M393621 五、新赉說明： 【新型所屬之技術領域】 本新型疋有關於一種燈具組及其控制器，且特別是有 關於一種三線式燈具組及其控制器。 【先前技術】 傳統的排燈之串接方式為於電源輸入端提供專用兩 條電源輸入端子或線材，讓消費者或現場施工人員，於串 接排燈時，必須將傳統之電源輸入端接至電供應器上，使 排燈能產生絲，當需進行第二條或第三條以上之排燈串 接時，必須有相同條數之線材自電源供應器連接而出，此 種串接結果，所使用之線材長度越長所產生的阻抗越大， 此令電源供剌必須加強電絲因應其末端之排燈的電源 ，應，造成使用者因過多之線材裸露在外方，因此難以自 行施工’必需由專業施工’而且也會浪費很多時間來處理 其線材外露，既不美觀又施工困難。 因此，-種三線式燈具組串連系統開始出現在各式昭 :場合’由於三線式燈具組串連時，其中不僅具有電源導 =虫另料有控制導線，故以往三線式燈具組可 用串連後供電及控制，十分便#卜 严二5示之綱傅排燈燈具組’目前常見的排 排燈，具刚串連的設計。此種設計的確簡化了排燈t =的=路’也可以利用若干個銜接座線 連複數的排燈燈具謂，並讓電源與控㈣持在末端配置。 3 M393621 但是，由於此種設計的電源插座110、開關控制器120及 穩壓器130仍然為一體化設計，故使用者及安裝者必須在 裝設時受限於電源配置位置，而且一但電源插座110、開 關控制器120及穩壓器130的位置固定之後，往後就難以 再作調整或變化。 現今燈具業一直追求靈活多變的視覺效果。前述習用 設計在發光控制、感應變化方面都不夠靈活，雖然在同一 條燈體上可以實現同步閃爍以及多個單元之間的變化，卻 $ 不能令開關控制器的位置隨心所欲，也就是沒有燈光開關 或是控制的位置被電源位置所限制，而令使用者及裝設者 的操作變化性降低，顯然會失去許多靈活的功能，變得不 實用。 【新型内容】 本新型之一態樣是在提供一種三線式燈具組，包含有 若干三線式燈具、至少一電源供應件及至少一控制器，前 φ 述三線式燈具二端具有三線式銜接座。前述電源供應件電 4 性連接三線式燈具的一端。前述控制器二端具有三線式銜 接座，且控制器上安裝有控制單元。 藉此設計，本新型之控制器、三線式燈具的設置組合 完全不被電源位置拘限，可以依需求安裝在三線式燈具的 任一端，也可以安裝在相串連之若干三線式燈具的任一串 '連位置。 前述若干三線式燈具之間或控制器與三線式燈具之間 皆可以利用凹凸形態設計的銜接座直接串連，當然也可以 4 M393621 另採用線路、串連座進行間接串連，只要保持三線式線路 之電源及控制迴路運作即可，此為一般燈具串連技術簡單 變化，在此不多做贅述。 依據本新型一實施例，是在提供一種三線式燈具組及 的控制器，前述控制器二端具有三線式銜接座，且控制器 上安裝有控制單元，可以依需求安裝在三線式燈具的任一 端，也可以安裝在相串連之若干三線式燈具的任一串連位 置。 值得一提的是，本創作控制器之表面可以另設有感應 器，以感應器配合該控制單元進行三線式燈具之各種控 制。例如控制光線明暗、控制色溫（顏色變化）或作為電源 開關。 而前述感應器之感應技術是採用近接式感應、觸控感 應、紅外線感應、聲音感應、亮度感應或溫度感應。以開 關功能舉例，控制器可以成為近接式開關、觸控開關、紅 外線感應開關、聲音開關、溫控開關或光感應開關，故本 創作能配合位置變化產生更多種類的效果。 此外，前述控制器的控制單元除開關三線式燈具之 外，可以配合控制器内部電路設計進行明暗調控、光色調 控、定時調控或時序變化調控。 【實施方式】 請參照第2-6圖，第2圖係繪示依照本新型一實施方 式的一種三線式燈具組立體分解圖，而第3圖係繪示依照 本新型一實施方式的控制器立體圖；另第4圖為前述圖中 5 M393621 元件的組合實施狀況圖。最後請參閱第5圖及第6圖，第 5圖及第6圖則分別呈現實施方式之末端組合型態圖及中 '間組合型態圖。 本新型一實施方式為一種三線式燈昇組，該三線式燈 具組包含若干三線式燈具200、至少一電源供應件3〇〇及 至少一控制器400。 前述三線式燈具200的長條燈座210内具排列之多數 個發光二極體212，且在三線式燈具200的長條燈座210 鲁 二端211上’皆具有一三線式銜接座220 ’其採取凹凸形 態設計’而三線式銜接座220電性連接發光二極體212， 並且利用三線式銜接座220提供發光二極體212電源及進 行控制。 前述電源供應件300 ’包含有穩壓器31〇、一插頭32〇 及一電源銜接座330。而穩壓器310、插頭320及電源銜接 座330彼此電性連接，且電源銜接座33〇同樣採取凹凸形 態設計，以此電源銜接座330電性連接於任一長條燈座21〇 • 一端211的三線式銜接座220，藉以提供電源。 , 則述控制器包含有一本體410、至少二控制銜接 座420、至少一控制單元430及至少一感應器44〇。本體 410二端裝設有控制銜接座420’且本體41〇利用二控制銜 接座420安裝在三線式燈具組2〇〇的迴路上。前述二控制 .銜接座420是分別安裝在本體410的二相對短侧端。控制 - 單元43〇安裝在本體410内，且控制單元43〇分別電性連 接二控制銜接座420，並以一感應器440安裝在本體41〇 朝外的表面上，運用感應器440與控制單元43〇電性連接， 6 M393621 讓使用者可以藉由感應器440配合控制單元430來控制相 串連的三線式燈具200。 值得一提的是，本實施例的三線式燈具210内安裝的 是發光二極體212 ’但長條燈座210内仍可以採用一陰極 燈管或一日光燈管。 前述控制器400之控制單元430可以是為一控制光線 明暗之電路、一控制色溫之電路或一電源控制開關，都可 以讓控制器400之感應器440配合該控制單元430及三線 I 式燈具組200進行不同型態的控制。 此外’前述感應器440之感應技術若是採用近接式感 應技術’可以讓使用者直接切換操作。若是感應器440之 感應技術採用觸控感應，如同第4圖所示之實施方式，不 但使用者的手指可以直接產生觸控開關效果，更能以觸控 之時間進行控制變化(例如光線強弱調控）。 本創作在三線式燈具200的長條燈座210二端211上 具有一三線式銜接座220 ;而前述控制器400在本體410 二端裝設有控制銜接座420，前述三線式銜接座220及控 籲制銜接座420的設計可以同時連接控制迴路及電源迴路。 藉此，本創作的控制器400可以依照使用者的需求任意安 裝’例如將控制器400安裝在串連多數三線式燈具2〇〇的 末端，也可以任意將控制器400安裝在串連多數三線式燈 具200的任意二個三線式燈具200之間。 由上述本新型實施方式可知，應用本新型具有下列優 點：本創作的組裝配置設計不會受限於電源位置，特別是 控制器400可以任意配置，且此配置可以隨時靈活調整變 M393621 最後，本創作另一實施方式是讓控制器400作為主動 反應設計，感應器440之感應技術若採用紅外線感應、聲 音感應、亮度感應或溫度感應，則會讓本創作的控制器400 變成主動式感應變化，無需使用者另外用手去操作。 舉第7圖之實施方式來說明，若是本創作使用在室内 照明的夜間自動照明系統中，使用者A可以在走道兩旁串 連多數三線式燈具200,並使用具有紅外線感應功能的感 應器440，特別是可以將控制器400組配在使用者A進入 走道前的起始位置；藉此，每當使用者A在夜晚走入走道 時，控制器400將主動式感應到人體進入，並且自動將兩 旁串連多數三線式燈具200開啟。 雖然本新型已以實施方式揭露如上，然其並非用以限 定本新型，任何熟習此技藝者，在不脫離本新型之精神和 範圍内，當可作各種之更動與潤飾，因此本新型之保護範 圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 為讓本新型之上述和其他目的、特徵、優點與實施例 能更明顯易懂，所附圖式之說明如下： 第1圖是習用排燈結構立體示意圖。 第2圖係繪示依照本新型一實施方式的一種三線式燈 具組立體分解圖。 第3圖係繪示依照本新型一實施方式的控制器立體 圖。 第4圖係繪示依照本新型一實施方式之組合實施狀況 8 M393621 圖。 第5圖係繪示本新型一實施方式之末端組合型態圖。 第6圖係繪示本新型一實施方式之中間組合型態圖。 第7圖係繪示本新型另一實施方式之夜間感應燈光應 用狀況圖。M393621 V. New 赉 Description: [New technical field] The new 疋 relates to a luminaire group and its controller, and in particular to a three-wire luminaire group and its controller. [Prior Art] The traditional tandem connection method provides two dedicated power input terminals or wires at the power input end, so that consumers or on-site construction personnel must connect the traditional power input terminals when connecting the lamps in series. On the electric supply, the discharge lamp can generate the wire. When the second or third row of lamps is to be connected in series, the same number of wires must be connected from the power supply. As a result, the longer the length of the wire used, the greater the impedance generated, so that the power supply must strengthen the power supply of the wire in response to the lamp at the end of the wire, and the user should be exposed to the outside due to excessive wire, so it is difficult to construct by itself. 'It must be professionally constructed' and it will waste a lot of time to deal with its exposed wire, which is neither beautiful nor difficult to construct. Therefore, the three-wire series of series of lamps and lanterns began to appear in various types of occasions: "Because of the three-wire series of lamps, there are not only power supply = insects have control wires, so the previous three-wire series can be used. After the power supply and control, it is very convenient #卜严二5 shows the class of the Fu row lamp set 'the current common row of lights, with a series of designs. This design does simplify the lighting of the t = = road. It can also use a number of connecting lines to connect a plurality of lighting fixtures, and let the power supply and control (4) be placed at the end. 3 M393621 However, since the power socket 110, the switch controller 120 and the voltage regulator 130 of this design are still integrated, the user and the installer must be limited in the power configuration position during installation, and the power supply After the positions of the socket 110, the switch controller 120, and the voltage regulator 130 are fixed, it is difficult to make adjustments or changes later. Today, the lighting industry has been pursuing flexible and varied visual effects. The above-mentioned conventional design is not flexible enough in terms of illumination control and sensing variation. Although synchronous flashing and changes between multiple units can be realized on the same lamp body, the position of the switch controller cannot be made freely, that is, there is no light switch. Or the position of the control is limited by the position of the power supply, and the variability of the operation of the user and the installer is reduced, and obviously many flexible functions are lost and become impractical. [New content] One aspect of the present invention is to provide a three-wire type lamp set comprising a plurality of three-wire type lamps, at least one power supply part and at least one controller, and the front end of the three-line type lamp has a three-wire type connection seat . The aforementioned power supply unit is electrically connected to one end of the three-wire luminaire. The two ends of the controller have a three-wire adapter and a control unit is mounted on the controller. With this design, the combination of the controller and the three-wire luminaire of the present invention is not limited by the power supply position, and can be installed at either end of the three-wire luminaire according to requirements, or can be installed in a series of three-wire luminaires. A bunch of 'connected positions. Between the above-mentioned several three-wire luminaires or between the controller and the three-wire luminaire, the connection sockets designed by the concave-convex shape can be directly connected in series. Of course, the 4 M393621 can also be indirectly connected by the line and the series connection, as long as the three-wire type is maintained. The power supply and control loop of the line can be operated. This is a simple change of the general series connection technology, and will not be repeated here. According to an embodiment of the present invention, a three-wire type lamp set and a controller are provided. The two ends of the controller have a three-wire type connection seat, and a control unit is mounted on the controller, and can be installed in a three-wire type lamp according to requirements. One end can also be installed in any series of positions of several three-wire luminaires connected in series. It is worth mentioning that the surface of the author controller can be additionally provided with a sensor, and the sensor is matched with the control unit for various control of the three-wire type lamp. For example, control light and dark, control color temperature (color change), or as a power switch. The sensing technology of the aforementioned sensors uses proximity sensing, touch sensing, infrared sensing, sound sensing, brightness sensing or temperature sensing. As an example of the switch function, the controller can be a proximity switch, a touch switch, an infrared sensor switch, a sound switch, a temperature control switch or a light sensor switch, so this creation can produce more kinds of effects in accordance with the position change. In addition, the control unit of the aforementioned controller can be combined with the internal circuit design of the controller for brightness and dark control, optical tone control, timing control or timing change control in addition to the switch three-wire type lamp. [Embodiment] Please refer to FIG. 2-6, FIG. 2 is an exploded perspective view of a three-wire type lamp assembly according to an embodiment of the present invention, and FIG. 3 is a diagram showing a controller according to an embodiment of the present invention. Fig. 4 is a view showing the combined implementation of the 5 M393621 elements in the above figure. Finally, please refer to FIG. 5 and FIG. 6 , and FIG. 5 and FIG. 6 respectively show the end combination pattern and the middle combination pattern of the embodiment. One embodiment of the present invention is a three-wire lamp set comprising a plurality of three-wire luminaires 200, at least one power supply unit 〇〇, and at least one controller 400. The long lamp socket 210 of the three-wire type lamp 200 has a plurality of light-emitting diodes 212 arranged therein, and has a three-wire connection socket 220 on the two ends 211 of the long lamp socket 210 of the three-wire type lamp 200. The three-wire connection socket 220 is electrically connected to the light-emitting diode 212, and the three-wire connection socket 220 is used to provide power and control of the light-emitting diode 212. The power supply unit 300' includes a voltage regulator 31A, a plug 32A, and a power adapter 330. The voltage regulator 310, the plug 320 and the power connection socket 330 are electrically connected to each other, and the power connection socket 33 is also designed in a concave-convex manner, so that the power connection socket 330 is electrically connected to any of the long lamp holders 21〇• one end A three-wire docking station 220 of 211 provides power. The controller includes a body 410, at least two control connectors 420, at least one control unit 430, and at least one sensor 44A. The two ends of the body 410 are provided with a control adapter 420' and the body 41 is mounted on the circuit of the three-wire luminaire group 2〇〇 by means of two control adapters 420. The aforementioned two controls. The adapters 420 are respectively mounted on the two opposite short side ends of the body 410. The control unit 44 is mounted in the body 410, and the control unit 43 is electrically connected to the two control adapters 420, and is mounted on the outwardly facing surface of the body 41 by an inductor 440, and the sensor 440 and the control unit are used. 43〇 electrically connected, 6 M393621 allows the user to control the three-wire luminaire 200 connected in series by the sensor 440 in cooperation with the control unit 430. It is worth mentioning that the three-wire luminaire 210 of the embodiment is provided with a light-emitting diode 212', but a cathode lamp or a fluorescent tube can still be used in the long lamp holder 210. The control unit 430 of the controller 400 may be a circuit for controlling light and dark, a circuit for controlling color temperature or a power control switch, and the sensor 440 of the controller 400 may be matched with the control unit 430 and the three-wire type I lamp unit. 200 performs different types of control. In addition, the sensing technique of the aforementioned sensor 440 allows the user to directly switch operations if the proximity sensing technique is employed. If the sensing technology of the sensor 440 uses touch sensing, as in the embodiment shown in FIG. 4, not only the user's finger can directly generate the touch switch effect, but also can control the change with the touch time (for example, the light intensity control) ). The present invention has a three-wire adapter 220 on the second end 211 of the strip base 210 of the three-wire luminaire 200; and the controller 400 is provided with a control adapter 420 at the two ends of the body 410, the three-wire adapter 220 and The design of the control interface 420 can be connected to both the control loop and the power loop. Thereby, the controller 400 of the present invention can be arbitrarily installed according to the needs of the user, for example, the controller 400 is installed at the end of a series of three-wire type lamps 2A, or the controller 400 can be arbitrarily installed in a series of three lines. Between any two three-wire luminaires 200 of the luminaire 200. It can be seen from the above-mentioned embodiments of the present invention that the application of the present invention has the following advantages: the assembly configuration design of the present creation is not limited by the power supply position, in particular, the controller 400 can be arbitrarily configured, and the configuration can be flexibly adjusted at any time. M393621 Finally, this Another embodiment of the creation is to make the controller 400 as an active response design. If the sensing technology of the sensor 440 uses infrared sensing, sound sensing, brightness sensing or temperature sensing, the controller 400 of the present invention becomes an active sensing change. No need for the user to operate with other hands. According to the embodiment of FIG. 7, if the present invention is used in a nighttime automatic lighting system for indoor lighting, the user A can connect a plurality of three-line lamps 200 on both sides of the aisle, and use an inductor 440 having an infrared sensing function. In particular, the controller 400 can be assembled in a starting position before the user A enters the aisle; thereby, whenever the user A walks into the aisle at night, the controller 400 will actively sense the human body to enter, and will automatically Most of the three-wire luminaires 200 are connected in series. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Any one skilled in the art can make various changes and retouchings without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached. BRIEF DESCRIPTION OF THE DRAWINGS In order to make the above and other objects, features, advantages and embodiments of the present invention more obvious, the description of the drawings is as follows: FIG. 1 is a perspective view of a conventional lamp row structure. 2 is an exploded perspective view of a three-wire lamp set according to an embodiment of the present invention. Figure 3 is a perspective view of a controller in accordance with an embodiment of the present invention. Figure 4 is a diagram showing the combined implementation status 8 M393621 in accordance with an embodiment of the present invention. Fig. 5 is a view showing the end combination pattern of an embodiment of the present invention. Fig. 6 is a view showing an intermediate combination pattern of an embodiment of the present invention. Figure 7 is a diagram showing the state of the night-sensing lighting application of another embodiment of the present invention.
【主要元件符號說明】 100 :排燈燈具 110 :電源插座 130 :穩壓器 210 :長條燈座 212 :發光二極體 300 :電源供應件 320 :插頭 400 :控制器 420 :控制銜接座 440 :感應器 101 :銜接座線路 120 :開關控制器 200 :三線式燈具 211 :端 220 :三線式銜接座 310 :穩壓器 330 :電源銜接座 410 :本體 430 :控制單元 A : 使用者 9[Main component symbol description] 100: Light-emitting lamp 110: Power socket 130: Voltage regulator 210: Long lamp holder 212: Light-emitting diode 300: Power supply member 320: Plug 400: Controller 420: Control adapter 440 : sensor 101 : connector circuit 120 : switch controller 200 : three-wire luminaire 211 : terminal 220 : three-wire adapter 310 : voltage regulator 330 : power adapter 410 : body 430 : control unit A : user 9