M290547 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種櫥櫃燈具，尤指一種具發光二極體 之櫥櫃燈具。 & 【先前技術】 習用櫥櫃燈具皆採用傳統之鎢絲燈泡、日光燈、或電 • +式省電燈泡作為照明燈具，上述燈泡不僅較為耗電，： 受限於上述燈泡之外觀形狀，故習用擴概燈具之形狀體積 10也很佔工間。然而大部分之櫥櫃，如衣橋、酒樞等，其内 t燈具-般皆作為裝飾用途，僅需微弱之光線作為辨別物 品之外觀、形狀、或顏色即可，並不須要如閱讀、或寫作 般須明亮大瓦數之燈泡。又一般之擴櫃主要係用來擺放物 品，若其内之燈具佔用太大之空間，則可擺放物品之空間 便變小，反而不符經濟實惠原則，故採用上述燈泡之習用 鲁櫥櫃燈具既浪費能源、且浪費空間。 創作人緣因於此，本於積極創作之精神，亟思—種可 以解決上述問題之具發光二極體之橋植燈具，幾經研究實 驗終至完成此項嘉惠世人之本創作。 、 20 新型内容 本創作一種具發光二極體之櫥櫃燈具，具有一中办 體、一電路板、二連接器、至少—導熱片、至少 = 極體、二端座、以及一燈罩。其中，中空槽體具有上 5 M290547M290547 VIII. New Description: [New Technology Field] This creation is about a cabinet lamp, especially a cabinet lamp with a light-emitting diode. & [Prior Art] Conventional cabinet lamps use traditional tungsten bulbs, fluorescent lamps, or electric +-type power-saving bulbs as lighting fixtures. These bulbs are not only more power-consuming, but are limited by the appearance of the bulbs. The shape volume 10 of the luminaire also occupies the work space. However, most of the cabinets, such as the cloth bridge, the wine hub, etc., are generally used for decorative purposes. Only weak light is needed to distinguish the appearance, shape, or color of the item. It does not need to be read, or A light bulb with a large wattage. In general, the expansion cabinet is mainly used for placing items. If the lamps in the room occupy too much space, the space for placing the items becomes smaller, which is not economical. Therefore, the use of the above-mentioned light bulbs It wastes energy and wastes space. Because of this, the creator is based on the spirit of active creation, and thinks about the bridges with light-emitting diodes that can solve the above problems. After several research experiments, the creation of this acclaimed world is completed. 20 New Content The present invention creates a cabinet luminaire with a light-emitting diode having a central office, a circuit board, two connectors, at least a heat conductive sheet, at least a pole body, a two-terminal seat, and a lampshade. Where the hollow trough has an upper 5 M290547
藉此，本創作利用發光二極體（LED)低耗電量 10使用於櫥櫃燈飾上，當然也可應用於遊艇、航空 燈具，可提供間接照明，並具節省能源之功效，且 口、及二側‘ 路板並具有 二側端處， 板之貫孔内，導熱片並具有一頂面、 觸到中空槽體。發光二極體係對應接 並固設於電路板上而與電路板電連接 於中空槽體之二側端。而燈罩係組設 並覆蓋住下開口。Therefore, the creation uses the low-power consumption of the light-emitting diode (LED) 10 for the cabinet lighting, and of course, can also be applied to yachts, aviation lamps, can provide indirect lighting, and has energy-saving effects, and mouth, and The two side 'way plate has two side ends, and the heat conducting piece has a top surface and touches the hollow groove body. The light-emitting diode system is correspondingly fixed on the circuit board and electrically connected to the circuit board at two side ends of the hollow cavity. The lampshade is assembled and covers the lower opening.
航空器等照明 t ’且使用24V 之電源供應，係屬超低電壓，可確保燈具之整體安全性。 又本創作整體結構簡單、組裝容易，僅須外接—電源線， 便可配合櫥櫃之長度、寬度，串連多組燈具同時使用，亦 15具有節省空間、組裝便利之功效。 此外，上述之二連接器可分別組設於二端座上，外接 之電源線可直接利用其連接器與本創作端座上之連接器電 連接，電源組裝方式具便利性。 一另外，上述之二連接器也可分別組設於電路板上鄰近 ⑴二側端處，燈具之二端座内並分別卡合固定一線夾固定 2、’外界之電源線可直接以電線與本創作側端處之連接器 电連接，可提供另一種外電源組裝方式供選擇。 +再者，上述之電路板更可具有一雙面膠，其係組設於 電路板之上頂面，並黏設於中空槽體之下開口内，雙面膠 6 M290547 對應於電路板之貫孔處並設有通孔，藉此，雙面膠不僅呈 有固定電路板於中空槽體内之功能，並具有傳導、散發發 光一極體所產生熱量之功效。 5 15 此外，上述之導熱片可為一金屬墊片，或其他等效之 具可傳導、散熱材質之塾片，其係與中空槽體接觸，藉此 可增加傳導、散發發光二極體所產生熱量之功效。 卜上述之中工槽體更可具有二側條，其外側並分 別凹設有-上定位凹槽。另本創作更可具有—燈具固定 座，燈具固定座之二側邊則具有定位凸緣，其對應可與中 空槽體之上定㈣槽卡合定位，俾增進組裝之便利性。 再者，上述之中空槽體更可具有二側邊，其外側並分 別凹叹有-下定位凹槽，其對應可與燈罩之二側邊上之定 位凸緣卡合定位，俾增進組裝之便利性。 此外，上述之中空槽體可為一鋁擠型槽體，或並他等 效之金屬材質之擠型槽體，可增加散熱之功效。至於燈罩 ^可為塑膠透明燈罩，或其他等效之透明 或具條紋形狀之燈罩，可增加光源之透光度。 二外’上述之每-發光二極體更可分別具有一透鏡模 光二：之角度，光源角度較小者，可照射較遠， 又較大者，可照射較廣，俾因應各種不同之需求。 實施方式 20 M290547 晴參閱圖1係本創作一較佳實施例之分解圖，本創作一 種具發光二極體之櫥櫃燈具具有：一中空槽體1 〇、一雙面 膠20、一電路板30、二連接器63,64、三導熱片41、三發光 二極體40、三透鏡模組8〇、二端座6〇,6ι、一燈罩5〇、以及 5二燈具固定座70。其中，中空槽體10係為一鋁擠型槽體， 並具有二側邊12,13、一下開口 14、及二側端16,17，中空 槽體10於二側邊12,13之外側並分別對應凹設有一上定位 凹槽121，13卜及一下定位凹槽122，132(其作用容待下述）。 一連接益63,64、及二端座6〇,61係分別以螺絲固設於中空 10槽體10之二側端16，17處，且二連接器63,64並與電路板3〇 電連接。 另外’上述之電路板3〇係容設於中空槽體1〇之下開口 14内’電路板3〇並具有三貫孔31、及一雙面膠2〇，雙面膠 20—面係黏設於電路板3〇之上頂面3〇1，雙面膠之另一面則 15黏设於中空槽體1〇之下開口 14内，另雙面膠20對應於電路 板30之二貫孔31處一設有三通孔21。藉此，雙面膠2〇不僅 具有固定電路板3〇於中空槽體1〇内之功能，並具有傳導、 散發發光二極體40所產生熱量之功效。 此外’如圖1所示，上述之三導熱片41係對應組設於電 20路板30之三貫孔31内，三導熱片41皆具有一頂面41卜及一 底面412， 本貫施中 三導熱片41之頂面411並接觸到中空槽體10，在 二導熱片41係為三金屬墊片。而三發光二極體 40係對應接觸到三導熱片41之底面412,並固設於電路板30 上而與電路板3〇電連接，且每一發光二極體40並分別組設 8 M290547 一透鏡模組80。藉由導熱片41可增加傳導、散發三發光二Lighting such as aircraft t ’ and using a 24V power supply is an ultra-low voltage to ensure the overall safety of the luminaire. The overall structure of the creation is simple and easy to assemble. It only needs to be connected externally - the power cord can match the length and width of the cabinet, and the multiple sets of lamps can be used in series, and the utility model has the advantages of space saving and convenient assembly. In addition, the above two connectors can be respectively set on the two-terminal base, and the external power cable can be directly connected with the connector on the creative end socket by using the connector, and the power supply assembly method is convenient. In addition, the above two connectors can also be respectively arranged on the circuit board adjacent to the (1) two-side end, and the two end sockets of the lamp are respectively fixed and fixed by a wire clamp, and the external power cable can be directly connected by wires and wires. The connector at the side of the creation is electrically connected to provide another means of external power supply assembly. In addition, the above circuit board may further have a double-sided tape which is disposed on the top surface of the circuit board and is adhered to the opening under the hollow cavity. The double-sided tape 6 M290547 corresponds to the circuit board. The through hole is provided with a through hole, whereby the double-sided tape not only functions as a fixed circuit board in the hollow cavity, but also has the effect of transmitting and emitting heat generated by the light emitting body. 5 15 In addition, the above-mentioned thermal conductive sheet may be a metal gasket, or other equivalent conductive material, which is in contact with the hollow cavity, thereby increasing conduction and emission of the light-emitting diode. The effect of generating heat. In the above, the working tank body may further have two side strips, and the outer side thereof is separately provided with an upper positioning groove. In addition, the creation can have a fixture fixing seat, and the two sides of the lamp fixing seat have a positioning flange, and the corresponding position can be engaged with the fixed (four) slot on the hollow groove body, thereby improving the convenience of assembly. Furthermore, the hollow trough body can have two side edges, and the outer side of the hollow trough body can be respectively slid with a lower-lower positioning groove, which can be engaged with the positioning flange on the two sides of the lampshade to enhance the assembly. Convenience. In addition, the hollow tank body can be an aluminum extruded tank body, or an extruded metal tank of the same material, which can increase the heat dissipation effect. As for the lampshade, it can be a plastic transparent lampshade or other equivalent transparent or stripe-shaped lampshade to increase the light transmittance of the light source. The above-mentioned two-light-emitting diodes can each have a lens mode light two: the angle, the light source angle is smaller, the radiation can be farther, and the larger one can be irradiated more widely, and the different requirements are met. . Embodiment 20 M290547 Clear FIG. 1 is an exploded view of a preferred embodiment of the present invention. The cabinet lamp with a light-emitting diode has a hollow cavity 1 , a double-sided tape 20 , and a circuit board 30 . Two connectors 63, 64, three heat conducting sheets 41, three light emitting diodes 40, three lens modules 8A, two end blocks 6A, 6i, a lampshade 5A, and 5 2 lamp fixing brackets 70. The hollow tank body 10 is an aluminum extruded tank body, and has two side edges 12, 13, a lower opening 14, and two side ends 16, 17, and the hollow tank body 10 is on the outer sides of the two side edges 12, 13 and Correspondingly, an upper positioning groove 121, 13 and a positioning groove 122, 132 are disposed correspondingly to the recess (the effect of which is described below). A connection benefit 63, 64, and a two-terminal seat 6 〇, 61 are respectively screwed to the two side ends 16 , 17 of the hollow 10 slot body 10, and the two connectors 63, 64 are electrically connected to the circuit board 3 connection. In addition, the above-mentioned circuit board 3 is accommodated in the opening 14 of the hollow cavity 1 ' 'circuit board 3 〇 and has three through holes 31, and a double-sided tape 2 〇, double-sided adhesive 20 - surface adhesive The top surface of the circuit board 3 is disposed on the top surface of the circuit board 3, and the other side of the double-sided tape 15 is adhered to the opening 14 of the hollow channel body. The double-sided tape 20 corresponds to the second hole of the circuit board 30. At 31, a three-way hole 21 is provided. Thereby, the double-sided tape 2 has not only the function of fixing the circuit board 3 in the hollow cavity 1 but also the function of transmitting and emitting heat generated by the light-emitting diode 40. In addition, as shown in FIG. 1 , the above three heat conducting sheets 41 are correspondingly disposed in the three through holes 31 of the electric circuit board 30 , and the three heat conducting sheets 41 have a top surface 41 and a bottom surface 412 . The top surface 411 of the middle three heat conducting sheet 41 is in contact with the hollow tank body 10, and the two heat conducting sheets 41 are three metal gaskets. The three LEDs 40 are in contact with the bottom surface 412 of the three heat conducting sheets 41, and are fixed on the circuit board 30 to be electrically connected to the circuit board 3, and each of the LEDs 40 is respectively set to 8 M290547. A lens module 80. The conductive sheet 41 can increase conduction and emit three light-emitting two
極體40所產生之熱量；藉由透鏡模組8〇，可控制發光二極 體40所產生光源之角度。 X 再者，上述之燈罩5〇係組設於中空槽體1〇之下方，並 5覆盍住下開口 14，且燈罩50係一塑膠透明燈罩50，可增加 光源之透光度。又燈罩50之二側邊51，52並分別具有一定位 凸緣511，521，其並對應與中空槽體1〇之下定位凹槽 122，132直接卡合固定。 另外，如圖1所示，上述之燈具固定座7〇，其二側邊 1〇 71，72並分別向内凹設有一定位凸緣711，721，其並對應與 中空槽體10之上定位凹槽121，131卡合固定；且二側邊 71，72並没有四處定位凸點（圖未示），俾使中空槽體⑺不會 產生自由⑺動之現象。又二燈具固定座7〇係直接以螺絲螺 固於櫥櫃天花板75上，而外接之電源線76則可直接挿入端 I5座60上之連接器64。藉此，本創作利用發光二極體（led) 低耗電量之特性，使用於櫥櫃燈飾上，具節省能源之功效。 «月參閱圖2係本貫施例之立體圖，並請同時參閱圖^， 本創作之中空槽體1〇之上定位凹槽121，m係與燈具固定 座70之定位凸緣711，721相互卡合固定，而中空槽體1〇之下 20定位凹槽122,132則與燈罩5〇之定位凸緣511，521相互卡合 固定，且外接之電源線76係以連接器直接與本創作之端座 60上之連接器64電連接，組裝極為容易，且整體燈具結構 簡化，體積縮小，可節省空間。 9 M290547 請繼續參閱圖3係本實施例之串接立體圖，本創作可 將二個（或多個）燈具串接一起使用，僅須一外接之電源線 76 ’而燈具相互間則藉由一兩端頭皆為連接器之電線將燈 具串接即可，故組裝上也極為容易簡便。 5 請再參閱圖4、及圖5係本創作另一實施例之分解圖、 及立體圖，如圖4所示，本實施例之結構、元件連結關係與 上述貫施例之差異僅在於本實施例之二連接器63,64係分 別組設於電路板30上鄰近二側端16，17處，且二端座6〇,61 内並分別卡合固設一線爽固定座66,67，外界之電源線^ H)係直接與本實施例之連接器63電連接，並固定於線失固定 座66，因此，本實施例可提供另一種外電源組裝方式供選 擇’亦可得到上述相同功效。 本創作所 而非僅限 上述實施例僅係為了方便說明而舉例而已 主張之權利範圍自應以申請專利範圍所述為準 15 於上述實施例。 【圖式簡單說明】 圖1係本創作一較佳實施例之分解圖。 圖2係本創作一較佳實施例之立體圖。 2〇圖3係本創作一較佳實施例之串接立體圖 圖4係本創作另一較佳實施例之分解圖。 圖5係本創作另一較佳實施例 之立體圖。 M290547 【主要元件符號說明】 10中空槽體 12，13側邊 121，131上定位 122，132下定位凹槽 14下開口 16,17侧端 20雙面膠 21通孔 30電路板 31貫孔 40發光二極體 41導熱片 411頂面 412底面 50燈罩 51，52側邊 511，521定位凸緣 60,61端座 63,64連接器 66,67線夾固定座 70燈具固定座 71，72側邊 711，721定位凸緣 75櫥櫃天花板 76電源線 80透鏡模組 四槽The heat generated by the polar body 40; the angle of the light source generated by the light-emitting diode 40 can be controlled by the lens module 8?. Further, the above-mentioned lampshade 5 is arranged below the hollow cavity 1〇, and 5 covers the lower opening 14, and the lampshade 50 is a plastic transparent lampshade 50, which can increase the light transmittance of the light source. Further, the two side edges 51, 52 of the lamp cover 50 respectively have a positioning flange 511, 521 which is directly engaged with the positioning grooves 122, 132 of the hollow groove body 1 . In addition, as shown in FIG. 1 , the above-mentioned lamp fixing base 7〇 has two side edges 1〇71 and 72 and is respectively concavely provided with a positioning flange 711, 721 which is correspondingly positioned above the hollow groove body 10. The grooves 121, 131 are locked and fixed; and the two side edges 71, 72 do not have four positioning bumps (not shown), so that the hollow groove body (7) does not cause free (7) movement. The second lamp holder 7 is directly screwed to the cabinet ceiling 75, and the external power cord 76 can be directly inserted into the connector 64 on the terminal I5 seat 60. In this way, the creation utilizes the low power consumption of the LED (LED) and is used in cabinet lighting to save energy. «Monthly, Fig. 2 is a perspective view of the present embodiment, and please refer to Fig. 2, the groove 121 is positioned above the hollow groove 1 of the present invention, and the m is positioned with the positioning flanges 711 and 721 of the lamp holder 70. The snap-fit is fixed, and the positioning groove 122, 132 of the hollow groove 1 is positioned and fixed with the positioning flanges 511, 521 of the lamp cover 5, and the external power cable 76 is directly connected to the end of the present by the connector. The connector 64 on the seat 60 is electrically connected, the assembly is extremely easy, and the overall luminaire structure is simplified, the volume is reduced, and space can be saved. 9 M290547 Please continue to refer to FIG. 3, which is a series perspective view of the present embodiment. The present invention can use two (or more) lamps in series, only one external power cord 76' is needed, and the lamps are mutually connected by one. The wires on both ends of the connector are connected in series by the wires, so assembly is extremely easy and simple. 5 and FIG. 5 are an exploded view and a perspective view of another embodiment of the present invention. As shown in FIG. 4, the structure and the component connection relationship of the present embodiment are different from the above embodiments only in the present embodiment. The second connector 63, 64 is respectively disposed on the circuit board 30 adjacent to the two side ends 16, 17 and the two end seats 6〇, 61 are respectively engaged and fixed with a wire cooling seat 66, 67, the outside The power cable (H) is directly electrically connected to the connector 63 of the embodiment and is fixed to the wire loss fixing seat 66. Therefore, the present embodiment can provide another external power supply assembly mode for selection. . The present invention is not limited to the above-described embodiments, but is intended to be illustrative only and the scope of the claims is intended to be in the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded view of a preferred embodiment of the present invention. Figure 2 is a perspective view of a preferred embodiment of the present invention. 2 is a perspective view of a preferred embodiment of the present invention. FIG. 4 is an exploded view of another preferred embodiment of the present invention. Figure 5 is a perspective view of another preferred embodiment of the present invention. M290547 [Description of main component symbols] 10 hollow trough body 12, 13 side 121, 131 positioning 122, 132 lower positioning groove 14 lower opening 16, 17 side end 20 double-sided adhesive 21 through hole 30 circuit board 31 through hole 40 Light-emitting diode 41 heat-conducting sheet 411 top surface 412 bottom surface 50 lamp cover 51, 52 side 511, 521 positioning flange 60, 61 end seat 63, 64 connector 66, 67 clip holder 70 lamp holder 71, 72 side Side 711,721 positioning flange 75 cabinet ceiling 76 power cord 80 lens module four slots
1111