M308504 八、新型說明： 【新型所屬之技術領域】 本創作係-種發光二極體照明裝置，係提供—種使用 發光二極體為光源的照明裝置。 【先前技術】 ’因此發光 二極體應用 發光二極體具有可發出亮光與省電的特性 二極體的應用可說是越來越廣泛，特別是發光 於照明裝置方面。 現有的發光二極體照明裝置’請配合參考第五圖所 不，其具有一殼體（3 〇 )、一面板（3丄）與數發光二 極體（3 2 )，面板（3 χ )係設置殼體(3 〇 )二發 光二極體（3 2 )係、間隔排列設置於面板（3 〇 )的側面 處。 當發光二極體（3 2 )發光時，此光線可向四周擴散， 猎此為人們提供照明之功效。 然而現有的發光二極體（3 2 )的排列方式係將其於 面板（3 1 )排成一列，而且光線具有直線前進的特性， 故當發光二極體（3 2 )發光時，僅能照亮發光二極體（3 2 )的正前方，而位於二發光二極體（3 2 )的中間位置 處就會產生有亮度不足的視覺感受，造成明暗不均的現 象。 【新型内容】 有鑑於前述之現有技術上的不便之處，本創作係設計 一種發光二極體照明裝置，係提供一種可將發光二極體所 M308504 發出的光，藉由導光棒的導引，而使其形成均句之線性光 源0 為達到上述創作目的，本創作所採用的技術手段為* 計-種發光二極體照明裝置，其具有n n = 組與-導光棒’殼體形成有-容槽’於殼體相對於容槽的' 至少一端形成有開口，各光源組具有—固定座、一發光一 極體與：托座，固定座係設於殼體的開…發光：二 與托座係設於固定座的内側面，托座形成有可容置發光一 極體的透孔，導光棒係位於殼體的容槽技“ ^ ^ 等尤棒的至少 一端係插設於托座的透孔處。 發光二極體所發出的光照射進入導光棒内部，再由導 光棒的周壁射出H線經由導光棒則導後，會使其形 成為均句的線性光源，如此就可產生有亮度足夠的視覺感 文，並有光線明亮均勻的現象。 心 【實施方式】 本創作係一種發光二極體照明裝置， 圖所示，其為本創作第-實施例，其具有—殼Ϊ(;〇Γ -反光板（1 4)、至少—光源組（丄5)與一導光棒（1 6 ); 殼體（1 0 ) ’其形成有一容槽（i丄），容槽（工 1)的兩相對内側壁分別形成有内卡緣（12)，於殻體 (10)相對於容槽（11)的至少—端形成有開σ(1 3) ’於本實施例中’開D(13)係分別形成於殼體（ι 0 )的兩端； 6 M308504 反光板（1 4 ) ’其係設置於殼體（丄〇 )的容槽（丄 1 )内，反光板（1 4 )的兩側邊係分別與容槽（工丄） 的内卡緣（1 2 )相互卡抵； 各光源級（15)，其具有—固定座（151)、一 發光二極體（152)與-托座（153)，光源組（1 5 )係與一電源供應器相互連接； 固定座（⑴）’其係設於殼體（1〇)的開口（1 3 )處；M308504 VIII. New Description: [New Technology Field] This creation series is a kind of light-emitting diode lighting device that provides a lighting device using a light-emitting diode as a light source. [Prior Art] 'Therefore, the light-emitting diode application has a characteristic that emits light and saves electricity. The application of the diode is more and more extensive, especially in terms of illumination. The existing light-emitting diode lighting device 'please refer to the fifth figure, which has a casing (3 〇), a panel (3 丄) and a plurality of light-emitting diodes (3 2 ), and a panel (3 χ) The housing (3 〇) two light-emitting diodes (3 2 ) are arranged at intervals on the side of the panel (3 〇). When the light-emitting diode (3 2 ) emits light, the light can spread to the surroundings, and the hunting can provide illumination for people. However, the arrangement of the existing light-emitting diodes (3 2 ) is arranged in a row on the panel (3 1 ), and the light has a linear forward characteristic, so when the light-emitting diode (3 2 ) emits light, only Illuminating the front side of the light-emitting diode (3 2 ), and at the middle position of the two light-emitting diodes (3 2 ), there is a visual sensation of insufficient brightness, resulting in uneven brightness. [New content] In view of the above-mentioned prior art inconvenience, the present invention designs a light-emitting diode lighting device, which provides a light which can emit light from the light-emitting diode M308504 by a light guiding rod. In order to achieve the above-mentioned creative purpose, the technical means used in this creation is a *-light-emitting diode lighting device with nn = group and - light guide rod 'shell An opening is formed at least one end of the housing with respect to the housing, and each of the light source groups has a fixing base, a light emitting body and a bracket, and the fixing seat is disposed on the opening of the housing. The second and the bracket are disposed on the inner side of the fixed seat, and the bracket is formed with a through hole for accommodating the light emitting body, and the light guiding rod is located at the at least one end of the housing. Inserted into the through hole of the bracket. The light emitted by the light emitting diode is irradiated into the inside of the light guiding rod, and then the H line of the light guiding rod is emitted through the light guiding rod, and then formed into a uniform sentence. Linear light source, which produces a visual sense of sufficient brightness There is a phenomenon that the light is bright and even. Heart [Embodiment] This creation is a kind of light-emitting diode lighting device, which is shown in the figure, which is the first embodiment of the present invention, which has a shell-shaped (〇Γ-reflector) (1 4), at least - a light source group (丄5) and a light guide rod (16); a housing (10) 'which is formed with a pocket (i丄), two opposite inner sides of the pocket (work 1) The wall is respectively formed with an inner card edge (12), and an opening σ(1 3) ' is formed at at least the end of the casing (10) with respect to the cavity (11). In the present embodiment, the opening D (13) is respectively Formed at both ends of the housing (ι 0); 6 M308504 Reflector (1 4 ) ' is disposed in the housing (丄1) of the housing (丄〇1), both sides of the reflector (14) Each of the light source stages (15) has a fixing seat (151), a light emitting diode (152) and a bracket ( 153), the light source group (15) is connected to a power supply; the fixing seat ((1))' is disposed at the opening (13) of the housing (1〇);
發光二極體（1 5 2)與托座（1 5 3 )，其係設於 固定座（1 5 1 )的内側面，托| (丄5 3 )形成有可容 置發光二極體（i 5 2 )的透孔（丄5 4 ); V光棒（1 6 ) ’其係位於容槽（丄丄）Θ，並且位 於反光板（1 4 )的上古，道_止4太/ 4 ]上方，導先棒（丄6 )的至少一端係 插設於托座（153)的透孔（154)處，於本實施例 中，光源、组（1 5 )的數量係為兩個，因此二光㈣（i (1 3 )處，所以 托座（1 5 3 )的 5)係分別設於殼體（10)的二開 導光棒（1 6 )的兩端係分別插設於 透孔（1 5 4 )處。 極體 、…请配合參考第二圖所示，當發光二極體（丄5 r… （1 6 )的端部照射進入導光槔 内部，再由導光棒（1 6 )的周壁射出 牛 光線經由導光棒（16)的引導後，會使其=由於該 線性先源’此線性光源會朝向遠離殼體（ 的均句的 出’部分的線性光源會投射至反光 '方向射 丄4 )處，經由反 7 M308504 光板（1 4 )的反光面投射至遠離殼體（丄〇 )的方向。 請配合參考第三及四圖所示，其為本創作第二實施 例，於本實施例中，殼體（2 〇 )及光源組（2 2 ) ^第 一實施例相同，故不贅述； η 其中，導光棒（2 3 )的兩端係分別插設 (22)的托座（221)之透孔（2 内—先= IZ 2 )内，於導光 杯（2 3 )的桿壁且相對於殼體（2 〇 )的容槽（2工） 之底端處形成有反光面（24)，該反光φ (“”系將 白漆塗佈於、反光紙貼附或網點印刷於導光棒（2 3 )的 桿壁處，如此可於導光棒（2 3 ) 射平面。 7扦土慝形成無數個反 當發光二極體（21)發光時，該光線會 3 )的端部照射進入導光棒（2 3 )内部，再由導光二 3)的周壁射出，由於該光線經由導光棒（2牛 後’會，形成為均句的線性光源，如同前述， 射至反光面光源會投 向(2 4 )處，經由反光面 殼體（1 〇)的方向。 钱射至遠離 【圖式簡單說明】 :一圖係本創作之第—實施例之立體分解圖。 弟一圖係本創作之第一實施例之剖面圖。 „本創作之第二實施例之立體分解圖。 ^四圖係本創作之第二實施例之剖面圖。 第五圖係現有的發光二極體 <句邙剖面圖。 M308504 【主要元件符號說明】 (1〇)殼體 (1 2 )内卡緣 (14)反光板 (151)固定座 (1 5 3 )托座 (16)導光棒 (21)容槽 (2 2 1 )托座 (2 2 3 )發光二極體 (2 3 )導光棒 (3 0 )殼體 (3 2 )發光二極體 (11)容槽 (1 3 )開口 (15)光源組 (1 5 2 )發光二極體 (1 5 4 )透孔 (2 0 )殼體 (2 2 )光源組 (2 2 2 )透孔 (2 4 )反光面 (3 1 )面板a light-emitting diode (1 5 2) and a bracket (1 5 3 ) are disposed on an inner side surface of the fixing seat (1 5 1 ), and the bracket | (丄5 3 ) is formed with a accommodating light-emitting diode ( i 5 2 ) through hole (丄5 4 ); V light rod (1 6 ) ' is located in the pocket (丄丄)Θ, and is located in the antiquity of the reflector (1 4), the road_stop 4 too / 4 Above, at least one end of the guiding rod (丄6) is inserted into the through hole (154) of the bracket (153). In this embodiment, the number of the light source and the group (15) is two. Therefore, two light (four) (i (1 3), so the bracket (1 5 3) 5) are respectively placed at the two ends of the two open light bars (16) of the casing (10) are inserted in Hole (1 5 4 ). The polar body, ... please refer to the second figure, when the end of the light-emitting diode (丄5 r... (1 6 ) is irradiated into the inside of the light guide, and then the cow is projected from the peripheral wall of the light guide rod (16) After the light is guided by the light guide bar (16), it will be made = because of the linear source - this linear light source will be directed away from the housing (the linear light source of the 'out of the sentence' will be projected to the reflective 'direction' 4 ), projecting through the reflective surface of the reverse 7 M308504 light panel (14) away from the housing (丄〇). Please refer to the third and fourth figures, which is the second embodiment of the creation, in this embodiment In the example, the housing (2 〇) and the light source group (2 2 ) are the same as in the first embodiment, so it will not be described; η where the two ends of the light guiding rod (23) are respectively inserted (22) The through hole (2 inside - first = IZ 2 ) of (221) is formed at the bottom end of the wall of the light guide cup (23) and relative to the housing (2 )) of the housing (2 〇) Reflective surface (24), the reflective φ ("" is applied to the white paint, reflective paper attached or dot printed on the wall of the light guide bar (23), so that the light guide bar (2 3 )When the 扦 扦 慝 无 无 无 无 无 无 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦 扦Since the light passes through the light guide bar (2, it will form a linear light source of the uniform sentence, as described above, the light source that is incident on the reflective surface will be directed to (2 4), via the direction of the reflective surface casing (1 〇). The money is shot away from the simple description of the drawing: a picture is a three-dimensional exploded view of the first embodiment of the present invention. A picture of the first embodiment of the present invention is a cross-sectional view of the first embodiment of the present creation. Fig. 4 is a cross-sectional view of a second embodiment of the present invention. The fifth figure is a conventional light emitting diode <sentence cross-sectional view. M308504 [Main component symbol description] (1〇) housing ( 1 2 ) Inner card edge (14) Reflector (151) Fixing seat (1 5 3) Supporting seat (16) Light guiding rod (21) Capacity groove (2 2 1 ) Supporting seat (2 2 3 ) Light-emitting diode (2 3 ) Light guide bar (3 0 ) Housing (3 2 ) Light-emitting diode (11) Jar (1 3 ) Opening (15) Light source group (1 5 2 ) Light-emitting diode (1 5 4 ) Through hole (20) housing ( 2 2 ) Light source group (2 2 2 ) through hole (2 4 ) Reflective surface (3 1 ) panel
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