M41Q179 五、新型說明：【新型所屬之技術領域】 本創作係涉及一種照明燈具，特別是 面均勻照明效果與較佳散熱效益之創新鏡 具結構型態設計者。 指一種兼具有平 面隱藏式照明燈 【先前技術】 按’近年來照明燈具的結構型態隨著 新而相對發展出許許多多的新產品型式， 有省電、體積小、溫度低、高亮度等優點 傳統燈泡而被廣泛應用於燈泡、燈管、^ 品結構上。M41Q179 V. New description: [New technical field] This creation relates to a kind of lighting fixture, especially the innovative mirror structure type designer with uniform illumination effect and better heat dissipation efficiency. Refers to a kind of flat hidden light [previous technology] According to the structure pattern of lighting fixtures in recent years, a lot of new product types have been developed with new ones, which have power saving, small size, low temperature and high The advantages of brightness, etc., are widely used in bulbs, lamps, and structures.
led雖有其眾多優點’但其點狀亮 大面積且兼具均勻度、柔合度之昭明效 【難度與技術瓶頸存在；雖然，目'前q 導光板使用來達到面狀發先夕 呈現的光亮度仍舊太過微弱：：能Π ’離照明功能則仍有相當差距不足之 用於照明產品時’若產品為餐 當多…LED元件時，：：：化架構’ 用安全上的隱憂。 °…、現象勢；ϋ 基於上述問題與缺弊， 化妝鏡產品時，仍舊無法連得目前LED 性’亦難以切合使用消費者丨符合業界要 其薄形化架構下設計出實用之需求，因此 散熱構造，顯為相關業界彡有攻的鏡面隱 。 、再努力研發突 有鑑於此 與設計經驗， ，創作人本 針對上述之 夕年從事相關 §襟， 詳加設計 發光體技術的創 其中UD由於具 ，故快速地取代 箱等各式燈具產 特色，若欲達到 ，實務上仍有其 業者將LE：D搭配 際上於導光板所 顯示性功用訴求 再則，當LED應 且使用設置有相 會成為該產品使 若欲整合應用於 求之標準與功能 ，如何在受限於 藏式照明燈具與 破之目標及方向 產品之製造開發 與審慎評估後， M410179 終得一確具實用性之本創作。 【新型内容】 本創作之主要目的，係/ 昭明供 Μ. ^ Μ # ^ ^ 糸在死供—種鏡面隱臧式…月燈 具…構，其所欲解決之問題點，係出一種更 具理想實用性之新式鏡面障 ’可 & ^ jm ΐλ 創新突破者； 飞兄囱隱職式照明燈具結構為目払加以 本創作解決問題之技術 鏡面隱藏 式照明燈具結構係包括平面薄殼式照及具有透光 :J :¾ :控制開關之鏡面板所構成薄殼式照 、 佾尘散熱潯设，包括面狀背板、二限位框部 以及一板件插設空間；支# . τρη 又撐肋，一體式凸設形成於面狀背 板円侧表面，LED昭明槿彼 路某崧 τρη - ^ '''冓件’設置於限位框部中，包括電 路暴扳、LED το件及供電魂 棬刦噝刼1如 深路，一導光基板’插置限位於 擠型政熱溥殼之板件插設允 LED as bb ^ T1?n 二間中，且該導光基板側邊須與 LLU…、明構件之LED元件 ，呈多數細點狀間隔分佛：置相對位；導光增益網點 ，疊在於導光基板背面；—光㈣坤=板：：反先片 正面一間隔空間，係由2 =政板，*靠於導光基板 成的間隙區域所構成； 吓又合文保肋之間形 照明模，且，並令平面薄=板之面積須大於平面薄殼式 ^#側，摄占i Ϊ 式照明模組裝設定位於訪私 侧之狀筚.兮4 A ‘、，、^ ^組係被遮擋隱藏於锫二坂 側之狀態，泫透光部 、鏡面板背 殼式照明模組所發出之光部區域’可供該平面^ 則設於鏡面板袁 、，透出兄面板，該照明控制„ 荭士 4丨^板一處，以供控制LEI)元件之至少明制開關 藉此創新獨粒执本 月減* 能 構可在平心使本創作所揭鏡面隱藏工C 品能夠達到 =楫條件下，令具有照明功能之 ％ 熱政盈之實用進步性。 衣 、、度與較佳散 4 M410179 * 【實施方式】 請參閱第1 式照明燈具結構 用’在專利申請 照明燈具結構係 至少一平面 熱缚殼10，由導 • 其包括一面狀背 L 型曲折凸伸 籲-體式凸設形成 面；並於該面狀 之間形成一板件 明構件20，設置 中’包括長形廷 表面之多數LED 電線路23，令該 12，且令該LED 光基板30，為一 限位於該擠型散 ®基板3〇之相對二 • 所在位置相對位 入該導光基板30 面32，該背面32 光增益網點40， 板30之背面32， 反射增益作用； 32，該反光片5〇 50可為一白色塑 基板30内之光線 、2 、3 、4圖所示 之較佳實施例，惟此 上並不受此結構之限 包括下述構成： 薄殼式照明模組A ， 熱性佳之擠型金屬板 板11以及由該面狀背 形成之二限位框部12 於該擠型散熱薄殼10 背板11所設支撐肋14 插設空間13 (僅標示 結合於該擠型散熱薄 伸狀之電路基板21、 元件22以及由該電路 電路基板21係呈接觸 元件22係對位於該板 透光板體（可為透明 熱薄殼10之板件插設 側邊須與該LE：D照明 ’以使LED元件22所 内’該導光基板30係 係面向擠型散熱薄殼 係呈多數細點狀間隔 藉以對射入該導光基 一反光片50，疊靠於 具一反光面51朝向導 膠薄板所構成，其作 向外反射而能增進照 ，係本創作鏡面隱藏 等實施例僅供說明之 制。所述鏡面隱藏式 其係包括·一擠·型散 (如链板）所構成， 板11相對二側概呈” :至少二支撐肋14係 之面狀背板11内側表 頂端與二限位框部12 於第3圖）；LED照 殼10之二限位框部12 結合於該電路基板21 基板21 —處導出之供 狀態結合於限位框部 件插設空間13 ;—導 壓克力板），係插置 空間13中，且該導光 構件20之LED元件22 發出之光線能夠投射 具有一正面31及一背 10之面狀背板1丨；導 分佈凹設於該導光基 板30之光線產生均勻 該導光基板30之背面 光基板30，該反光片 用係藉以將射入導光 明亮度；又’該反光 5 M41Q179 片50背部係被該等支撐肋μ所抵靠撐持；一光線擴散板6〇 ’疊靠於該導光基板30之正面31，藉以達到擴散光線、令 照明光線均勻化之作用；一間隔空間7〇 (僅標示於第4 、 5圖），係由該散熱薄殼1〇之面狀背板11所設各支撐肋14 之間形成的間隙區域所構成者； 鏡面板80為具有鏡面的硬質板體所構成，該鏡面 • ^ 80之面積須大於該平面薄殼式照明模組A ，並令該平面 薄殼式照明模組A係裝設定位於該鏡面板8〇背側，構成平 面薄殼式照明模組A係被遮擋隱藏於鏡面板8〇背側之狀態 至少一透光部81，設於該鏡面板8〇之局部區域呈可透 光狀態，所述透光部81係可供該平面薄殼式照明模組A運 作所發出之光線透出該鏡面板8〇而達到其照明功能；所述 透光部81之設置形狀並無侷限，如第丨圖所揭透光部8ι與 第8圖所揭透光部81B即為不同形狀風格之所 述透光部81、8”設為圖案、文字、花紋、商；樣標： 等各式型態者，如第9圖所揭透光部81C ，係為文 型態者。 照明控制開關82，設於該鏡面板8〇 一處，該照明控制 •開關82係與該平面薄殼式照明模組A之LED照明構件^電 •性連接，藉以供控制LED元件22之至少明滅狀態（註：亦 可包括光度、光色調整功能）。 其中’該照明控制開關82可為一光電感應控制型態， 令該光電感應控制型態之照明控制開關82設於鏡面板^ — 處，而能透過人指觸摸方式達成LED元件之明滅狀態控制 (參第6圖所示），更具體而言，如第7圖所示，係於該 鏡面板80 —處設一透光口 83，該光電感應控制型態之照^ 控制開關82係設置於該透光口 83内部對應位置處I包括— 光電電路板821 、'-投光器822以及一感應器823所構成 ，其中該投光器822係朝該光電電路板821方向投射光線 6 M410179 ’該光電電路板821則設有一光線貫穿孔824對向該透光 口 83，藉此當人手觸摸於該透光口犯外部時，感應器823 將會感應到光電電路板821之狀態變化而達到開關控制之 目的’而為避免外部光線干擾，該透光口 83可設成霧面透 光狀]?!為最佳。 其中’該光線擴散板60正面係更疊靠有一防水膜片9 〇(請配合參閱第4 、5圖所揭），且該防水膜片90側邊孫 至少與該榜型散熱薄殼10具限位框部12之二側相密合，藉 以達到防止水氣滲入内部之防水效益；又該防水膜片9〇端 側亦能夠進一步向後包覆至散熱薄殼1〇之面狀背板U背面 (此實施例之圖面省略）。 其中’所述支撐肋14之斷面型態可設為三角形、矩形 、梯形、半圓形任一型態。 其中，該鏡面板80周邊並可進一步組設有邊框83 (如 2圖所示），藉此以達到保護鏡面板80之功效，且 兼具利於造型變化設計以滿足多元消費需求之優點。 又其中，設於該鏡面板80之透光部81具體實施型態可 為透明板面、透光板面、透空穿口等任其中一種型態者。 如第10圖所示，該限位框部12外部並可再增 韓片121 ，由於發熱源（即LED元件22 )係位於限位框^ 12内’故藉此散熱鰭片121的增設能夠達到進—牛辦 熱效益之功效》 ' 飞明藉由上述結構組成設計’兹就本創作之使用作動情形 如第5圖所示’就照明功能而言：當該LED照明構 2〇之UD元件22被點亮時，LED元件22所射出的光線4 射入導光基板30内（如箭號L1所示），而射入道土贫二又 , '和八等光基板如 内的光線，透過C5設於導光基板30背面32之墓土说、， “ <导九增盈網點 7 M410179 40設計，將能夠對光線產生 之照明增益作用（如箭號L2 點所發揮之反射效果作表示 可藉以將射入導光基板30内 亮度（如箭號L3所示，僅以 外部鏡面板80透光部81射出 而達到擴散光線、令照明光 示，僅以一組反射箭號表示 益網點40、反光片50 '光線 ，能夠令本創作鏡面隱藏式 _和又兼具高照明度之絕佳照 明需求；再就散熱功能而言 置結合於該擠型散熱薄殼1〇 件20運作產生之熱溫，將可 薄殼ίο之面狀背板η進行大 所述支撐肋14抵靠撐持反光 板11之間具間隔空間70之空 進行散熱過程中，不致將熱 導光基板30、光線擴散板60 •益’令本創作平面薄殼式照 .到使用更安全、更耐用之優 • 就應用面而言，因本創 明模組Α與鏡面板80之整合 功能特色，除了應用作為一 照明功能之鏡面牆或者天花 功效說明： 本創作功效增進之事實如下 、 本創作所揭「鏡面隱藏 述平面薄殼式照明模組及具 朝光線擴散极a a _ 双叫方向均勻反射 所示，僅以嚴 Jra , 早一個導光増益網 )’另一方面，U,· Θ ’該反光片50亦 的光線向外反私二 久射而能増進昭明 單一個反射箭號表示）向 ，光線，冑逄過光線擴散板60 線均勻化的作田/ , .」 J 1乍用（如箭號L4所 );藉此導光基板30、導光增 擴散板60四者之整合導光設計 照明燈具獲得平面式、均勻柔 明效果，足堪滿足一般室内照 :由於該LED照明構件2〇是設 之限位框部12中，LED照明構 被均勻傳導擴散到該擠型散熱 面積、高效率的散熱，且利用 片50而構成反光片50與面狀背Although it has many advantages, it has a bright spot and a uniformity and flexibility. [Difficulty and technical bottlenecks exist; although, the front of the q-light guide plate is used to achieve the appearance of the face. The brightness is still too weak: Can Π 'From the lighting function, there is still a considerable gap when it is used for lighting products. 'If the product is more for meals... LED components, :::: Architecture' security concerns. °..., phenomenon potential; ϋ Based on the above problems and shortcomings, when the cosmetic mirror products are still unable to connect with the current LED performance, it is also difficult to meet the needs of consumers, which meets the needs of the industry to design practical applications under its thinning structure. The heat-dissipating structure is obviously hidden in the relevant industry. In addition to this and design experience, the creators have been engaged in the relevant 襟 上述 襟 襟 襟 襟 襟 襟 襟 襟 襟 襟 襟 襟 襟 襟 UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD UD If you want to achieve it, there are still some practitioners who will use LE:D to match the performance of the display on the light guide board. When the LED is used and set up, it will become the standard for the product to be integrated. With the function, how to make a development and prudent evaluation of the products that are limited by the Tibetan lighting fixtures and the target and direction of the products, M410179 will have a practical and practical creation. [New content] The main purpose of this creation is / Zhaoming Μ. ^ Μ # ^ ^ 糸 死 死 — 种 种 种 种 种 种 种 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月The new practical mirror barrier 'can be & ^ jm ΐ λ innovation breakthrough; Fei Xiong Xiao hidden lighting fixture structure for the purpose of this creation to solve the problem of technical mirror hidden lighting fixture structure including flat thin shell photo And having light transmission: J: 3⁄4: The mirror panel of the control switch is composed of a thin-shell type and a dust-proof heat-dissipating device, including a planar back plate, a second limit frame portion, and a plate insertion space; a branch #. ρρη The ribs are integrally formed on the side surface of the planar back plate, and the LED 昭 槿 槿 路 嵩 ρ ρ ρ ρ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 设置 设置 设置 设置 设置 设置 设置 设置 设置 设置 设置 设置 设置 设置 设置 设置 设置 设置And the power supply soul robbers 1 such as deep roads, a light guide substrate 'insertion limit is located in the extruded type of hot shell, the board inserts the LED as bb ^ T1?n two, and the light guide substrate side The edge and the LLU... and the LED components of the Ming component are separated by a number of fine dots. The light guiding gain dot is stacked on the back side of the light guiding substrate; - light (four) kun = board:: the front space of the front piece is separated by 2 = political board, * is formed by the gap area formed by the light guiding substrate; The illuminating pattern between the ribs and the ribs is made, and the area of the plane is thin = the area of the board must be larger than the plane of the thin shell type, and the assembly of the illuminating mode is located on the access side. 兮 4 A The ',,, ^ ^ group is occluded in the state of the second side of the 锫 泫 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Through the brother panel, the lighting control „ 荭 丨 丨 板 板 , , , , , 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 创新 创新 创新 创新 创新 创新The mirror-removed work C can achieve the practical progress of the thermal function of the lighting function. The clothing, the degree and the better dispersion 4 M410179 * [Embodiment] Please refer to the 1st type lighting fixture The structure uses at least one plane heat-binding shell 10 in the patent application lighting fixture structure, guided by The utility model comprises a one-side back L-shaped meandering protrusion-body convex forming surface; and a panel member 20 is formed between the planes, and a plurality of LED electric lines 23 including an elongated surface are arranged to make the 12 And the LED light substrate 30 is positioned opposite to the opposite side of the extruded substrate 3 at the position of the light guide substrate 30, the back surface 32 optical gain dot 40, the back of the board 30 32, reflection gain effect; 32, the retroreflective sheet 5 〇 50 can be a white plastic substrate 30 light, 2, 3, 4 shown in the preferred embodiment, but not limited by this structure The following components are: a thin-shell type lighting module A, a hot-squeeze extruded metal plate 11 and a second limiting frame portion 12 formed by the planar back to the supporting rib 14 provided on the backing plate 11 of the extruded heat-dissipating thin shell 10. The insertion space 13 (only the circuit board 21, the element 22, and the contact element 22 connected by the circuit board 21 are arranged to be in the transparent board of the board (which can be transparent hot thin) The panel of the shell 10 is inserted with the side edge and the LE: D illumination 'to make the LED element 22 The light guide substrate 30 is formed so as to face the extruded light-receiving thin film in a plurality of fine-pitch intervals so as to be incident on the light-reflecting sheet-reflecting sheet 50, and is stacked on the reflective surface 51 toward the conductive adhesive sheet. For the purpose of outward reflection, it is possible to enhance the illumination, and the embodiment of the present invention is only for illustrative purposes. The mirror-concealed type comprises a squeezing type (such as a chain plate), and the plate 11 is substantially opposite to the two sides: at least two supporting ribs 14 are arranged on the inner side of the planar backing plate 11 and the second limit The frame portion 12 is shown in FIG. 3; the second limiting frame portion 12 of the LED photo housing 10 is coupled to the substrate 21 at the substrate 21 for connection with the limiting frame member insertion space 13; The light is emitted from the LED element 22 of the light guiding member 20 to project a planar back plate 1 having a front surface 31 and a back surface 10; the conductive distribution is concavely disposed on the light guiding substrate The light of 30 produces a uniform light substrate 30 on the back side of the light guiding substrate 30, and the reflecting sheet is used to inject the light guiding brightness; and the reflective portion of the M5Q179 sheet 50 is supported by the supporting ribs 51; A light diffusing plate 6〇' is stacked on the front surface 31 of the light guiding substrate 30, thereby diffusing light and homogenizing the illumination light; a space of 7 〇 (only shown in Figures 4 and 5) is a gap region formed between the support ribs 14 provided in the planar back plate 11 of the heat dissipation thin shell 1 The mirror panel 80 is formed by a hard plate having a mirror surface, and the area of the mirror surface must be larger than that of the planar thin-shell type lighting module A, and the planar thin-shell type lighting module A is set. Located on the back side of the mirror panel 8 , the planar thin-shell type illumination module A is shielded from the back side of the mirror panel 8 and at least one transparent portion 81 is disposed on a portion of the mirror panel 8 In the light transmitting state, the light transmitting portion 81 is configured to allow the light emitted by the operation of the planar thin-shell type lighting module A to pass through the mirror panel 8 to achieve the illumination function; There is no limitation, such as the light-transmitting portion 8 ι of the first drawing and the light-transmitting portion 81B of the eighth drawing, that is, the light-transmitting portions 81 and 8 ′′ of different shapes and styles are set as patterns, characters, patterns, and quotients; : For various types, such as the light-transmitting part 81C as shown in Fig. 9, it is a genre. The illumination control switch 82 is disposed at one of the mirror panels 8 , and the illumination control switch 82 is electrically connected to the LED illumination component of the planar thin-shell illumination module A for controlling at least the LED component 22 De-emphasis state (Note: luminosity, light color adjustment function can also be included). The illumination control switch 82 can be a photoelectric induction control type, and the illumination control switch 82 of the photoelectric induction control type is disposed at the mirror panel, and the LED component can be controlled by the human finger touch mode. (As shown in Fig. 6), more specifically, as shown in Fig. 7, a light-transmissive port 83 is disposed at the mirror panel 80, and the photo-sensing control type control switch 82 is set. The corresponding position inside the light-transmitting port 83 includes an optoelectronic circuit board 821, a light projector 822, and an inductor 823, wherein the light projector 822 projects light 6 M410179 toward the photoelectric circuit board 821. The plate 821 is provided with a light through hole 824 opposite to the light transmission port 83, so that when the human hand touches the light transmission port and the outside is made, the sensor 823 will sense the state change of the photoelectric circuit board 821 to achieve the switch control. In order to avoid external light interference, the light-transmitting port 83 can be made into a matte light-transmissive shape. Wherein the front side of the light diffusing plate 60 is further stacked with a waterproof film 9 〇 (please refer to the drawings shown in Figures 4 and 5), and the side of the waterproof film 90 is at least with the heat dissipation thin shell of the list type. The two sides of the limiting frame portion 12 are closely combined to achieve the waterproof effect of preventing moisture from penetrating into the interior; and the end surface of the waterproofing membrane 9 can be further wrapped back to the planar backing plate U of the heat-dissipating thin shell 1 The back side (the drawing of this embodiment is omitted). The section shape of the support rib 14 may be any of a triangular shape, a rectangular shape, a trapezoidal shape, or a semicircular shape. The periphery of the mirror panel 80 may further be provided with a frame 83 (as shown in FIG. 2), thereby achieving the effect of protecting the mirror panel 80, and having the advantages of facilitating the design change to meet the multi-consumer demand. Further, the light transmitting portion 81 provided in the mirror panel 80 may be one of a transparent plate surface, a light transmitting plate surface, and a transparent opening. As shown in FIG. 10, the upper portion of the limiting frame portion 12 can be further increased by the Korean plate 121. Since the heat source (ie, the LED element 22) is located in the limiting frame 12, the additional heat dissipating fins 121 can be added. To achieve the effect of the heat-enhanced effect of the cow--"Feiming by the above-mentioned structure composition design", the use situation of this creation is as shown in Figure 5, in terms of lighting function: when the LED lighting structure 2 UD When the element 22 is illuminated, the light 4 emitted by the LED element 22 is incident on the light guide substrate 30 (as indicated by the arrow L1), and is incident on the earth and the light of the 'eight-light substrate. According to the tomb of C5 located on the back surface 32 of the light guide substrate 30, "< guide nine increase profit point 7 M410179 40 design, will be able to produce light illumination gain effect (such as the reflection effect of the arrow L2 point) The brightness can be incident on the light guide substrate 30 (as indicated by the arrow L3, only the light transmitting portion 81 of the outer mirror panel 80 is emitted to diffuse light, and the illumination light is displayed, and only a set of reflection arrows is indicated. Benefits dot 40, reflective sheet 50 'light, can make this creation mirror hidden _ and both with high light Excellent lighting demand for brightness; in addition to the heat dissipation function, the thermal temperature generated by the operation of the extruded heat-dissipating thin-shell member 20 is performed, and the support rib 14 is formed by the thin-shaped back plate η of the thin shell ίο In the process of dissipating heat between the supporting reflectors 11 and the spaces 70, the heat-conducting substrate 30 and the light-diffusing board 60 are not required to make the flat surface of the present invention safer and more durable. Optimum • In terms of application surface, due to the integrated features of the Chuangming module and the mirror panel 80, in addition to the application of the mirror wall or ceiling effect as a lighting function: The fact that the creative effect is enhanced is as follows: Uncovering the "mirror-concealed flat-shell light-emitting module and the light-diffusing pole aa _ double-direction direction uniform reflection, only to strict Jra, early a light guide network" 'on the other hand, U, · Θ ' The light reflecting sheet 50 also emits light for a long time and can be injected into the Zhaoming single reflection arrow.) The light is transmitted through the 60-line homogenization of the light diffusing plate. Such as the arrow L4); The integrated light guiding design of the panel 30 and the light guiding diffusing plate 60 can obtain a flat, uniform and soft effect, which can satisfy the general indoor illumination: since the LED lighting component 2 is disposed in the limiting frame portion 12 The LED illumination structure is uniformly conducted and diffused to the extruded heat dissipation area, and the heat dissipation is high, and the sheet 50 is used to form the reflector 50 and the surface back.
間型態設計，使得面狀背板U 溫再傳回給内部的反光片5〇、 等板件，俾可達到絕佳散熱效 明燈具之使用無過熱之虞，達 點。 作構成上為所述平面薄殼式照 體，其兼具鏡面與照明之雙重 般化妝鏡之外，亦可作為具有 板等。 式照明燈具結構」主要藉由所 有透光部與照明控制開關之鏡 8 Μ410Π9 面板所構成之創新獨特結構型態設計，使本創作所揭鏡面 隱藏式照明燈具結構可在平面薄殼式架構條件下，令呈 照明功能之鏡面產品能夠達到兼具有平面均勻照明、 高照明度與較佳散熱效益之實用進步性。 > 不 本創作可產生之新功效如下： 错由該光線擴散板正面更是青女^ ‘ 設計，俾可藉由該防水膜片側J與擠J:,片之結構 合狀態，進而達到防止水氣滲入之散二溥殼側邊相密 LED照明構件，令平面薄殼式昭7效益，以保護内部 ‘、、' a澄具之使用更安全。 上述實施例所揭示者係藉以具 雖透過特定的術語進行說明，告 处°兄明本創作，且文中 之專利範圍；熟悉此項技術領^ ^能以此限定本新型創作 之精神與原則後對其進行變更與人士當可在瞭解本創作 此等變更與修改’皆應涵蓋於如改而達到等效目的，而 定之範疇中。 〇所述申請專利範圍所界The inter-type design allows the U-shaped surface of the back panel to be transmitted back to the internal reflector 5〇, etc., so that the heat dissipation effect can be achieved without overheating. The flat-shell type photographing body is configured to have a dual mirror-like mirror and a mirror, and may be used as a board or the like. The structure of the illuminator is mainly designed by the innovative and unique structure of all the light-transmitting parts and the mirrors of the lighting control switch. The mirror-concealed lighting structure can be in the planar thin-shell structure. Under the hood, the mirror-finished product with illumination function can achieve practical progress with both uniform illumination, high illumination and better heat dissipation. > The new effects that can not be created by this creation are as follows: The wrong side of the light diffusing plate is the green female ^ ' design, which can be prevented by the structure of the waterproof film side J and the extruded J: Water-vapor infiltrated into the side of the dilute shell of the dense LED lighting components, so that the flat thin shell type of efficiency, to protect the internal ',, ' a tool is safer to use. The disclosures of the above embodiments are explained by the specific terms, and the slogan is written by the brothers and the scope of the patents; the familiarity with the technology can limit the spirit and principles of the novel creation. Changes and modifications to the person who understands the creation of the creation should be covered in the scope of the equivalent purpose.界The scope of the patent application
9 M410179 、 【圖式簡單說明】 第1圖：本創作結構較佳實施例之組合立體圖。 第2圖：本創作結構較佳實施例之分解立體圖一，為該平 面薄殼式照明模組與鏡面板之分解狀態。 第3圖：本創作結構較佳實施例之分解立體圖二，為該平 面薄殼式照明模組之構件分解狀態。 第4圖：本創作結構較佳實施例之組合剖視圖。 第5圖：係第4圖之B部位放大圖，並示意其照明之導光 狀態。 第6圖：本創作之照明控制開關採光電感應控制型態而能 _ 透過觸摸方式控制之使用狀態圖。 第7圖：本創作之照明控制開關採光電感應控制型態之結 構平面示意圖。 第8圖：本創作之透光部形狀另一實施例圖。 第9圖：本創作之透光部形狀又一實施例圖。 第10圖：本創作之限位框部外部增設有散熱鰭片之實施例 圖。 【主要元件符號說明】9 M410179, [Simplified description of the drawings] Fig. 1: A combined perspective view of a preferred embodiment of the present authoring structure. Fig. 2 is an exploded perspective view of the preferred embodiment of the present invention, showing the exploded state of the planar thin-shell illumination module and the mirror panel. Fig. 3 is an exploded perspective view of the preferred embodiment of the present invention, showing the exploded state of the planar thin-shell type lighting module. Figure 4 is a cross-sectional view showing a combination of preferred embodiments of the present authoring structure. Fig. 5 is an enlarged view of a portion B of Fig. 4 and showing the light guiding state of the illumination. Figure 6: The lighting control switch of this creation adopts the photoelectric induction control type and can use the state diagram of the control by touch mode. Figure 7: Schematic diagram of the structure of the lighting control switch of this creation adopting photoelectric induction control type. Fig. 8 is a view showing another embodiment of the shape of the light transmitting portion of the present invention. Fig. 9 is a view showing still another embodiment of the shape of the light transmitting portion of the present invention. Figure 10: An example of an embodiment in which heat sink fins are added to the outside of the limit frame of the present creation. [Main component symbol description]
鲁平面薄殼式照明模組A 擠型散熱薄殼 1 0 面狀背板 1 1 限位框部 1 2 散熱鰭片 1 2 1 板件插設空間 1 3 支撐肋 1 4 LED照明構件 2 0 電路基板 2 1 LE1D元件 2 2 供電線路 2 3 10 M410179 導 光 基 板 3 0 正 面 3 1 背 面 3 2 導 光 增 益 網 點 4 0 反 光 片 5 0 反 光 面 5 1 光 線 擴 散 板 6 0 間 隔 空 間 7 0 鏡 面 板 8 0 透 光 部 8 1 、 昭 1 * »Λ 明 控 制 開 關 8 2 光 電 電 路 板 8 2 1 投 光 器 8 2 2 感 應 器 8 2 3 光 線 貫 穿 孔 8 2 4 透 光 α 8 3 防 水 膜 片 9 0Lu planar thin shell lighting module A extruded heat sink thin shell 1 0 planar back panel 1 1 limit frame part 1 2 heat sink fin 1 2 1 board insert space 1 3 support rib 1 4 LED lighting component 2 0 Circuit board 2 1 LE1D component 2 2 Power supply line 2 3 10 M410179 Light guide substrate 3 0 Front 3 1 Back 3 2 Light gain gain dot 4 0 Reflector 5 0 Reflective surface 5 1 Light diffuser 6 0 Space 7 0 Mirror panel 8 0 Transmissive part 8 1 , Show 1 * » Λ Control switch 8 2 Photoelectric circuit board 8 2 1 Light projector 8 2 2 Sensor 8 2 3 Light through hole 8 2 4 Light transmission α 8 3 Waterproof diaphragm 9 0
8 1 B 、8 1 C8 1 B , 8 1 C