M301984 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一 種用於提供LED燈具散 種LED燈具防水散熱結構，尤指一 熱的防水散熱結構。 【先前技術】 由於發光二極體⑽）具有亮度高、省電、壽命長等 被廣泛地應用在燈具的照明上，其通常係將 >、且加以連結，以組合成—LED燈組，再藉由複數 燈組的串聯或並聯設置，而達成大範圍照射與高亮度 之使用而求，亚可將其作為戶外或室内的照明I置，其中 在戶外照明裝置由於長期暴露在室外，在密封性、防水、 防塵等方面的要求，均較一般室内照明裝置為高；另由於 LED燈的耐熱性較差（其操作溫度不宜大於阶），因此 具有提供LED燈具之散熱結構，已成為從事該項行業之相 關人士所研究的重要課題。M301984 VIII. New Description: [New Technology Field] This creation is about a waterproof and heat-dissipating structure for LED lamps for LED lamps, especially a waterproof and heat-dissipating structure. [Prior Art] Since the light-emitting diode (10) has high brightness, power saving, long life, and the like, which is widely used in illumination of lamps, it is usually combined and combined to form an LED lamp group. By using the series or parallel arrangement of the plurality of lamp groups to achieve the use of large-area illumination and high-brightness, Yaco can use it as an outdoor or indoor illumination I, in which the outdoor lighting device is exposed to the outdoors for a long time. The requirements for sealing, waterproofing, dustproof, etc. are higher than those of general indoor lighting devices; and because the heat resistance of LED lamps is poor (the operating temperature is not more than step), it has become a heat dissipation structure for providing LED lamps. Important topics studied by stakeholders in the industry.
如中華民國新型專利證書號 上座、一散熱片、複數LED 習知LED燈具散熱結構， M272940所揭示，其主要包括一 燈泡’其中於上座之背面向上延伸成形有複數相互平行的 散熱鰭片，該散熱片之一平面係貼附接觸於上座之内側面 中間處，另一平面則供該等LH)燈泡固定連接；如此，以 組合成一 LED路燈散熱結構。 然而，習知LE1D燈具散熱結構，在實際使用下仍存在 有下述之_點，由於其僅是藉由各⑽燈泡與散熱片的 M3 01984 貼附接觸來達成熱傳作用，其在 因此所能帶離的熱量有其侷限性：尤二相當的緩慢， 陸續被開發_，而使其根本_;=== 之散熱需求’更由於其導 ^、 之職的使用壽命被大幅縮短，而 今行二!知所產生之問題，本案創作人遂以從事 口系灯菓夕年之經驗，並本著精M、戈 ,^p令者槓I求精之精神，積極研究改 良’逐有本創作『⑽燈具防水散熱結構』之產生。 【新型内容】 本創作之主要目的，在於提供一種led燈具防水散敎 結構，其係可將LED燈所產生的熱量快速帶離，以使⑽ 燈能在-較低的溫度下運作，進而延長其使用壽命。 為了達成上述之目的，本創作係提供一種LH)燈具防 水散熱結構，Μ提供LED燈具散熱，該散熱結構包括一 分隔板、複數熱管、一散熱體及一吸熱體，其中該分隔板 上開設有複數通孔，該通孔供各熱管垂直穿設，該熱管之 一端為受熱段另一端為放熱段，該受熱段形成分隔板之下 方，而放熱段則形成於分隔板之上方；該散熱體與吸熱體 皆設有複數相互對應的穿孔，且散熱體之穿孔用以套接在 熱官之放熱段上，而吸熱體之穿孔用以套接在熱管之受熱 段上。 【實施方式】 M301984 有關本創作之詳細說明及技術内容，配合圖式說明如 下，然而所附圖式僅提供參考與說明用，並非用來對 作加以限制者。 請參照第一、二及三圖所示，係分別為本創作之立體 分解圖、組合示意圖及組合局部剖視圖，本創作係提供一 種Μ燈具防水散熱結構，其主要包括一分隔_、複數 熱管20、一散熱體30及一吸熱體4〇，其中. 該分隔板10係可為鋁等材料所製成，且具有一矩形板 體η ’於板體11上開設有多數排相互平行的通孔⑴厂且 於其四隅角落處分別連接有固定片12。 该等熱管20分別垂直穿設於分隔板1〇之通孔1Η中， 且其-端為受熱段21另一端為放熱段22，並於其内部梦填 f毛細組織及卫作流體，藉以制氣、液相之熱傳機制來 達成快速熱傳效果，該受熱段21係形成分隔㈣之下方， 而放熱段22則形成於分隔板1〇之上方。 該散熱體30係可為銘擠型或堆疊型散熱體，且其係可 :組或一組以上設置，完全依熱源之實際散熱需求作相庫 :配置，本實施例由多數散熱片31相互堆疊組合而成，：、 放熱』片31係以銘、銅或其他具良好散熱材料所製成，於其 上開設有複數相互對應的穿孔311 ，並於各 /、 側向外延伸有一環牆312 I 之一 管之放熱段22上。 311係用以套接在熱 、該吸熱體4G可為轉型或堆疊型吸熱體，且其係可— 組或-組以上設置’本實施例由多數吸熱片Μ相互堆疊組 M3 01984 • '而成ϋ吸熱片41係以鋁、銅或其他具良好吸熱材料所 衣成於其上開設有複數相互對應的穿孔411 ，並於夂穿 孔-之:側向外延伸有環牆412，該等穿孔411係= 套接在熱官20之受熱段21上。 /此外本創作更包括有複數防水墊圈13，該防水墊圈 13係套接於熱官2Q之中段處，並被固定於分隔板}◦之通孔 中，該防水墊圈13可為橡膠等材料製成，藉以增加分 .隔板10上、下兩側之密封性及防水效果。 請參閱第四、五及六圖所示，係分別為本創作應用於 LED燈具之立體分解圖、組合外觀圖及使用狀態剖視圖， 本創作之防水散熱結構係裝設在一 LED燈具5上，用以提 供其作散熱，該LED燈具5包括一上殼體51、一下殼體 於士、一 LED丈登組53及一外罩54，其中上殼體51蓋合連接於 下殼體52之上方，而LED燈組53則固接於上殼體“，並容 設於:殼體52内部，另該外罩54蓋合連接在上殼體51之上 >方，亚於外罩54上成形有多數與外部相通的通風槽541。 在上殼體51之上方成形有一透空槽511 ，前述之分隔板⑺ 係封合於透空槽511上，以螺絲等岐元件穿設於固定片 12而連接於上殼體51，並在上、下殼體以、52與分隔板⑺ 之間开y成有禮閉谷至，且前述之吸熱體4〇及熱管2〇之受 尤、I又21係谷σ又於饴閉谷室内，而前述之散熱體及熱管洸 ^放熱段22則形成於上殼體51外部，並被外罩糾罩蓋遮 蔽；如此，可組合成一 LED燈具5。 8 M301984 使用犄對LEI)燈組53通入電流，使其之各led燈發光 並產生熱量，該等熱量將藉由氣體的熱對流作用，而被較 低溫的各吸熱體40所吸收，再經由各吸熱片41傳導到熱管 20之又熱#又21，另藉熱管2〇之氣液相熱傳機制，以將熱量 快速帶至分隔板10上方之熱管2〇的放熱段烈上，並由^熱 段22將熱傳導給各散熱體3G ;最後，藉由led燈具5外部 之低溫氣流，將各散熱體30之熱量帶離，以使各燈能 •在一較低的溫度下運作，進而延長其使用壽命。 綜上所述，當知本創作之LED燈具防水散熱結構已具 有產業利用性、新穎性與進步性，又本創作之構造亦未曾 綠同類產品及公開使用’完全符合新型專射請要件， 爰依專利法提出申請。For example, the Republic of China new patent certificate number is on the seat, a heat sink, and a plurality of LED conventional LED lamp heat dissipation structures, as disclosed by M272940, which mainly includes a light bulb, wherein a plurality of heat radiating fins are formed extending upward from the back surface of the upper seat. One of the fins is attached to the middle of the inner side of the upper seat, and the other plane is fixedly connected to the LH) bulbs; thus, to form an LED street lamp heat dissipation structure. However, the conventional LE1D lamp heat dissipation structure still has the following points in actual use, since it is only by the contact of each (10) bulb and the heat sink M3 01984 to achieve heat transfer, The heat that can be taken away has its limitations: the second is quite slow, and it has been developed _, and the fundamental heat dissipation demand of _;=== has been greatly shortened due to its service life. Line 2! Knowing the problems that arise, the creator of this case is engaged in the experience of the chanting of the light of the mouth, and in the spirit of refined M, Ge, ^p, and the pursuit of the essence of the spirit, actively research and improve the 'individualized Creation of "(10) Lamp waterproof and heat dissipation structure". [New content] The main purpose of this creation is to provide a waterproof and dimming structure for LED lamps, which can quickly remove the heat generated by LED lamps, so that (10) lamps can operate at lower temperatures and thus extend Its service life. In order to achieve the above purpose, the present invention provides an LH) lamp waterproof heat dissipation structure, and provides heat dissipation for the LED lamp. The heat dissipation structure includes a partition plate, a plurality of heat pipes, a heat sink and a heat absorbing body, wherein the partition plate a plurality of through holes are provided, wherein the through holes are vertically disposed, and one end of the heat pipe is a heat receiving portion, and the other end is a heat releasing portion, and the heat receiving portion is formed below the partition plate, and the heat releasing portion is formed above the partition plate The heat sink and the heat absorbing body are each provided with a plurality of mutually corresponding through holes, and the through holes of the heat sink are sleeved on the heat release section of the heat official, and the through holes of the heat absorbing body are sleeved on the heat receiving section of the heat pipe. [Embodiment] M301984 The detailed description and technical contents of the present invention are as follows, but the drawings are only for reference and explanation, and are not intended to limit the work. Please refer to the first, second and third figures, which are respectively the three-dimensional exploded view, the combined schematic view and the combined partial sectional view of the creation. The present invention provides a waterproof and heat-dissipating structure for the Μ lamp, which mainly comprises a partition _, a plurality of heat pipes 20 a heat dissipating body 30 and a heat absorbing body 4, wherein the partitioning plate 10 is made of aluminum or the like, and has a rectangular plate body η' on the plate body 11 and a plurality of rows parallel to each other. The hole (1) factory is connected with a fixing piece 12 at its four corners. The heat pipes 20 are vertically disposed in the through holes 1 分隔 of the partitioning plate 1 , and the other end of the heat receiving portion 21 is the heat releasing portion 22 , and the dream is filled with the capillary structure and the hydraulic fluid. The heat transfer mechanism of the gas and liquid phases is used to achieve a rapid heat transfer effect. The heated section 21 is formed below the partition (4), and the heat release section 22 is formed above the partition plate 1〇. The heat dissipating body 30 can be a squeezing type or a stacked type heat dissipating body, and the illuminating body 30 can be set in groups or more, and is used as a phase library according to the actual heat dissipating requirement of the heat source: configuration, in this embodiment, the plurality of fins 31 are mutually Stacked and combined,: The exothermic sheet 31 is made of Ming, copper or other materials with good heat dissipation. There are a plurality of corresponding perforations 311 on the top, and a ring wall extending outward from each side. One of the 312 I tubes is on the exothermic section 22. The 311 is used for socketing in heat, and the heat absorbing body 4G can be a transition or stacked type heat absorbing body, and the system can be set in groups or groups. The present embodiment is composed of a plurality of heat absorbing sheets stacked on each other, M3 01984 • ' The heat sinking film 41 is made of aluminum, copper or other material having a good heat absorbing material, and a plurality of corresponding perforations 411 are formed thereon, and the perforated holes are formed on the side: the side wall extends outwardly with a ring wall 412, the perforations The 411 system is sleeved on the heated section 21 of the thermal officer 20. / In addition, the creation further includes a plurality of waterproof gaskets 13 which are sleeved in the middle section of the heat officer 2Q and are fixed in the through holes of the partition plate ◦, the waterproof gasket 13 may be rubber or the like It is made to increase the sealing and waterproof effect of the upper and lower sides of the partition 10. Please refer to the fourth, fifth and sixth figures, which are respectively applied to the three-dimensional exploded view, combined appearance and use state of the LED lamp. The waterproof heat dissipation structure of the present invention is installed on an LED lamp 5. For providing heat dissipation, the LED lamp 5 includes an upper casing 51, a lower casing, a LED assembly 53 and a cover 54. The upper casing 51 is capped and connected to the upper casing 52. The LED lamp group 53 is fixed to the upper casing "and is accommodated in the interior of the casing 52, and the outer casing 54 is attached to the upper casing 51". The outer casing 54 is formed on the outer casing 54. A plurality of ventilation slots 541 are formed in the upper portion of the upper housing 51. A partitioning plate 511 is formed in the upper housing 51. The partitioning plate (7) is sealed on the through-hole slot 511, and is passed through the fixing piece 12 by screws or the like. And connected to the upper casing 51, and between the upper and lower casings, 52 and the partitioning plate (7), y is closed to the valley, and the aforementioned heat absorbing body 4 热 and the heat pipe 2 受, I Further, the 21 series valley σ is in the closed valley interior, and the heat radiating body and the heat pipe 放 ^ heat releasing section 22 are formed outside the upper casing 51 and are externally The cover is shielded from the cover; thus, it can be combined into an LED lamp 5. 8 M301984 The current is applied to the LEI lamp group 53 so that the LED lamps emit light and generate heat, which will be convected by the heat of the gas. The function is absorbed by the lower temperature heat absorbing body 40, and then transmitted to the heat pipe 20 through the heat absorbing sheets 41, and the gas heat transfer mechanism of the heat pipe 2 is used to quickly bring the heat to The heat release section of the heat pipe 2〇 above the partition plate 10 is heated, and the heat is transferred to the heat radiating bodies 3G by the heat segment 22; finally, the heat of each heat sink 30 is taken away by the low temperature airflow outside the led lamp 5 In order to enable each lamp to operate at a lower temperature, thereby extending its service life. In summary, when the LED lamp waterproof and heat dissipation structure of Zhiben has been industrially utilized, novel and progressive, The structure of this creation has not been used in the same kind of products and public use of 'completely in line with the new special requirements, and applied for the patent law.
惟以上所述僅為本創作之較佳可行實施例，並非因此 :拘限本創作之專利範圍，故舉凡運用本創作說明書及圖 =内:所為之等效結構變化，或直接或間接運用於其它相 合予陳明。川理白包含於本創作所涵蓋之範圍内， 【圖式簡單說明】 第一圖 第二圖 第三圖 弟四圖 係本創作之立體分解圖。 係本創作之組合示意圖。 係本創作之組合局部剖視圖。 係本創作應料LED燈具之立體分解圖。 M301984 =五圖係、本創作應用於·燈具之組合外觀圖。 第六圖係本創作應用於LH)燈具之使用狀態剖視圖 【主要元件符號說明】 【本創作】 分隔板10 板體11 固定片12 熱管20 受熱段21 散熱體30 散熱片31 環牆312 吸熱體40 吸熱片41 環牆412 LED燈具5 上殼板51 下殼板52 外罩54 通孔111 防水墊圈13 放熱段22 穿孔311 穿孔411 透空槽511 LED燈組53 通風槽541 10However, the above description is only a preferred and feasible embodiment of the present invention, and is not intended to limit the scope of the patent of the present invention. Therefore, the use of the present specification and the figure: the equivalent structural change, or directly or indirectly Others are matched to Chen Ming. Chuan Libai is included in the scope of this creation. [Simplified illustration] The first picture The second picture The third picture The fourth picture is the three-dimensional exploded view of the creation. A schematic diagram of the combination of the creation. A partial cross-sectional view of the combination of the creations. This is an exploded view of the LED fixtures. M301984 = Five-picture system, this creation is applied to the combined appearance of the lamps. The sixth picture is a cross-sectional view of the use of the LH) lamp. [Main component symbol description] [This creation] Partition 10 Plate 11 Fixing plate 12 Heat pipe 20 Heated section 21 Heat sink 30 Heat sink 31 Ring wall 312 Endothermic Body 40 Heat absorbing sheet 41 Ring wall 412 LED luminaire 5 Upper shell plate 51 Lower shell plate 52 Cover 54 Through hole 111 Waterproof gasket 13 Heat release section 22 Perforation 311 Perforation 411 Clearance slot 511 LED light group 53 Ventilation slot 541 10