M324749 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種路燈散熱裝置，尤指一種利用導熱管 及散熱金屬片舆路燈之結合來增進路燈之散熱效果者。 【先前技術】 習用之路燈的散熱方式，亦即利用金屬製之路燈外殼 體來提高熱董的傳遞，進而增加熱量溢散的效果，此一習 用方式在實施後具以下弊端：習用之路燈係因均須大功率 之照明，是故燈具所產生之熱能也就相對的大上許多，並 非僅靠金屬製之路燈外殼體就能將熱量完全散出，再加上 燈具所在之空間大多均為密閉，光是要將熱董傳導至金屬 製之路燈外殼體就已相當不易，更不用違論散熱效率好或 不好。 【新型内容】 本創作提供一種路燈散熱裝置，希藉此設計，提供一 種更優於習用之路燈散熱結構之方式，為其主要創作之目 的。 ， 為違到前述創作目的，本創作所運用之技術手段為提 供一種路燈散熱裝置，至少包括有一燈蓋、一散熱金屬片 、一發光燈組、一透光燈罩、數導熱管及數固定元件，該 燈蓋係為一中空殼體，且燈蓋之兩側各設有一散熱部，並 於散熱部内設一嵌孔用以嵌插導熱管，而該透光燈罩亦為 一中空殼體，並設於燈蓋之一側，其與燈罩結合後，，係呈 具一鍾感之外型’且於透光燈罩之一側設一平面用以設置 ，M324749 發光燈組，並將該平面上欲設置發光燈組之位置上開設一 透槽用以將發光燈組嵌入，然後於該透槽周困開設數固定 孔用以經由固定元件將散熱金屬片、發光燈組及導熱管設 固於透光燈罩上，其中，該散熱金屬片經固定元件疊設於 發光燈組上，導熱管之一端則夾設於散熱金屬片與發光燈 組之間，而導熱管的另一側則嵌插於燈蓋之散熱部嵌孔内 〇 【實施方式】 請參閲第1圖所示，本創作之路燈散熱裝置10至少 包括有一燈蓋20、一散熱金屬片30、一發光燈組40、一 透光燈罩50、數導熱管60及數固定元件70，該燈蓋20 係為一中空殼體，且燈蓋20之兩側各設有一散熱部21， 並於散熱部21内設一嵌孔211用以嵌插導熱管60,而該 透光燈罩50亦為一中空殼體，並設於燈蓋20 .之一側，而 該透光燈單50與燈蓋20結合後，係呈具一醴感之外型， 且於透光燈單50之一側設一平面51用以設置發光燈組40 ，並將該平面51上欲設置發光燈組40之位置上開設一透 槽52用以將發光燈組40嵌入，然後於該透槽52周圍開 設數固定孔53用以經由固定元件70將散熱金屬片30、發 光燈組40及導熱管60設固於透光燈罩5〇上，故發光燈 組40上亦設有相對應於透光燈單5〇固定孔53位置之透 孔41，其中，該散熱金屬片3〇係為一薄型金屬片，一般 可設為高熱傳導性之銅片或鋁片，其可經固定元件疊 設於發光燈組40上，且該固定元件7〇可為螺絲或鉚釘， M324749 故散熱金屬片30上設有相對應於透光燈罩50固定孔53 位置之貫孔31，導熱管60之一端則夾設於散熱金屬片30 與發光燈組40之間，而導熱管60的另一側則嵌插於燈蓋 20之散熱部21嵌孔211内。 請參閱第1、2、3圖所示，本創作之路燈散熱裝置 10在組裝時，係先將發光燈組40嵌置於透光燈罩5()平面 51上之透槽52中，然後依序將導熱管6〇之一端及散熱金 屬片30疊設於其上，再利用固定元件7〇穿過貫孔31及 透孔41後鎖固於固定孔53内，使得散熱金屬片3()、發光 燈組40及導熱管60設固於透光燈罩50上，再把燈蓋20 設於透光燈單50上，並同時將導熱管60之另一側嵌插於 燈蓋20散熱部21之嵌孔211内，即可完成本創作之路燈 散熱裝置10，其中，該發光燈組4〇係為一提供亮度之燈 具’故可設為LED燈或一般燈具，而該透光燈罩50係因 需將發光燈組40所散發出之光線透出，故透光燈單5〇可 設為具高透光性之塑膠、玻璃等可透光材質。 請參閱第4、5圓所示，本創作之峰燈散熱裝置1 〇在 實施時’係因直接將導熱管6〇置於發光燈組4〇上，故可 直接將發光燈組40照明時所產生之大董熱能迅速帶走， 並引導至燈蓋20之散熱部21發散出去，此舉不但可有效 的將發光燈組40所產生之熱董發散，且因燈蓋2〇設有散 熱部21，亦可將燈蓋2〇所吸收之熱量一併散去，實是一 舉兩得，其中，設置於發光燈組4〇上之導熱管6〇，係為 一可將熱量由接觸發熱源之一端傳導至散熱之一端的金眉 M324749 空心管，其可因應發光燈組40及實際散熱之需要而增加 至複數支的導熱管60，以確保散熱速度，且該燈蓋20之 散熱部21係為發散熱能之用，故可設為一般之散熱錄片 或具相同功效之各種幾街形狀之散熱鰭片。 【圖式簡單說明】 第1圖為本創作之立體分解圓。 第2圖為本創作之立體組合圖（一）。 第3圓為本創作之立艘組合圖（二）。 鲁 第4圖為第2圓在A-Α位置之剖視圖。 第5圖為第3圓在B-B位置之剖視圓。 【主要元件符號說明】 1〇、路燈散熱裝置 、散熱部 3〇、散熱金屬片 4 〇、發光燈組 50、透光燈罩 5 2、透槽 60、導熱管 20、燈蓋 211、嵌孔 31、賁孔 41、透孔 51、平面 53、H1定孔 70、固定元件M324749 VIII. New Description: [New Technology Field] This creation relates to a street lamp heat sink, especially a combination of a heat pipe and a heat sink metal street lamp to enhance the heat dissipation effect of the street lamp. [Prior Art] The heat dissipation method of the conventional street lamp, that is, the use of the metal street lamp outer casing to improve the heat transfer, thereby increasing the effect of heat dissipation. This conventional method has the following drawbacks after implementation: the conventional road lamp system Because high-power lighting is required, the heat generated by the lamps is relatively large. It is not only the metal street lamp housing that can completely dissipate the heat, and most of the space where the lamps are located Closed, it is quite difficult to conduct the heat to the metal lamp housing, not to mention the heat dissipation efficiency is good or not good. [New content] This creation provides a street lamp heat sink, which is designed to provide a way to better dissipate the heat dissipation structure of the street lamp for its main purpose. In order to violate the above-mentioned creative purposes, the technical means used in the creation is to provide a street lamp heat dissipation device, which comprises at least a lamp cover, a heat dissipation metal piece, a light lamp group, a light transmission lamp cover, a plurality of heat conduction tubes and a plurality of fixing elements. The lamp cover is a hollow casing, and a heat dissipation portion is disposed on each side of the lamp cover, and a hole is inserted in the heat dissipation portion for inserting the heat pipe, and the light cover is also a hollow shell The body is disposed on one side of the lamp cover, and after being combined with the lamp cover, it has a shape of a bell and has a plane on one side of the light-transmitting lamp cover for setting, M324749 light-emitting lamp set, and A through slot is defined in the plane for setting the light-emitting lamp group to embed the light-emitting lamp group, and then a plurality of fixing holes are formed in the groove to fix the heat-dissipating metal piece, the light-emitting lamp set and the heat-conducting tube via the fixing component The heat dissipating metal piece is stacked on the light-emitting lamp group via a fixing component, and one end of the heat pipe is sandwiched between the heat-dissipating metal piece and the light-emitting lamp group, and the other side of the heat-conducting pipe Inserted into the recess of the heat sink of the lamp cover实施 [Embodiment] Please refer to FIG. 1 , the street lamp heat dissipation device 10 of the present invention includes at least a lamp cover 20 , a heat dissipation metal piece 30 , an illumination lamp group 40 , a light transmission lamp cover 50 , and a plurality of heat conduction tubes 60 . And the fixing member 70, the lamp cover 20 is a hollow casing, and a heat dissipating portion 21 is disposed on each side of the lamp cover 20, and a hole 211 is defined in the heat dissipating portion 21 for inserting the heat pipe 60. The light-transmitting lamp cover 50 is also a hollow casing and is disposed on one side of the lamp cover 20, and the light-transmitting lamp unit 50 is combined with the lamp cover 20 to have a squeaky appearance. And a plane 51 is disposed on one side of the light-transmitting lamp unit 50 for arranging the light-emitting lamp group 40, and a through-groove 52 is defined in the plane 51 on which the light-emitting lamp group 40 is to be disposed for embedding the light-emitting lamp group 40. Then, a plurality of fixing holes 53 are defined around the through-hole 52 for fixing the heat-dissipating metal piece 30, the light-emitting lamp group 40 and the heat-transfer tube 60 to the light-transmitting lamp cover 5 through the fixing member 70, so that the light-emitting lamp group 40 is also The through hole 41 corresponding to the position of the fixing hole 53 of the transparent light lamp is provided, wherein the heat dissipating metal piece 3 is a thin metal piece, generally can be set a high thermal conductivity copper or aluminum sheet, which can be stacked on the light-emitting lamp group 40 via a fixing component, and the fixing component 7 can be a screw or a rivet, and the heat-dissipating metal piece 30 is provided with a corresponding light-transmitting The lamp cover 50 is fixed to the through hole 31 at the position of the hole 53. One end of the heat pipe 60 is interposed between the heat dissipation metal piece 30 and the light emitting lamp group 40, and the other side of the heat pipe 60 is inserted into the heat dissipation portion of the lamp cover 20. 21 in the hole 211. Please refer to the first, second, and third figures. When assembling the street lamp heat dissipating device 10, the light-emitting lamp group 40 is first embedded in the through-groove 52 of the light-transmissive lamp cover 5 () plane 51, and then One end of the heat pipe 6 及 and the heat dissipating metal piece 30 are stacked thereon, and then the fixing member 7 〇 passes through the through hole 31 and the through hole 41 and is locked in the fixing hole 53 so that the heat dissipating metal piece 3 () The light-emitting lamp group 40 and the heat-transfer tube 60 are fixed on the light-transmitting lamp cover 50, and then the lamp cover 20 is disposed on the light-transmitting lamp unit 50, and the other side of the heat-conducting tube 60 is simultaneously inserted into the heat-dissipating portion of the lamp cover 20. In the embedded hole 211 of 21, the street lamp heat dissipation device 10 of the present invention can be completed, wherein the light-emitting lamp group 4 is a lamp for providing brightness, so it can be set as an LED lamp or a general lamp, and the light-transmitting lamp cover 50 Because the light emitted by the light-emitting lamp group 40 needs to be transmitted out, the light-transmitting light single 5 can be set as a light-transmissive material such as plastic or glass with high light transmittance. Please refer to the 4th and 5th circles. In the implementation of the peak heat sink 1 〇, the heat pipe 6 直接 is placed directly on the illuminating light unit 4 ,, so the illuminating light unit 40 can be directly illuminated. The generated heat of the Dong Dong is quickly taken away and guided to the heat dissipating portion 21 of the lamp cover 20 to be dissipated, which not only effectively dissipates the heat generated by the light-emitting lamp group 40, but also dissipates heat due to the lamp cover 2 The portion 21 can also dissipate the heat absorbed by the lamp cover 2, which is a two-pronged one. The heat pipe 6 设置 disposed on the illuminating lamp group 4 is a heat source for contacting the heat source. The gold eyebrow M324749 hollow tube, which is transmitted to one end of the heat dissipation end, can be added to the plurality of heat conduction tubes 60 according to the needs of the light-emitting lamp group 40 and the actual heat dissipation to ensure the heat dissipation speed, and the heat dissipation portion 21 of the lamp cover 20 is For the purpose of heat dissipation, it can be set as a general heat-dissipating film or a variety of street-shaped heat sink fins with the same effect. [Simple description of the figure] The first picture is the three-dimensional decomposition circle of the creation. Figure 2 is a three-dimensional combination of the creation (1). The third round is the combination map of the creation of the ship (2). Lu Figure 4 is a cross-sectional view of the second circle at the A-Α position. Figure 5 is a cross-sectional circle of the third circle at the B-B position. [Description of main component symbols] 1〇, street lamp heat dissipation device, heat dissipation unit 3〇, heat dissipation metal piece 4 发光, illuminating lamp group 50, light transmission lamp cover 5 2, through groove 60, heat pipe 20, lamp cover 211, insertion hole 31 , the bore 41, the through hole 51, the plane 53, the H1 fixed hole 70, the fixing element