200923258 九、發明說明： 【發明所屬之技術領域】 本發明涉及-種散熱裝置及使用該裝置之發光二 燈具。 【先前技術】 發光二極體光源作為一種新興之第三代光源，雖目前 還不能大規模取代傳統之白熾燈，但其具有工作壽命長 節能、環保等優點，而普遍被市場看好。且目前由發^二 極體組成之模組能產生大功率、高亮度之光源，因此將廣 泛地、革命性地取代傳統之白熾燈等習知光源，進而成為 付合郎能環保主題之主要光源。 旦然，功率、亮度越大之發光二極體或其模組產生之熱 里越大，且在體積相對較小之發光二極體燈具内難以散發 出=。故，發光二極體尚存在較大散熱技術瓶頸，此亦^ 目前大功率、高亮度發光二極體燈具市場化最難突破之關 ，。目前業界通用之散熱方案係在該燈具内設置-散熱 益’透過該散熱n表面與自然對流空氣接觸之方式將熱量 散發到周圍空氣中。因此要滿足高功率、高亮度之發光二 極體燈散熱需求以使其能正作防止光衰，就必須提供 散熱面積很大之散熱器。如此通常會導致散熱器在燈具中 斤占體積A ’整體燈具體積也大，使得該種燈具結構體積 較大而難以在室内照明中推廣應用。 、 另，由於發光二極體都有一定之照射角度，而發光二 極體燈具中之發光：極體通常都設置在平直之電路板上， 200923258 使燈具之照射面積有限，很多情況下都難以使用戶滿意。 【發明内容】 有鑒於此，有必要提供一種具有較小體積及散熱良 好’又能實現特定方向之照明之發光二極體燈具。 一-種發光二極體燈具’其包括—燈座、與該燈座連接 之:第一散熱器、與該第一散熱器熱連接之一第二散熱器 ，:裝於所述第二散熱器上之複數發光二極體模組，所述 弟—散熱器貼置在所述第一散熱器外圍，且第二散熱 外壁與第—散熱器之縱長延伸方向呈—夹角。 種用於發光二極體燈具之散熱裝置，包括—第— 散第一散熱器熱連接之-第二散熱器，所述第. ^狀，所述第二散熱器貼置在所述第—散熱器） 一夾二第—散熱器之外壁與第-散熱器之縱長延伸方向」 ^知技術相比，該發光二極體燈具之第—散執& 弟一政熱器結構緊湊，且呈有 ' TO ^ 體積内實規於s , /、有叙大政熱面積，可在有限二 燈具之散熱’進而解決高功率發光二㈣ 朝二之縱長延伸方向呈一失角，使其照射角/ # 滿足用戶特定方向之照 & [實施方式】 句文 盘兮月，考圖1-2，本發明發光二極體燈具包括-户贫 與該燈座10連接之笛—#^ 燈座 2〇外圍之一第二散献哭二…、益20、貼叹在該第-散熱！ 弟—政熱（圖未標）及複數貼設在第二 200923258 器之本體40之外壁上之發光二極體模組3〇 燈座10包括一燈帽12、連接於該燈帽12上之一第— 蓋體14和與該第—錢14對扣之—第二蓋體Μ。該燈帽 12為-標準螺紋燈帽，適配于普通螺合式燈頭。該第一蓋 體14為-由㈣㈣製成之碗狀體’其包括底端與燈帽^ 連接之-管形連接部14G和與該連接部⑽連接之一第一 碗壁142。該碗^ 142之口徑由下向上逐漸增大，而形成一 向上開口之碗狀蓋體’該第一碗1 142在開口處之内壁周 緣均勻開設有三個安裝孔142〇,用於供螺杆件（圖未示） 穿過從而與第二蓋體16螺合。該第二蓋體16為一由塑膠 或金屬材料製成之倒置碗狀體，其包括一環形結合部16〇 和與該結合部I60連接之一第二碗壁162。該結合部160 之直徑略小於該連接部14〇之直徑，用於與第一散熱器 之底部配合連接。該第二碗壁162與該結合部16〇連接之 上半部分之口徑由上向下逐漸增大，該第二碗壁162之上 半部分均勻開設有與發光二極體模組3〇對應之複數穿孔 164 ’該等穿孔164大致自下向上穿透該碗S 162以供連接 發光二極體模組3G之電源線組（圖未示）穿過；該第二碗 土 162下半部分為口徑均勻之環狀體，其開口大小與第一 蓋體14之開口相適配，該環狀體上均勻開言免有複數通氣孔 166以供氣流進人第―、二蓋體14、16形成之空間内，且 該第一碗壁162在開口之内壁周緣均勻設置有三螺孔（圖 未示），該等螺孔分別與第一蓋體14之安裝孔142〇對應 以與穿過該安裝孔142〇之螺杆件配合將該第一、二蓋體 200923258 14、16結合在一起。該第一、二 成之*門·δτ〜 —盍體14、16結合在一起形 等器件。*置邊發光二極體燈具之電子整流器（圖未示） M f冋時參考圖3，第—散熱器2Q由導熱性能良好之材 枓如鋁、銅等金屬材料或者其★材 器20整體呈圓筒狀，直中間且；製成。該弟-散熱 U中心有—通孔25。該筒體該筒體 向内延伸有複數條形内縛片24 二：：體：之梭向 2?夕士 , 忑寺内鰭片24關於該筒體 體22之:勾對稱地分佈，該等内籍片24之厚度自筒 2之内㈣内逐漸減小，故其橫截面大致呈銳角三角妒 尖端被鈍化形狀。該筒體22之外壁沿其徑向向外延 複數導熱臂26，該等導熱臂26關於該筒體22之中心 線均勻對料地分佈，該等導熱臂％之數量對應本體4〇 發^二極體模組30之數量，故在不同實施例中可為不同 之數里，而在本實施例中為對應六個本體4〇 模組…個導熱臂26。該等導熱臂26之延長 於該筒體22之中心軸線，該導熱臂26由其兩側垂直延伸 ^複數對外鰭片260,每一對外鰭片260均關於對應之導熱 淨26對稱’且該等外鰭片260之長度由内向外逐漸增大。 每—導熱臂26之末端均與最外端之外鰭片26〇内側表面連 接’所以每一導熱臂26最外側之一對外鰭片260之外側表 面均為一平滑平面。該筒體22之底端向下延設形成一延伸 筒28 ’該延伸筒28與第二蓋體16之結合部160相配合以 將第一散熱器20裝設在燈座1〇上。該延伸筒28與結合部 200923258 160可以透過多種方式相結合，例如，可在延伸筒28與結 合部160上均設置螺紋將兩者螺合在一起。 第二散熱器由複數貼置於第一散熱器20外圍之本體 40組成，每一本體40呈契形，其高度由下而上逐漸增加。 每一本體40包括一内板42、一外板.43及連接該内板42 與外板43之複數連接板44。該内板42貼設在第一散熱器 20之最外侧之外鰭片260上，且其與最外側之一對外鰭片 260之平滑表面大小一樣從而剛好相重合。外板43從内板 42之底部向上傾斜延伸而成，外板43與内板42間之間距 由下而上逐漸增大。複數連接板44水平地連接在内板42 與外板43之間，連接板44之長度也由下而上逐漸增大。 相鄰兩連接板44之間形成供氣流通過之流道45。 發光二極體模組30包括一矩形電路板32，該電路板 32之形狀大小與本體40之外板43相當，該電路板32上並 排安裝有複數個發光二極體元件34。 該發光二極體燈具在組裝時，螺杆件穿過第一蓋體14 之安裝孔1420與第二蓋體16之螺孔螺合，而將第一、二 蓋體14、16結合在一起。第一散熱器20之底端之延伸筒 28與第二蓋體16上之結合部160固定連接。第二散熱器之 每一本體40貼設在第一散熱器20之每一對最外側之外鰭 片260上。發光二極體模組30再分別貼置在每一本體40 之外板43上。發光二極體模組30與對應之外板43之間、 本體40之内板42與對應之外鰭片260之間可填充如導熱 膠之類之導熱介質，以增加其間之導熱能力。 10 200923258 該發光二極體燈具在使用時’發光二極體模組3〇將散 、發出來之熱量傳導到與其接觸之本體4〇之外板43上，再 .進—步均勻傳遞到整個本體40和第一散熱器2〇上。該第 政熱器20之筒體22之外壁、導熱臂26和外鰭片260直 接與周圍之空氣接觸將熱量散發到周圍之空氣中去。而第 一散熱器20之筒體22内之通孔25與第一、二蓋體14、16 形成之空間連通並形成一氣流通路，使空氣能從該第二蓋 〔體16之通氣孔166進入，再經筒體22内與其内壁熱交換 又熱，最後經通孔25流出將熱量帶走，或者在該發光二極 體燈具與圖2所示之相反位置放置時，空氣可從筒體以之 底端進人，經筒體22内之通孔25，然後從該第二蓋體Μ 之通氣孔166流出將熱量帶走。該發光二極體燈具之第一 散熱器20和第二散熱器之本體4〇相配合，其結構緊凑， 又具有較大之散熱面積，同時該第一散熱器2〇内盥燈座ι〇 形成一内循環之氣流通路能有效地加強氣流流通及加大第 、一散熱器20與氣流接觸之面積，從而很好地解決該高功率 發光一極體模組30之散熱問題。 丄因發光二極體模組30受—定照射角度之限制，盆發出 之2都分佈在沿發光二極體模組3〇之垂線30。範圍内。 而:㈣中之第二散熱器之本體4。之外 二 ，向外凸^使貼設在外板43上之發光二極體模組 第-散熱為20之縱長延伸方向有一定之失角： 極體模組30之照射角度與豐直設置時相比 :先二 偏擺，使其向下之照射面積择 b ° 7平線以下 積曰大以滿足用戶於該角度下 11 200923258 之照明需要。 ^ 4示出了本發明發光二極體燈具之第二實施例。與 上一實施例中之發光二極體燈具相同’本實施例中= 二極體燈具亦包括一燈座1〇、與該燈座1〇連接之第一散埶 貼!在該第—散熱器料圍之紅散熱器及複數對 二貝°又在弟一散熱器之每—本體40a上之發光二極體模组 對庫Z構件之結構與上—實施例中之發光二極體燈具之 子應構件之結構特徵都相同，惟本實施例中之本體他係 = 本體4〇倒置設置而成，即本體術之高 上逐漸減小。如此設置之本體他可使 面㈣士 向水平線以上偏擺，使其向上之照射 面積增大，以料用戶於該角度下之照明需要。 ^上^’本發明符合發明專利要件4依法提出專 熟悉本案技蓺之人；… 車又佳實施例，舉凡 或變〃比^ 在犮依本發明精神所作之等效修飾 -爻匕’白應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 解圖圖！為本發明發光二極體燈具之第一實施例之立體分 圖2為圖1 _發光二極體燈具之立體組合圖。 ，圖U第-散熱器和第二散熱器之立體組合圖。 合圖圖4為本發明發光二極體燈具之第二實施例之立體組 12 200923258 【主要元件符號說明】 燈座 10 燈帽 12 第一蓋體 14 連接部 140 第一碗壁 142 安裝孔 1420 第二蓋體 16 結合部 160 第二碗壁 162 穿孔 164 通氣孔 166 第一散熱器 20 筒體 22 内鰭片 24 通孔 25 導熱臂 26 外鰭片 260 延伸筒 28 發光二極體模組 30 電路板 32 發光二極體元件 34 本體 40 、 40a 内板 42 外板 43 連接板 44 流道 45 13200923258 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a heat dissipating device and a illuminating two luminaire using the same. [Prior Art] As a new generation of light source, the light-emitting diode light source can not replace the traditional incandescent lamp on a large scale, but it has the advantages of long working life, energy saving and environmental protection, and is generally favored by the market. At present, the module composed of the diodes can generate high-power, high-brightness light sources, and thus will replace the conventional light sources such as traditional incandescent lamps widely and revolutionarily, and thus become the main theme of Fuhe Langeng environmental protection. light source. In any case, the greater the power and brightness of the LED or its module, the greater the heat generated, and it is difficult to dissipate in a relatively small volume of a light-emitting diode lamp. Therefore, the light-emitting diode still has a large heat-dissipation technology bottleneck, and this is also the most difficult breakthrough in the marketization of high-power, high-brightness light-emitting diode lamps. At present, the heat dissipation scheme commonly used in the industry is to dissipate heat into the surrounding air through the surface of the heat sink n in contact with natural convective air. Therefore, in order to meet the heat dissipation requirements of high-power, high-brightness LED lamps so that they can prevent light decay, it is necessary to provide a heat sink with a large heat dissipation area. This usually results in the heat sink in the luminaire. The volume of the overall ampere is also large, making the luminaire structure larger and difficult to promote in indoor lighting. In addition, since the light-emitting diodes have a certain illumination angle, the light-emitting diodes are illuminated in the light-emitting diodes: the polar bodies are usually arranged on a flat circuit board, and 200923258 makes the illumination area of the lamps limited, in many cases It is difficult to satisfy the user. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a light-emitting diode lamp having a small volume and good heat dissipation, and which can realize illumination in a specific direction. A light-emitting diode lamp includes: a lamp holder connected to the lamp holder: a first heat sink, and a second heat sink thermally connected to the first heat sink: mounted on the second heat sink The plurality of light-emitting diode modules are mounted on the periphery of the first heat sink, and the second heat-dissipating outer wall forms an angle with the longitudinal extension direction of the first heat sink. a heat dissipating device for a light-emitting diode lamp, comprising: a second heat sink thermally connected to the first heat sink, wherein the second heat sink is attached to the first The heat sink) has a compact structure, the outer wall of the heat sink and the longitudinal extension of the first heat sink. The light-emitting diode of the light-emitting diode lamp is compact. And there is a 'TO ^ volume within the actual s, /, there is a large political area of the Syrian, can be used in the cooling of the finite two lamps' and then solve the high-power illuminating two (four) in the direction of the longitudinal extension of the two to a corner, so that Irradiation angle / # 用户 用户 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足The second part of the lamp holder 2 is the second to cry 2..., benefit 20, sigh in the first - heat! The light-emitting diode module 10 is mounted on the outer wall of the body 40 of the second 200923258, and includes a lamp cap 12 connected to the lamp cap 12. A first cover body 14 and a second cover body 与 with the first money 14 buckle. The lamp cap 12 is a standard threaded cap that is adapted to a conventional screw cap. The first cover 14 is a bowl-shaped body made of (d) (four) which includes a tubular connecting portion 14G whose bottom end is connected to the lamp cap and a first bowl wall 142 which is connected to the connecting portion (10). The diameter of the bowl 142 is gradually increased from the bottom to the top to form an upwardly open bowl-shaped cover. The first bowl 1 142 is uniformly provided with three mounting holes 142 周 at the periphery of the inner wall of the opening for the screw member. (not shown) passes through to be screwed with the second cover 16. The second cover 16 is an inverted bowl made of plastic or metal material and includes an annular joint 16 〇 and a second bowl wall 162 connected to the joint I60. The joint portion 160 has a diameter slightly smaller than the diameter of the connecting portion 14〇 for mating connection with the bottom of the first heat sink. The diameter of the upper portion of the second bowl wall 162 and the joint portion 16 is gradually increased from the top to the bottom, and the upper portion of the second bowl wall 162 is evenly opened corresponding to the LED module 3 The plurality of through holes 164' pass through the bowl S 162 from the bottom to the bottom of the bowl 162 for the power cord set (not shown) connected to the LED module 3G to pass through; the lower half of the second bowl 162 The annular body having a uniform diameter has an opening size matching with the opening of the first cover body 14, and the annular body is uniformly opened without a plurality of vent holes 166 for the airflow to enter the first and second covers 14, The first bowl wall 162 is uniformly provided with three screw holes (not shown) at the inner periphery of the inner wall of the opening, and the screw holes respectively correspond to the mounting holes 142 of the first cover 14 to pass through. The screw member of the mounting hole 142 配合 engages the first and second covers 200923258 14 and 16 together. The first and second components of the gate δτ 〜 盍 body 14, 16 are combined to form a device. *Electronic rectifier for edge-emitting diode lamp (not shown) Refer to Figure 3 for M f冋, the second heat sink 2Q is made of a material with good thermal conductivity, such as aluminum or copper, or its overall material 20 Made in a cylindrical shape, straight in the middle; The younger-heat-dissipating U-center has a through-hole 25. The cylinder body extends inwardly with a plurality of strip-shaped inner binding pieces 24: 2: body: the shuttle to the 2?, the inner fins 24 of the temple, about the cylinder body 22: the hooks are symmetrically distributed, etc. The thickness of the inner sheet 24 gradually decreases from the inside (4) of the cylinder 2, so that the cross section is substantially an acute angle, and the tip end of the triangular ridge is passivated. The outer wall of the cylinder 22 extends a plurality of heat conducting arms 26 along the radial direction thereof. The heat conducting arms 26 are evenly distributed with respect to the center line of the cylinder 22. The number of the heat conducting arms is corresponding to the body 4 The number of the pole body modules 30 can be different in different embodiments, and in this embodiment, the six body modules 4 ... the heat conducting arms 26 . The heat conducting arms 26 extend from the central axis of the cylinder 22, and the heat conducting arms 26 extend perpendicularly from opposite sides thereof to the outer fins 260, and each of the outer fins 260 is symmetric about the corresponding heat conduction 26 and The length of the outer fin 260 gradually increases from the inside to the outside. The end of each of the heat conducting arms 26 is connected to the inner surface of the fins 26〇 of the outermost end. Therefore, the outermost surface of each of the heat conducting arms 26 is a smooth plane on the outer side surface of the outer fin 260. The bottom end of the tubular body 22 extends downwardly to form an extension cylinder 28'. The extension cylinder 28 cooperates with the joint portion 160 of the second cover body 16 to mount the first heat sink 20 on the socket 1. The extension barrel 28 and the joint portion 200923258 160 can be combined in a variety of ways. For example, threads can be provided on both the extension barrel 28 and the joint portion 160 to screw the two together. The second heat sink is composed of a plurality of bodies 40 attached to the periphery of the first heat sink 20. Each body 40 has a shape of a shape, and its height gradually increases from bottom to top. Each body 40 includes an inner panel 42 , an outer panel . 43 , and a plurality of connecting panels 44 connecting the inner panel 42 and the outer panel 43 . The inner panel 42 is attached to the outermost outer fins 260 of the first heat sink 20, and is exactly the same size as the smooth outer surface of the outermost one of the outer fins 260 so as to coincide. The outer panel 43 is formed to extend obliquely upward from the bottom of the inner panel 42, and the distance between the outer panel 43 and the inner panel 42 gradually increases from bottom to top. The plurality of connecting plates 44 are horizontally connected between the inner panel 42 and the outer panel 43, and the length of the connecting panel 44 is also gradually increased from the bottom to the top. A flow path 45 through which the airflow passes is formed between the adjacent two connecting plates 44. The LED module 30 includes a rectangular circuit board 32 that is sized to correspond to the outer panel 43 of the body 40. A plurality of LED components 34 are mounted side by side on the circuit board 32. When the LED device is assembled, the screw member is screwed through the mounting hole 1420 of the first cover 14 and the screw hole of the second cover 16, and the first and second covers 14, 16 are joined together. The extension tube 28 at the bottom end of the first heat sink 20 is fixedly coupled to the joint portion 160 on the second cover body 16. Each body 40 of the second heat sink is attached to each of the pair of outermost outer fins 260 of the first heat sink 20. The LED modules 30 are respectively placed on the outer plates 43 of each of the bodies 40. A heat conductive medium such as a thermal conductive adhesive may be filled between the light emitting diode module 30 and the corresponding outer plate 43, between the inner plate 42 of the body 40 and the corresponding outer fin 260 to increase the thermal conductivity therebetween. 10 200923258 When the light-emitting diode lamp is in use, the light-emitting diode module 3 传导 transmits the heat generated and transmitted to the outer plate 43 of the body 4 which is in contact with it, and then passes the whole step to the whole. The body 40 and the first heat sink 2 are mounted on top of each other. The outer wall of the barrel 22 of the first heat exchanger 20, the heat conducting arms 26 and the outer fins 260 are in direct contact with the surrounding air to dissipate heat to the surrounding air. The through hole 25 in the tubular body 22 of the first heat sink 20 communicates with the space formed by the first and second covers 14, 16 to form an air flow path for allowing air to pass from the second cover [the vent hole 166 of the body 16] After entering, the heat exchange between the inner wall of the cylinder 22 and the inner wall is hot, and finally the heat is taken out through the through hole 25, or when the light emitting diode lamp is placed opposite to the position shown in FIG. 2, the air can be removed from the cylinder. The bottom end enters the body, passes through the through hole 25 in the cylinder 22, and then flows out from the vent hole 166 of the second cover 将 to carry away the heat. The first heat sink 20 of the light-emitting diode lamp and the body 4 of the second heat sink cooperate with each other, and the structure thereof is compact, and has a large heat dissipation area, and the first heat sink 2 has a heat-emitting area. The airflow path forming the inner circulation can effectively enhance the airflow and increase the area of the first heat sink 20 in contact with the airflow, thereby well solving the heat dissipation problem of the high power light emitting body module 30. Because the LED module 30 is limited by the predetermined illumination angle, the 2 emitted by the basin is distributed along the perpendicular line 30 along the LED module 3. Within the scope. And: (4) the body 4 of the second radiator. In addition, the light-emitting diode module attached to the outer panel 43 has a certain angular loss in the longitudinal extension direction of the light-emitting diode module: the illumination angle and the straightening setting of the polar body module 30. Compared with: the first yaw, so that the downward illumination area is selected below the b ° 7 flat line to meet the user's lighting needs at this angle 11 200923258. ^ 4 shows a second embodiment of the light-emitting diode lamp of the present invention. The same as the light-emitting diode lamp in the previous embodiment. In the present embodiment, the diode lamp also includes a lamp holder 1〇, and a first diffuser attached to the lamp holder 1〇. The structure of the red light radiator and the plurality of pairs of two radiators and the two pairs of the heat sinks on the main body 40a, the structure of the library Z components and the light-emitting diode lamps in the above-mentioned embodiments The structural features of the sub-components are the same, but in the embodiment, the ontology is replaced by the body 4〇, that is, the height of the main body is gradually reduced. The body thus arranged allows the face (four) to be yawed above the horizontal line, so that the upward illumination area is increased to meet the user's illumination needs at that angle. ^上^' The invention conforms to the invention patent element 4 and proposes a person who is familiar with the technical skills of the case according to law; ... The car is also a good example, and the equivalent modification is made in the spirit of the invention - 爻匕 '白It should be covered by the following patent application. [Simple description of the map] Solution map! 2 is a perspective view of the first embodiment of the light-emitting diode lamp of the present invention. FIG. 2 is a perspective assembled view of the light-emitting diode lamp of FIG. Figure U is a three-dimensional combination of the heat sink and the second heat sink. 4 is a three-dimensional group 12 of the second embodiment of the light-emitting diode lamp of the present invention. 200923258 [Main component symbol description] Lamp holder 10 lamp cap 12 First cover body 14 connecting portion 140 First bowl wall 142 Mounting hole 1420 Second cover 16 joint portion 160 second bowl wall 162 perforation 164 vent hole 166 first heat sink 20 barrel 22 inner fin 24 through hole 25 heat conducting arm 26 outer fin 260 extension tube 28 light emitting diode module 30 Circuit board 32 light-emitting diode element 34 body 40, 40a inner plate 42 outer plate 43 connecting plate 44 flow path 45 13