M394427 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種LED燈泡模組結構，尤指一種有 利於電熱分離’且可令LED發光元件所發出光線照射幅度 擴大之LED燈泡模組結構。 【先前技術】 電熱分離之概念已應用於需散熱之電器產品上， φ 分離之好處為可以隔絕熱對電的干擾，使發光體光源有穩 定的輸出，可以使散熱裝置熱傳導性集中及使金屬材料具 有低膨脹特性；但有關現有技術LED燈泡之結構，如圖4 所示，LED燈泡包含一電源座9〇、一散熱器91、一鋁基座 92 ' —鋁基片93及一燈罩95，電源座9〇為中空體且外壁 面上貫穿設有多數個槽孔901，可使LED燈泡内、外部空 氟可相通’散熱器91為一中空散熱管體911，且管體911 外壁面環繞排列延伸成複數個散熱片91 2，可供led燈泡 φ 内。P散發熱量至外部空氣中，該散熱器91兩端分別連接電 • 源座90與鋁基座92，鋁基片93設置於鋁基座92上，鋁 基片93上並形成有載有多個led發光元件94之絕緣電路 板96，電路板96之電接點經由電源線及電源轉換模組（圖 中未示）與電源座90形成有電連接，燈罩95蓋覆於設有鋁 基片93的鋁基座92上。 前述LED燈泡安裝於電源使用時，電路板96上LED 發光το件94產生之熱能會經由鋁基片93及鋁基座92再傳 導至散熱器91之散熱片912散逸至外部空間，及利用散熱 M394427 官體911之内部空間與電源座9〇之内部間相互連通，由電 源座90之槽孔901以熱對流方式向外部空間流出，但其電 路板96與該鋁基片93係與鋁基座92為相互貼合，散熱效 果有限，其結構在高功率燈泡設計時，容易造成電路板96 形成高溫熱狀態，電路板上導電金屬材料的電阻會隨著溫 度昇高而增加，電阻會影響到導電材料導電率，會影響到 LED發光元件94應有的輸出發光效率，使發光明暗度產生 變化，且因電路板96上的高溫熱，進而使其上之LED發光 兀件94產生脫離損壞破損現象，此係因電與熱未能分離所 產生之困擾；又該鋁基片93與該鋁基座92為一平面設計， 其發出之光線集中於燈罩95中心，@ LED發光元件叫發 出光線有一定之角度限制，無法照射到散熱片912週圍空 間，使其發出光線照射幅度範圍受到限制。 有鑑於前述LED燈泡散熱效率有限，未能達到電献分 離及照射幅度範圍等問題’實需一改良之啦燈泡結構改 正其缺失。 【新型内容】 本創作者有鑒於現有LED燈泡之結構仍有散執與 不均句等諸多缺點而予以重新設計，藉由本創作所 電熱分離LED燈泡模組結構，可增加散熱面積 及可擴大^發光元件發出光線照射幅度範圍為其創作目 的 為達到本㈣之目的所運料技術手段， 電熱分離LED燈泡模組結構，其包括1源座、種 -链基座、複脑LED發光元件…15、 罩該電源座為中r c Ί 4 M394427 二體且於壁面上設有複數個貫穿壁面之槽孔’散熱器為一 中空官體且兩端分別連接電源座與鋁基座，該電源座之内部 空間與散熱器之管體内部空間相互連通，燈罩蓋覆於相對 於散熱器的鋁基座上； 該鋁基座，其為一片體，於該鋁基座片體之平面部份 的中心向上突伸設有一台座，該台座具有一平面與一斜 ' 面，該平面位於台座中央且位置較該鋁基座之平面部分為 - 高，該斜面環繞位於鋁基座中央的平面與平面部分之間， 鲁 於台座之平面與斜面上設有複數個固定孔，該台座於下方 向内部形成一空間且具有一開口，該開口與散熱器之管體 内部空間相互連通； 該LED發光元件’其底面為一固定柱，該固定柱固設 於台座之平面與斜面上固定孔中。 所述之電熱分離LED燈泡模組結構，其LED發光元 件，具有一設置於單層電路板，該電路板上載有發光二極 體’該電路板之頂面兩側設有與發光二極體電連接之導接 • 點’各LED發光元件之導接點間以電線做電連接，該電路 板之底面與一固定柱相互結合，該固定枉為金屬材質，固 定柱之外徑係與固定孔相配合，可以緊迫方式固設於固定 孔内，與台座相互結合。 所述之電熱分離LED燈泡模組結構，其中該散熱器之 管體於外部環繞排列突伸複數個散熱另，該散熱片之構造 為一片體’該管體於上緣内壁面形成一卡槽’該台座於下 方突伸一結合柱’該卡槽可與台座之結合柱相互卡合。 所述之電熱分離LED燈泡模組結構，該鋁基座為導熱 Γ M394427 之金屬材質。 所述之電熱分離LED燈泡模組結構，其中該鋁基座上 設有穿孔。 所述之電熱分離LED燈泡模組結構，其十金屬散熱片 於片體之外側上緣形成一塊體》 .藉由前述的技術手段本創作可達到以下的優點及功 - 效： — 1 本創作所設計之電熱分離LED燈泡模組結構，其台 鲁 i材質為-導熱材質，台座具有一平面與一斜面，台座之 平面與斜面上設有複數個固定孔，設有LED發光元件之固 定柱可藉此固定孔安置於台座之平面與斜面上，藉由凸出 於台座平面與斜面的固定柱設計，使設於電路板上之led 發光π件所產生之高溫熱經由固定柱傳導至面積較大之鋁 基座，再藉由鋁基座將高溫熱傳導至散熱器，散熱器再將 高溫熱排放於外部空間環境中，故固定柱之設計可使LED _ 發光元件所產生之高溫熱可以迅速傳導排放於外部環境， 達到電熱分離之效果；又台座可增加鋁基座之散熱面積， 且台座於内部形成一中空空間可供熱氣對流，熱氣流進一 步可由散熱器之散熱片或電源座上之槽孔散出於外部空 間’以提高散熱效率。 2.本創作所設計之電熱分離LED燈泡模組結構，其台 局於紹基座之平面的突伸平台，其LED發光元件裝 置於台座ψ 7-- 1, A . 一 <十面或斜面上，可使LED燈泡發出之光線照射 幅度範圍更為擴大。 【實施方式】 M394427 本創作為一種電熱分離LED燈泡模組結構，如圖i及 圖2所示’其包括一電源座4〇、一散熱器3〇、一鋁基座 10、複數個LED發光元件20及一燈罩50，該電源座4〇 為中空體且於壁面上設有複數個貫穿壁面之槽孔41，散熱 。° 0為中空管體301且兩端分別連接電源座4〇與铭基 座1〇，燈罩50蓋覆於相對於散熱器30的鋁基座1〇上。 請參見圖2及圖3所示，該鋁基座1〇,其為一片體， 為導熱材質，於該鋁基座1〇中心向上突伸設有—台座川， 該台座11具有一平面與一斜面112,該平面”彳位於 台座11的中央且位置較該鋁基座1〇之平面部分為高該 斜面11 2環繞位於平面1彳彳與鋁基座，〇的平面部分之間， 於口座11之平面111與斜面彳彳2上設有複數個固定孔 與穿孔13,令固定柱24裝置於固定孔12處，而電路設置 所需之孔洞則利用穿孔13,該台座彳彳於下方向内部凹設形 成一空間11 3且具有一開口 11 4，該開口 1 14與散熱器30 之管體301内部空間相互連通，並於台座11下方突伸一結 合柱11 5 ’電源轉換模組等組件可裝設於此空間彳彳3及管 體301中。 該複數LED發光元件20，具有一設置於單層電路板 21，該電路板21上載有發光二極體22，該電路板21之頂 面兩側設有與發光二極體22電連接之導接點23，各LED 發光元件20之導接點23間以電線做電連接，該電路板21 之底面與一固定柱24相互結合，該固定柱24為金屬材質， 固疋柱24之外徑係與固定孔1 2相配合，可以緊迫方式固 設於固定孔12内’與台座1 1相互結合。 M394427 該散熱器30 ’其管體3〇 1於外部環繞排列突伸複數個 散熱片31’該散熱片31其構造為一片體311，於片體311 之外側上緣形成一塊體312，該管體301於上緣内壁面形 成一卡槽302，該卡槽302可與台座11之結合柱115相互 卡合固定。 該電源座40 ’其内部空間與散熱器3〇之管體3〇1内 部空間相互連通。 請參見圖3所示，本創作完成組裝使用時，藉由凸出 於台座11平面111與斜面112的固定柱24設計，使設於 電路板21上之LED發光元件20所產生之高溫熱經由固定 柱24傳導至面積較大之鋁基座再藉由鋁基座1〇將高 溫熱傳導至散熱器3〇，散熱器30再將高溫熱排放於外部空 間環境中’固定柱24之凸出於台座11平面111與斜面112 "又》十’可使LED發光元件2〇所產生之高溫熱可以迅速傳導 排放於外部環境，達到電熱分離之效果；又台座11可增加 铭基座1〇之散熱面積，台座11於内部形成一中空空間113 可增加熱對流空間，而熱氣流經由開口彳彳4進入散熱器3〇 之管體301内部’再經由電源座40之槽孔41逸散至外部 空間’以提高散熱效率；同時台座11具有一平面m與一 斜面112,可使位於斜面112固定柱24上之LED發光元件 20可以增加發出光線之照射幅度，提供LED發光元件20 光線經由燈罩50之外圍部位發光。 以上所述僅是本創作的較佳實施例而已，並非對本創作 作任何形式上的限制，雖然本創作已以較佳實施例揭露如 上然而並非用以限定本創作，任何所屬技術領域中具有通 r 8 M394427 常知識者，在不脫離本創作技術方案的範圍内 述揭示的技術内容作出些許更動或修飾為等1 實施例，但凡是未脫離本創作技術方案的内容 的技術實質對以上實施例所作的任何簡單修t 修飾，均仍屬於本創作技術方案的範圍内。 【圖式簡單說明】 圖1為本創作的立體圖。 ’當可利用上 3變化的等效 ’依據本創作 、等同變化與M394427 V. New Description: [New Technology Field] This creation is about an LED bulb module structure, especially an LED bulb module that facilitates electrothermal separation and can increase the range of light emitted by LED light-emitting components. structure. [Prior Art] The concept of electrothermal separation has been applied to electrical products that require heat dissipation. The advantage of φ separation is that it can block the interference of heat and electricity, so that the illuminant source has a stable output, which can make the heat conduction of the heat sink concentrated and make the metal The material has low expansion characteristics; however, as for the structure of the prior art LED bulb, as shown in FIG. 4, the LED bulb comprises a power socket 9 一, a heat sink 91, an aluminum base 92' - an aluminum substrate 93 and a lamp cover 95. The power socket 9 is a hollow body and a plurality of slots 901 are formed in the outer wall surface, so that the inside and outside of the LED bulb can communicate with each other. The radiator 91 is a hollow heat pipe body 911, and the outer wall surface of the pipe body 911 The surrounding arrangement extends into a plurality of heat sinks 91 2 for use in the led bulb φ. P radiates heat to the outside air, and the two ends of the heat sink 91 are respectively connected to the power source base 90 and the aluminum base 92. The aluminum substrate 93 is disposed on the aluminum base 92, and the aluminum substrate 93 is formed with a plurality of loads. The insulating circuit board 96 of the LED light-emitting component 94, the electrical contact of the circuit board 96 is electrically connected to the power supply base 90 via a power line and a power conversion module (not shown), and the lamp cover 95 is covered with an aluminum base. The sheet 93 is on the aluminum base 92. When the LED bulb is installed in a power source, the LED light on the circuit board 96 emits heat, and the heat generated by the member 94 is re-conducted to the heat sink 912 of the heat sink 91 via the aluminum substrate 93 and the aluminum base 92 to dissipate into the external space, and the heat is dissipated. M394427 The internal space of the body 911 communicates with the interior of the power socket 9,, and the slot 901 of the power socket 90 flows out to the external space by thermal convection, but the circuit board 96 and the aluminum substrate 93 are combined with the aluminum base. The seat 92 is adhered to each other, and the heat dissipation effect is limited. When the structure of the high-power bulb is designed, the circuit board 96 is likely to form a high-temperature heat state, and the resistance of the conductive metal material on the circuit board increases with the temperature, and the resistance will increase. Affecting the conductivity of the conductive material affects the output luminous efficiency of the LED light-emitting element 94, causing a change in the brightness of the light-emitting layer, and the high-temperature heat on the circuit board 96 causes the LED light-emitting element 94 to be generated thereon. Out of damage and damage, this is caused by the failure of electricity and heat to separate; the aluminum substrate 93 and the aluminum base 92 are designed in a plane, and the emitted light is concentrated in the center of the lamp cover 95, @LED hair Issued element called light of a certain angle limit can not be irradiated to the surrounding space between the fins 912, to emit the irradiation light amplitude range is limited. In view of the limited heat dissipation efficiency of the aforementioned LED bulbs, the problems of the separation of the electric power and the range of the illumination range have not been achieved. The actual improvement of the bulb structure is corrected. [New content] The creator has redesigned the existing LED bulbs in view of the many shortcomings such as loose and uneven sentences. The structure of the LED bulb module can be increased by the electrothermal separation of the LED bulb module. The illuminating element emits a range of light irradiation amplitude for the purpose of achieving the purpose of the object of the present (4), the electrothermal separation LED bulb module structure, which includes a source base, a seed-chain base, a compound brain LED light-emitting element...15 The power socket is rc Ί 4 M394427 and has a plurality of slots penetrating through the wall surface. The radiator is a hollow body and the two ends are respectively connected with a power socket and an aluminum base. The inner space communicates with the inner space of the heat sink body, and the lamp cover covers the aluminum base relative to the heat sink; the aluminum base is a piece of body at the center of the planar portion of the aluminum base piece Projecting upwardly, a pedestal having a plane and a slanted surface, the plane being located at the center of the pedestal and at a position higher than a plane portion of the aluminum base, the slope surrounding the center of the aluminum base Between the surface and the plane portion, a plurality of fixing holes are formed on the plane and the inclined surface of the pedestal, and the pedestal forms a space in the lower direction and has an opening which communicates with the inner space of the heat pipe body; The LED light-emitting element has a bottom surface which is a fixed column, and the fixing column is fixed in the fixing hole of the plane and the inclined surface of the pedestal. The electrothermally separated LED bulb module structure, the LED light-emitting component has a single-layer circuit board, and the circuit board carries a light-emitting diode. The top surface of the circuit board is provided with a light-emitting diode Conductor connection of electrical connection • Point 'Electrical connection between the guiding points of each LED light-emitting element, the bottom surface of the circuit board is combined with a fixing column, the fixing 枉 is made of metal, and the outer diameter of the fixing column is fixed and fixed. The holes are matched and can be fixed in the fixing holes in an urgent manner, and are combined with the pedestal. The structure of the electrothermally-separated LED light bulb module, wherein the tube body of the heat sink is arranged in a surrounding manner to protrude and extend a plurality of heat dissipation, and the heat sink is configured as a body. The tube body forms a card slot on the inner wall surface of the upper edge. 'The pedestal protrudes from the bottom of the binding post'. The card slot can be engaged with the binding post of the pedestal. The electrothermally separated LED bulb module structure is made of a metal material of thermal conductivity Γ M394427. The electrothermally separated LED bulb module structure, wherein the aluminum base is provided with a perforation. The electrothermal separation LED bulb module structure has a ten-metal heat sink forming a body on the outer edge of the outer side of the sheet body. By the foregoing technical means, the author can achieve the following advantages and functions: - 1 The electrothermally separated LED bulb module structure is designed, the material of the platform is made of - heat conductive material, the pedestal has a plane and a slope, the plane and the inclined surface of the pedestal are provided with a plurality of fixing holes, and the fixing column of the LED light-emitting component is provided. The fixing hole can be disposed on the plane and the inclined surface of the pedestal, and the high-temperature heat generated by the led illuminating π piece disposed on the circuit board is transmitted to the fixed column through the fixing column protruding from the plane of the pedestal and the inclined surface. The aluminum base is larger, and the high temperature heat is transmitted to the heat sink through the aluminum base. The heat sink then discharges the high temperature heat into the external space environment, so the design of the fixed column can make the LED _ light-emitting element high. The warmth can be quickly transmitted to the external environment to achieve the effect of electrothermal separation; the pedestal can increase the heat dissipation area of the aluminum base, and the pedestal forms a hollow space inside for convection of hot air, hot air Further by the radiator or heat sink for the power base of the slot between the external space scattered 'to enhance heat dissipation efficiency. 2. The structure of the electrothermal separation LED bulb module designed by the author, the platform of the platform on the base of the pedestal, the LED light-emitting component is mounted on the pedestal - 7-- 1, A. a < On the slope, the range of light emitted by the LED bulb can be expanded. [Embodiment] M394427 This is an electrothermal separation LED bulb module structure, as shown in Figure i and Figure 2, which includes a power socket 4〇, a heat sink 3〇, an aluminum base 10, and multiple LEDs. The component 20 and a lamp cover 50 are hollow bodies and are provided with a plurality of slots 41 extending through the wall surface on the wall surface to dissipate heat. ° 0 is a hollow pipe body 301 and the two ends are respectively connected to the power base 4〇 and the base base 1 , and the lamp cover 50 covers the aluminum base 1〇 with respect to the heat sink 30. As shown in FIG. 2 and FIG. 3 , the aluminum base 1 is a one-piece body, which is a heat-conducting material, and protrudes upward from the center of the aluminum base 1 , and the base 11 has a plane and a slope 112 which is located at the center of the pedestal 11 and is located higher than the plane portion of the aluminum base 1 该. The slope 11 2 is located between the plane 1 彳彳 and the aluminum base, between the planar portions of the raft, A plurality of fixing holes and perforations 13 are formed in the plane 111 and the inclined surface 彳彳2 of the mouth seat 11, so that the fixing post 24 is disposed at the fixing hole 12, and the hole required for the circuit setting uses the through hole 13, which is placed under the hole The inner recessed portion defines a space 11 3 and has an opening 11 4 . The opening 14 14 communicates with the inner space of the tube body 301 of the heat sink 30 , and a combined column 11 5 ' power conversion module protrudes below the pedestal 11 . The component can be installed in the space 彳彳3 and the tube body 301. The plurality of LED light-emitting elements 20 have a single-layer circuit board 21, and the circuit board 21 carries a light-emitting diode 22, and the circuit board 21 On both sides of the top surface, there are guiding points 23 electrically connected to the LEDs 22, and the LEDs are distributed. The bottom surface of the circuit board 21 is electrically connected to a fixed post 24, and the fixing post 24 is made of a metal material. The outer diameter of the fixing post 24 is fixed to the fixing hole 12 The heat sink 30' The body 311 is formed as a body 311, and a body 312 is formed on the outer edge of the outer side of the body 311. The tube body 301 forms a card slot 302 on the inner wall surface of the upper edge, and the card slot 302 can be engaged with the binding post 115 of the pedestal 11. The inner space of the power socket 40' communicates with the inner space of the heat sink 3〇3. 1 Please refer to FIG. 3, when the assembly is completed and assembled, by protruding from the plane 111 and the inclined surface of the pedestal 11 The fixing post 24 of the 112 is designed such that the high temperature heat generated by the LED light emitting element 20 disposed on the circuit board 21 is conducted to the aluminum base having a large area via the fixing post 24, and the high temperature heat is transmitted to the aluminum base 1 The radiator is 3 〇, and the radiator 30 discharges the high temperature heat to the outside space. In the environment, the fixed column 24 protrudes from the pedestal 11 plane 111 and the inclined surface 112 " and the tenth can cause the high-temperature heat generated by the LED light-emitting element 2 to be quickly discharged to the external environment to achieve the effect of electrothermal separation; The pedestal 11 can increase the heat dissipation area of the Ming pedestal. The pedestal 11 forms a hollow space 113 inside to increase the heat convection space, and the hot air flow enters the inside of the heat sink 3 through the opening 彳彳4. The slot 41 of the power socket 40 is dissipated to the external space to improve the heat dissipation efficiency. At the same time, the pedestal 11 has a plane m and a slope 112, so that the LED light-emitting element 20 on the fixed column 24 of the slope 112 can increase the illumination. The LED light-emitting element 20 is provided with light to emit light through a peripheral portion of the globe 50. The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Although the present invention has been disclosed above in the preferred embodiments, but is not intended to limit the present invention, R 8 M394427 Those skilled in the art will make some modifications or modifications to the technical content disclosed in the scope of the present technical solution, but the technical essence of the content without departing from the technical solution of the present invention is the same as the above embodiment. Any simple modifications made are still within the scope of this creative technical solution. [Simple description of the drawing] Fig. 1 is a perspective view of the creation. 'When the equivalent of the last three changes can be used ‘based on this creation, equivalent changes and
圖2為本創作的立體分解圖。 圖3為本創作的剖視圖。 圖4為現有技術之剖視圖。 【主要元件符號說明】 10鋁基座 11台座 12固定孔 13穿孔 111平面 1 1 2斜面 1 1 3空間 1 14 開口 1 1 5結合柱 12固定孔 13穿孔 20 LED發光元件 21電路版 22發光二極體 23導接點 24固定柱 3〇散熱器 301管體 302卡槽 31散熱片 311片體 312塊體 40電源座 41槽孔 50燈罩 90電源座 M394427 91 散熱器 901 91 1 散熱管體 912 92 鋁基座 93 94 L E D發光元件 95 96 電路板 槽孔 散熱片 電路板 燈罩 10Figure 2 is an exploded perspective view of the creation. Figure 3 is a cross-sectional view of the present creation. Figure 4 is a cross-sectional view of the prior art. [Main component symbol description] 10 aluminum base 11 pedestal 12 fixing hole 13 perforation 111 plane 1 1 2 inclined surface 1 1 3 space 1 14 opening 1 1 5 binding post 12 fixing hole 13 perforation 20 LED light-emitting element 21 circuit board 22 light-emitting two Polar body 23 lead point 24 fixed column 3 〇 heat sink 301 tube body 302 card slot 31 heat sink 311 piece body 312 block body 40 power socket 41 slot 50 lampshade 90 power socket M394427 91 heat sink 901 91 1 heat pipe body 912 92 Aluminum base 93 94 LED light-emitting element 95 96 Circuit board slot heat sink circuit board lampshade 10