M352623 八、新型說明： 【新型所屬之技術領域】 本創作此種LED反射管型壁燈，係為取代螢光燈管壁 燈之革新光電技術，使激發LED強光之單點光源，能真正 擴射成適用壁燈使用，具有較習見壁燈成本低、加工更容 易、耗電量更低、且其所用之透光直燈管不易破裂、耐淋 • 溼，更安全，燈源壽命長，更便於環保回收之功效者。 【先前技術】 壁燈除了具有緊靠牆面’燈背不空佔空間的優點外， 向至内照明同時，其側光還特別較其它種燈具更能打亮牆 面，而依色彩研究及每個人都有的體驗，空間顏色越淺或 表面越明亮’人域受到的空間會較顏色較深暗，但空間 大小相同者要大，帶給室内人㈣面似乎更遠，活動空間 籲 狀的錢，目而人們裝修屋辦，普遍愛賤燈做為裝 * 璜照明。 _ 細’目前的壁燈不是採用燈泡、螢光燈管，就是直 列式LED燈料發光體’有遇水容純、燈f容易受撞破 裂也不耐尚熱危險、壽命短的缺失，且就算使用直列式 LED燈’有LED發光元件較其他傳紐泡省電#優點，但也 因每只燈管内採用多只LED直列串成的照明結構，累積多 只LED用電量下，也依然有耗電量偏高的缺失。 M352623 況且在能源、環保問題日益嚴重的情況下，如果壁燈 繼續使用螢紐管，不但螢光燈管_螢光物質不易回收 處理’還會有燈管易受撞破裂’碎片連同燈管_毒性螢 光物質，進而容易割傷毒害人體，造成環境二次公害。 因而，本創作人乃積極研究改進之道，期望能開發 出-次掃除習見各式麵發紐所有缺失之新壁燈創作， 經過一番艱辛的創作過程，終於有本創作產生。 【新型内容】 本創作即旨在提供一種LED反射管型壁燈，其壁燈殼 掛胎之另面，以數散熱隔板隔出數排燈管安置空間，於燈 笞女置空間内，安設數LED反射管燈模組，而led反射管燈 模組由一透光直燈管及一對燈管端插座所構成，其中透光 直燈管朝向壁燈殼背板之管壁，彼覆—層反光膜材，而該 對燈管端插座皆由一套座、一散熱銅箔、一安置LED之導 電基板、一折射透鏡，及一安裝折射透鏡之鏡座環相組成 «亥套座一^受透光直燈管端插入，且套座内對應透光直 燈官端，置入外套鏡座環之折射透鏡，復於套座受透光直 燈管插入另端，併疊散熱銅箔，並將導電基板搭接散熱銅 箔伸入套座内，使導電基板上之LED朝向折射透鏡，通電 點燈時，LED光線即穿透折射透鏡，偏折射入透光直燈管 到反光膜材，經反光膜材均等散光反射，使透光直燈管整 M352623 體發亮，延伸出大面積照明，達到較習見壁燈成本更低、 加工更容易、耗電量更低、且透光直燈管不易破裂、耐淋 座’更t全’燈源壽命長’此為本創作之主要目的。 因而’由於透光直燈管僅作為透光散發體，不直接發 熱發光，可对久使用不會熱損，只有指尖大的LED (發光 二極體）會發光熱損’需要換新，因而透光直燈管可以由 # 諸如壓克力等透明塑膠材料製成實心管，不怕撞、不易破 裂’且壓克力做成的實心透光直燈管，本身不直接受光源 光熱垂向穿透，而係依據折射光源原理，將管端設置的 led光線折射發出，因而無燈管直接透亮導致本身昇溫問 題不會有5襄人5吳觸燈管燙傷的危害，另且，以塑膠回收 谷易再製的角度來看，整體結構進行環保回收得以更安全 各易，更能具體洛貫，此為本創作之又一目的。 再者，經本創作人測試本創作結構與習見壁燈效能， 如下表列： 項目比 較 本創作大壁燈 本創作小壁燈 市販品（一） 市販 消耗 電力 標示值 40W 30W 80W --- 140W 實際值 38W 26W 108W 190W 光源型式 高功率LED 專利導光 40W日光燈管χ2 鹵素燈x2 燈具長度 120CM 90CM 120CM 120CM 電力使用型式 VDC VDC VAC VAC ' M352623 可視光角反~~~ ---~~~-_ 180° 180° 180° 180° 防水性能~ ---— 〇 〇 X X 燈源壽¥ 光色澤變化 防水保證f 安裝方式~ -------- IbUOOHr 以上 —^約5年） 15000Hr〇JbT~ (約5年） 5000Hr以上 (約1年半） 2000~3000Hr~ (約1年） 〇 — 〇 X X 〇 ---- 〇 X X 鎖固 鎖固 鎖固 鎖固 架構材玉~ ---— AL合金 AL合金 鐵 鐵 味構舞命 5年以上 5年以上 1年 1年 由上表可知，本創作此種LED反射管型壁燈，不論是 大壁燈或小壁燈型式，其效能、省電、防水性，及使用壽 命都遠較習見壁燈更加理想。 至於本創作之詳細構造、應用原理、作用與功效，則 參照下列依附圖所作之說明即可得到完全的了解。 【實施方式】 第一圖為本創作led反射管型壁燈之外觀立體圖、第 二圖為本創作LED反射管型壁燈之正視圖、第三圖為本創 作LE：D反射管型壁燈拆出LE：D反射管燈模組之立體分解圖 、弟四圖為本創作led反射管型壁燈之結構剖示圖，由該 些圖所示可知，本創作此種led反射管型壁燈，其壁燈殼 10掛牆之另面，以數散熱隔板20, 21，22, 23隔出數排燈管 安置空間11，12,13，該些散熱隔板20, 21，22, 23可為外板 M352623 緣呈凸圓弧邊，内板緣與壁燈殼背板14平貼鎖固之板體 ，於燈管安置空間11，12,13内，安設數LE：D反射管燈模組 30,31，32 。 而各LED反射管燈模組30，31，32的結構均相同，兹舉 一LED反射管燈模組3〇為例代表說明之，le：d反射管燈模 組30由一透光直燈管33及一對燈管端插座34所構成，其中 透光直燈管33係可為壓克利材質做成的實心管，朝向壁燈 冗又月板14之管壁，披覆一層反光膜材31A，而散熱隔板2〇, 21，22, 23面臨近外板緣適當位置，以輻射狀排列出數只 安放沉口24, 25 ’以半嵌固定燈管端插座34座端。 至於该對燈營端插座34皆由一套座35、一散熱銅箱36 、一安置LED 37B之導電基板37A、一折射透鏡39A，及一 安裝折射透鏡39A之鏡座環39B相組成，組成後之對應位置 ，一如第四圖之結構剖面圖，該套座35可由鋁材製成，以 增加反光強度，而該套座35—端受透光直燈管33端插入， 且套座35内對應透光直燈33管端，置入外套鏡座環39B之 折射透鏡39A，復於套座35受透光直燈管33插入另端，以 膠黏方式併疊散熱銅箔36，並將導電基板37A搭接散熱銅 箔36伸入套座35内’使導電基板37A上之LED 37B朝向折射 透鏡39A。 此折射透鏡39A如第五圖之局部放大剖示圖，為猶如 喇叭型之實心體，其受光射入端凹縮成容納LED 37B頭端 M352623 之凹穴39D，另端光線射出端形成將UD光線準確折向反光 膜材31A射出之鋸紋鏡面39C，由此實施時，如第六圖之射 光路徑示意圖所示，點亮LED 37B時，LED 37B光線即穿透 折射透鏡39A ’偏折射入透光直燈管33到反光膜材31A，經 反光臈材31A均等散光反射，使透光直燈管33整體發亮， 延伸出大面積照明， 本創作此種LED反射管型壁燈復可如第七圖之飾罩殼 組合圖及第八圖之姊罩殼蓋妥正視圖所示，壁燈殼掛 踏之另面，以婁欠散熱隔板2〇, 21，22隔出數排燈管安置空 間11，12，於燈管安置空間U，12内，安設數射管燈 模組30’31之外，彳是以殼緣内壁正可框夾壁燈殼外緣之 一飾罩殼40加以蓋覆修飾，該殼4〇對應可露出led反射管 燈模組30, 31之透光直燈管33管身中央大範圍處’開設透 窗41，42, 43，使透光直燈管33亮光能充分發散出。 綜上所述，本創作此種LED反射管型壁燈，確實能達 到較習見壁燈成本更低、加工更容易、耗電量更低、且透 光直燈管财§破K赫，更安全，燈源壽命長、更 便於環保喊之功效’ 且未見諸公開仙，合於專利法 之規定，懇請賜准專利，實為德便。 須陳明者，以上所述者乃是本創作較佳具體的實施例 ，若依本創作之構想所作之改變，產生之功能作用， 仍未超出說明書與圖式所涵蓋之精神時，均應在本創作之 • M352623 範圍内，合予陳明。 【圖式簡單說明】 附圖者： 第一圖為本創作IXD反射管型壁燈之外觀立體圖。 第二圖為本創作LE：D反射管型壁燈之正視圖。 第三圖為本創作LED反射管型壁燈拆出LED反射管燈模組之 立體分解圖。 第四圖為本創作LE：D反射管型壁燈之結構剖示圖。 第五圖為本創作LED反射管型壁燈之局部放大剖示圖。 第六圖為本創作LED反射管型壁燈之射光路徑示意圖。 第七圖為本創作LED反射管型壁燈之飾罩殼組合圖。 第八圖為本創作LH)反射管型壁燈之飾罩殼蓋妥正視圖。 【主要元件符號說明】 1〇·.·.·殼 39C...·鋸紋鏡面 1U2，13....燈管安置空間 39D.·..凹穴 14----壁燈殼背板 40----飾罩殼 20, 21, 22, 23----散熱隔板 41,42,43____透窗 24, 25----安放沉口 30, 31，32.... LED反射管燈模組 31Α· ·..反光膜材 33 ----透光直燈管 34 ----燈管端插座M352623 VIII. New Description: [New Technology Field] This LED reflective tube wall lamp is an innovative photoelectric technology that replaces the fluorescent tube wall lamp, so that the single point light source that excites the LED glare can be truly expanded. It is suitable for use in wall lamps. It has lower cost, easier processing and lower power consumption. It also has a light-transmissive straight tube that is not easy to be broken, is resistant to drenching and damp, safer, has a long lamp life and is more environmentally friendly. The effect of recycling. [Prior Art] In addition to the advantage that the wall lamp has a space that does not occupy the space behind the wall, the interior side lighting is also more effective than other types of lamps to brighten the wall surface, and the color research and each The experience of the individual, the lighter the space or the brighter the surface, the space that the human body receives will be darker, but the size of the space is larger, and the room (4) seems to be farther, and the space is called. Money, the purpose of people to renovate the house, generally love the lamp as a * 璜 lighting. _ Fine 'The current wall lamp is not a bulb, a fluorescent tube, or an in-line LED light illuminator'. It has a pure water content, a light f is easily damaged, and it is not resistant to heat and short life. The use of in-line LED lights 'has the advantages of LED light-emitting components compared to other transmissions, but also because each LED tube uses multiple LEDs in series to form an illumination structure, accumulating multiple LEDs, There is a lack of high power consumption. M352623 Moreover, in the case of increasingly serious energy and environmental protection problems, if the wall lamp continues to use the fluorescent tube, not only the fluorescent tube _ fluorescent material is not easy to be recycled, but also the tube is vulnerable to rupture and rupture's debris together with the lamp _ toxicity Fluorescent substances, which are easy to cut and poison the human body, causing environmental pollution. Therefore, the creator is actively studying the way of improvement, and hopes to develop a new wall lamp creation with all the missing features of the various types of face-lifting. After a hard process of creation, finally this creation has taken place. [New content] This creation aims to provide an LED reflective tube type wall lamp. The wall lamp shell is placed on the other side of the tire, and several rows of lamp partition space are arranged by a number of heat dissipation partitions. The LED reflector tube lamp module, and the LED reflector tube lamp module is composed of a transparent straight tube and a pair of tube end sockets, wherein the transparent straight tube is directed toward the wall of the wall lamp back plate, and the other is— a layer of reflective film material, and the pair of lamp tube end sockets are composed of a set of a heat sinking copper foil, a conductive substrate on which the LED is disposed, a refractive lens, and a mirror ring ring on which the refractive lens is mounted. ^ Inserted by the end of the light-transmissive straight tube, and the corresponding position of the light-transmitting straight lamp in the sleeve, the refractive lens placed in the sleeve ring of the jacket, the socket is inserted into the other end by the light-transmitting straight tube, and the copper is stacked Foil, and the conductive substrate overlaps the heat-dissipating copper foil into the sleeve, so that the LED on the conductive substrate faces the refractive lens, and when the light is energized, the LED light penetrates the refractive lens, and is polarized into the transparent straight tube to reflect The film is reflected by the astigmatism of the reflective film, so that the light-transmissive straight tube is full of M352623 Extends large-area lighting to achieve lower cost, easier processing, lower power consumption, and less straightforward light-transisting tube, and more resistant to 'leaf' The main purpose of creation. Therefore, since the light-transmitting straight tube is only used as a light-transmitting body, it does not directly emit heat, and it can be used for long-term use without heat loss. Only the LED with a fingertip (light-emitting diode) will have a heat loss, which needs to be replaced. Therefore, the light-transmissive straight tube can be made of a transparent plastic material such as acrylic, which is not afraid of collision and is not easy to be broken, and the solid transparent straight tube made of acrylic is not directly exposed by the light source. Penetration, according to the principle of refracting light source, the LED light set at the end of the tube is refracted, so that no light tube directly translucent causes the problem of self-heating, there will be no danger of 5 people, 5 Wu touches the tube burn, and, in addition, plastic From the perspective of recycling valleys, the overall structure for environmentally friendly recycling is safer and easier, and more specific, which is another purpose of the creation. Furthermore, the creator tests the creative structure and the performance of the wall lamp, as shown in the following table: Project comparison This creation of the large wall lamp creates a small wall lamp market (1) The power consumption value of the market is 40W 30W 80W --- 140W The actual value is 38W 26W 108W 190W light source type high power LED patent light guide 40W fluorescent tube χ 2 halogen lamp x2 lamp length 120CM 90CM 120CM 120CM power use type VDC VDC VAC VAC ' M352623 visible light angle reverse ~~~ ---~~~-_ 180° 180 ° 180° 180° Waterproof performance ~ ---- 〇〇 XX Light source life ¥ Light color change waterproof guarantee f Installation method ~ -------- IbUOOHr above -^ about 5 years) 15000Hr〇JbT~ (about 5 years) 5000Hr or more (about 1 year and a half) 2000~3000Hr~ (about 1 year) 〇—〇XX 〇---- 〇 XX Locking and locking, locking and locking structure material jade ~ ---- AL alloy AL The alloy iron and iron taste dances for more than 5 years, more than 5 years, 1 year and 1 year. As can be seen from the above table, the LED reflective tube wall lamp of this creation, whether it is a large wall lamp or a small wall lamp type, has the performance, power saving and waterproof property. And the service life is far more reasonable than seeing the wall lamp miss you. As for the detailed structure, application principle, function and effect of this creation, we can get a complete understanding by referring to the following description according to the drawings. [Embodiment] The first figure is a perspective view of the appearance of the LED reflective tube type wall lamp, and the second picture is a front view of the LED reflection tube type wall lamp, and the third picture is a LE:D reflection tube type wall lamp. The three-dimensional exploded view of the D-reflecting tube lamp module and the fourth drawing of the brother are the structural cross-sectional views of the LED-shaped reflective tube type wall lamp. As can be seen from the figures, the led reflector type wall lamp of the present invention has a wall lamp housing. 10, the other side of the wall, with a number of cooling partitions 20, 21, 22, 23 separated by a number of rows of lamp placement space 11, 12, 13, the heat dissipation partitions 20, 21, 22, 23 can be the outer panel M352623 The edge is a convex arc edge, and the inner plate edge and the wall lamp cover back plate 14 are flatly locked to the plate body, and the LE:D reflection tube lamp module 30, 31 is installed in the lamp installation space 11, 12, 13 , 32. The structure of each LED reflector tube lamp module 30, 31, 32 is the same, and an LED reflector tube lamp module 3 is taken as an example for illustration. The le:d reflector tube lamp module 30 is made of a transparent straight lamp. The tube 33 and the pair of tube end sockets 34 are formed, wherein the light-transmissive straight tube 33 can be a solid tube made of a pressure-kuck material, facing the wall of the wall lamp and the moon plate 14, covered with a reflective film 31A. The heat-dissipating partitions 2〇, 21, 22, 23 are adjacent to the outer edge of the outer plate, and a plurality of recessed ports 24, 25' are arranged in a radial arrangement to fix the socket end of the socket end 34. The pair of sockets 34 are composed of a set 35, a heat-dissipating copper box 36, a conductive substrate 37A for arranging the LED 37B, a refractive lens 39A, and a mirror ring 39B for mounting the refractive lens 39A. The corresponding position, as in the structural cross-sectional view of the fourth figure, the sleeve 35 can be made of aluminum to increase the reflective intensity, and the sleeve 35-end is inserted by the end of the transparent straight tube 33, and the sleeve is inserted. 35 is corresponding to the end of the light-transmitting straight lamp 33, and is placed in the refractive lens 39A of the outer casing ring 39B. The cover 35 is inserted into the other end by the transparent straight tube 33, and the copper foil 36 is stacked and glued. The conductive substrate 37A is overlapped with the heat-dissipating copper foil 36 and protruded into the sleeve 35. The LEDs 37B on the conductive substrate 37A are directed toward the refractive lens 39A. The refractive lens 39A is a partially enlarged cross-sectional view of the fifth figure, which is like a solid body of a horn type, and is recessed by a light incident end to receive a recess 39D of the head end M352623 of the LED 37B, and the other end of the light emitting end forms a UD. The light is accurately deflected toward the saw mirror surface 39C from which the reflective film 31A is emitted. When implemented, as shown in the schematic diagram of the light path of the sixth figure, when the LED 37B is illuminated, the light of the LED 37B is transmitted through the refractive lens 39A. The light-transmissive straight tube 33 is sent to the reflective film 31A, and is reflected by the astigmatism of the reflective lining 31A, so that the light-transmissive straight tube 33 is entirely illuminated, and the large-area illumination is extended, and the LED reflector type wall lamp can be recreated. The combination of the decorative cover of the seventh figure and the front view of the cover of the eighth figure, the other side of the wall lamp shell is hung, and the rows of lamps are separated by the heat-dissipating partitions 2〇, 21, 22 The installation space 11, 12, in the lamp installation space U, 12, is installed outside the number of the tube light module 30'31, and the casing is the outer edge of the shell edge. Covered and decorated, the shell 4 〇 corresponds to the light-transmitting straight tube 33 body which can expose the LED reflector tube module 30, 31 The central opening of the central area opens a window 41, 42 and 43, so that the light of the straight light tube 33 can be fully radiated. In summary, the LED reflective tube wall lamp of the present invention can achieve a lower cost, easier processing, lower power consumption, and a lighter straight light tube, which is safer. The long life of the light source is more convenient for environmental protection and the effect of environmental protection is not seen in the public. In addition to the provisions of the Patent Law, it is a matter of granting a patent. It must be stated that the above is a better and specific embodiment of this creation. If the changes made according to the concept of this creation and the functional role produced are still beyond the spirit of the manual and the drawings, Within the scope of this creation • M352623, it is given to Chen Ming. [Simple description of the drawings] The first figure is a perspective view of the appearance of the creative LCD-type reflector wall lamp. The second figure is a front view of the created LE:D reflective tube wall lamp. The third figure is an exploded view of the LED reflection tube type wall lamp with the LED reflection tube lamp module removed. The fourth figure is a structural sectional view of the created LE:D reflective tube type wall lamp. The fifth figure is a partial enlarged cross-sectional view of the LED reflective tube type wall lamp. The sixth figure is a schematic diagram of the light path of the LED reflective tube wall lamp. The seventh picture is a combination view of the decorative cover of the LED reflective tube type wall lamp. The eighth picture is a proper view of the decorative cover of the LH) reflective tube type wall lamp. [Description of main component symbols] 1〇·····Shell 39C...·Sawed mirror surface 1U2,13.... Lamp tube placement space 39D.·.. Pocket 14----Wall lamp shell back plate 40 ---- Decorative cover 20, 21, 22, 23----heat-dissipating partition 41, 42, 43____ through the window 24, 25---- placing the sinking mouth 30, 31, 32.... LED reflection Tube Light Module 31Α··..Reflective Film 33 ----Transparent Straight Tube 34 ---- Lamp End Socket