M429050 五、新型說明： 【新型所屬之技術領域】 本創作「LED燈條散熱管體結構」，係提供能有效又可快 速排除LED燈所產生之熱量的技術者。 【先前技術】 按’傳統路燈所使用的燈泡種類包括：金屬齒化物 燈、白熾燈、高壓鈉燈以及省電燈等，據統計每年傳統 路燈所支出電費約新台幣20幾億元，各路燈主管機關每 年都須編列龐大預算支付路燈電費，若將全台的路燈都 改為LED，據估計可節省40%以上的電費，節能效果甚為 可觀’加上配合太陽電池模組的應用，製成太陽電池led 路燈更能發揮減碳的效益。 LED照明是新一代固態照明光源，具有節能、高效率、 壽命長、綠色環保、安全性高、無熱輻射等特點。由 於太陽電池與led為直流元件，不需使用變頻器做頻率 轉換’可以避免效率轉換損失，因此高效率LED照明的推 廣與應用，意味著第三次照明革命的來臨。 然而高效率的LED路燈的設計上，最重要的就是散熱 的設計’基本於底板與承板間設有支板，由彼此之間距 為空氣對流空間’及由底板傳熱而由下面來進行散熱， 而此種散熱是屬於被動式的散熱方式，尤其是靜態無風 源或冷空氣進入時，要藉底板面達到散熱及空氣對流的 效果有限，雖有前案，將底板與承板間以中空支管連結， 3 M429050 使與上下板貫通形朗流餘，但仍無料效的提細 燈體散熱的效率。 【新型内容】 本創作之設計目的，係為提供世人一種散熱快速、結構 簡單，符合經濟效益之「⑽燈條散熱管體結構」者。 本創作「LED燈條散熱管體結構」具有高散熱率之效果， 係直接於LED紐下转啸鮮體，使錄能直接由管 體上下空間及中空對流孔進行散熱。 本創作「LED雜散熱管體結構」該散熱管體於外圍設 有數多凸片，於可支立管體方位之凸片尾端設有柱條，使 柱條高於管體長度，藉此，可令管體上端與承板及燈 體下方形成一散熱空間，且此散熱空間又與管體之中空對 流孔相通，此就是可以將熱空氣由上下方散出之目的。 本創作「LED燈條散熱管體結構」為使管體有更佳的散 熱效率，於管體四周向外設有數多散熱凸片，可將管體對 流孔所傳導的熱能藉由凸片之面積向達到散熱之目的者。 【實施方式】 本創作「LED燈條散熱管體結構」’如第一圖所示，LED 燈條基本有底板11、供承LED燈體4及電源端子3之承板 12，及位於底板11與承板12間之數個支立的管體2〇所組 成，其中’該散熱管體20係位於承板12之LED燈體4位 4 M429050 置的下方。 請同參第三圖所示，該散熱本體20外圍佈設有數多個 散熱的凸片23，於可歧立_管體20之綠設有柱條 24 ’圖中所示為四個柱條24，該桂條24設於凸片烈外端， 且柱條24高度長於管體20長度，使管㈣上下與承板12 及底板11間形成一散熱空間17。M429050 V. New description: [New technical field] The creation of "LED light strip heat pipe structure" is a technology that can effectively and quickly eliminate the heat generated by LED lights. [Prior Art] The types of bulbs used in 'traditional street lamps' include: metal toothed lamps, incandescent lamps, high-pressure sodium lamps and power-saving lamps. According to statistics, the annual electricity bill for traditional street lamps is about NT$20 billion. Every year, a huge budget is required to pay for street lighting. If all the street lamps are changed to LEDs, it is estimated that more than 40% of the electricity costs can be saved. The energy saving effect is very impressive. Battery led street lights are more effective in reducing carbon emissions. LED lighting is a new generation of solid-state lighting source with energy saving, high efficiency, long life, green environmental protection, high safety and no heat radiation. Since solar cells and LEDs are DC components, frequency conversion is not required to use inverters to avoid loss of efficiency conversion. Therefore, the promotion and application of high-efficiency LED lighting means the advent of the third lighting revolution. However, in the design of high-efficiency LED street lamps, the most important thing is that the design of heat dissipation is basically based on the fact that there is a support plate between the bottom plate and the carrier plate, and the air convection space is separated from each other by the heat transfer from the bottom plate. The heat dissipation is a passive heat dissipation method, especially when the static airless source or the cold air enters, the effect of the heat dissipation and air convection is limited by the bottom plate surface. Although there is a previous case, a hollow branch pipe is used between the bottom plate and the carrier plate. Link, 3 M429050 makes the heat transfer efficiency of the thinner body with the upper and lower plates through the shape of the flow. [New Content] The purpose of this creation is to provide the world's "10" light bar heat pipe structure with fast heat dissipation, simple structure and economic benefits. The creation of "LED light strip heat pipe body structure" has the effect of high heat dissipation rate, which is directly under the LED button to turn the fresh body, so that the recording energy can be directly radiated from the upper and lower space of the pipe body and the hollow convection hole. The creation of the "LED miscellaneous heat pipe body structure" has a plurality of fins on the periphery of the heat dissipating pipe body, and a column bar is arranged at the end of the tab which can support the pipe body direction, so that the bar bar is higher than the pipe body length, thereby The heat dissipation space can be formed between the upper end of the pipe body and the carrier plate and the lamp body, and the heat dissipation space is communicated with the hollow convection hole of the pipe body, so that the hot air can be dissipated from above and below. In the creation of "LED light strip heat pipe structure", in order to improve the heat dissipation efficiency of the pipe body, a plurality of heat radiating fins are arranged outside the pipe body, and the heat energy transmitted by the pipe body convection hole can be controlled by the fins. The area is to achieve the purpose of heat dissipation. [Embodiment] The "LED light bar heat pipe structure" as shown in the first figure, the LED light bar basically has a bottom plate 11, a carrier plate 12 for supporting the LED lamp body 4 and the power terminal 3, and a bottom plate 11 It is composed of a plurality of independent tubular bodies 2 between the carrier plates 12, wherein the heat-dissipating tubular body 20 is located below the LED lamp body 4 position 4 M429050 of the carrier plate 12. As shown in the third figure, the heat dissipating body 20 is provided with a plurality of heat dissipating fins 23 on the periphery thereof, and the column bar 24 is disposed in the green of the arbitrarily configurable body 20'. Four bar bars 24 are shown in the figure. The stick 24 is disposed at the outer end of the tab, and the height of the post 24 is longer than the length of the tube 20, so that a heat dissipation space 17 is formed between the upper and lower sides of the tube (4) and the support plate 12 and the bottom plate 11.
藉此’ LED燈體4的熱溫就會直接傳入管體2〇，由中央 柱25的熱傳導’及散熱空間將冷空氣帶走熱量 ，且由 散熱凸片23所產生較多的空氣接觸面積，可將傳導的熱能 由凸片23傳出’而可達到高效率的散熱效果者。 练上所述’本創作「LED燈條散熱管體結構」結構簡單， 散熱效率高’是切確改進傳統散熱不佳的問題，爰依法提 出創作專利申請之。 【圖式簡單說明】 第一圖：係為本創作led燈條之基本型態示意圖。 第二圖：係為本創作散熱管體立體實施例。 第二圖：係為本創作散熱管體之平面圖示。 【主要元件符號說明】 ll··. …底板 12“. 17… …散熱空間 20… 23·.. …散熱凸片 24… …柱條 5 M429050 25……柱條 4……LED燈體 電源端子Thereby, the thermal temperature of the LED lamp body 4 is directly transmitted to the pipe body 2, the heat conduction from the center column 25 and the heat dissipation space take away the heat from the cold air, and the air contact generated by the heat dissipation fin 23 is more. The area can transmit the transferred heat energy from the tabs 23 to achieve a high efficiency heat dissipation effect. The above-mentioned "LED lighting strip heat pipe structure" is simple in structure and high in heat dissipation efficiency. It is a problem of improving the traditional heat dissipation and improving the patent application. [Simple description of the diagram] The first picture: is the basic type diagram of the created led light bar. The second figure is a three-dimensional embodiment of the heat-dissipating tube body. The second picture shows the plane diagram of the heat pipe body. [Main component symbol description] ll··. ...backplane 12". 17... heat dissipation space 20... 23·.. ...heat dissipation tab 24... ...pillar bar 5 M429050 25...pillar bar 4...LED lamp body Power terminal