M395121 五、新型說明： 【新型所屬之技術領域】 本創作係提供一種發光二極體燈，尤指於散熱座一側電 路模組之電路板設有一個或一個以上之發光體，並設有以義 部對正所有發光體之透鏡’透鏡另側延伸有環凸狀出光部^ 讓光源進入透鏡後由出光部中央直射、周圍反方向擴散折射 ’以均勻擴大照射範圍。 - 【先前技術】 按，自從電燈被發明以來，由電燈泡開始到日光燈，再 猶 到省電燈泡，都改變了照明燈具的使用型態，也產生了不同 的照明效果，則各種型式的燈具在使用時，所耗用的電量都 相當可觀，而不論是那一種照明用的燈具，體積都相當大、 使用壽命也不長，必須經常更換，且更換後的舊燈具處理也 相當麻煩，尤其是玻璃製的外殼，稍有不慎即容易刺破或割 傷周遭的物品或人員，回收處理也必須耗費工時來進行拆解 — ’因此’隨著時代潮流的演進、環保觀念的提升、節能減碳，Ψ 的意識盛行，對於耗用能源、效果不彰的產品也漸漸被淘汰 ，即有業者以發光二極體（L E D)取代傳統使用的照明燈 具如燈泡、燈管、省電燈泡等，利用發光二極體省電、低發 熱、使用壽命長之特性，取代傳統照明燈具成為新型態的照 明燈具，使用在各種照明中，然發光二極體在製造過程進行 封裂成型後，請參閱第九圖所示，係為習用發光二極體之立 4 體外觀圖’其發光二極體A於發光晶片A 1的外部成型有平 面狀或圓杈形之透光層A 2，以供發光晶片Al之亮光由透 光層A2向外投射出，然目前之發光二極體A，在實際使用 時，仍存在諸多缺失： 丁 ㈠發光二極體A之發光特性為2中央光亮外圍暈散的現 象，導致單-LED之照射面窄小，影響照明之效果 變差，可見距離縮短、可見面積縮小，而若設置面射 型發光二極體A，其照射面擴大後，亮度將會降低而 無法滿足使用者進行閲讀、工作。 (2 )若必須有較大面積之亮光照财，財會使用複數顆 發光二極體’糊A量發光二極體聚集發光，才可以 補強亮光照明之範圍，但相鄰二發光二極體之間隔增 大時，照射區域將會產生暗區，而產生光照不均句之 缺失。 (3)發光二極體A需利用特殊之燈座進行組裝，當一般燈 具要更換成發光二極體燈時，便需將所有燈座全部拆 換’導致更換成本提高且耗費工時亦隨之增長。 是以，如何解決習用發光二極體之問題與缺失，即為從 事此行業之糊廠麵魏研究改善之方向所在者。 【新型内容】 故’創作人有鐘於上述之問題與缺失，乃荒集相關資料 ，經由多方評估及考量，並以從事於此行業累積之多年經驗 ’2不峨似做，始料4频料特大照射範圍 =光源、提高亮度及增大照細離之發光二鋪燈 作專利誕生者。 本創作之主要目的乃在於，該電路模_—個或一個以 光it ’紐射光社魏，再·魏之勒狀出光 2光源財央麵、關姆擴料射方式斜發射光源 7光源可均勻的擴大騎範圍，藉此翻避免照射範圍產 生暗區之目的。 本創作之次要目的乃在於，__狀光部一個或一 個以上凸出部之凹陷部罩覆於—個或—個以上之發光體外， 發光體所發射之光源便可全部照射在凹陷部側壁及弧面，透 過凹陷部側㈣_酸射之_射，錄爾朝中央發 射之光源折射擴散均勻分布後，透勒部絲便可均勻的行 進到由外周_t央呈浮凸錄_之出光面，出光面則透 k中央光源直射、觸光源反方向擴散折射之方式，將光源 ^散照_料麵雜觸，讓燈罩料發射之光源可提 昇亮度並讓光_二_大照射到敢翻，進而達到集中 、高亮度及增大照射範圍與距離之目的。 本創作之再一目的乃在於，該透鏡以複數凸柱嵌固於電 路板複數透孔’且散熱蘭縣座上魏固定孔内穿設之固 疋几件’ A別穿過電路模組電路板之複_空槽再鎖固於定 位座之複數定錄’較位紅抵壓環婦於透絲部之階 該疋位座4為於透鏡3遠離電路模組2一側，且定位座 ^中央處设有供透鏡3出光部32穿過之貫穿槽41，定位 座4於貫賴4 1繼並猶鏡3延伸有抵持於階狀部3工 1之抵壓被4 2，定健4外周緣設有對正並抵持於散熱座 1之階狀凸緣4 3，抵壓環4 2與階狀凸緣4 3之間設有對 正電路減2電路板2 1上各鏤钟2 !丨之複蚊位柱4 4疋位柱4 4並設有供散熱座1各固定元件112穿過相 子應口疋孔111及鏤空槽211後形成鎖固之鎖孔4 41 ’定位座4遠離透鏡3 —側表_於外緣處設有環狀定位槽 4 5 ’定位槽4 5内並設有複數卡塊4 5丄。 °亥燈罩5為裝設於定位座4遠離透鏡3 一側，燈罩5為 呈中空並弧彎連接於尖端狀，燈罩5鄰近定位座4一側為延 伸有置入定位槽4 5内與複數卡塊4 5 1卡IU之定位凸緣5 1 ° 該連接座6為設有内部具連通空間6 〇之固定座6 1及 對接座6 2，中空狀固定座6 ^於外表面設有對正散熱座丄 各對位槽12 2之複數對位塊611，並於複數對位塊61 1之間分別設有蚊座6 i置人容置空間丨〇後卡固於散熱 座1各卡槽12 3之卡固部6!2，其卡固部612可為複 數彈扣、卡勾，固定座61遠離散熱座1一側為設有對接座 6 2，對接座6 2為於遠離散熱座1一側設有插設於預設燈 座上形成電性接觸之接觸部6 2工。 睛參閱第M395121 V. New description: [New technical field] The present invention provides a light-emitting diode lamp, in particular, a circuit board of a circuit module on one side of the heat sink is provided with one or more light-emitting bodies, and is provided with The lens of the illuminator is aligned with the illuminator. The lens has a ring-shaped light-emitting portion on the other side of the lens. The light source enters the lens, and is directly reflected by the center of the light-emitting portion and diffused and refracted in the opposite direction to uniformly expand the illumination range. - [Prior Art] Press, since the invention of the electric light, from the beginning of the light bulb to the fluorescent lamp, and then to the energy-saving light bulb, the use of the lighting fixture has changed, and different lighting effects have been produced, and various types of lamps are used. At the same time, the amount of electricity used is quite considerable, and the lighting fixtures, regardless of the type of lighting, are quite large in size and have a long service life. They must be replaced frequently, and the replacement of the old lamps is quite troublesome, especially in glass. The outer casing is easy to puncture or cut the surrounding objects or personnel with a little carelessness, and the recycling process must also take time to disassemble - 'so' with the evolution of the times, the concept of environmental protection, energy saving The awareness of carbon and cesium is prevailing. Products that consume energy and have poor effects are gradually being phased out. That is, some manufacturers use LEDs instead of traditional lighting fixtures such as light bulbs, lamps, and energy-saving bulbs. Light-emitting diodes save power, low heat, and long service life, replacing traditional lighting fixtures into a new type of lighting fixtures, used in various photos In the Ming Dynasty, after the LED is formed in the manufacturing process, please refer to the ninth figure, which is the vertical appearance of the conventional LED. The LED II is on the LED A 1 The outer surface is formed with a flat or round-shaped transparent layer A 2 for the bright light of the light-emitting chip A1 to be projected outward from the light-transmitting layer A2. However, the current light-emitting diode A still exists in actual use. Many defects: Ding (1) The illuminating characteristic of the illuminating diode A is a phenomenon of 2 central bright peripheral fainting, which causes the single-LED illumination surface to be narrow, affecting the illumination effect, and the visible distance is shortened and the visible area is reduced. When the surface-emitting type LED A is provided, the brightness of the surface is reduced, and the user cannot read or work. (2) If there is a large area of bright light, the accounting will use a plurality of light-emitting diodes to form a light-emitting diode to illuminate the light, so that the range of the bright illumination can be reinforced, but the adjacent two-light diodes When the interval is increased, the illuminated area will produce dark areas, resulting in the absence of illumination inhomogeneous sentences. (3) The light-emitting diode A needs to be assembled with a special lamp holder. When the general lamp is to be replaced with a light-emitting diode lamp, all the lamp holders need to be replaced. This leads to an increase in replacement cost and time-consuming work. Growth. Therefore, how to solve the problem and lack of the use of the light-emitting diode is the direction of the research and improvement of the industry. [New content] Therefore, the creators have the problems and lacks mentioned above. It is a combination of relevant information, and it has been evaluated and considered by many parties, and has accumulated many years of experience in this industry. The material has a large illumination range = light source, increased brightness, and increased illumination. The main purpose of this creation is that the circuit module _-one or one light ' 纽 纽 光 光 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Uniformly expand the range of riding, thereby avoiding the purpose of creating dark areas by the illumination range. The secondary purpose of the present invention is that the recessed portion of one or more protrusions of the __-shaped portion is covered by one or more than one of the light-emitting bodies, and the light source emitted by the illuminant can be completely irradiated in the depressed portion. The side wall and the curved surface pass through the side of the concave portion (4) _ acid shot, and the light source emitted from the center of the volcano is uniformly distributed after the refracting and diffusing, and the through-wire portion can travel uniformly to the outer circumference _t. The light-emitting surface, the light-emitting surface is transmitted through the direct light source of the k-center light source, and the light source is diffused and refracted in the opposite direction, and the light source is scattered to the surface of the material, so that the light source emitted by the lamp cover material can enhance the brightness and allow the light to illuminate. Go to dare to turn, and then achieve the purpose of concentration, high brightness and increase the range and distance of illumination. A further object of the present invention is that the lens is embedded in a plurality of through-holes of the circuit board by a plurality of studs and is fixed in a fixed hole in the Wei County seat. The complex of the plate _ empty slot and then locked in the positioning block of the multiple positioning 'comparison red pressure ring ring in the step of the wire section of the wire seat 4 is the lens 3 away from the circuit module 2 side, and the positioning seat ^The center is provided with a through slot 41 through which the light exiting portion 32 of the lens 3 passes. The positioning seat 4 is extended by the rear mirror 3 and has a pressure against the stepped portion 3 The outer periphery of the health 4 is provided with a stepped flange 43 that is aligned and resists the heat sink 1, and a positive circuit is provided between the pressing ring 4 2 and the stepped flange 43.镂 2 2 丨 复 复 复 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 'The positioning seat 4 is away from the lens 3 - the side surface _ is provided with an annular positioning groove 4 5 ' at the outer edge of the positioning groove 4 5 and is provided with a plurality of blocks 4 5 . The light cover 5 is mounted on the side of the positioning seat 4 away from the lens 3. The lamp cover 5 is hollow and curved and connected to the tip end. The side of the lamp cover 5 adjacent to the positioning base 4 extends into the positioning groove 45 and plural. The positioning block 6 is a fixing seat 6 1 and a docking seat 6 2 having a connecting space 6 内部, and the hollow fixing seat 6 is provided on the outer surface. The plurality of aligning blocks 611 of the aligning slots 12 2 are disposed, and the mosquito cradle 6 i is placed between the plurality of aligning blocks 61 1 , and the accommodating space is respectively set. The fixing portion 612 of the slot 12 3 can be a plurality of latches and hooks. The side of the fixing base 61 away from the heat sink 1 is provided with a docking seat 6 2 , and the docking seat 6 2 is away from heat dissipation. The side of the seat 1 is provided with a contact portion 6 that is inserted into the preset lamp holder to form an electrical contact. See the first
二 N 兔太Μ 四、五、六、七、八圖所示，係 為本創作之立影卜姻、立齡_、另—滅之立體分解 圖、侧現。1J面圖、使用時之側視剖面圖、光線投射角度圖表 光線強度圖表、絲投射形狀圖表，由圖中所示可清楚看 出、’該電路模組2可於電路板21上設有-個或-個以上之 X光體2 2 ’其發光體2 2可為發光二極體（L E D)晶粒 、且個或—個以上之L E D晶粒可呈間隔狀並塗佈有螢光 粉’以發射出點光源’或是於複數相鄰之L ED晶粒上進行 封裝以發射出面光源，而所發射出之光源可對正照射於透 見3個或個以上之入光部33内，入光部μ為利用凹 槽3 31内—個或—個以上凸出部3 3 2之凹陷部3 3 3罩 覆於個或個以上之發光體22外，讓各發光體22所發The two N rabbits are shown in the fourth, fifth, sixth, seventh and eighth figures, which are the three-dimensional exploded view and the side of the creation. 1J surface view, side view profile when used, ray projection angle chart light intensity chart, wire projection shape chart, as can be clearly seen from the figure, 'the circuit module 2 can be provided on the circuit board 21 - One or more X-ray bodies 2 2 'the illuminants 2 2 may be light-emitting diode (LED) crystal grains, and one or more LED dies may be spaced and coated with phosphor powder 'Sending a point source' or encapsulating on a plurality of adjacent L ED dies to emit a surface source, and the emitted source may be illuminating the three or more light-in portions 33 The light incident portion μ is covered by one or more of the illuminants 22 by using the recessed portions 3 3 3 of the recesses 316 or the embossed portions 3 3 3 of the embossing portions 31, and the illuminants 22 are emitted.
射之光源可直接照射在凹陷部3 3 3側壁及弧面3 3心X 此避免光源照射至其他位置而產生損耗之缺失。 再者’透過_部3 3 3側壁將發光體2 2朝周圍所發 射之光源集中至透鏡3内，而弧面3 3 4則將發光體2 2中 央發射之高亮度光源折射擴散至透鏡3内均勻分布，讓光源 直接照射至出光部3 2之出光面3 21，_過出光部32 外側壁反射光源至出絲321 (其出光部32亦可進—牛 於外側壁設置反光膜），便可细出光面321將光源_ 以照射至燈罩5，由於出光面3 2 ^為由外周緣朝中央呈浮 凸弧狀之漸縮，便可_弧狀面將光源擴大角度折射至燈罩 5相對方向處（如第五圖所示’右側光源為折射至燈罩5尖 端左側處，左側光源為折射至燈罩5尖端右側處），而中央 處之光源則直接照射到燈罩5尖端處，讓光源可聚集照射在 燈罩5前緣尖端周圍，藉此達到將發光體2 2原本所發射具 大照射乾圍之光源，經過透鏡3反射及折射後集中且均勻的 照射到燈罩5 ’讓透過燈罩5對外發射之光源可提昇亮度， 並讓光源朝"一側擴大照射她圍（如第八圖所示）’以解決一 般發光二極體燈經過長距離路徑後光衰減而無法供應使用者 所需焭度之問題，並讓光源照射到預定範圍以避免照射範圍 過大讓亮度降低，或避免照射範圍過小而讓照射區域產生暗 區之情形，因而具有集中、高亮度及增大照射範圍與距離之 優勢。 請參閱第-、二、三、四圖所示，係為本創作之立體外 觀圖、立體分解®、另-視角之立體分解圖、側視剖面圖， 由圖中所示可清楚看出，該散熱座i可為銅、鋁、銅合金、 鋁合金或其他具良好導熱效果之金屬、合金，且散熱座丄基 座1 1與電路模'组2電路板2 1之間為可具有預定間距，讓 電路板21不會直接的接觸到導電材質之散熱座工而形成短 路；基座1 1與電路板2 1之間又可進__步設有絕緣層丄3 ’其絕緣層13可為塑膠、橡膠或其他絕緣材質所製成之片 體，並組裝於基座1i與電路板2 i之間，又可利用塗佈、 喷覆等方式於基座1!鄰近電路板2 i之表面，或是電路板 M395121 21鄰近基座11之表面設有絕緣層13,其僅具隔絕散熱 座1之基座11與電路模組2之電路板21，讓二者不會電 性接觸之功能即可，_此㈣限本創作之專概圍，如利 2其他修飾及等效結構變化，均應_包含於糊作之專利 範圍内，合予陳明。 # 請參閱第―、二、三、四圖所示，係為本創作之立體外 觀圖、立體分解圖、另—汹之立體分解圖、側視剖面圖， 由圖中所示可清楚看出，該散熱座工之基座工工可利用複數 固定孔111内穿設之固定元件112，分別穿過電路模組 2電路板2 1上複數鏤空槽2 i i，而與定健4上複數定 位柱4 4之鎖孔4 41形成鎖ϋ定位，且定位座4又會利用 抵壓環4 2抵持在透鏡3基部3丄之階狀部3工工上，讓利 用複數凸柱3 I 2仙於電賴組21路板2 i上複數透孔 212之透鏡3 ’可確實定位不會脫離，再裝設燈罩5及利 用連接座6之©定座61置人散熱座^容置空則〇内， 由於固疋座61僅需利用複數對位塊611對正散熱座1側 壁12之複數對位槽12 2，再持續置入容置空間丄〇内至 預定位Μ ’便可讓卡_6 i 2卡固於散熱座k複數卡 槽12 3内，由於組裝上對位、固定快速且簡單，進而可節 省組裝耗費時間。 再者，該連接座6可一體成型製成固定座6 i與對接座 6 2，亦可將固定座6 i與對接座6 2分離製作再進行組裝 12 ’且固定座61為於遠離今细十 i離政熱座1一側為漸縮再凸伸有The light source can be directly irradiated on the side wall of the concave portion 3 3 3 and the curved surface 3 3 core X. This prevents the light source from being irradiated to other positions to cause loss of loss. Furthermore, the light source emitted from the illuminant 2 2 is concentrated into the lens 3 through the side wall of the _ portion 3 3 3 , and the curved surface 3 3 4 refracts the high-intensity light source emitted from the center of the illuminator 2 2 to the lens 3 . Uniformly distributed inside, the light source is directly irradiated to the light exit surface 31 of the light exit portion 3 2, and the outer side wall of the light exit portion 32 reflects the light source to the wire 321 (the light exit portion 32 can also enter the cow to provide a reflective film on the outer side wall), The light source 321 can be thinned out to illuminate the light source _, and since the light exit surface 3 2 ^ is tapered by the outer peripheral edge toward the center, the angle of the light source can be refracted to the lampshade 5 by the arc surface. In the opposite direction (as shown in the fifth figure, 'the right side light source is refracted to the left side of the tip end of the lamp cover 5, the left side light source is refracted to the right side of the tip end of the lamp cover 5), and the light source at the center directly illuminates the tip end of the lamp cover 5, allowing the light source The light can be concentrated and irradiated around the tip end of the lampshade 5, thereby achieving a light source that emits a large illumination dryness of the illuminant 2 2, and is reflected and refracted by the lens 3 to be concentrated and uniformly irradiated to the lampshade 5 'to pass through the lampshade 5 Externally emitted light source can increase brightness And let the light source expand toward the side of the " (as shown in Figure 8)' to solve the problem that the light of the general light-emitting diode lamp after the long-distance path is attenuated and cannot supply the user's required temperature, and let The light source is irradiated to a predetermined range to avoid the illumination range being too large to reduce the brightness, or to avoid the situation that the illumination range is too small to cause the dark area of the illumination area, thereby having the advantages of concentration, high brightness, and increased illumination range and distance. Please refer to the first, second, third and fourth figures, which are the three-dimensional appearance of the creation, the three-dimensional decomposition®, the three-dimensional exploded view of the other perspective, and the side sectional view, as can be clearly seen from the figure. The heat sink i can be copper, aluminum, copper alloy, aluminum alloy or other metal or alloy with good heat conduction effect, and the heat sink base 1 1 and the circuit mold group 2 circuit board 2 1 can have a predetermined The spacing is such that the circuit board 21 does not directly contact the heat sink of the conductive material to form a short circuit; the pedestal 1 1 and the circuit board 2 1 can be further provided with an insulating layer 丄 3 'the insulating layer 13 The sheet made of plastic, rubber or other insulating material is assembled between the base 1i and the circuit board 2 i, and can be coated, sprayed, etc. on the base 1! adjacent to the circuit board 2 i The surface of the circuit board M395121 21 is adjacent to the surface of the pedestal 11 and is provided with an insulating layer 13 which only has the pedestal 11 of the heat sink 1 and the circuit board 21 of the circuit module 2 so that the two are not electrically contacted. The function can be, _ this (4) limit the scope of the creation of the original, such as the other 2 modifications and equivalent structural changes, should be included in Within the scope of the patent of the paste, it is given to Chen Ming. # Please refer to the first, second, third and fourth figures, which are the three-dimensional appearance drawing, the three-dimensional exploded view, the other three-dimensional exploded view and the side-view sectional view of the creation. It can be clearly seen from the figure. The pedestal worker of the heat sink can use the fixing component 112 disposed in the plurality of fixing holes 111 to pass through the plurality of hollow slots 2 ii on the circuit board 2 of the circuit module 2, and the plurality of positioning positions on the fixed circuit 4 The locking hole 4 41 of the column 4 4 forms a locking position, and the positioning seat 4 is again abutted against the step portion 3 of the base 3 of the lens 3 by the pressing ring 4 2, so that the complex stud 3 I 2 is utilized. The lens 3 of the 21-way board 2 i on the plurality of through-holes 212 can be surely positioned without disengagement, and the lampshade 5 and the connector 61 of the connector 6 can be used to place the heat sink. In the case, since the solid seat 61 only needs to use the plurality of alignment blocks 611 to align the plurality of alignment grooves 12 2 of the side wall 12 of the heat sink 1, and then continue to be placed in the accommodation space to the predetermined position Μ ' _6 i 2 is fastened in the heat sink k complex card slot 12 3 , which is easy to assemble and fast, and saves assembly time. Furthermore, the connecting seat 6 can be integrally formed into the fixing seat 6 i and the docking seat 6 2 , and the fixing seat 6 i can be separated from the docking seat 6 2 to be assembled and assembled 12 ' and the fixing seat 61 is far away from the present. Ten sides away from the political hot seat 1 side is tapered and then protruding
部613，對接座62則於相鄰固定朗—側設有抵壓= 對接部6 1 3形成緊狄位之複蚊位凸點6 2 2，其固定 座61與對接座6 2可為金、銀、銅、紹或鶴等導電金屬 質製成，亦可_轉、橡膠、木材魏朗定座6ι 再以金銀銅、！呂或鎢等導電金屬材質製成對接座62 ，而電路模組2之電路板2 “彳透過預設導電線穿過散熱座 1基座11之穿孔1i 3、連接座6之中空狀固定座Η， 再與對接座6 2之接觸部6 2 1形成電性連接，其僅频裳 於散熱座1 _電路餘2-側，並於置人預設燈座後導電 以供應電賴組2所設-個或—似上發光體2 2發射光源 所需電力之魏即可’翻此即侷限本創作之專利範圍，如 利用其他修飾及等效結構變化，均應同理包含於本創作之專 利範圍内’合予陳明。The fixing portion 61 and the docking seat 62 can be gold. Made of conductive metal such as silver, copper, shovel or crane, it can also be _ turn, rubber, wood Weilang fixed 6ι and then gold, silver and copper,! A conductive metal material such as LV or tungsten is used as the docking seat 62, and the circuit board 2 of the circuit module 2 "passes through the predetermined conductive wire through the through hole 1i 3 of the base 11 of the heat sink 1, and the hollow seat of the connecting seat 6.形成, and then electrically connected with the contact portion 6 2 1 of the docking station 6 2 , which is only on the left side of the heat sink 1 _ circuit, and is electrically conductive after being placed on the preset lamp holder to supply the electric ray group 2 The set-of-or-like-like illuminator 2 2 can transmit the power required by the light source. This is the limit of the patent scope of this creation. If other modifications and equivalent structural changes are used, it should be included in this creation. Within the scope of the patent 'to the Chen Ming.
另，請參閱第一、二、三、四圖所示，係為本創作之立 體外觀圖、立體分解圖、另一視角之立體分解圖、側視剖面 圖，由圖中所示可清楚看出，該散熱座1、定位座4、燈罩 5及連接座6組裝後，其外表面為呈連續弧狀，便可與既有 倒水滴狀燈泡之外觀形狀相同，且透過連接座6之接觸部6 21便可讓lED燈直接裝設在既有的預設燈座上，讓消費 者不用再更換新的燈座，藉此達到提昇產品適用性及節省資 源、成本之目的。 13 且電路模組21路板21上—個或-個以上之發光體2 2在接收電力以發射光源時，細紅之熱能為傳導至散敎 座1之基座11，再透過傳導及轄射方式傳導至放射狀複數 轉片1 2 1後’複數則1 2 1便會空氣讎流及輕射 7讓熱能順簡出至外部空齡，便可確實且快速的降低 電路板21及-個或一個以上發光體2 2之溫度，讓一個或 一個以上之發級2 2可延長壽命並料運作效能。 上述本創作之發光二極體胁實際使料，為可具有下 列各項優點，如： ㈠該電路模、组2内-個或-個以上之發光體2 2所發射 光源，照射至透鏡3後，利用透鏡3呈環凸狀之出光 部32 ’讓光源以中央直射、周圍相對擴散折射方式 ，讓光源可均勻的擴大照射範圍。 ()該透鏡3利用入光部3 3-個或一個以上凸出部3 3 2之凹卩3 3 3 ’罩覆於—個或—個以上之發光體 2 2外’讓各發光體2 2所發射之光源可直接照射在 凹陷部3 3 3侧壁及弧面3 3 4，讓光源可完全照射 於透鏡3，透過凹陷部3 3 3侧壁將朝周圍發射之光 源集中、弧面3 3 4將朝中央發射之光源折射擴散均 勻分布’再透過由外周緣朝中央呈浮凸弧狀漸縮之出 光面3 21，將中央光源直射、周圍光源反方向擴散 折射至燈罩5前緣尖端周圍，讓燈罩5對外發射之光 M395121 源可提昇亮度並照射到預定範圍。 (三） 該散熱座1利用基座丄丄上複數固定孔i丄丄内穿設 之固定^件112 ’分別穿過電路模組2電路板21 上之複數鏤空槽21 1，再鎖固於定位座4之複數定 位柱4 4，讓散熱座！、電路模組2及定位座4鎖固 定位，而透鏡3因先彻複數凸柱3 i 2♦固於電路 板21之複數透孔2丄2後，便可透過定位座4之抵 壓環4 2抵持於透鏡3基部31之p皆狀部3丄丄上形 成定位，由於透過單次組裝動作便可讓上述構件一併 形成定位，再將燈罩5紕裝於定位座4定位槽4 5内 ，並將連接座6置入散熱座1之容置空間1〇内，使 連接座6之卡固部612卡固於散熱座1之複數卡槽 12 3内便元成整體組裝，因而具有組裝上對位、 固定快速且簡單之優勢。 (四） 該散熱座1、定位座4、燈罩5及連接座6組裝後， 呈連績弧狀之外觀形狀為相同於既有之倒水滴狀燈泡 ，且L E D燈可透過連接座6之接觸部6 21直接裝 設在既有的職燈座上，射者便獨拆換燈座。 故’本創作為主要針對發極體燈，*可於散熱座工 基座11外周緣側壁12外表面設有放射狀複數則工21 ’基座11相對側壁12延伸方向一側裝設電路模組2之電 路板2 1 ’電路板2 1雜散熱座工之表面中央處則設有一 15 個或-個以上之發光體2 2，電路板2 i遠離散熱座丄一側 再袭設有透鏡3，其透鏡3設有對正一個或一個以上發光體 22之基部31’基部31中央處朝遠離電路模組2方向延 伸有環凸狀出光部3 2，讓透鏡3接收—個或—個以上發光 體2 2所發射之光源後，细環凸狀出光部3 2將中央光源 直射、周圍光源朝反方向擴散折射，藉此以達到均勻擴大昭 射範圍為主要保護重點’惟，以上所述僅為本創作之較佳實 施例而已’非因此即侷限本創作之專利範目，故舉凡運用本-創作說明書及圖式内容所為之簡易修飾及等效結構變化，均_ 應同理包含於本創叙專概_，合予陳明。 ^ 、’vT、上所述，本創作上述發光二極體燈於使用時，為確實 月匕，到其功效及目的，故本創作誠為—實用性優異之創作， :符口新型專利之申請要件’差依法提出申請，盼審委早 曰賜准本案’以保障創作人之辛苦創作，倘若釣局審委有 何稽疑’印不吝來函指示，創作人定當竭力配合，實感德_ 便。 攀 16 M395121 【圖式簡單說明】 第一圖係為本創作之立體外觀圖。 第二圖係為本創作之立體分解圖。 第三圖係為本創作另一視角之立體分解圖。 第四圖係為本創作之側視剖面圖。 第五圖係為本創作使用時之側視剖面圖。 第六圖係為本創作之光線投射角度圖表。 第七圖係為本創作之光線強度圖表。 第八圖係為本創作之光線投射形狀圖表。 第九圖係為習用發光二極體之立體外觀圖。 【主要元件 1、 散熱座 10、容置空間 1 1、基座 1 1 1、固定孔 1 12、固定元件 1 1 3、穿孔 2、 電路模組 21、電路板 211、鏤空槽 F號說明】 1 2、側壁 1 21、鰭片 12 2、對位槽 12 3、卡槽 13、絕緣層 212、透孔 2 2、發光體 17 M395121 3、透鏡 3 1、基部 31 1、階狀部 312、凸柱 3 2、出光部 3 21、出光面 4：、定位座 41、貫穿槽 4 2、抵壓環 4 3、階狀凸緣 4 4、定位柱 5、 燈罩 51、定位凸緣 6、 連接座 6 0、連通空間 61、固定座 61 1、對位塊 612、卡固部 3 3、入光部 3 31、凹槽 3 3 2、凸出部 3 3 3、凹陷部 3 3 4、弧面 4 4 1、鎖孔 4 5、定位槽 4 51、卡塊 613、對接部 6 2、對接座 6 21、接觸部 6 2 2、定位凸點 18 M395121 A、發光二極體 A 1、發光晶片 A 2、透光層In addition, please refer to the first, second, third and fourth figures, which are the three-dimensional appearance drawing, the three-dimensional exploded view, the three-dimensional exploded view of another perspective, and the side sectional view, which can be clearly seen from the figure. After the heat sink 1, the positioning seat 4, the lamp cover 5 and the connecting seat 6 are assembled, the outer surface thereof has a continuous arc shape, which can be the same as the appearance of the existing inverted water bulb and is in contact with the connecting seat 6. The part 6 21 allows the lED lamp to be directly installed on the existing preset lamp holder, so that the consumer does not need to replace the new lamp holder, thereby improving the applicability of the product and saving resources and costs. 13 and the light module 2 2 of the circuit module 21 of the circuit board 21 receives the power to emit the light source, the heat of the fine red is transmitted to the pedestal 11 of the sac block 1, and then transmits and controls The radiation mode is transmitted to the radial multi-rotation film 1 2 1 and then the complex number 1 2 1 will cause air turbulence and light radiation 7 to allow the heat energy to be simplified to the external space, so that the circuit board 21 can be reliably and quickly reduced. The temperature of one or more illuminators 2 2 allows one or more of the levels 2 2 to extend the life and to operate. The above-mentioned light-emitting diode body actual material can have the following advantages, such as: (1) The light source emitted by the circuit mode, the group 2 or more than one or more illuminators 2 2 is irradiated to the lens 3 Then, the light-emitting portion 32' having a ring-shaped convex shape by the lens 3 allows the light source to be directly radiated and condensed around the center, so that the light source can uniformly expand the irradiation range. () The lens 3 is covered with one or more than one or more of the illuminants 2 2 ' by the concave portion 3 3 3 ' of the light incident portion 3 - 3 or more protrusions 3 3 2 'to the respective illuminants 2 The light source emitted by the second light can be directly irradiated on the side wall of the concave portion 3 3 3 and the curved surface 3 3 4, so that the light source can be completely irradiated to the lens 3, and the light source emitted toward the periphery is concentrated and curved through the side wall of the concave portion 3 3 3 . 3 3 4 The light source emitted toward the center is refracted and uniformly distributed, and then transmitted through the light-emitting surface 3 21 which is convexly curved toward the center from the outer peripheral edge, and the central light source is directly radiated and the surrounding light source is diffused and refracted in the opposite direction to the leading edge of the lampshade 5 Around the tip, the M395121 source that emits light from the lampshade 5 boosts the brightness and illuminates the predetermined range. (3) The heat sink 1 is respectively fastened through the plurality of hollow slots 21 1 on the circuit board 21 of the circuit module 2 by using the fixing members 112 ′ of the plurality of fixing holes 丄丄 in the base 丄丄Positioning the block 4 of the plurality of positioning posts 4 4, let the heat sink! The circuit module 2 and the positioning block 4 are locked and fixed, and the lens 3 can be passed through the plurality of through holes 2 丄 2 of the circuit board 21 by the plurality of protrusions 3 i 2♦ 4 2 is formed on the p-shaped portion 3 of the base portion 31 of the lens 3 to form a positioning, and the member can be positioned together by a single assembly operation, and then the lamp cover 5 is mounted on the positioning seat 4 5, the connecting seat 6 is placed in the accommodating space 1 散热 of the heat sink 1, so that the fastening portion 612 of the connecting seat 6 is fastened in the plurality of card slots 12 3 of the heat sink 1 to be assembled as a whole. It has the advantage of being assembled in alignment, fast and simple to fix. (4) After the heat sink 1, the positioning seat 4, the lamp cover 5 and the connecting seat 6 are assembled, the appearance shape of the continuous arc shape is the same as that of the existing inverted water bulb, and the LED lamp can pass through the contact of the connecting seat 6. The part 6 21 is directly installed on the existing lamp holder, and the shooter removes the lamp holder. Therefore, the present invention is mainly for the body light, * can be provided on the outer surface of the outer peripheral side wall 12 of the heat-dissipating base 11 with a radial multi-function 21 'the base 11 is mounted on the side opposite to the side wall 12 Group 2 circuit board 2 1 'circuit board 2 1 at the center of the surface of the heat sink is provided with a 15 or more illuminators 2 2, the circuit board 2 i away from the heat sink side and then a lens 3. The lens 3 is provided with a ring-shaped convex light-emitting portion 3 2 extending from the center of the base portion 31 of the base portion 31 ′ of the one or more illuminants 22 in the direction away from the circuit module 2, so that the lens 3 receives one or one After the light source emitted by the illuminant 22, the thin ring-shaped light-emitting portion 32 directs the central light source and diffuses and refracts the surrounding light source in the opposite direction, thereby achieving uniform expansion of the illuminating range as the main protection focus. The description is only a preferred embodiment of the present invention and has not been limited to the patents of this creation. Therefore, the simple modification and equivalent structural changes made by the use of this manual and the contents of the schema are all included. In this special creation _, combined with Chen Ming. ^, 'vT, above, the above-mentioned light-emitting diode lamp used in this creation is a real moon, to its efficacy and purpose, so the creation is sincerely - practical creation, : Fukou new patent The application requirements are 'poorly submitted in accordance with the law, and the audit committee hopes to grant the case as early as possible to protect the creator's hard work. If the fishing bureau's review committee has any doubts, the creator will try his best to cooperate, and the real sense is _ . Climbing 16 M395121 [Simple description of the diagram] The first picture is the three-dimensional appearance of the creation. The second picture is a three-dimensional exploded view of the creation. The third picture is a three-dimensional exploded view of another perspective of the creation. The fourth figure is a side cross-sectional view of the creation. The fifth figure is a side cross-sectional view of the original use. The sixth picture is a diagram of the light projection angle of the creation. The seventh picture is a light intensity chart for this creation. The eighth picture is a light projection shape chart for this creation. The ninth figure is a stereoscopic appearance of a conventional light-emitting diode. [Main component 1, heat sink 10, housing space 1 1 , base 1 1 1 , fixing hole 1 12, fixing component 1 1 3, perforation 2, circuit module 21, circuit board 211, hollow slot F number description] 1 2, sidewall 1 21, fin 12 2, alignment groove 12 3, card slot 13, insulating layer 212, through hole 2, illuminant 17 M395121 3, lens 3 1, base 31 1 , step 312, The protrusion 3 2, the light-emitting part 3 21, the light-emitting surface 4:, the positioning seat 41, the through-hole 4, the pressing ring 4 3, the stepped flange 4 4, the positioning post 5, the lamp cover 51, the positioning flange 6, the connection Seat 60, communication space 61, fixing seat 61 1 , alignment block 612, fastening portion 3 3 , light incident portion 3 31 , groove 3 3 2, convex portion 3 3 3, concave portion 3 3 4, arc Face 4 4 1 , lock hole 4 5 , positioning groove 4 51 , block 613 , butt joint 6 2 , butt joint 6 21 , contact portion 6 2 2 , positioning bump 18 M395121 A, light emitting diode A 1 , light Wafer A 2, light transmission layer
1919