、M347528 八、新型說明： 【新型所屬之技術領域】 本創作係為一種安全向亮度之LED燈具，特別係指一種可 使LED燈泡發揮均勻之高亮度外，更能提昇LED燈泡散熱效 ， 率，增加使用壽命之設計。 【先前技術】 • 按，發光二極體具有省電、壽命長、無水銀、高色再 雛料點及聰勢，更具#極高._自度及足夠之 光通量，因此廣泛的應用於各種不同的領域，如：交通號誌、 大黯告看板、手電筒、室L將設備均可見其應用。 S而’糊LED燈泡作為發光源，若燈泡數量不足，燈泡 讀錢無法發揮至最佳，若燈錄量太乡，歸電量則太 肖’且在制過程巾會持續產生高熱，促使㈣周遭之溫度提 鲁· 升’導致LED之亮度會受影響而降低。尤其是溫度過高，更容 • 綠LED之電路失效，進而造成㈣燈組之使用壽命降低。 【新型内容】 本創作係為-種安全高亮度之LED燈具，係包含一燈罩 及—燈魅和—⑽触、電雜所構成，該鮮與燈泡1結 合後構成一容置空間’可供放置該LED模組及電路板；其中， 該LED模組係以-散熱體與—⑽燈板和反射牆所組合，該散 熱體-端與LE_反平貼結合，並將反射牆套覆⑽燈使容置 5 ^ M347528 空間以反射牆為區隔物，分隔出光源折射空間及氣流流動空 間’另散熱體導熱柱外端再施以風扇配置；藉此，當LED光源 經由反射牆第一次折射擴散至燈罩光源折射空間中呈現均勻 之光源效果後，再經燈罩光源擴散層第二次折射擴散，令燈具 產生均勻之高度發光亮度外，更可透過風扇之直接送風將熱能 • 經氣流流動空間之引導，快速由散熱孔散發於燈具外，增加散 . 熱效率，並使LED燈泡之使用壽命增加。 • 本創作之主要目的，在於提供一種可藉由LED燈厨圍設置 之反射牆，將LE：D燈亮度第一次折射擴散至燈罩上，再經光源 折射空間透過燈罩内緣層之擴散反射層第二次折射擴散產生 均勻亮度高之燈泡結構。 本創作之次要目的，在於提供一種利用散熱體接觸於led 燈板，吸收大量熱態，再透過散熱風扇直接將熱能受氣流流動 空間之引導，由燈泡座之散熱孔快速散發於外端，降低該led 籲· 模組之溫度，不致因過熱而造成損壞，增加使用壽命之燈泡。 • 本創作之再一目的，在於使該燈泡可以直接運用於現在之 設備上，使用範圍較廣，可降低生產之成本。 本創作之又一目的，係藉由單一 LED燈，得到較高及均句 之發光效率，低功耗而省電。 【實施方式】 請參閱第一、二、三圖，本創作之燈具實施例係以燈泡結 6 M347528 構呈現，主要包含-燈罩卜-燈泡座1G及—⑽抛2和 電路板3所組成，其帽罩丨係呈具有—開口之中空罩體社 構’其㈣面並附著絲源概層丨1，麵開口数外^ 有螺牙部1!G可與燈泡座1()開口端内螺牙舰相互旋接後形 成-容置Μ。該容K間可容納該⑽模組2和電路板七〔 其中LED模組2係為LED燈板20及反射牆22和散熱體烈、 散熱風扇24所組成，該㈣燈板20上設有預定數目（圖示為 -個）的LED燈21 ’而LED燈21末端接點21〇係與散熱體烈, M347528 VIII, new description: [New technology field] This creation is a safe brightness LED lamp, especially refers to a kind of high brightness that can make LED bulbs evenly, and can improve the heat dissipation efficiency of LED bulbs. , increase the design of the service life. [Prior Art] • According to the light-emitting diode, it has power saving, long life, no mercury, high color, and more material points and smartness. It is more extremely high. _ self-degree and sufficient luminous flux, so it is widely used. A variety of different fields, such as traffic signs, large billboards, flashlights, and room L, can be seen in their applications. S and 'paste LED bulbs as a light source, if the number of bulbs is insufficient, the bulb reading money can not be played to the best, if the lamp is too much, the amount of electricity will be too short' and the process towel will continue to produce high heat, prompting (4) around The temperature of Tilu·L' causes the brightness of the LED to be affected and reduced. In particular, if the temperature is too high, the circuit of the green LED will be disabled, which will result in a decrease in the service life of the (4) lamp group. [New Content] This creation is a kind of safe and high-brightness LED lamp, which consists of a lampshade and a lamp charm and (10) touch and electric hybrid. The fresh light bulb 1 combines to form an accommodation space. The LED module and the circuit board are placed; wherein the LED module is combined with a heat sink and a (10) light board and a reflective wall, and the heat sink body end is combined with the LE_ anti-flat layer, and the reflective wall is covered. (10) The lamp is used to accommodate 5 ^ M347528 space with the reflective wall as the partition, separating the light source refraction space and the air flow flow space. 'The other end of the heat sink heat transfer column is then applied with a fan configuration; thereby, when the LED light source passes through the reflective wall After the primary refraction spreads to the uniform light source effect in the refraction space of the lampshade light source, the second refraction and diffusion of the diffuser layer of the lampshade source causes the lamp to produce a uniform high brightness, and the heat can be directly supplied by the fan. The guiding of the airflow flow space is quickly emitted from the heat dissipation holes outside the lamp, which increases the heat dissipation efficiency and increases the service life of the LED bulb. • The main purpose of this creation is to provide a reflective wall that can be placed by the LED light kitchen to diffuse the first refraction of the LE:D lamp to the lamp cover, and then diffuse and reflect the light through the refracting space of the lamp through the inner edge of the lamp cover. The second refractive diffusion of the layer produces a bulb structure of uniform brightness. The secondary purpose of the present invention is to provide a heat sink to contact the led light panel, absorb a large amount of hot state, and then directly guide the heat energy to the air flow flow space through the heat dissipation fan, and the heat dissipation hole of the bulb seat is quickly distributed to the outer end. Reduce the temperature of the LED module, not to cause damage due to overheating, and increase the life of the bulb. • A further objective of this creation is to enable the bulb to be used directly on existing equipment, with a wide range of uses, which reduces the cost of production. Another purpose of this creation is to achieve higher and uniform luminous efficiency, low power consumption and power saving by means of a single LED lamp. [Embodiment] Please refer to the first, second and third figures. The lamp embodiment of the present invention is represented by a bulb junction 6 M347528, which mainly comprises a lampshade-bulb holder 1G and a (10) throwing 2 and a circuit board 3. The cap cover is a hollow cover body having an opening, and the (four) face is attached to the wire source layer 丨1, and the number of face openings is outside. The threaded portion 1!G can be in the open end of the bulb holder 1 () The screw-toothed ships are screwed together to form a 容 容. The capacitor K can accommodate the (10) module 2 and the circuit board 7 (wherein the LED module 2 is composed of the LED light board 20 and the reflective wall 22 and the heat sink body and the heat dissipation fan 24, and the (four) light board 20 is provided. The predetermined number (illustrated as -) LED lamp 21 'and the end of the LED lamp 21 contact 21 and the heat sink
上端平面230固接貼合’且LED燈板2〇與該散熱體相接之面 另可塗佈有導熱膏，可增加兩者之間____效率。 又LED㈣之外圍係由反射牆㈡加以環圍’該反射㈣係 為複層結構，外層為齡騎製，_弧面為反射膜層22〇所 製’其形體為漏斗結構設計’下端底面221具孔洞222供⑽ 燈21設置在反射牆22内’該反射牆22開口緣邊並貼觸至燈 泡座ίο _面崎容置如純成麵折射空間25及氣流流 動空間26兩個封閉空間；在散熱體23另端所延伸之導熱柱 231端則施以散熱風扇24配置組合，藉以能提供風量直接作 用在散熱體23之導熱柱231上，將導鎌231集收之熱能受 氣流流動空間26之引導’將熱能快速由散熱孔1〇1散發至燈 具外進行降溫；而電路板3則以絕緣膠3〇固置於燈泡座1〇下 端並連通電源觸點使呈電通路，經由電路板3將燈泡座1〇外 7 M347528 端電源轉換一適當之直流電源傳輸給led燈板20及散熱風扇 24 ’使HD燈作動發亮，並令散熱風扇24啟動送風散熱。 請再參閱第四圖，該燈泡之LE：D燈21接受電源開始發光 後，光源透過反射牆22内面上披覆之反射膜層220加以反射 擴散，將光源均勻投射至燈罩1内層之光源擴散層11，再經 光源擴散層11第二次折射擴散及光源折射空間π封閉空間之 _ 影響，藉以將1^0燈21光度集中而提昇其發光亮度，供照明 之作用；而第五、六圖所示係UED燈21作用時產生之熱能， 會經由貼觸之散熱體23平面傳導至各導熱柱231及反射牆22 外層齡狀大_上加轉彳_溫後，再_散熱風扇24 直接送風錄鏡23之各導熱柱231，賴能隨氣流流動空 間26之引導，快速由散熱孔ιοί散發至燈具外緣，快速降低 LED燈21產生之高溫，達到保護之效果。 _ 參閱第七圓所示，係反射牆22之另一實施例，主要將反射 踏22之形體設計為斜面4之漏斗形體。 而第八、九圖所揭示，係本創作之另一實施例，主要於散熱 體23外端，配置有過濾網5及散熱風扇5〇，透過散熱風扇5〇 將外端冷卻空氣經由活動式過濾網5預先過濾燈具外之灰 塵，再將乾淨之冷空氣直接朝導熱柱23卜欠送，除能將熱能隨 氣流流動空間26之引導，快速由散熱孔1〇1散發至外緣空氣， 快速降低UD燈21產生之高溫，達到保護之效果，更防止燈 8 M347528 具内部積塵，維護内部零件之使用狀態及壽命。 丨隹以上所述者，僅係本創作之一較佳可行實施例而已 故舉凡應用本創作說明書及申請專利範圍所為之等效結構變 化’理應包含在本創作之專利範圍。 【圖式簡單說明】 •第一圖:本創作之立體分解圖。 ; 第二圖··本創作之立體組合圖。 ♦第三圖：本創作之組合剖視圖。 第四圖：本創作之光源作用示意圖。 第五圖：本創作之散熱方向示意圖。 第/、圖·本創作之散熱動作示意圖。 帛七H ·本創叙反射牆另_實施例。 第八圖，本創作之另_實施例。 麄第九圖·本創作之另—實施例散熱動作示意圖。 【主要元件符號說明】 10、 燈泡座 11、 光源擴散層 20、LED燈板 22、反射牆 Μ、孔洞 231、導熱柱 1、燈罩 ⑽ ' 内螺牙 110、螺牙部 21 、 LED 燈 22〇、反射膜層 U '散熱體 24、散熱風扇 、散熱孔 2、LED模組 210、末端接點 22卜底面 230、平面 9 ^ M347528 25、光源折射空間26、氣流流動空間 4、斜面 5、過濾網 3、電路板 50、散熱風扇The upper end surface 230 is fixedly attached to the surface of the LED panel 2 and the heat sink is coated with a thermal conductive paste, which can increase the efficiency between the two. The periphery of the LED (4) is surrounded by a reflective wall (2). The reflection (4) is a multi-layer structure, the outer layer is made of age, and the _ arc surface is made of a reflective film layer 22'. The shape is a funnel structure design. A hole 222 is provided for the (10) lamp 21 to be disposed in the reflective wall 22. The opening edge of the reflective wall 22 is attached to the bulb holder ίο _ 面崎容 such as the pure surface refraction space 25 and the air flow space 26; At the end of the heat-conducting column 231 extending at the other end of the heat-dissipating body 23, a heat-dissipating fan 24 is disposed and combined, so that the air volume can be directly applied to the heat-conducting column 231 of the heat-dissipating body 23, and the heat energy collected by the guiding 231 is received by the airflow flowing space. Guide 26 'The heat is quickly dissipated from the heat dissipation hole 1〇1 to the outside of the lamp for cooling; and the circuit board 3 is fixed with the insulating rubber 3 to the lower end of the lamp holder 1 and communicates with the power contact to make an electrical path through the circuit. The board 3 converts the power supply of the 7 M347528 end of the bulb holder 1 to a suitable DC power source to the LED panel 20 and the cooling fan 24' to make the HD lamp illuminate, and causes the cooling fan 24 to start the air supply and dissipate heat. Referring to the fourth figure, after the LE:D lamp 21 of the bulb receives the power and starts to emit light, the light source is reflected and diffused through the reflective film layer 220 coated on the inner surface of the reflective wall 22, and the light source is uniformly projected to the inner layer of the lampshade 1 to diffuse the light source. The layer 11 is further affected by the second refraction diffusion of the light source diffusion layer 11 and the refracting space π enclosed space of the light source diffusion layer, thereby concentrating the 1^0 lamp 21 illuminance to enhance the illuminance of the illuminance for illumination; and the fifth and sixth The heat energy generated by the action of the UED lamp 21 is transmitted to the heat conducting column 231 and the reflecting wall 22 via the planar surface of the heat radiating body 23, and the outer layer is _ _ _ _ _ cooling fan 24 The heat conducting columns 231 of the direct air supply mirror 23 can be quickly distributed from the heat dissipation holes ιοί to the outer edge of the lamp along with the air flow flow space 26, thereby rapidly reducing the high temperature generated by the LED lamps 21, thereby achieving the protection effect. Referring to the seventh circle, another embodiment of the reflective wall 22 is designed such that the body of the reflective step 22 is designed as a funnel of the bevel 4. As shown in the eighth and ninth embodiments, another embodiment of the present invention is mainly disposed at the outer end of the heat dissipating body 23, and is provided with a filter net 5 and a cooling fan 5〇, and the outer side cooling air is passed through the movable type through the cooling fan 5〇. The filter 5 pre-filters the dust outside the lamp, and then sends the clean cold air directly to the heat-conducting column 23, except that the heat energy can be quickly transmitted from the heat-dissipating hole 1〇1 to the outer edge air according to the guiding of the airflow flowing space 26. The high temperature generated by the UD lamp 21 is quickly reduced to achieve the protection effect, and the lamp 8 M347528 is prevented from having internal dust accumulation, and the use state and life of the internal parts are maintained. The above-mentioned ones are only one of the preferred embodiments of the present invention, and the equivalent structural changes that apply to the present specification and the scope of the patent application are intended to be included in the scope of the present invention. [Simple description of the diagram] • The first picture: the exploded view of the creation. The second picture · The three-dimensional combination of the creation. ♦ Third picture: A sectional view of the combination of the creation. The fourth picture: the schematic diagram of the light source of this creation. Figure 5: Schematic diagram of the heat dissipation direction of this creation. The schematic diagram of the heat dissipation action of the first, the picture and the creation.帛七H·本创叙Reflection wall another _ embodiment. The eighth figure, another embodiment of the present invention.麄 ninth figure · Another example of the present invention - a schematic diagram of the heat dissipation action of the embodiment. [Description of main component symbols] 10. Bulb holder 11, light source diffusion layer 20, LED lamp panel 22, reflective wall Μ, hole 231, heat conducting column 1, lampshade (10) 'Inner thread 110, screw portion 21, LED lamp 22〇 , reflective film layer U 'heat sink 24 , heat dissipation fan, heat dissipation hole 2 , LED module 210 , end contact 22 bottom surface 230 , plane 9 ^ M347528 25 , light source refraction space 26 , air flow flow space 4 , slope 5 , filtering Net 3, circuit board 50, cooling fan