸人電流標準值及輸入電流最 曰々貝Λ ’而四色溫相關欄位44則是分別儲存|員色、色溫 取小值、U鮮值及色溫最大值等資訊。201117655 VI. Description of the Invention: [Technical Field] The present invention relates to a luminaire, a illuminating strip and a luminaire driving method thereof, particularly to a luminaire having an electronic characteristic for identifying a illuminating element, and a illuminating strip and a luminaire driving method thereof . [Prior Art] #Light Emitting Diode (LED) is a light-emitting element made of a semiconductor material and has two electrode terminals. When a forward voltage is applied between the turns and a very small current is applied by the driver, the carriers such as electrons and holes in the semiconductor material are transitioned to a high frequency. When the carrier moves through the private field, the electron and the hole are combined to release the remaining energy in the form of light, so that the LED emits light. Unlike ordinary incandescent bulbs, the light-emitting diode system is a cold light source, so it has the advantages of low power consumption, long life, fast response and no mercury. In addition, the size of the light-emitting body is small, and the structure of the light-emitting body is relatively strong, so that the light-emitting unit of a very small or array type can be made to meet the needs of various applications, and the advantages of different lamp shapes can be flexibly constructed. Therefore, it is important to know that LEDs are indispensable and important in the indicators and display devices of information, communication and consumer electronics. Although it has been used to form a strip array of LEDs and is modeled after the specifications of the Nei/Lan 9 fluorescent tube, it is used for lighting in daily life. However, when designing such an LED tube, it is based on which array is constructed. The type and number of LEDs are used to design the drive to be equipped with it. Therefore, r ί-* η ::ODMA\PCDOCS\TPEDMS\74820\2B , :, 201117655 can only provide specific electrical pre-predictability (four) voltage and current, which cannot be adjusted adaptively. If fLE__ is used to reinforce the lamp, it is not only necessary to redesign its __ 魅, but then when it is used to eliminate the # 朗 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , This will result in a waste of heavy work and resources in the design process, which will increase the cost, and for consumers, it will also be reflected in the high price that it does not want. ☆ Therefore, the current consumer market is still not very compatible with relatively high-cost coffee tubes, so it is still necessary to develop a lighting system with low price and application of coffee as a light-emitting element. SUMMARY OF THE INVENTION The present invention is directed to providing a specification and a light-emitting device and a lamp driving method for obtaining a specification storage unit for storing a light-emitting light bar by using a specification identifying unit disposed in the lamp. The electronic characteristics of the light strips and/or the light-emitting elements therein are provided to provide an electronic environment that conforms to the electronic characteristics used in the light strips, such that the strips emit light. Another object of the present invention is to provide a light-receiving light strip and a lamp driving method by using the light-emitting light strip as a component, so that the light-emitting light can be used together with various electronic characteristics of the light-emitting light strip to improve the light fixture. The suitability. According to an embodiment of the present invention, a luminaire is provided, which is adapted to be provided with a illuminating strip. The illuminating strip includes a plurality of illuminating elements. The illuminating unit comprises: a driving module, a casing, a lamp cover and two lamp holders. The driving module comprises a driving unit and a specification identification unit, and the driving unit corresponds to a specification obtained by the specification identification unit:: ODMA\PCDOCS\TPEDMS\74820\2B 4 201117655 The electronic environment for providing specific electronic characteristics is given to the light bar. The light is stopped to emit light. The illuminating impurity is arranged between the continuation and the fresh, and is electrically connected to the driving module via the lamp holder, wherein the aforementioned specification data is obtained by the specification identification unit from the illuminating light bar. And according to the other-implementation of the present invention, a light-emitting light strip is provided, which is adapted to be detachably disposed in the luminaire, and comprises: a carrier member, two electrodes, a plurality of illuminating members and a specification storage unit. The electrodes are disposed at one end of the carrier, and the illuminating elements are electrically connected to the electrodes, respectively, and are respectively arranged on the carrier to be at least a matrix. The storage unit stores the electronic data of the illuminating element. According to the re-implementation of the present invention, a lamp driving method is provided, comprising the steps of: obtaining a specification data stored in a specification storage unit of the light bar, the specification data corresponding to a plurality of the light bar At least one electronic characteristic of the light-emitting element; and an electronic environment that provides specific electronic characteristics corresponding to the specification data to the light-emitting strip, such that the light-emitting strip emits light. Therefore, the electronic environment is provided by the lamps according to the specifications stored in the illuminating light strips, so that the luminaires can be used for various illuminating strips of different specifications, and it is not necessary to repeatedly develop and design different luminaires for each specification, thereby reducing the lighting system. the cost of. [Embodiment] To further illustrate the embodiments, the present invention is provided with drawings. These drawings are part of the disclosure of this work, which are mainly used to illustrate the examples, and:: ODMA\PCD〇CS\TPEDMS\74820\2B 5 201117655 can be used in conjunction with the instructions . In conjunction with the reference, it is understood that those skilled in the art should be able to understand other possible embodiments and advantages of the present invention. Elements in the figures are not drawn to scale, and similar element symbols are used to represent the class_component. The number of elements is for illustrative purposes only and is not intended to limit the invention. Please refer to FIG. 1 and FIG. 2 together, wherein FIG. 1 is a functional block diagram of the system of the present invention-embodiment, and FIG. 2 is a schematic diagram of a system of the present invention. Schematic diagram of the structure. As shown in the picture, the lighting system! The first light strip 10, the second light strip 12 and a light fixture 14 are included. In the present embodiment, the current _T8 lamp tube cypress light steel frame is taken as an example, but the present invention is not limited thereto, and may be other forms. The first light bar 10 is a set of a carrier 10 〇, a plurality of first light-emitting elements 102, 1〇4, and a specification storage unit 1〇6 and a second electrode 1〇8. The carrier 100 may be a metal material, but is not limited thereto, and the end of the carrier lake is provided with an electrode 1G8. Similarly, the second light bar 12 is also assembled by a carrier 120, a plurality of second light emitting elements m, m and a specification storage unit 126 and two electrodes 128. The arrangement and material of the carrier 12 〇 and the electrode 1 〇 8 can be omitted from the first illuminating strip 1G. Here, the outer dimensions of the first and second illuminating strips are the same as those of the T8 illuminating tube, but other shapes, such as ring, round, T5/T9 fluorescent tubes, can also be applied. , or other shapes to manufacture the first light bar 1 〇 and the second light bar 12 . In this embodiment, the first light-emitting elements 1〇2, 1〇4 and the second light-emitting 7L pieces 122, 124 are electrically connected to the electrodes 1〇8, 128, respectively, and are arranged: ODMA\PCD〇CS\ TPEDMS\74820\2B 6 201117655 The illuminating diode matrix, 129, and the first illuminating element 1 〇 2, the outline and the first illuminating element 122, 124 are all examples of the light emitting diode, only the first light The electronic characteristics of the elements 102, 1〇4 and the second light-emitting elements 122, m, such as the applicable power, are not the same. Although all of the first light-emitting elements 102, 1() 4 in the first light-emitting strip 1 of the present embodiment are the same type of light-emitting elements, different types or electronic special (four) light-emitting elements may be woven on the first light-emitting. The light bar 1G towel, the second light bar 12 is also the same. The specification storage unit 106 in the first illuminating strip 10 stores a first specification data corresponding to the electronic characteristics of the 发光= illuminating elements 102, 104, and a specification storage unit 126 in the second illuminating strip 12 Then, second specification data storing one of the electronic characteristics corresponding to the second light-emitting elements 122, 124 is stored. In this embodiment, a read-only memory is used as the specification storage unit 1〇6, 126, such as: Erasable PiOgmmmable Head Only Memory (EPROM). However, other types of Storage components or electronic components, such as flash RAM or jumper, can be used to appeal to this. The lamp 14 includes a drive module 14A, a housing 142, a lamp cover 144 and a four lamp holder 146. The housing 142 herein is exemplified by a square light steel frame housing, however, the present invention is not limited thereto. Other materials, shapes, and sizes of housings may be applied in other embodiments. The first light strip 1 〇 and the second light strip 12 are detachably disposed between the housing 142 and the lamp cover 144, and are electrically connected to the lamp holder 146 via the electrodes 1 to 8 to achieve a driving mode. Group 14〇 electrical connection. The driving module 140 includes a driving unit 1402, a power adjusting unit 14〇4:ODMA\PCDOCS\TPEDMS\74820\2B7 201117655 and a specification touch unit 14G6. The driving unit provides a mosquito electronic characteristic, such as a specific and/or current electronic environment to the first and second light strips 1 and 12, such that the first and second light emitting elements 102, 104 and 124, 124 . Both the power adjustment unit 14〇4 and the specification unit can be used to adjust the electronic characteristics of the electronic environment provided by the drive unit certificate, as described below. The power paste unit is electrically connected to the light strip 1() and the second light strip I2, and the power adjusting unit 1404 can be connected to the first light-emitting strip 10 and the second through the state detecting unit. The brightness of the light bar 12 is illuminated, and the electrical detection value is respectively generated, for example, a voltage change amount or a current change amount. In addition, the power adjustment unit 1404 adjusts the corresponding value according to the electrical detection value. The electronic environment of the first-illuminating light strip 1G and/or the second light-emitting strip 12 is electronically-like, and/or electric, etc., bribing the light strip 10 and/or the second light strip The brightness of 12 can reach - pre-new or - predetermined range. Here, the specification identifying unit 14 〇 6 is a microcontroller (10) (3) ·), but need not be limited to this 'other electronic components can also be selected as the specification unit. When the external power source (AC power source) is supplied to the illumination system i, or when the first illumination light or the second illumination light bar u is replaced, the first light-emitting light bar 10 and the second light-emitting light are divided by the specification identifying unit 14〇6 The strip 12 obtains the first specification material and the second specification data stored therein, for example, the specification identification unit M〇6 to the first specification data and the second specification in the specification storage unit 106, 126 electrically connected thereto Data readout. Afterwards, the specification unit can provide the first specification data and the second specification data to the driving module 14 or first in a driving electrical data table to perform the table lookup or the first specification data and the second specification data. After a judgment or calculation process, after obtaining at least one corresponding electrical value, the corresponding electrical value: ODMA\PCDOCS\TPEDMS\74820\2B 0 201117655 is provided to the driving module 140, so that the driving module 140 corresponds to the first A specification data and a second specification data provide an electronic environment of a specific electronic characteristic to the first and second light-emitting strips 1 and 12, so that the first and second light-emitting strips 12 and 12 emit light. The driving electrical data table can be stored in the luminaire 14 for comparison, and the format of the driving electrical data sheet and its blocking can include voltage and/or current values. Referring to Figure 3, there is shown a schematic view of the specification of the present invention. The above-mentioned first specification data and second specification data may be arranged according to the format of the specification data herein, but it is not limited thereto, and may be other types. As shown in the example shown in the figure, the first specification data and the second specification data cutter include six product related intercepts 31, a serial number related intercept 32, a parallel number related intercept 33, and three input voltages. Related block 34, three-input motor related block 35, two working temperature related block 36 and four color temperature related field 37, wherein product related block 31 stores product name, product name identification code, model name, manufacturer, respectively Name, manufacturing cycle and serial number information; serial number related shed 32 for storing serial number information parallel number related intercept % for storing parallel number information; input voltage related field 34 respectively storing the minimum input voltage Information such as value, input voltage standard value, and input voltage maximum value; input current related field 35 stores information such as input current minimum value, input current standard value, and input current maximum value; working temperature related block 36 is used to store minimum work. Information such as temperature and southern working temperature; and color temperature related field 37 stores information such as color, color temperature minimum, color temperature standard value and color temperature maximum. However, in other embodiments, the first specification data and the second specification may be deleted or added as needed. The number of format fields for the data, and the blocks listed here are merely exemplary examples. No.::ODMA\PCD〇CS\TPEDMS\7482〇\2B 9 ' 201117655 -Specification data and second threat data (10) Storage #料 can be the first manufacturer of the light-emitting lamp and the second light strip 12 in the production process Load the specification storage unit in the 106,126. The data placed on each side here is based on the entirety of the first light strip (1) and the second hair strip 12, and corresponds to the electronic characteristics of the first light-emitting elements 102, 104 and the second light-emitting elements 122, 124. Made. Therefore, the electrical characteristics of the first and second light-emitting elements 102, 104 and the second light-emitting elements 122, 124 are different from each other: the data stored in the data and the second-level specifications and the format thereof can also be changed correspondingly. ^ 4 is a schematic diagram showing the format of another specification data. Although in the embodiment of the present invention, the first specification (four) and the second specification data include the specification data formats shown in FIG. 3 and FIG. 4, in other embodiments, the specification data format may be selected to be stored in the Weige data. Information or format for other specifications. The data of each of the blocks listed in Figure 4 is the first light strip I. Or the single-first light-emitting element of the second light-emitting beam 12 or the second light-emitting element ^/124 is a unit and corresponds to its electronic characteristics. Similar to the top, in the 4th _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Product phase _ bit 41 points to save the manufacturer name and model name _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The current-related bit stores the minimum value of the input current, the input current standard value and the input current is the most 曰々B' and the four-color temperature related field 44 is stored separately, the member color, the color temperature is small, the U value and the color temperature are the largest. Value and other information.
::ODMA\PCD〇CS\TPEDMS\74820\2B 10 201117655 因此’假設規格辨識單元1406讀出第一發光燈條1〇的第 -規格簡後，其至何獲得以第—發光燈條ω為單位的輸 入電壓標準值及輸人電流標準值資訊，及單-第—發光元件 流鮮值魏。獲得這些 貧訊後’規格觸單元觸將這些f訊提料驅動單元 1^02’使轉單元14G2據此提供第—發絲條⑺狀的電子 裒兄Ixk可使得第—發光燈條iG是在最適當的電子環境， 如.對應至輸人電壓鮮值及輸人電流標準制電子環境 作。 ’、::ODMA\PCD〇CS\TPEDMS\74820\2B 10 201117655 Therefore, it is assumed that the specification identification unit 1406 reads the first specification of the first light bar 1〇, and how to obtain the first light bar ω The input voltage standard value of the unit and the input current standard value information, and the single-first-light-emitting element fresh value Wei. After obtaining these poor news, the 'standard touch unit touches these f-snap drive driving unit 1^02' so that the transfer unit 14G2 provides the first hair-strip (7)-shaped electronic 裒 brother Ixk, so that the first-shaped light bar iG is In the most appropriate electronic environment, such as the corresponding to the input voltage and the input current standard electronic environment. ’,
4外’在本發明的另—實施射，提供—麵具驅動方 法’包括下列步驟··首先，獲得一發光燈條的一規格儲存單元 中所儲麵-規格資料，此處所摘規格㈣是對應於發光燈 條内的複脑發光元件的至少1子紐。其後，對應規格資 枓提供特定電子特性的電子環境予發光燈條，使得發光燈條發 光，如：由-規格辨識單元逕將此規格資料提供予一驅動模 組，由驅動模組提供對應於此規格資料而具有特定電子特性的 電子環境予發光燈條，使其發光；或者規格辨識單元亦可先行 在-驅動f性資巾，贼格龍進行絲，得出至少一對 應電性值後，將此對應電性值再提供予驅動模組，使驅動模組 對應此規格資料提供具树定電子雜的電子環境予發光燈 2 =其發光。另外亦可選擇性地包括一步驟以在發光燈條發 之後其⑦度符合需求’其可依據—電_觸目應地調 正對發光燈條所提供的電子環境的電子特性，如：在一狀離侦 測單元偵碰歧條的亮度，㈣其分難生_電,關測H ::ODMA\PCDOCS\TPEDMS\74820\2B u …' 201117655 如：-電壓變化量或1流變化量後，以—功率調整單元依據 此電性侧值相應地調整對第發光祕所提供的電子環境的 電子特性’如：链且/_級等，崎發光燈條的亮度可 達到一預定值或一預定範圍内。 是故透過本發明的燈具建構前述的機制適性地依據發光 燈條内贿的規格·來提供電子職，使得燈具可供各種不 同規格的發紐條伽，無_縣—麵格餘研發設計不 同的燈具，故可降低照明系統的成本。此外，藉由將發光燈條 袁叹為組件，亦可使得發光燈條損毁或因需求而欲更換發光 燈條日守’可將發光燈條拆卸並置換另一發光燈條及可使用此照 明系統。因燈具可與各種電子特性的發光燈條配合使用，提高 燈具的可適性，故無須再替換符合另—發光燈條規格的燈具， 而可增進照明系統的使用便利性。 上述僅是為了說明方便而舉例而已，本發明所主張之權利 範圍自應以申請專利範圍所述為準，而非僅限於此處之實施 例0 【圖式簡單說明】 第1圖為繪示本發明一實施例的照明系統的功能方塊圖。 第2圖為繪示本發明一實施例的照明系統的結構示意圖。 第3圖為％示本發明一實施例的規格資料的示意圖。 第4圖為繪示本發明一實施例的另—規格資料的示意圖 【主要元件符號說明】 :：〇DMA\PCDOCS\TPEDMS\74820\2B 12 201117655 1照明系統 10第一發光燈條 12第二發光燈條 14燈具 31,41產品相關攔位 32串聯顆數相關攔位 33並聯顆數相關欄位 34,42輸入電壓相關欄位 35, 43輸入電流相關攔位 36工作溫度相關欄位 37, 44 色溫相關欄位 100, 120承載件 102,104第一發光元件 106, 126規格儲存單元 108, 128 電極 109, 129發光二極體矩陣 122, 124 第二發光元件 Φ 140驅動模組 142殼體 144 燈罩 146 燈座 1402驅動單元 1404功率調整單元 1406規格辨識單元4 outside 'in the other embodiment of the present invention, the method of providing a mask-driven method' includes the following steps: First, obtaining a surface-specification data in a specification storage unit of a light-emitting strip, the specification (4) taken here is Corresponding to at least one of the complex brain light-emitting elements in the light bar. Thereafter, the electronic environment corresponding to the specification and providing specific electronic characteristics is applied to the light-emitting light bar, so that the light-emitting light bar emits light, for example, the specification data is provided to a driving module by the specification-recognition unit diameter, and the driving module provides a corresponding The electronic environment with specific electronic characteristics of the specification data is given to the light bar to emit light; or the specification identification unit can also be used to drive the f-type material, and the thief can perform the wire to obtain at least one corresponding electrical value. Then, the corresponding electrical value is further provided to the driving module, so that the driving module provides an electronic environment with a predetermined electronic miscellaneous energy corresponding to the specification data to the illuminating lamp 2 = its illuminating. In addition, a step may be optionally included to meet the requirement of 7 degrees after the illuminating strip is emitted, which may adjust the electronic characteristics of the electronic environment provided by the illuminating strip according to the electric ray, such as: The shape of the detection unit detects the brightness of the strip, (4) it is difficult to generate _ electricity, shut down H: ODMA\PCDOCS\TPEDMS\74820\2B u ...' 201117655 such as: - voltage change or 1 flow change The power adjustment unit adjusts the electronic characteristics of the electronic environment provided by the first light-emitting device according to the electrical side value, such as: chain and /_ level, etc., and the brightness of the bar light strip can reach a predetermined value or Within the predetermined range. Therefore, the above-mentioned mechanism is constructed by the lamp of the present invention, and the electronic position is provided according to the specifications of the light bar in the light bar, so that the lamp can be used for various specifications of the hair, and the design of the _ county-face is different. The luminaires can reduce the cost of the lighting system. In addition, by illuminating the light strip as a component, the light strip can be damaged or the light strip can be replaced due to the demand. The light strip can be disassembled and replaced with another light strip and the illumination can be used. system. Because the luminaire can be used with various electronic illuminating light strips to improve the adaptability of the luminaire, it is not necessary to replace the luminaires that meet the specifications of the other illuminating strips, and the convenience of the lighting system can be improved. The above is only for the convenience of description, and the scope of the claims should be based on the scope of the patent application, and is not limited to the embodiment 0 here. [Simplified description of the drawing] FIG. A functional block diagram of an illumination system in accordance with an embodiment of the present invention. FIG. 2 is a schematic structural view of an illumination system according to an embodiment of the present invention. Fig. 3 is a schematic view showing the specification data of an embodiment of the present invention. 4 is a schematic diagram showing another specification data according to an embodiment of the present invention. [Main component symbol description] ::〇DMA\PCDOCS\TPEDMS\74820\2B 12 201117655 1 illumination system 10 first light bar 12 second Illuminated light bar 14 lamp 31, 41 product related block 32 series number related block 33 parallel number related field 34, 42 input voltage related field 35, 43 input current related block 36 working temperature related field 37, 44 color temperature related field 100, 120 carrier 102, 104 first light emitting element 106, 126 size storage unit 108, 128 electrode 109, 129 light emitting diode matrix 122, 124 second light emitting element Φ 140 drive module 142 housing 144 lampshade 146 lamp holder 1402 driving unit 1404 power adjustment unit 1406 specification identification unit
::ODMA\PCDOCS\TPEDMS\74820\2B 13::ODMA\PCDOCS\TPEDMS\74820\2B 13