M396916 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種LED燈泡型反射罩改進結構，特別是指 —種可有效增加照明亮度、使光線均勻化的結構以及延長其使用 壽命的反射罩結構。 【先前技術】 按，由於人類生活文明的進步，使得人們的生活不再僅以白 天的活動為主，電燈的發明更使其成為曰常生活中不可或缺的用 品，大至室内、外的照明，小至個人閱讀等，而近年來因較為省 電節能的發光二極體(LED)燈具生，因此A量將LED設置成各 式登具、或設計成燈泡狀以進行照明。 …、而’上述燈泡結獅沿用一段時日，在使用時不免仍有下 述缺點： Ϊ.白用LED的燈泡結構因未設有反射板，因此只能將光線任 接直射明，無法有效集中向下反折出，係其主要缺 失。 2.習用LED的燈泡結構在使用時因光線直射而出，易產生刺 眼的眩光，係其另一缺失。 為解決上述燈泡結構的缺失 建之道，終於有本創作之產生。 創作人乃針對該些缺失研究改 M396916 【新型内容】 本創作主要目的在於提供-種LED燈泡型反射罩改進結構， 其係在燈棚口設置的反射罩可將光線集中向下㈣，以有^增 本創作次要目的在於提供—種LED燈_反射罩改進結構， 其表面呈毛玻璃半透明狀的燈泡，可將從⑽散發出的光線均句 化，以避免直射光線太強產生刺眼的眩光。 二 本創作另-目的在於提供一種LED燈泡型反射罩改進結構， 其是在燈泡周緣套設-散熱器、，降紐泡表面溫度延長其使用I 命。 奇 為達到上述目的，本創作此一 燈泡型反射罩改進結構， 主要是由燈泡、反射罩、散熱II及安定器所組成；其中，燈泡是 -表面呈毛玻璃半透明狀的罩體;反射罩是一由多角度凹:的: 籲射面形成的漸縮狀罩體；散熱器是一在外周壁面設有紐個散熱 ‘片的錐形罩體，且其輪端上凹設有—容置空間；燈頭是由固定 座、燈座及LED g體所組成；將燈泡與反射罩結合固定後，再將 燈頭的燈座置入散熱器的容置空間結合固定，復將組合好的燈泡 與反射罩置人散熱m，職熱壁會與m緣相貼靠抵 頂，藉由所設置的反射罩可使LED晶體所散出的光線集中向下反 射’而表面呈毛玻辭透雜的燈料使散出的光線均勻化，以 及所設置的散熱H，達到可有效增加照明亮度、避免光線太強產 生眩光以及降低燈泡表面溫度延長其使用壽命的目的。 至於本辦之相構造，運㈣理與產生之功效則參 依圖示之說明，即可達到完全之瞭解： ' 【實施方式】 - 請參閱第l、2、q FI也士名丨从 d圖為本創作之立體組合圖、主要構件立體 龜分解圖及整體結構組合剖面示意圖，由圖中可看出：本創作主要 包含有·燈泡卜反射罩2、散熱器3及燈頭4等部份； 燈泡1是-表面呈毛玻璃半透明狀，並在開口設有結合部U 的罩體。 反射罩2是-由多角度凹折的反射面22形成的漸縮狀罩體， 並在反射罩一端設有結合部21，另一端漸縮成頂緣23。 散熱器3是一錐形罩體，在外周壁面31上設有複數個散熱片 φ 32 ’而散熱器3的漸縮端上凹設有一容置空間33。 . 燈頭4是由固定座41、燈座42及LED晶體43所組成，固定 座41周緣環設有外螺紋4Π，並在固定座41 一端延伸設置具有容 置空間的結合部412 ;燈座42是一與固定座41相結合的固定座， 其周緣環設有外螺紋421，燈座42 —端設有與固定座41結合部 412相對應的容置空間422，另一端設有一裝設LED晶體43的凹 部423 ;該LED晶體43内設有發光二極體431(即LED431)，再將 安定器433設置在燈座42的容置空間422内，並以電線432將 5 M396916 LED431與安定器433連結’將LED晶體43固設在燈座42凹部 423後，再將固定座41的結合部412插置入燈座42的容置空間 422結合固定即組成燈頭4。 當組合時，將燈泡1的結合部11與反射罩2的結合部21以 ‘著材料將二者結合固定，再將燈頭4的燈座42以外螺紋42丨螺 固入散熱器3具有關牙的容置空間33結合固定，復將组合好的 燈泡1與反射罩2置入散熱器3内，使散熱器3的内壁會與燈泡i 外緣相貼靠抵頂，而反射罩2 _緣23會與_ 4燈座42的凹 部423頂部相抵頂，使反射罩2的頂緣23會與⑽晶體犯的發 光二極體431(即LED431)形成相距一高度χ，且該頂緣23係略高 於LED晶體43的發光二極體431。 當使用時，請侧第4縣摘作之絲反觀徑示意圖， 由圖中可看出’當LED晶體—發光二極細散發光線射至反 射罩2時，因為LED431為直射強光，所以光線會藉由呈多角度凹M396916 V. New description: [New technical field] This creation is about an improved structure of LED bulb type reflector, especially a structure that can effectively increase the brightness of the illumination, homogenize the light and prolong its service life. Reflector structure. [Prior Art] According to the progress of human life civilization, people's life is no longer only based on daytime activities. The invention of electric lights makes it an indispensable item in everyday life, as large as indoors and outdoors. Lighting, as small as personal reading, and in recent years, because of the more energy-saving LED light-emitting diode (LED) lamps, so the amount of A will be set into a variety of LEDs, or designed into a light bulb for lighting. ..., and 'the above-mentioned bulb lions have been used for some time, and they still have the following disadvantages when used: Ϊ. The bulb structure of the white LED is not equipped with a reflector, so it can only be used for direct light. The focus is downward and reverse, which is mainly missing. 2. The light bulb structure of the conventional LED is exposed to light when it is used, and it is easy to cause glare of glare, which is another missing. In order to solve the lack of the above-mentioned bulb structure, the creation of this creation is finally realized. The creator has changed M396916 for these missing studies. [New content] The main purpose of this creation is to provide an improved structure of the LED bulb type reflector, which is provided with a reflector at the shed to concentrate the light downward (four) to have The second purpose of the creation is to provide an improved structure of the LED lamp _ reflector, the surface of which is a translucent bulb of frosted glass, which can synthesize the light emitted from (10) to avoid the glare of direct light. Glare. The second creation is to provide an improved structure of the LED bulb-type reflector, which is provided on the periphery of the bulb-heat sink, and the surface temperature of the bulb is extended to use its life. In order to achieve the above objectives, the improved structure of the bulb-shaped reflector is mainly composed of a bulb, a reflector, a heat sink II and a ballast; wherein the bulb is a cover having a translucent surface of frosted glass; a reflector It is a multi-angle concave: a tapered cover formed by the surface; the heat sink is a conical cover with a heat-dissipating piece on the outer peripheral wall, and the wheel end is concavely provided. Space; the lamp cap is composed of a fixed seat, a lamp holder and an LED g body; after the bulb and the reflector are combined and fixed, the lamp socket of the lamp cap is placed in the accommodating space of the heat sink and fixed, and the combined bulb is combined. The reflector and the reflector are placed to dissipate heat, and the hot wall will abut the top of the m-edge. The reflector can be used to condense the light from the LED crystal to reflect downwards. The lamp material homogenizes the scattered light and the heat dissipation H set, which can effectively increase the illumination brightness, avoid the glare of the light being too strong, and reduce the surface temperature of the bulb to prolong its service life. As for the phase structure of the office, the effect of the operation (four) and the effect of the production can be fully understood by referring to the description of the diagram: ' [Embodiment] - Please refer to the l, 2, q FI, also from the name The figure is a three-dimensional combination diagram of the creation, a three-dimensional turtle decomposition diagram of the main components and a schematic diagram of the overall structure combination profile. It can be seen from the figure: the creation mainly includes a bulb reflector 2, a radiator 3 and a lamp holder 4, etc. The bulb 1 is a cover having a surface translucent and having a joint U at the opening. The reflector 2 is a tapered cover formed of a multi-angle concave reflecting surface 22, and has a joint portion 21 at one end and a top edge 23 at the other end. The heat sink 3 is a conical cover. A plurality of fins φ 32 ′ are disposed on the outer peripheral wall surface 31 , and an accommodating space 33 is recessed in the tapered end of the heat sink 3 . The base 4 is composed of a fixing base 41, a socket 42 and an LED crystal 43. The outer circumference of the fixing base 41 is provided with an external thread 4Π, and a joint portion 412 having a receiving space is extended at one end of the fixing base 41; the socket 42 The fixing seat is combined with the fixing base 41. The peripheral ring of the lamp holder 42 is provided with an external thread 421. The lamp socket 42 has an accommodating space 422 corresponding to the fixing portion 41 of the fixing base 41, and an LED is disposed at the other end. a recess 423 of the crystal 43; a light-emitting diode 431 (ie, LED 431) is disposed in the LED crystal 43, and the ballast 433 is disposed in the accommodating space 422 of the socket 42, and the 5 M396916 LED431 is stabilized by the wire 432. After the LED 433 is fixed to the recess 423 of the socket 42 , the coupling portion 412 of the fixing base 41 is inserted into the accommodating space 422 of the socket 42 and fixed to form the base 4 . When combined, the joint portion 11 of the bulb 1 and the joint portion 21 of the reflector 2 are fixed together by the material, and the external thread 42 of the socket 42 of the base 4 is screwed into the heat sink 3 to have a closed tooth. The accommodating space 33 is combined and fixed, and the combined bulb 1 and the reflector 2 are placed in the radiator 3, so that the inner wall of the radiator 3 abuts against the outer edge of the bulb i, and the reflector 2 _ rim 23 will abut the top of the recess 423 of the _ 4 socket 42, so that the top edge 23 of the reflector 2 will form a height χ with the LED 431 (ie LED 431) of the crystal, and the top edge 23 The light emitting diode 431 is slightly higher than the LED crystal 43. When using it, please take a look at the reverse view of the wire in the 4th county. It can be seen from the figure that when the LED crystal-light emitting diode emits light to the reflector 2, because the LED431 is a direct glare, the light will By multi-angle concave
折的反射面22集中反射出去，而由於反射罩2的頂緣23抵頂在 燈座42凹部423的頂部且相距有—高度X，因此當光線散設至頂 緣23時可將卿1上方的光源集中向下折射出增加照明亮度， 又由於燈泡1係為毛玻璃製品，其表面呈半透明狀，因此從L麵 所散出的強烈直射級經過燈泡1射出後，可使光線均勻化以避 免光線太強纽舰的眩光’崎設在财丨騎的麟哭3合 藉由其所爾_繼32，_㈣ 轉 用壽命。 心灰/、使 6 g 给綜上所述’本_之LED燈泡飢鮮—結構，在使用上 確貧具有可有效增加照明亮度、避免光線太強產生眩光以及降低 燈’包表面溫度延長使用壽命的功效，而該等功效確實可以改進習 知者未臻達成之弊，且本創作未見諸公開使用，符合專利之要件， 麦依法提出新型專利申請，懇請賜准專利，實為感禱。 • 【圖式簡單說明】 鲁第1圖為本創作之立體組合圖。 第2圖為本創作之主要構件立體分解圖。 第3圖為本創作之整體結構組合剖面示意圖。 第4圖為本創作之光線反射雜示意圖。 【主要元件符號說明】 Π......結合部 1.......燈泡 .......反射罩 22......反射面 32......散熱片 21......結合部 23......頂緣 3.......散熱器 31......壁面 33......容置窆間 M396916 4..... ..燈頭 41.… ..固定座 411... .外螺紋 412… ..結合部 42·.·. ..燈座 421... ..外螺紋 422. · · ..容置空間 423… ..凹部 43.… ..LED晶體 431... ..發光二極體 432… ..電線 433·.· ..安定器 x 南度The folded reflecting surface 22 is concentratedly reflected out, and since the top edge 23 of the reflecting cover 2 abuts against the top of the recess 423 of the socket 42 and has a height X, the light can be scattered to the top edge 23. The light source is concentrated downward to refract the brightness of the illumination, and since the bulb 1 is a frosted glass product, the surface thereof is translucent, so that a strong direct emission level emitted from the L surface is emitted through the bulb 1 to make the light uniform. Avoid the light is too strong, the glare of the new ship 'Kazaki set in the financial riding of the Lin Cry 3 combined by its _ _ followed by 32, _ (four) converted life. The heart ash /, so that 6 g to the above -> LED light bulb hunger - structure, in the use of the poor can effectively increase the brightness of the illumination, to avoid too strong glare and reduce the temperature of the package's surface The effect of life, and these effects can indeed improve the shortcomings of the prior practitioners, and this creation has not been used publicly, in line with the requirements of the patent, Mai filed a new patent application, and asked for a patent, actually a prayer . • [Simple description of the diagram] Lu 1 is a three-dimensional combination of the creation. Figure 2 is an exploded perspective view of the main components of the creation. Figure 3 is a schematic cross-sectional view of the overall structure of the creation. Figure 4 is a schematic diagram of the light reflection of the creation. [Description of main component symbols] Π...joining section 1.......light bulb.......reflector 22...reflecting surface 32...heating Sheet 21...bonding portion 23...top edge 3....heat sink 31...wall surface 33...receiving daytime M396916 4 ..... .. lamp holder 41...... fixing seat 411.... external thread 412..... joint 42....... lamp holder 421... external thread 422. · · . Included space 423.....recess 43......LED crystal 431.....Lighting diode 432.....Wire 433·.. .. ballast x South