M396917 五、新型說明： 【新型所屬之技術領域】 本創作係有關-種⑽裝置，應祕平時照明，特別是—種兼具有美 觀、實用性、高散熱等優點之模組化LED裝置改良钟構。 【先前技術】 ，_科技不紐展妙，電子元件切輕量化、薄雜域計重點， -如發光二極體（LightEmittingDiodeLED)，因為其具有優良的亮度較長 Φ的壽命、省電及環保等諸多優點，被廣泛應用於室内或戶外之照明設施上， 然而，影響發光二極體使用壽命的重要因素為工作環境溫度如何提供較 佳的散熱性模組，為現階段的發展重點。 目前用於戶外之發光二極體燈具，為了散熱需求均設有散熱裝 置，以增進其散齡，細，—财在歸光二_下絲設—散熱板或 散熱轉片，以利散熱，但其所達散熱效能有限，可說仍不甚理想；且該發 光二極體、散熱裝置並未建構成-模組化，若能將該等發光二極體、散熱 鲁裝置_成可裝設於-外鋪内之絲置，可倾不狀外框體，外 框體可具有造型及純之設計，不但較祕濟，也⑽美觀實用。 再者’目前LED照明市場大致可分為：商業綱（如：LED日光燈、 LED射燈、LED壁燈、LED吊燈、LED吸頂燈、LED天花燈、筒燈、LED 燈泡等）與室内照明（LED路燈、LED庭院燈、LED隧道燈、led交通 燈、LED水池燈、LED草坪燈、LED洗牆燈、景觀燈、LED消費性可攜式 照明）兩大系列’上述兩者的除了在基本LED輸出功率與散鍵組有不同 的規格/需求要求外’對於不同環境/場所所需要的光型亦有不同的需求。以 3 MJ96917 目前的LED·裝置來看都是單—訴求，扮演單—功能的照明裝置角色， 如果要有獨的卿絲就必綱外加裝或者直接更換該照明裝置以符合 所需，唯如此不僅費工且成本亦隨之提高。 有鑑於此，本創作人為改善上述缺失，特乃潛心研究並結合所學針 對上述之問題’提出_種触化LED裝置，以克服習知之缺點。 【新型内容】 鑒；、上的問$ ,本創作的主要目的在於提供一種模組化[奶裝置改 良結構，不僅結構簡單，易於組裝、生產，同時，直接直接結合透鏡、散 熱盗’有效增加發級率、並降低@鶴高溫操作所造狀損耗，進而提 高產品壽命與產業競爭力。 本創作之3 —目的在於提供—麵純LED裝置改良結構，其係可依 據各種不同光型需求的闕環境而更換不_透鏡，可大幅提高與延伸 LED照明燈具的使用範圍與彈性。 本創作之再-目的在於提供—麵組化LED裝置改良結構，其將各元 件予以模組化’不僅組裝容胃且若有故障或損壞時僅需更換該單—元件即 可而不需拆換整個燈具，因此可大幅降低後續維護成本。 因此，為達上述目的’本創作所揭露之一種模組化LED裝置改良結構， 包含有LED發域組、鱗元件、基座、套筒、錢透鏡基座具有一個 凹槽’提供給予LED發光模組與超導元件設置而套筒設置於基座上且 具有開口以及由開口延伸之反光面，藉由開口提供LED發光模組設置並露 出’並透過反光面導引LED發光模組所發出之光線使光線由最頂端的透 鏡透出。同時’透鏡可自由更換為各種不同聚光、散光、投射效果之透鏡， M396917 即可彈性適用於不同照明環境或光型需求，進而大幅延伸本創作的適用性 與適用地。而超導元件可為高導熱係數材質所構成，配合連接有散熱器， 更大幅提高led發光模組的散熱效果。 為使對本創作的目的、特徵及其功能有進一步的了解，茲配合圖式詳 細說明如下： •，【實施方式】 - 根據本創作所揭露之模組化led裝置改良結構，請參閱第1A、1B圖， φ分別為本創作所揭露之模組化LED裝置改良結構之組合示意圖與分解示意 圖。 根據本創作所揭露之模組化LED裝置改良結構’乃包含有LED模組 10、超導元件90、基座20、套筒30、以及透鏡4〇，LED模組1〇係由複數 個發光二極體（LED)所構成，且發光二極體以_方式職，來提供足 夠的亮度。基座2G中央具有-個凹槽2卜提供給予LED模組⑴與超導元M396917 V. New description: [New technical field] This creation is related to the kind of (10) device, which should be used for the illumination of the special, especially the modular LED device with the advantages of aesthetics, practicability and high heat dissipation. Bell structure. [Prior technology], _ technology does not show good, electronic components cut lightweight, thin domain meter focus, - such as light emitting diode (LightEmittingDiodeLED), because it has excellent brightness, longer Φ life, power saving and environmental protection Many advantages, etc., are widely used in indoor or outdoor lighting facilities, however, the important factor affecting the service life of the LED is how to provide a better heat dissipation module for the working environment temperature, which is the development focus at this stage. At present, the light-emitting diode lamps for outdoor use are provided with heat-dissipating devices for the purpose of heat dissipation, so as to improve their age, fine, and the money is reduced to heat-dissipating plates or heat-dissipating fins for heat dissipation, but The heat dissipation performance is limited, but it is still not ideal. The light-emitting diode and heat sink are not built-modular. If these light-emitting diodes and heat-dissipating devices can be installed, they can be installed. In the outer cloth, the wire can be tilted without the outer frame. The outer frame can have a shape and pure design, which is not only more secret, but also (10) beautiful and practical. Furthermore, the current LED lighting market can be roughly divided into: commercial (such as: LED fluorescent lamps, LED spotlights, LED wall lamps, LED chandeliers, LED ceiling lamps, LED ceiling lamps, downlights, LED bulbs, etc.) and indoor lighting (LED Street lights, LED garden lights, LED tunnel lights, led traffic lights, LED pool lights, LED lawn lights, LED wall washers, landscape lights, LED consumer portable lighting) two series 'in addition to the above two in the basic LED The output power and the scatter group have different specifications/requirements. There are also different requirements for the light types required for different environments/locations. In view of the current LEDs and devices of 3 MJ96917, it is a single-claim, playing the role of a single-function lighting device. If you want to have a unique silk wire, you must add or directly replace the lighting device to meet the needs. This is not only laborious, but also costs increase. In view of this, in order to improve the above-mentioned deficiencies, the present author has devoted himself to researching and combining the above-mentioned problems to propose a touch LED device to overcome the shortcomings of the prior art. [New content] 鉴;, on the question $, the main purpose of this creation is to provide a modular [milk device improved structure, not only simple structure, easy to assemble, production, at the same time, direct direct combination of lens, heat thief 'effectively increase The rate of development is reduced, and the loss of the high-temperature operation of the crane is reduced, thereby improving product life and industrial competitiveness. The purpose of this creation is to provide an improved structure of a pure LED device, which can be replaced with a non-lens according to the environment of various light types, which can greatly improve the range and flexibility of the LED lighting fixture. The re-creation of this creation - the purpose is to provide an improved structure of the plexi-group LED device, which modularizes the components' not only assembling the stomach but also replacing the single component if there is a fault or damage without dismantling The entire luminaire is replaced, which significantly reduces subsequent maintenance costs. Therefore, in order to achieve the above object, the improved structure of the modular LED device disclosed in the present invention includes an LED hair field group, a scale element, a base, a sleeve, and a money lens base having a groove to provide LED illumination. The module and the superconducting component are disposed, and the sleeve is disposed on the base and has an opening and a reflective surface extending from the opening, and the LED light emitting module is disposed through the opening and exposed to emit the LED light emitting module through the reflective surface. The light causes the light to pass through the topmost lens. At the same time, the lens can be freely replaced with various lenses for different concentrating, astigmatism and projection effects. The M396917 can be flexibly adapted to different lighting environments or light types, thus greatly extending the applicability and application of the creation. The superconducting element can be made of a material with high thermal conductivity, and a heat sink is connected to greatly improve the heat dissipation effect of the LED lighting module. In order to further understand the purpose, features and functions of this creation, the following is a detailed description of the following: • [Embodiment] - According to the improved structure of the modular LED device disclosed in the present application, please refer to the 1A. 1B, φ are respectively a combined schematic and exploded view of the improved structure of the modular LED device disclosed in the creation. The improved structure of the modular LED device disclosed in the present invention includes an LED module 10, a superconducting element 90, a susceptor 20, a sleeve 30, and a lens 4, and the LED module 1 is composed of a plurality of illuminating lights. A diode (LED) is formed, and the light-emitting diode is provided in a _ mode to provide sufficient brightness. The center of the base 2G has a groove 2 provided for giving the LED module (1) and the superconducting element
件90來叹置，因此，此凹槽21的尺寸約略等同於模組1〇的大小， 而周緣具有複數個固定孔22。 筒之底。p具有開口 31，且開口 31向外延伸出反光面32，而套筒 3〇裝設在基座2〇上，並覆蓋於咖模組⑴上，使其由開口 31露出而 反"可為錢上譬如為金屬膜等高反光係數之平面有效導引模 組1〇所發出之光線’使其集中向外發射，避免過於發散而導致整體發光效 率降低。另外，可藉由㈣固定㈣來將套筒3_於基座2G上，套筒 固定環5〇概略為中空之環狀體，周緣具有對應於基座2〇之固定孔22的穿 的穿孔，而固定於基座20的固 孔51而可透過螺絲7〇穿過套筒固定環5〇 5 定孔22 ;因而將套筒3〇固定在基座20上。 透鏡4〇邊緣係為扁平之凸緣π，中央為透鏡體*卜而架設在套㈣ 上方用來將LED模組10所發出的光線予以聚集不發散。同時，亦可藉 由透峨環6〇來予以嶋套筒扣上，配合套筒映⑽具有内螺纹 61 ’而套筒3G具有外螺紋33，而可使兩者直接配合義，夾持住透鏡40 之凸緣42 ’進而將其固定。 、另:方面’為了防止整·組化LED裝置改良結構，崎處之環境潮 濕的關係’導致電路結構損壞或是無法作用，故可於树之間增加有防水 讀；換句話說’可祕座2〇以及套筒3〇之間增加防水元件2⑴、於透鏡 4〇與套筒30之間增加防水元件3〇1、於透鏡固定環6〇與透鏡4〇之間增加 防水7L件60卜此防水元件2⑴、則、可為橡膠材質之塾圈等。 接著’請參閱第2圖，為本創作所揭露之模組化哪裝置改良结構之 部份剖面示意圖。LED模組1〇所發出之光線，經由套筒3〇之反光面^的 導引，集中朝向透鏡40之中央的透鏡體41穿出，而產生聚焦的效果，如 圖中所繪示’透鏡體们_面凸透鏡的祕，配合各種制狀況，亦可 為各種的透鏡’譬如為雙面凸透鏡、單/雙面凹透鏡、霧面鏡、平面鏡等。 另-方面，亦可將透鏡40與透鏡固定環6〇結合設計，而具有特殊的造型 圖案’不僅美觀實用且組裝拆卸便利。 因LED模組10作動時會發出高熱，因此散熱效果往往左右了整體LED 發光裝置的效能，g]此配合有超導元件9()__導係數較高材質，譬如 為銅、铭、鎮等金屬材質，更進-步為銅材質之均溫板。超導元件90設置 於led模組1G下並與其躺，而可將其運_產生的高熱帶走。另一方 聊 6917 面，請參« 3圖’亦可於基座2_貼合有散熱㈣，使其接觸於超導 、同樣也料鋼、㉟m料係數較高材質所縣，且散熱 器80與超導元件9G之間塗有一層散·，主要於排除空氣並使超導元件 9〇與散熱器8〇完全接合，增加散熱效果。另外，散熱器80可具有鐘成片 狀之錯片8卜更能有助於熱量散逸。 本到作揭路—種模組化膽袭置改良結構，主要藉由將透鏡予以模組 .化，使得整體結構更具完紐，配合透鏡錢翻定環之圖咖的設計， 鲁更可增加整體之美觀實用，且利用套筒固定環、透鏡固定環的固定方式， 易；，且裝拆卸，；Ϊ；僅降低功、成本，_也易於使用者自行拆卸更換； 再者咖與料元件摘，並藉由超導元件之高絲係數㈣的特性 來增進散熱性之功效’基座下方配合散熱器的配置，使其接觸於超導元件， 更有助於將餘熱排除，使整體效能提高，有效提高產業競爭力。 雖然本創作赠叙實補前如上，然錢_錄定本創作。在 不脫離本創作之精神和範_，所為之更動朗飾，均屬本創作之專利保 #護範圍。關於本創作所界定之保護範圍請參考所附之申請專利範圍。 【圖式簡單說明】 第1A®係為本__露之·化LED裝置改良結構组合示意圖。 第1B圖係為本創作所揭露之模組化LED裝置改良結構分解示意圖。 第2圖係為本創作所揭露之模組化LED《置改良結構之部份剖面示意圖。 第3圖係為本創作所揭露之模組化LED裝置改良結構之另_實施態樣示意 圖。 【主要元件符號說明】 7 LED模組 基座 防水元件 凹槽 固定孔 套筒 防水元件 開口 反光面 外螺紋 透鏡 透鏡體 凸緣 套筒固定環 穿孔 透鏡固定環 内螺紋 防水元件 螺絲 散熱器 韓片 超導元件 8The piece 90 is sighed. Therefore, the size of the groove 21 is approximately equal to the size of the module 1 ,, and the periphery has a plurality of fixing holes 22. The bottom of the tube. The p has an opening 31, and the opening 31 extends outwardly from the reflective surface 32, and the sleeve 3 is mounted on the base 2〇 and covers the coffee module (1) so that it is exposed by the opening 31 and is anti- For the money, such as the high-reflection coefficient of the metal film, the light emitted by the plane effectively guides the module to emit outwards, avoiding excessive divergence and resulting in a decrease in overall luminous efficiency. In addition, the sleeve 3 can be fixed to the base 2G by (4) fixing (4), the sleeve fixing ring 5 is roughly a hollow annular body, and the peripheral edge has a perforation corresponding to the fixing hole 22 of the base 2〇. The fixing hole 51 fixed to the base 20 can be passed through the sleeve fixing ring 5〇5 through the screw 7 to fix the hole 22; thus, the sleeve 3 is fixed to the base 20. The edge of the lens 4 is a flat flange π, and the center is a lens body and is placed above the sleeve (4) for collecting the light emitted by the LED module 10 without diverging. At the same time, the sleeve can be buckled by the through ring 6 ,, and the sleeve (10) has an internal thread 61 ′ and the sleeve 3G has an external thread 33 , so that the two can be directly matched and clamped. The flange 42' of the lens 40 in turn secures it. In addition, the aspect of 'in order to prevent the improved structure of the whole group of LED devices, the relationship between the environment and the wetness of the environment" caused the circuit structure to be damaged or ineffective, so it can be added between the trees to have a waterproof reading; in other words, 'secret The waterproof member 2(1) is added between the seat 2〇 and the sleeve 3〇, the waterproof member 3〇1 is added between the lens 4〇 and the sleeve 30, and the waterproofing 7L member 60 is added between the lens fixing ring 6〇 and the lens 4〇. The waterproof member 2 (1) may be a rubber ring or the like. Next, please refer to Fig. 2, which is a partial cross-sectional view showing a modified structure of the modular device disclosed in the present invention. The light emitted by the LED module 1 is guided through the reflective surface of the sleeve 3, and is concentrated toward the lens body 41 at the center of the lens 40 to produce a focusing effect, as shown in the figure. The secret of the _ convex lens, in combination with various conditions, can also be a variety of lenses 'such as lenticular lens, single / double concave lens, matte mirror, plane mirror and so on. On the other hand, the lens 40 can be combined with the lens fixing ring 6 ,, and the special styling pattern ′ is not only beautiful and practical, but also convenient for assembly and disassembly. Since the LED module 10 emits high heat when it is actuated, the heat dissipation effect tends to affect the performance of the overall LED light-emitting device. g] This is combined with a superconducting element 9 () __ high conductivity material, such as copper, Ming, Zhen When the metal material is used, the step-by-step method is a uniform temperature plate made of copper. The superconducting element 90 is disposed under the led module 1G and lies therewith, and can be transported to generate a high tropical tropic. The other party talks about 6917 face, please refer to «3 figure' can also be attached to the base 2_ with heat dissipation (4), so that it is in contact with superconducting, also steel, 35m material with high material coefficient, and radiator 80 Between the superconducting element 9G and the superconducting element 9G, a layer of dispersion is applied, mainly to exclude air and completely superconduct the superconducting element 9 〇 and the heat sink 8 , to increase the heat dissipation effect. In addition, the heat sink 80 can have a sheet-shaped strip 8 which is more conducive to heat dissipation. This is a way to uncover the road - a modularized biliary attack improved structure, mainly by modularizing the lens, so that the overall structure is more complete, with the design of the lens money to set the ring, Lu Gengke Increase the overall beauty and practicality, and use the sleeve fixing ring, the lens fixing ring to fix the way, easy to install; disassemble; Ϊ; only reduce the work, cost, _ is also easy for the user to disassemble and replace; The component is picked up and the heat dissipation effect is enhanced by the characteristics of the high wire factor (4) of the superconducting element. The configuration of the heat sink under the pedestal is made to contact the superconducting element, which helps to remove the residual heat and make the overall performance. Improve and effectively improve industrial competitiveness. Although this creative gift is supplemented as before, but the money _ recorded this creation. Without departing from the spirit and scope of this creation, it is the scope of the patent protection of this creation. Please refer to the attached patent application scope for the scope of protection defined by this creation. [Simple description of the diagram] The 1A® series is a schematic diagram of the improved structure of the __Luzhi·Chemical LED device. FIG. 1B is a schematic exploded view of the improved structure of the modular LED device disclosed in the present disclosure. Figure 2 is a partial cross-sectional view of the modular LED disclosed in the present disclosure. Fig. 3 is a schematic view showing another embodiment of the improved structure of the modular LED device disclosed in the present invention. [Main component symbol description] 7 LED module base waterproof component groove fixing hole sleeve waterproof component opening reflective surface external thread lens lens body flange sleeve fixing ring perforated lens fixing ring internal thread waterproof component screw radiator Korean film super Guide element 8