M328538 八、新型說明： 【新型所屬之技術領域】 • 本創作係為一種發光二極體（le:d)照明設備及散熱 結構’特別係指一種可節省電源及提高散熱效率之安 - 全發光二極體照明裝置。 【先前技術】 籲 叙知明设備通常係以日光燈或燈泡作為發光源， 然而此等光源之耗電量相當高，已不符國際上之節能 需求，因此，始有省電燈泡的設計產生，可是省電燈 泡之耗電量，在目前能源短缺之前提下，省電燈泡仍 無法解決能源危機之存在，因此省電燈泡亦不是最佳 之照明設備，所以有人將高效率led燈透過導光柱之 Φ -反光效果產生發光源來提供亮光，然而高效率led燈 ，之耗電量小賴冑知，但產生之高熱亦是造成高效率 LED燈使用壽命短之缺弊，故創作人為改良高效率[肋 照明設備之_，_料出―顧明設備及散熱結 構’使1¾效率LED燈產生之高溫得以經由傳導而快速 散發’降低咼效率LED燈產生之高溫，使提昇使用壽 命0 5 M328538 【新型說明】 本創作係為一種發光二極體照明設備及散熱妹構，主 *包含燈絲及雜座，其帽縣具有導光柱及發 光二極體電路板，透過發光二極體電路板固置高效^ .LED妓電祕，提供辆透過導紐反光膜反射， . 產生亮光構成照明設備；該導熱座係為散熱效果佳之 • |呂金屬或銅或銘基板、陶究板等材質所製，與二極體 電路板固定結合，並以導熱體頂觸於高效率led燈後 端延伸之傳熱體，得以吸收高效率LED燈所產生之高 μ心由導熱座之散熱佳效果之本體外緣快速散熱， 達到省電及降溫安全之效果。 本創作之主要目的在於提供—種可快速散熱之發光二 極體照明設備。 g __供—射料亮度之發光二 極體照明設備。 本創作之再-目的在於提供—種可提昇高效率㈣燈 使用壽命之二極體照明設備。 【實施方式】 凊翏閱第-、二圖所示，本創作係包含燈座架】及導 6 M328538 熱座2,其中燈座架1具有導光柱1〇及發光二極體電 路板11，該導光柱10為透光圓柱體結構，後端形成 : 平面供反光膜12直接平貼於平面，該導光柱1〇並以 • 扣座13加以架固在供導熱座2結合之底座15上，而 • 發光二極體電路板丨1上設有電路111，係連通上端所 固置之LED燈11〇提供電流令產生光源，該LED燈ι1〇 _ 後端並以傳熱體14延伸至發光二極體電路板η外端 面且具有凹槽，該發光二極體電路板n係結合其導熱 座2，並使導熱座2上一體設置之導熱體2〇埋入傳熱 體14凹槽中，而全面頂觸到後端傳熱體14，使二極 體電路板11及導熱座2呈結合狀態（如第三圖），再 利用導熱座2開設之缺口 21經由螺絲22固置於底座 • 15之兩端凹溝15〇，完成照明設備之組裝構造。 •如第四、五圖，當LE1D燈110受電發亮，其亮光透過 導光柱10之平面反光膜12折射擴散光源，構成照明 设備’同時該⑽燈Π0產生之高溫則會經由後端傳 熱體14傳導至導熱座2之導熱體20，由於導熱體20 為散熱效果之鋁材質或銅及鋁基板、陶瓷板所製，故 由導熱體20所傳導出之高溫會由導熱座2及結合之底 7 M328538 座15所吸收而散發掉，達到散熱效果，使I1D燈之溫 . 度_最低，藉明長LED燈之使用壽命。 • 本創作為提昇散熱鱗，3可科輪2外緣及結合 • 之底座15上皆加設形成有散熱紋路151，藉以增加導 -”Ί U結合之底座15的散熱面積，可快速將LEI) 燈110所產生之高溫更快速散發掉（如第六圖）。 • 本創作另為達節能之目的，特別將二極體電路板11 之電路111與太陽能板112連接成電通路（如第七 圖），透過轉換器113使太陽能板112集收之太陽能先 轉換成電能，再集收至充電器114，而提供至二極體 電路板11電能，令LED燈110獲得電源可以發亮，達 到節能之目的。 • 第八圖為本創作導光柱10之另一實施例，主要係將導 光柱10之反光膜12配置，呈現一體成型之埋入式設 计，使反光膜之厚度最外端與導光柱10外周緣平齊， 使達美觀之效果。而第九圖為本創作導光柱10之又一 實施例，係主要於導光柱10反光膜12之對應柱體上 形成一個以上之折射角3，將反光膜12反射之亮光透 過折射角3加以擴散，令亮光角度更廣，提昇照明效 8 M328538 果。 請再參閱第十、十—、丄一 卞—圖所示’係本創作之二極 、=明雜及散絲構，可分騎職設於計程車牌 ^ 4及檯;k 5和日光燈6或廣告看板和指示燈等類之 、月口又備’ _ -魏源及低溫安全和提高照明效能 之使用目的 【圖式簡單說明】 第一圖 第二圖 弟三圖 第四圖 第五圖 第六圖 第七圖 第八圖 第九圖 係本創作之立體分解圖。 係本創作之立體組合圖。 係本創作之組合剖視圖。 係本創作之折射示意圖。 係本創作之散熱示意圖。 係本創作之散熱座另一實施例。 係本創作之太陽能運用實施例。 係本創作之反光柱另一實施例。 係本創作之反光柱又一實施例。 第十圖：係本創作之牌燈裝設示意圖。 第十一圖：係本創作之檯燈裝設示意圖。 第十一圖：係本創作之日光燈裝設示意圖。 9 • M328538 【主要元件符號說明】 1、燈座架 10、導光柱11、發光二極體電路板 110、LED燈 1Π、電路 112、太陽能板 113、轉換器 114、充電器 12、反光膜 13、扣座 14、傳熱體 15、底座 150、凹溝 151、散熱紋路 2、導熱座 20、導熱體 21、缺口 22、螺絲 3、折射面 4、計程車牌燈5、檯燈 6、日光燈M328538 VIII. New Description: [New Technology Field] • This creation is a kind of light-emitting diode (le:d) lighting equipment and heat-dissipation structure. It refers to an all-lighting that can save power and improve heat dissipation efficiency. Diode lighting device. [Prior Art] It is often pointed out that the equipment is usually a fluorescent lamp or a light bulb as a light source. However, the power consumption of these light sources is quite high, which is inconsistent with the international energy saving demand. Therefore, the design of the power-saving light bulb is produced, but the province The power consumption of the light bulb is raised before the current energy shortage. The energy-saving light bulb still cannot solve the energy crisis. Therefore, the power-saving light bulb is not the best lighting equipment, so some people pass the high-efficiency led lamp through the light guide column Φ-reflective effect. The light source is generated to provide bright light. However, the high-efficiency LED lamp consumes less power, but the high heat generated is the shortcoming of the high-efficiency LED lamp. Therefore, the creator has improved the high efficiency [rib lighting device] _, _ material out - Gu Ming equipment and heat dissipation structure 'The high temperature generated by the 13⁄4 efficiency LED lamp can be quickly transmitted through conduction. 'Reducing the high temperature generated by the LED light, and improving the service life 0 5 M328538 [New Description] The creation department is a kind of light-emitting diode lighting device and heat-dissipating structure. The main * contains filament and miscellaneous seat, and its cap county has a light guide column and a light-emitting diode. The body circuit board is fixed by the light-emitting diode circuit board. The LED is sturdy and provides a reflection through the reflective film of the guide. The light is formed into a lighting device; the heat conduction seat is good for heat dissipation. Made of copper or Ming substrate, ceramic board, etc., fixedly combined with the diode circuit board, and the heat transfer body that touches the rear end of the high-efficiency LED lamp with the heat conductor to absorb the high-efficiency LED lamp The high μ heart is quickly dissipated by the external thermal edge of the heat-dissipating seat, which achieves the effect of saving power and cooling. The main purpose of this creation is to provide a light-emitting diode lighting device that can quickly dissipate heat. g __ Light-emitting diode lighting for the brightness of the shot. The re-creation of this creation - the aim is to provide a diode lighting device that can improve the efficiency of the lamp (4). [Embodiment] As shown in the first and second figures, the present invention includes a lamp holder and a guide 6 M328538 hot seat 2, wherein the lamp holder 1 has a light guide column 1 and a light-emitting diode circuit board 11, The light guide column 10 is a light-transmissive cylindrical structure, and the rear end is formed by: a flat surface for the light-reflecting film 12 to be directly flat on the plane, and the light-guiding column 1 is fixed on the base 15 for the heat-conducting base 2 to be joined by the buckle base 13 And a light-emitting diode circuit board 丨1 is provided with a circuit 111, which is connected to the LED lamp 11 fixed at the upper end to supply a current source for generating a light source, the LED light ι1〇_ rear end and extending to the heat transfer body 14 to The light-emitting diode circuit board has an outer end surface and has a groove. The light-emitting diode circuit board n is coupled with the heat-conducting base 2, and the heat-conducting body 2 integrally disposed on the heat-conducting base 2 is buried in the heat-transfer body 14 groove. And the top end of the heat transfer body 14 is fully touched, so that the diode circuit board 11 and the heat conducting base 2 are in a combined state (as shown in the third figure), and the notch 21 opened by the heat conducting seat 2 is fixed by the screw 22 The base • 15 has 15 grooves at both ends to complete the assembly of the lighting equipment. • As shown in the fourth and fifth figures, when the LE1D lamp 110 is electrically illuminated, its light is transmitted through the planar light reflecting film 12 of the light guiding column 10 to refract the diffused light source to constitute a lighting device. At the same time, the high temperature generated by the (10) lamp Π0 is transmitted through the rear end. The heat body 14 is conducted to the heat conductor 20 of the heat conducting seat 2. Since the heat conductor 20 is made of aluminum material or copper and aluminum substrate or ceramic plate, the high temperature conducted by the heat conductor 20 is controlled by the heat conducting seat 2 and Combined with the bottom of the 7 M328538 seat 15 absorbs and dissipates, to achieve the heat dissipation effect, so that the temperature of the I1D lamp is the lowest, and the service life of the LED lamp is long. • In order to improve the heat dissipation scale, the outer edge of the 3 Coco wheel 2 and the base 15 of the combination • are provided with a heat dissipation pattern 151, thereby increasing the heat dissipation area of the base 15 of the guide-”ΊU combination, and the LEI can be quickly adopted. The high temperature generated by the lamp 110 is more quickly dissipated (as shown in the sixth figure). • This creation is also for the purpose of energy saving, especially connecting the circuit 111 of the diode circuit board 11 and the solar panel 112 into an electrical path (such as 7)), the solar energy collected by the solar panel 112 is first converted into electric energy through the converter 113, and then collected into the charger 114, and supplied to the diode circuit board 11 to enable the LED lamp 110 to receive power. To achieve the purpose of energy saving. The eighth figure is another embodiment of the light guiding column 10, which mainly comprises the reflective film 12 of the light guiding column 10, and presents a one-piece embedded design, so that the thickness of the reflective film is the outermost. The end is flush with the outer periphery of the light guiding column 10 to achieve an aesthetic effect. The ninth drawing is another embodiment of the light guiding column 10, which is formed mainly on the corresponding cylinder of the light reflecting film 12 of the light guiding column 10. Refraction angle 3, reflecting reflective film 12 The light is diffused through the refraction angle 3 to make the light angle wider and enhance the lighting effect. Please refer to the tenth, tenth, and one-thickness--the two poles of this creation, = Ming Miscellaneous The loose wire structure can be divided into the taxi license plate ^ 4 and Taiwan; k 5 and fluorescent lamp 6 or advertising billboards and indicator lights, etc., and the moon mouth is prepared for _ - Wei Yuan and low temperature safety and improve lighting efficiency [Simple diagram of the figure] The first picture, the second picture, the third picture, the fourth picture, the fifth picture, the sixth picture, the seventh picture, the eighth picture, the ninth picture, is the three-dimensional exploded view of the creation. A cross-sectional view of the creation of the present invention is a refraction schematic of the present creation. A schematic diagram of the heat dissipation of the present creation. Another embodiment of the heat sink of the present invention. A solar energy application embodiment of the present invention. Another embodiment of the reflective column of the present creation A further embodiment of the reflective column of the present invention. The tenth figure is a schematic diagram of the installation of the lamp of the present creation. The eleventh figure is a schematic diagram of the installation of the lamp of the present creation. The eleventh picture: the fluorescent lamp of the creation Installation diagram. 9 M328538 [Description of main component symbols] 1. Lamp holder 10, light guide column 11, light-emitting diode circuit board 110, LED lamp 1Π, circuit 112, solar panel 113, converter 114, charger 12, reflective film 13, buckle Seat 14, heat transfer body 15, base 150, groove 151, heat dissipation pattern 2, heat transfer seat 20, heat conductor 21, notch 22, screw 3, refractive surface 4, taxi license plate light 5, table lamp 6, fluorescent lamp