200914762 九、發明說明： 【發明所屬之技術領域】 本發明是關於-種LED照明燈具及其基座，尤指__種 在多平面基座表面佈設相鄰接續且不等傾角的切平面，且 於各切平面設置至少―们仙帛，使每-led光源依其投 射角度’藉由控制手段去控制每—LED燈所投射出來的光 冗度而能負責一特定區域之照明，並且，纟區域相鄰位置 可猎由相鄰的LED燈光線的投射重疊，使光線投射的照明 放果連綿接續達到均光效果，且能擴展照明範圍之[肋 多平面照明燈具設計。 【先前技術】 曰按^照明燈具之使用’可投射出光線，而能對於陰暗 面：供光亮的照明效果’如燈管、燈泡所製成的燈具，即 =吊見的照明燈具’而由於燈管、燈泡的使用壽命較短， 义需經常維護更換，而造成施工單位在管理及維護保養上 相當不便。 1又，近年來科技進步發展，1^1)(1^杜1：£111111：1吨])丨〇(16, 。光極體）發展突破創新及商品化進程順利，加上其光 電轉換效率高、耗電量低’為此而逐漸應用在車輛内部的 儀表指f、咏 ± · 上 、且、車燈具，以及日常生活用品之各種發光器材 1路,日、?、明之應用上’則有一種平板型的led照明 燈具問市 、、、 酉己合參看第八圖所示，該平板型的led照明燈 7 〇 ) ’其設置於電線桿頂端向下投射於地面上的光 200914762 亮度，是以位於平板型的led照明燈具（7 〇 )正下方為 亮區域（80)，而愈靠兩旁向外區域，則隨著平板型的 LED照明燈具（7 〇 )與地面的距離愈遠而呈現出逐漸變 暗的暗區域（90) ’亦即，其投照在地面上的光亮度不 平均’加上電線桿設置的距離，而容易形成光亮度不=接 之陰暗面’如要消除這些陰暗面，則必需大幅縮短電線桿 間距’而又造成公共資源及電力的浪費。 ί 【發明内容】 本發明設計之主要目的在於’提供一種「LEI)照明燈 具」，能使光線投射的照明效果能連綿接續，且能擴展照 明範圍之LE0球型照明燈具。 為達成上述目的之結構特徵及技術内容，本發明「LED 照明燈具」，包括： 一基座，其具有一多平面基板，於多平面基板表面佈 設數個相鄰接續且不等傾角的切平面，且於各切平面中設 置至少一個LED燈； 一燈殼，於燈殼中設置一定位架，基座設置於定位架 上； 一透明燈罩，透明燈罩設置於燈殼底端而包覆於基座 外圍。 以及，本發明「LED照明燈具的基座」，其具有一多 平面基板’於多平面基板表面佈設數個相鄰接續且不等傾 角的切平面’且於各切平面中設置至少一個LED燈。 200914762 藉此設計，使每一切平面中所設置的LED燈皆具有一 特定的投射角度及照射面積，而可以每一 led燈的投射角 度，去負責一特定區域之照明，而相鄰區域即由相鄰LED 燈的光線投射加以照明，使相鄰區域可藉由相鄰LED燈的 光線周緣之投射重疊，而讓光線投射的照明效果能連綿接 續，其可藉由控制手段去控制每一 LED燈所投射出來的光 冗度，而可以計算距離，使較遠距離的區域照明，可以增 強光亮度的LED燈負責照明，而能擴展照明燈具的整體照 明範圍’達到更為理想的均光照明效果。 【實施方式】 配合參看第一圖至第五圖所示，其中，本發 明燈具的基座（…，其具有一多平面基板，於；：面 基板表面佈設數個相鄰接續且不等傾角的切平面（丄丄）， 且於各切平面（1 1 )中設置至少一個LED燈（2 〇 )。 上述基座（1〇)可為具顏色/不具顏色的透光板， 使LED燈（2 0 )所發出的光線可向外射出。 如第一、二圖所示之基座（10)在相鄰接續且 不等傾角的切平面（1 1 )内側設置一定位槽（i 2 )'， led燈（2 〇 )埋設於定位槽（丄2 )中，各led燈（2 0 )所投射出來的光線，可經由其所在位置之切平面（1 1 )向外投射而出，而由於各切平面（工1)係形成不等 傾角設計，使請燈（2〇)所投射出來的光線，能趣 由各切平Φ(1之正交軸線方向向外射出於不同的區 200914762 域面積上進行照明工作。 配合參看第四、五圖所示’其係本發明另一型式之「LED 月燈具的基座」，其具有一多平面基板，於多平面基板 表面佈設數個相鄰接續且不等傾角的切平面（丄2)，且 於各切平面（i i )中設置至少一個LED燈（2 〇 )，並 在各切平面（1 1 )上置一凹弧槽（1 3 )與定位槽 (1 2 )相連通，使LED燈（2 〇 )所投出的光線，可經 由凹弧槽（1 3) #聚光作用，而經由切平面（1 1)之 正交軸線方向向外射出於不同的區域面積上進行照明工 作。 上述多平面板狀的基座（i 0)所呈現的彎曲弧度之 面積尺小大小，為該彎曲孤度相同的球體薄殼的二分之一 圓弧面至四分之一圓弧面大小。 配合參看第六圖所示，其中，本發明「LED照明燈具」， 包括： 一基座（1 Q )，其具有一多平面基板，於多平面基 板表面佈設數個相鄰接續且不等傾角的切平面（1 1 )， 且於各切平面（1 1 )中設置至少一個LEI)燈（2 〇 ); 一燈殼（3 0 )，於燈殼（3 〇 )令設置一定位架（4 〇) ’基座（10)設置於定位架（4〇)上； 一透明燈罩（50)，透明燈罩（5〇)設置於燈殼 (30)底端而包覆於基座（1 〇)外圍。 所述之基座（1 0 )係沿續前述說明，於切平面（1 1 )内側設置一定位槽（1 2 ) ’使led燈（2 0 )可裝 200914762 入其中，以及可在切平面（i i)上設置一凹弧槽（丄3) 連通入定位槽（1 2 )令，使LED燈（2 〇 )所投出的光 線，皆可經由切平面（i i )之正交軸線方向向外射出於 不同區域面積進行照明工作。 所述之定位架（40)上設置數穿孔，以及所述之燈 殼C30)内壁面上設置鍍膜層（32)，可作為光線内 聚之反光作用。 以及’所述之燈殼（3 〇 )表面設置散熱鰭片（3丄）， 可作為照明燈具之散熱作用。 上述基座（10)之凹弧槽（13)表面可鍍上一層 鏡膜層’使能作為光之内聚及反光投射出來之功效。 上述多平面板狀的基座（1 〇 )所呈現的彎曲弧度之 面積尺小大小’為該彎曲弧度相同的球體薄殼的二分之一 圓弧面至四分之一圓弧面大小。 如第七圖所示，本發明於LED燈（2 0 )點亮時，各 LED燈（2 〇)所投射出來的光線，可經由切平面（1 1 ) 之正交軸線方向向外射出於不同區域，而相鄰區域即由相 鄰LED燈（2 〇 )的光線投射加以照明，使相鄰區域可藉 由相鄰LED燈（2 〇 )的光線周緣之投射重疊，而讓光線 投射的照明效果能形成連綿接續，並且，本發明設計可藉 由電氣控制手段’使每-個LED，登（2 0 )所投射出來的 光亮度，可依其投射於地面之距離差異，可由近而遠形成 逐漸輸入更大的功率，而讓近距離投射於地的LED燈（2 〇 )與退距離投射於地的LED燈（2 〇 )，能獲得接近— 200914762 致的光亮度’故能獲得較佳的光亮 範圍之絕佳功效。 β ^相擴展照明 因此，經由上述結構特徵、技術手段及照明使用上之 鲆細說明，可清楚看出本發明設計之特點在於·· 提供-種「LED照明燈具及其基座」，物昭明燈 具的基座，其具有一多平面基板’於多平面基板表面佈設 數個相鄰接續且不等傾角的切平面，且於各切平面中設置 至少一個LED自，以及可配合設置在燈殼中，並於底端設 置-透明燈罩，其作為道路上的咖照明燈具，於基座切 平面中的UD燈能使光線投射在—特定區域，並且，相鄰 的LED燈之投射光線能連續相接而無間隙，其用於地面上 之照明’可利用相鄰切平面之不等傾肖，使每一 ud燈能 負責-區域性照明，配合電氣控制手段，使與地面形成遠 距離的LED燈能加大功率，而讓遠距離與近距離之地面區 域的投射光線亮度能趨於一致，故能達到更佳的照明效 果’且能有效的擴展昭明鉻囹，& 4 # 計。 丄、月-圍而減為-種優異的發明設 【圖式簡單說明】 第圖本毛明LED照明燈具之基座的外觀側視圖。 第二圖：本發明LED照明燈具之基座中設置lED燈的 組合剖視圖。 第三圖：本發明LED照明燈具之切平面中設置複數個 LED燈之示意圖。 200914762 第四圖：本發明又一型 觀示意圖。 第五圖：本發明又一型 視圖。 第六圖：本發明LED照 第七圖：本發明於照明 第八圖：目前在道路上 的光線投射於 【主要元件符號說明】 (10)基座 (1 1 )切平面 (13)凹弧槽 (3 0 )燈殼 (3 2 )鍍膜層 (5 0 )透明燈罩 (7 0 )平板型的LED (8 0 )亮區域 與LED燈佈設的立體外 與LED燈佈設的組合剖 的組合剖視圖。 之實施例示意圖。 平板型的LED照明燈具 示意圖。 )定位槽 )L E D 燈 )散熱鰭片 )定位架 )支撐架 具 )暗區域 10200914762 IX. Description of the Invention: [Technical Field] The present invention relates to an LED lighting fixture and a base thereof, and more particularly to a cutting plane in which adjacent and unequal inclination angles are arranged on a surface of a multi-planar base. And setting at least "the sensation" in each of the cutting planes, so that each of the -led light sources can be responsible for the illumination of a specific area by controlling the light redundancy projected by each of the LED lamps according to the projection angle thereof, and Adjacent positions in the 纟 area can be hunted by the overlapping projection of adjacent LED light lines, so that the illumination of the light projection can continue to achieve the uniform light effect, and can expand the illumination range [ribbed multi-planar lighting design. [Prior Art] 曰 Press ^ Use of lighting fixtures to project light, but for dark side: for bright lighting effects, such as lamps, lamps, lamps, etc. The service life of the tubes and bulbs is short, and the maintenance needs to be frequently maintained and replaced, which makes the construction unit quite inconvenient in management and maintenance. 1 In addition, in recent years, scientific and technological progress has been developed, 1^1) (1^Du 1: £11,111:1 ton)) 丨〇 (16, il. polar body) development breakthrough innovation and commercialization process, coupled with its photoelectric conversion High efficiency and low power consumption', for this reason, it is gradually applied to the interior of the vehicle, such as f, 咏±, and, and the lighting of the vehicle, as well as various lighting equipments for daily necessities. There is a flat type of LED lighting fixtures asked by the city, and, as shown in the eighth figure, the flat type of LED lighting 7 〇) 'The light is placed on the top of the pole and projected downward on the ground 200914762 The brightness is the bright area (80) directly under the flat-type LED lighting fixture (7 〇), and the closer to the outside, the distance from the flat LED lighting fixture (7 〇) to the ground Far from the dark area (90) that is gradually darkened, that is, the brightness of the light on the ground is unevenly 'plus the distance set by the pole, and it is easy to form the brightness of the light. Eliminating these dark sides, it is necessary to significantly shorten the pole spacing' while Cause waste of public resources and electricity. SUMMARY OF THE INVENTION The main object of the present invention is to provide a "LEI" illuminating device that can continuously extend the illumination effect of the light and expand the illumination range of the LE0 ball type luminaire. In order to achieve the above-mentioned structural features and technical contents, the "LED lighting fixture" of the present invention comprises: a base having a multi-planar substrate, and a plurality of adjacent tangent and unequal inclined planes are disposed on the surface of the multi-planar substrate And providing at least one LED lamp in each of the cutting planes; a lamp housing, a positioning frame is disposed in the lamp housing, the base is disposed on the positioning frame; a transparent lamp cover, the transparent lamp cover is disposed at the bottom end of the lamp housing and is covered The periphery of the base. In addition, the "base of the LED lighting fixture" has a multi-planar substrate 'disposed with a plurality of adjacent tangent planes of unequal inclination angles on the surface of the multi-plane substrate and at least one LED lamp is disposed in each of the tangent planes . 200914762 This design makes the LED lights set in all the planes have a specific projection angle and illumination area, and the projection angle of each LED lamp can be responsible for the illumination of a specific area, and the adjacent area is The illuminating of the adjacent LED lamps is illuminated, so that the adjacent regions can be overlapped by the projection of the light rays of the adjacent LED lamps, so that the illumination effect of the light projection can be continuously connected, and the LED can be controlled by the control means. The light projected by the lamp is redundant, and the distance can be calculated to illuminate the area at a longer distance. The LED lamp that can enhance the brightness is responsible for the illumination, and can expand the overall illumination range of the illumination lamp to achieve a more ideal uniform illumination. effect. [Embodiment] Referring to the first to fifth figures, wherein the pedestal of the luminaire of the present invention has a multi-plane substrate, the surface of the surface substrate is arranged with several adjacent unequal and unequal inclinations. The cutting plane (丄丄), and at least one LED lamp (2 〇) is disposed in each of the cutting planes (1 1 ). The pedestal (1 〇) may be a light-transmitting plate with color/non-color, and the LED lamp The light emitted by (2 0 ) can be emitted outwards. The pedestal (10) shown in Figures 1 and 2 is provided with a positioning groove (i 2 ) inside the adjacent tangent plane (1 1 ) of the unequal inclination angle. ), the led lamp (2 〇) is buried in the positioning slot (丄2), and the light projected by each led lamp (20) can be projected outward through the tangent plane (1 1 ) of its position. And because each cutting plane (Work 1) is formed with an unequal inclination design, the light projected by the lamp (2〇) can be easily cut out from different regions by the tangential Φ (1 orthogonal axis direction). 200914762 Lighting work on the area of the area. See the fourth and fifth figures for the 'LED month light fixtures of another type of the invention. a pedestal having a multi-planar substrate, a plurality of adjacent tangent and unequal angle tangent planes (丄2) are disposed on the surface of the multi-planar substrate, and at least one LED lamp is disposed in each of the tangent planes (ii) (2) 〇), and a concave arc groove (1 3 ) is placed on each cutting plane (1 1 ) to communicate with the positioning groove (1 2 ), so that the light emitted by the LED lamp (2 〇) can pass through the concave arc groove (1 3) # collecting light, and illuminating out of different areas by the orthogonal axis direction of the tangential plane (1 1). The above-mentioned multi-planar plate-shaped pedestal (i 0) The area of the curved arc is small, and is the size of the one-half arc surface to the quarter arc surface of the thin spherical shell of the same curvature. Referring to the sixth figure, the LED of the present invention The illuminating device comprises: a pedestal (1 Q ) having a multi-planar substrate, and a plurality of adjacent tangent and unequal inclination tangential planes (1 1 ) are arranged on the surface of the multi-planar substrate, and in each tangential plane ( 1 1 ) Set at least one LEI) lamp (2 〇); a lamp housing (3 0 ), set in the lamp housing (3 〇) Rack (4 〇) 'The base (10) is placed on the positioning frame (4〇); a transparent lamp cover (50), and a transparent lamp cover (5〇) is disposed at the bottom end of the lamp housing (30) to cover the base ( 1 〇) periphery. The pedestal (10) is continually described above, and a positioning groove (1 2 ) is disposed inside the tangential plane (1 1 ) to enable the led lamp (20) to be loaded into the 200914762. And a concave arc groove (丄3) can be arranged on the cutting plane (ii) to communicate with the positioning groove (1 2 ) so that the light emitted by the LED lamp (2 〇) can pass through the tangential plane (ii) The orthogonal axis direction is directed outwardly for different area areas for illumination work. The positioning frame (40) is provided with a plurality of perforations, and a coating layer (32) is disposed on the inner wall surface of the lamp housing C30), which can be used as a reflection effect of light cohesion. And the surface of the lamp housing (3 〇 ) is provided with heat dissipation fins (3 丄), which can be used as a heat dissipation function of the lighting fixture. The surface of the concave arc groove (13) of the pedestal (10) may be plated with a mirror layer to enable the cohesion and reflection of light as a function of light. The multi-planar plate-shaped pedestal (1 〇 ) exhibits a small radius of the curvature of the radii of the spherical radii of the spherical thin shell of the same curved curvature to a quarter arc surface. As shown in the seventh figure, when the LED lamp (20) is lit, the light projected by each LED lamp (2 〇) can be emitted outward through the orthogonal axis of the tangential plane (1 1 ). Different areas, and adjacent areas are illuminated by the ray projections of adjacent LED lights (2 〇), so that adjacent areas can be projected by the overlapping of the light rays of adjacent LED lights (2 〇), and the light is projected. The lighting effect can form a continuous connection, and the design of the invention can make the brightness of the light projected by each LED by the electric control means, according to the difference in the distance projected on the ground, and can be approximated The far-reaching formation gradually inputs more power, and the LED light (2 〇) that is projected to the ground at a close distance and the LED light (2 〇) that is projected to the ground by the retreat distance can obtain the brightness of the near-200914762. Excellent lightning range. ^^ phase-expanding illumination Therefore, through the above-mentioned structural features, technical means, and detailed description of lighting use, it is clear that the design of the present invention is characterized by the provision of "LED lighting fixtures and their pedestals", Zhao Mingming a pedestal of the luminaire having a multi-planar substrate disposed on the surface of the multi-planar substrate with a plurality of adjacent tangent and unequal angles, and at least one LED is disposed in each of the tangential planes, and is disposed in the lamp housing Medium, and set at the bottom - transparent lampshade, as a lighting fixture on the road, the UD lamp in the plane of the pedestal can make the light project in a specific area, and the projected light of the adjacent LED lamp can be continuous Connected without gaps, it is used for lighting on the ground. It can use the unequal inclination of adjacent tangent planes, so that each ud lamp can be responsible for regional illumination, with electrical control means to make a long distance from the ground. The LED light can increase the power, and the brightness of the projected light in the ground area at a long distance and the close distance can be consistent, so that a better lighting effect can be achieved' and the Zhaoming chrome can be effectively expanded, & 4 # meter.丄, - - 围 减 - - 种 优异 优异 优异 优异 优异 优异 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 Fig. 2 is a sectional view showing a combination of lED lamps provided in the base of the LED lighting fixture of the present invention. Fig. 3 is a schematic view showing a plurality of LED lamps arranged in a tangent plane of the LED lighting fixture of the present invention. 200914762 Fourth figure: Another schematic view of the present invention. Figure 5: A further view of the invention. Figure 6: The LED of the present invention is shown in the seventh figure: The eighth picture of the present invention is illuminated: the current light on the road is projected on the [main component symbol description] (10) the pedestal (1 1 ) cut plane (13) concave arc Slot (3 0 ) lamp housing (3 2 ) coating layer (50) transparent lampshade (70) flat panel type LED (80) bright area and combination of cross-sectional view of LED lamp layout and LED lamp layout . A schematic of an embodiment. Schematic diagram of flat panel LED lighting fixtures. ) positioning groove ) L E D lamp ) heat sink fin ) positioning frame ) support frame ) dark area 10