M341161 八、新型說明： 【新型所屬之技術領域】 本創作提供一種嵌燈結構，尤其涉及設計精簡、製造組裝方便，可有 效消除光暈，並能達到最佳擴散光源的效果，而且散熱通風良好，其散熱 緒片又不容易變形移位之實用結構者。 【先前技術】 按，嵌燈為常見的一般照明設備，它的用途十分廣泛，早期的嵌燈大 都使用燈泡作為發光燈源，近年來因為發光二極體led之製造技術日趨成 熟，不但可有多種顏色選擇，而且又具有環保、省電、壽命長等實用優點， 故已逐漸取代傳統燈具成為未來市場的主流。 但礙於目刖大功率的LED成本南’加上其使用時還是存有發熱的問題， 而且LED光源為直射光，其所能投照的範圍與傳統燈泡相較明顯不足，使 用時又容易產生光暈，以及多顆應用會有重疊光影的問題，產品還非完善 仍有許多改良空間存在。 以4主’習知的led嵌燈為了有效增加光照擴散範圍，並克服近照會產 生光暈，及避免多顆LED應用時會出現重疊光影的問題，其在每一顆LED 燈體前方均要另外加設特殊鏡片。唯，此特殊鏡片内部不能有些微氣泡或 雜質存在，否則受光照射產生投影放大，即會出現明顯的瑕疵造成不良， 故其鏡片品質要求必須相當嚴格，得要精密製造成本較高。 另外，其結構設計雖然在後蓋上設有多縫隙的散熱鍺片，用以加強對 流通風解決產品的發熱問題，但後蓋的散熱鍺片大都是採用多片環繞併接 組成，不但製造麻煩成本較高，而且鍺片本身也容易受碰變形跑位，造成 間隔無法取得一致，而影響到外觀的整體賣相。 M341161 因此習知技術概括具有如下之缺點·· 1·習知技術之嵌燈，使用配合不便光暈明顯。 2·習知技術雖或有利用該LED特殊鏡片，然製造不良率浪費成本。 3·驾知技術之肷燈不具有後蓋的散熱鍺片，不能保護電路高温安全。 4·習知技術使用時，散熱錯片大都是採用多片環繞併接組成，造成浪費變 形跑位的問題，又整體外形不美觀。 有鑑於此，故而如何將上述缺失加以摒除，即為本案創作人所欲解決 之技術困難點之所在，亦是本案創作人基於多年從事相關產品設計的經 驗，有感於上述傳統用品之不便，經多年苦心孤詣潛心研究、試作改良， 戮力摒除f魏燈之諸錄點，終於成功研發完成本案，使補作得以誕 生，並以增進功效者。 【新型内容】 本創作之目的在於：提供一種嵌燈結構，尤指設計精簡、製造組裝方 便，可有效消除光暈，並能達到最佳擴散光源的效果。 本創作的目的還在於：提供嵌燈結構，具有一體成型散熱鍺片，其散 熱鍺片又不容易變形移位之實用結構，而且散熱通風良好者，為實現這些 本創作的目的，並且根據如所實施和概括描述的那樣以及其他優點，本創 作提供了一種嵌燈結構，其在於技術方案是·· 一種嵌燈結構，其包括： 一光源元件，設有一以上的高功率發光二極體（LE：D)及驅動電路，提供 光線來源，其高功率發光二極體（LED)係為多顆單晶式光源或單顆多 晶矩陣式光源，用以有效分散熱源或節省成本； 一反射杯罩，設在一以上的發光二極體（L]ED)上，具有反射表面將光線 M341161 向一端反射，該反射杯罩内側反射表面係多角反射表面，又其外壁圈設 有間隔腳柱，提供平穩架持結合固定； 光孥擴散鏡片，設在反射杯罩上方，具有連續的光學複眼，用以消除光 線聚合時的光暈斷層； 散熱換組，係由金屬一體成型散熱鍺片$襄設在燈體上所形成，具有容置 空間容設驅動電路；及 一燈體，具有容置空間容設反射杯罩，内部具有一平綠置光源元件，其 則方设有蓋罩，後方為—封住的傳料，設有電鱗人透孔，又其中該 蓋罩内緣與燈體上嶋端環部相對接目，可夾設@置光學擴散鏡片。 藉此，本創作很好的解決了光線聚合時的光暈斷層的問題，使嵌燈可 以成向品質燈具品f，_短距離中具有均勻的投射亮度，又大大節約 了製造時間及成本；提供使用者，麟了投射燈原本的品質和亮度，同時 碟實達到了迅速投射亮度的同時魏躺自品質敝果，輯進安全者。 【實施方式】 為使貴審查委員方便瞭解本創作其特徵内容與優點，及其所達成之 功效能夠更為顯現，贿本創作配合額，作進_步詳細說明如下·· 清參閱第一至六圏所示，本創作一種崁燈結構，其包括： 一光源元件1，設有一以上的高功率發光二極體（LED)11及驅動電路12， 提供光線來源，其高功率發光二極體（LED) n係為多顆單晶式光源1U 或單顆多晶矩陣式光源112，用以有效分散熱源或節省成本； -反射杯罩2，設在-以上的發光二極體（LED) u上，具有反射表面21 將光線向一端反射，該反射杯罩2形成喇σ八狀，内側反射表面21係多 角反射表面，又其外壁22圈設有間隔腳柱23，提供平穩架持結合在平 M341161 台上固定； -光學擴散鏡片3，設在反射杯罩2上方，具有連續凹凸的光學複眼3i， 用以消除光線聚合時的光暈斷層； -散熱模組4，係由金屬-體成型散熱鍺牌設在燈體5上所形成，具有 容置空間容設軸電路12 ’其-體成型設収製造可更為方便， 也不容易輕易變形移位；及 -燈體5，具有容置空間容設反射杯罩2，内部具有一平台51設置光源元 件1，其前方設有蓋罩52，後料一封住的傳導片53，設有電源導入 透孔54，又其中該蓋罩52内緣與燈體5上内縮端環部55相對接固， 可夾設固置光學擴散鏡片3; 另其實施時’ 翔第-、六圖所示，於本創作另_實施例中，其製 造時該平台51所設之高功率發光二極體⑽）u，也可用單顆多晶矩陣 式光源112來取代之，且於單顆多晶矩陣式光源112，同樣可配置有單一加 大之喇叭狀反射杯罩2，使應用時可達到相同之發光效果。 藉此組合時，如第-至五圖所示，喊的結構可有效消除光暈，使製 造更為容i，達到最佳的絲效果，如此，藉由義有效的設計即可快速 完成組裝，而且應用上只要利用反射杯罩2内侧的多角反射表面21，再搭 配光學擴散鏡片3上連續的凹凸平面式複眼31，即可有效消除光暈斷層， 免用習式高精密凸設的鏡片，就能達到最佳擴散統的效果。 另外’因為燈截5設有多縫隙之散熱鍺片，故當其點亮使用時，可同 樣達到通風良好之散熱效果，而且其細散紐片又是_體麵，結構製 每較為谷易並且更為堅固，其散細片本身即使受碰，也不會輕易產生變 形移位’外觀造形可恆保美觀_致賣相完全不受影響。 如上所述’為使本創作更加顯現出其進步性與實用性，茲特列舉優點 M341161 如下： 1.利用反射杯罩及複眼式調光片的整合搭配設計，就能有效消除光暈，並 達到最佳擴散光源的效果。 2·結構精簡製造組裝容易，内部不必採用高價精密的鏡片，就能大幅提昇 照明品質，可有效降低製造成本。 3·其散熱器為一體成型，同樣也可方便製造降低成本，而且散熱通風良 好’散熱鍺片又不容易變形移位，外觀造形可恆保美觀一致賣相不受影 響。 4·具工商界及產業界上利用價值與實際所需。 上列詳細說明，係針對本創作之一可行實施例之具體說明，惟該實施 例並非用以限制本創作之專利範圍，凡未脫離本創作技藝精神所為之等效 實知或變更，均應包含於本創作之專利範圍中，合予陳明。 綜上所述，本創作結構新穎而實用，在突破先前之技術結構下，確實 具有增進之功效，且也非熟悉該項技藝者所易於思及，再者，本創作申請 則未曾公開，其所具之新穎性、進步性，顯已符合專利申請要件，爰依法 提出申請，懇請朗核准專利，以勵創作，至感德便。 【圖式簡單說明】 第一圖係本創作之立體分解圖。 第二圖係本創作之立體組合圖。 第三圖係本創作之後視立體組合圖。 第四圖係本創作之組合剖示圖。 第五圖係本創作之應用示意圖。 第，、圖係本創作另一實施例之立體分解圖。 M341161 【主要元件符號說明】 光源元件..................... 多顆單晶式光源............ 驅動電路..................... 反射表面..................... ........................... 光學複眼..................... _ ........................... 蓋罩........................... ........................... 發光二極體（LED) ............·11 單顆多晶矩陣式光源............112 反射杯罩...........................2 外壁.................................22 光學擴散鏡片.....................3 散熱模組...........................4 平台.................................51 傳導片..............................53 端環部..............................55 10M341161 VIII, new description: [New technical field] This creation provides a recessed light structure, especially related to the design is simple, easy to manufacture and assemble, can effectively eliminate the halo, and can achieve the best diffusion light source, and good heat dissipation , the thermal structure is not easy to deform and shift the practical structure. [Prior Art] Pressing, the recessed lamp is a common general lighting device. Its use is very extensive. Most of the early recessed lights use the bulb as the light source. In recent years, because the manufacturing technology of the LED is becoming more and more mature, not only can it be A variety of color choices, but also environmentally friendly, energy-saving, long life and other practical advantages, it has gradually replaced traditional lamps into the mainstream of the future market. However, due to the problem of witnessing the high-power LED cost, there is still a problem of heating when it is used, and the LED light source is direct light, and the range that can be projected is obviously insufficient compared with the conventional light bulb, and it is easy to use. There are many problems with improved halo, and many applications have overlapping light and shadow. In order to effectively increase the range of light diffusion, and to overcome the problem that the recent photos will produce halo, and avoid overlapping light and light when using multiple LEDs, it is in front of each LED body. Additional special lenses are required. However, there should be no microbubbles or impurities inside the special lens. Otherwise, the projection will be amplified by the light, which will cause obvious defects. Therefore, the lens quality requirements must be quite strict, and the precision manufacturing cost is high. In addition, although the structural design has a plurality of slit heat-dissipating fins on the back cover to enhance the heat generation problem of the convection ventilation solution, the heat-dissipating fins of the back cover are mostly composed of multiple pieces of surrounding and parallel joints, not only manufacturing The troublesome cost is high, and the bracts themselves are also susceptible to deformation and movement, resulting in an inconsistency in the interval, which affects the overall appearance of the appearance. M341161 Therefore, the conventional technique has the following disadvantages: 1. The conventionally embedded light is obviously inconvenient to use. 2. Although the conventional technology utilizes the special lens of the LED, the manufacturing defect rate is wasted. 3. The driving light of the technology does not have the heat sink of the back cover, which cannot protect the circuit from high temperature and safety. 4. When using the conventional technology, the heat dissipating film is mostly composed of multiple pieces of surrounding and parallel connection, which causes the problem of wasting the deformed running position, and the overall shape is not beautiful. In view of this, how to eliminate the above-mentioned deficiencies, that is, the technical difficulties that the creators of this case want to solve, is also the experience of the creators of this case based on years of experience in designing related products, which is inconvenient for the above-mentioned traditional products. After years of hard work and painstaking research and trial improvement, 戮力摒 f f 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏[New content] The purpose of this creation is to provide a recessed light structure, especially that the design is simple, easy to manufacture and assemble, which can effectively eliminate the halo and achieve the best diffusion light source effect. The purpose of the creation is also to provide a built-in lamp structure, an integrally formed heat-dissipating cymbal, a heat-dissipating slab which is not easily deformed and displaced, and which has good heat dissipation and ventilation, for the purpose of realizing these creations, and according to The present invention provides a recessed light structure, which is a recessed light structure comprising: a light source component provided with more than one high power light emitting diode ( LE:D) and the driver circuit provide the light source. The high-power light-emitting diode (LED) is a multi-crystal light source or a single polycrystalline matrix light source to effectively disperse the heat source or save cost; The cup cover is disposed on one or more light emitting diodes (L]ED), and has a reflecting surface for reflecting the light M341161 toward one end, the reflective surface of the reflective cup cover is a polygonal reflecting surface, and the outer wall ring is provided with a spacer leg Providing a smooth holding and fixing; the diaphragm diffusing lens is arranged above the reflecting cup cover and has a continuous optical compound eye for eliminating the halo fault when the light is polymerized; The heat-dissipating group is formed by a metal-integrated heat-dissipating film, which is formed on the lamp body, and has a receiving space for accommodating the driving circuit; and a lamp body having a receiving space for accommodating the reflecting cup cover, and having a flat green inside The light source component is provided with a cover, the rear is a sealed material, and the electric scale is provided with a through hole, and the inner edge of the cover is opposite to the upper end ring of the lamp body, and can be clamped@ Place the optical diffuser lens. In this way, the present invention solves the problem of halo faults during light polymerization, so that the downlight can be made into a quality fixture, f has a uniform projection brightness in a short distance, and greatly saves manufacturing time and cost; Providing users, Lin has the original quality and brightness of the projection lamp, and at the same time, the disc has achieved rapid projection of brightness while Wei lies in the quality result, and is compiled into the security. [Embodiment] In order to make it easier for your review committee to understand the characteristics and advantages of the creation, and the effect achieved by it, the effectiveness of the bribes can be more apparent. As shown in FIG. 6 , a neon lamp structure is provided, comprising: a light source component 1 provided with more than one high power light emitting diode (LED) 11 and a driving circuit 12 for providing a light source and a high power light emitting diode. (LED) n is a single crystal light source 1U or a single polycrystalline matrix light source 112 for effectively dispersing the heat source or saving cost; - the reflector cup 2, the light emitting diode (LED) provided above - On the u, there is a reflective surface 21 for reflecting light toward one end. The reflective cup cover 2 is formed in a shape of a sigma, the inner reflective surface 21 is a multi-angle reflecting surface, and the outer wall 22 is provided with a spacer leg 23 for providing a stable holding combination. Fixed on the flat M341161; - Optical diffusing lens 3, disposed above the reflective cup cover 2, with optical confocal eyes 3i with continuous irregularities, to eliminate the halo fault during light polymerization; - Thermal module 4, made of metal - Body shaping Formed on the lamp body 5, having a accommodating space accommodating shaft circuit 12' can be more convenient to manufacture and can be easily deformed and displaced; and - the lamp body 5 has a accommodating space The reflector cup 2 has a platform 51 and a light source component 1 disposed therein. A cover 52 is disposed in front of the cover plate, and a conductive sheet 53 is disposed behind the power supply through hole 54. The inner edge of the cover 52 and the lamp are disposed. The inner end ring portion 55 of the body 5 is relatively fixed, and the fixed optical diffusing lens 3 can be interposed; in the other embodiment, as shown in the first and sixth figures, in the present invention, in the manufacture, the The high-power light-emitting diode (10)) u provided by the platform 51 can also be replaced by a single polycrystalline matrix light source 112, and the single polycrystalline matrix light source 112 can also be configured with a single enlarged speaker. Reflecting the cup cover 2, the same illuminating effect can be achieved when applied. When combined, as shown in the first to fifth figures, the shouting structure can effectively eliminate the halo, make the manufacturing more accommodating, and achieve the best silk effect, so that the assembly can be quickly completed by the effective design. Moreover, as long as the multi-angle reflecting surface 21 on the inner side of the reflector cup 2 is used, and the continuous concave-convex planar compound eye 31 on the optical diffusing lens 3 is used, the halo fault can be effectively eliminated, and the high-precision convex lens is avoided. , the best diffusion system can be achieved. In addition, because the light cut-off 5 is provided with a plurality of slit heat-dissipating cymbals, when it is used for lighting, it can also achieve a good ventilation and heat dissipation effect, and its fine-dispersed new piece is _ decent, and the structure is relatively easy. And it is more sturdy, and its loose film itself will not easily produce deformation displacement even if it is touched. 'Appearance shape can be guaranteed and beautiful _ The selling phase is completely unaffected. As mentioned above, in order to make this creation more progressive and practical, ZTE enumerates the advantages of M341161 as follows: 1. By using the integrated design of the reflective cup cover and the compound eye dimmer, the halo can be effectively eliminated, and The effect of achieving the best diffused light source. 2. The structure is simple and easy to manufacture and assemble. It is not necessary to use high-precision lenses inside, which can greatly improve the lighting quality and effectively reduce the manufacturing cost. 3. The radiator is integrally formed, which can also be easily manufactured to reduce the cost, and the heat dissipation and ventilation are good. The heat-dissipating slab is not easy to be deformed and displaced, and the appearance can be consistently preserved and the appearance is unaffected. 4. Use value and actual needs in the business and industry. The detailed description above is a detailed description of one of the possible embodiments of the present invention, but the embodiment is not intended to limit the scope of the patents of the present invention, and all equivalents or alterations should be made without departing from the spirit of the present invention. It is included in the scope of this creation patent and is given to Chen Ming. In summary, the creation structure is novel and practical. Under the previous technical structure, it has the effect of improvement, and it is not easy for people who are familiar with the art to think about it. Moreover, this creation application has not been disclosed. The novelty and progress of the company have already met the requirements of the patent application, and the application is filed according to law, and the patent is approved to encourage the creation. [Simple description of the diagram] The first diagram is a three-dimensional exploded view of the creation. The second picture is a three-dimensional combination of the creation. The third picture is a stereoscopic combination picture of the present creation. The fourth figure is a combined sectional view of the present creation. The fifth picture is a schematic diagram of the application of this creation. The drawings and drawings are exploded perspective views of another embodiment of the present invention. M341161 [Explanation of main component symbols] Light source components..................... Multiple single crystal light sources............ Drive circuits ..................... Reflective surface.............................. ..................... Optical compound eyes........................ _ ..... ...................... Covers.......................... ......................... Light-emitting diode (LED) ............11 Polycrystalline matrix light source............112 Reflective cup cover...........................2 Outer wall..............................22 Optical diffusing lens............ .........3 Heat Dissipation Module..............................4 Platform........ .........................51 Conductive film...................... ........53 End Rings..............................55 10