TWM434887U - Lamp structure - Google Patents
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- TWM434887U TWM434887U TW101207575U TW101207575U TWM434887U TW M434887 U TWM434887 U TW M434887U TW 101207575 U TW101207575 U TW 101207575U TW 101207575 U TW101207575 U TW 101207575U TW M434887 U TWM434887 U TW M434887U
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M434887 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種燈具結構，尤其是指可安裝於 各種結構物表面之燈具結構。 【先前技術】 習知一般可安裝在櫥櫃、裝潢結構、牆壁等各種結 構表面的燈具，通常是利用螺絲、磁力、雙面膠或是其他 複雜的固定結構，將該燈具固設於前述之結構表面。然而 這類燈具裝設至櫥櫃、裝潢結構、牆壁等各種結構表面上 時，通常無法調節照射方向，或者是另外將產生光源之裝 置，如發光二極體或是燈珠，設置在一機構上並可與燈具 之主體作機構的相對運動，而達到光源照射方向的調整， 使得往往會破壞燈具的整體美觀性，且便利性不佳。再 者，這類燈具的設計中，一般在設計時即限制了使用的電 源形式，如果要改變電源形式，則必須重新設計整個燈具 結構。另外，習知這類燈具多為單純只提供照明功能，本 創作具有雙光源，且至少其中之一光源係紫外光源，而可 以提供使用者作為驗鈔、局部環境減菌或其它需要紫外光 光源的使用環境所需光源。因此本創作基於習知燈具之缺 失進行創作。 【新型内容】 本創作係有關於一種燈具結構，其主要目的在於提 4 M434887 供一具有簡單固定方式之燈具結構，並可直接裝設於櫥 櫃、裝潢結構、牆壁等各種傢倶或是結構物上。 本創作之燈具結構的次一目的係本創作之燈具結構 之固設結構，可直接裝設於櫥櫃、裝潢結構、牆壁等各種 傢俱或是結構物上，同時具有兩組光源，可提供不同照射 方向、不同光源等效果。 本創作之燈具結構的再一目的係本創作之燈具結構 中，可至少具有一組紫外光光源，藉以使得本創作之燈具 結構可進一步提供使用者作為驗鈔、局部環境減菌或其它 需要紫外光光源的使用環境所需光源。 本創作之燈具結構的再一目的係提供可選擇採用電 池、交流電源以及無線傳輸電源等多種電源選擇之燈具結 構，因而可適用於各種使用環境。 本創作之燈具結構的再一目的係可提供一具有開關 或感應器之燈具結構，方便控制本創作之燈具結構的開啟 或關閉。 本創作係有關於一種燈具結構並配合使用於一結構 物上，且包括：一主體，其係包括一頂蓋、一中蓋以及一 底蓋；一發光裝置，其係一可經由電力驅動發光之光源， 且一第一發光元件以及一第二發光元件；以及一電氣裝 置，其係設置於該主體中且電氣連接該發光裝置，並包括 一控制單元、一操作單元以及一電力單元，該控制單元係 一選擇該發光裝置開啟或關閉並分配該電力單元之電力 的電路，該操作單元係一操作界面並對應產生一電氣息傳 輸至該控制單元，該電力單元係一電力供應裝置，且該操 5 M434887 作單元係包括一按鍵開關，且該按鍵開關係一可按壓操作 並輸出電氣訊號的開關；其中該頂蓋係一蓋狀體且具有— 透光部’該透光部係一透光結構並至少對應該發光裝置局 部，該中蓋係一碟狀體，該底蓋係包括一固定部，該底蓋 係透過該固定部固設於該結構物上’該頂蓋以及該中蓋分 別具有一第一貫穿部以及一第二貫穿部，且該第一貫穿部 以及該第二貫穿部係位置相互對應且分別係自該頂蓋底 部以及該令蓋底部向上貫穿的開口結構，該底蓋係設置於 該頂蓋底部而形成一中空盒體結構，且該中蓋係設置於該 頂蓋與底蓋之間；該第一發光元件係設置於該申蓋上，並 對應該頂蓋中的透光部，該第二發光元件係設置於該按鍵 開關中並對應該按鍵開關的頂端方向照射；以及該按鍵開 關係设置對應於該頂蓋之第一貫穿部以及該中蓋之第二 貫穿部中，该第一發光元件之光源係經由該頂蓋之第一貫 穿部以及該中蓋之第二貫穿部，並自該主體頂蓋透射至外 部。 前述本創作之燈具結構中，該主體底蓋係進一步包 括一底座，且該固定部係設置於該底座中；其中該底蓋與 該底座分別具有一第一結合部以及一第二結合部，該第一 結合部係分別對應該第二結合部，且該第一結合部與所對 應的該第二結合部係可相互結合或相互脫離。 再者，該主體底蓋中的第一結合部係包括一穿孔， 該穿孔係貫穿該底蓋底部的一圓形穿孔結構，該穿孔並於 内表面沿徑向向内凸出形成圓形環狀分佈的一内齒；以及 該底座之第二結合部係對應該底蓋之第一結合部並係包 括複數個卡勾部，該些卡勾部係對應該穿孔排列成一圓形 6 M434887 環狀分佈，各個該卡勾部係自該底座向上延伸並包括一凹 部以及一外齒，各個該卡勾部之凹部係側向内凹形成之凹 狀部並對應該第一結合部中的内齒，且各個外齒係在該凹 部中自底部向上延伸形成之筋條狀結構並對應該第一結 合部之各個内齒間的部位。 前述之主體底蓋中的固定部係設置於該底座中，且 該固定部係包括複數個螺絲孔，用以透過複數個螺絲分別 對應各個螺絲孔，而將該底座固鎖於一結構物上。 另外，該底座的固定部係可進一步包括一貼附該底 座底面之背膠所構成或是一磁鐵所構成。 前述本創作之燈具結構中，該電力單元中進一步包 括一電池模組，該電池模組係電氣連接該控制單元，該電 池模組係用以電氣連接至少一電池，且該電力單元係將該 電池模組所提供之電力調適為該電氣裝置以及該發光裝 置所需電力形式，並透過該控制單元的控制而分配傳輸至 該電氣裝置中的電氣元件以及該發光裝置。其中該電池模 組可以係包括一電池槽，該電池槽係電氣連接該控制單 元，並係用以裝設並電氣連接該電池，且該電池槽係設置 於該頂蓋底部，且該電池槽係與頂蓋底部之間的空間係足 以設置該令蓋、該第一發光元件、該第二發光元件以及該 按鍵開關。 另外，前述之電池模組可以係包括一外接電池盒， 且該電池槽係設置於該外接電池盒中。 再者，前述之電氣裝置可以係進一步包括一電源適 配器模組，該電源適配器模組係一將交流電源轉換為直流 7 M434887 電源之電氣裝置，並經由該電力單元電氣連接至該控制單 元。其中，該電源適配器模組係進一步包括一外部電源 線，該外部電源線係自該電源適配器模組延伸至該主體外 部而可用以電氣連接外部電源，該電源適配器模組設置於 該頂蓋底部，且該電源適配器模組係與頂蓋底部之間的空 間係足以設置該中蓋、該第一發光元件、該第二發光元件 以及該按鍵開關。另外，該電源適配器模組也可以係設置 該主體外部。 前述本創作之燈具結構中，該電氣裝置之電力單元 係進一步包括一電氣能量接收器，該電氣能量接收器係接 收以無線電力傳輸技術傳輸之諧振能量並可將該諧振能 量轉換為電力的一電氣裝置，且該電氣能量接收器係進一 步包括一接收元件以及一整流電路；其中該接收元件係至 少包括一接收線圈的一諧振電路，該接收線圈係可接收該 諧振訊號，並轉換為一電力輸出；以及該整流電路係一電 氣訊號調節電路，並將該接收元件所輸出之電力調節轉換 為特定之電力形態輸出。 再者，該電力單元可以係進一步包括一電氣能量發 射器，以配合該電氣能量接收器，且該電氣能量發射器係 與前述之電氣能量接收器之間可相互產生諧振狀態，使得 該電氣能量發射器係可將一電力轉換為諧振能量並發射 至外部，並且至少局部之該諧振能量係為該電氣能量接收 器所接收。 再者，該電氣能量發射器係與該主體係分離式結構 且進一步包括一外部電源、一諧振發射驅動電路以及一發 射元件；其中該外部電源係一電力供應源並供應該電氣能 8 M434887 量發射器操作所需之電力；該諧振發射驅動電路係一電氣 訊號調節電路，並係將該外部電源所提供之部分電力轉換 為一電氣訊號輸出至該發射元件；以及該發射元件係至少 包括一發射線圈，且該發射線圈係將該諧振發射驅動電路 所產生之電氣訊號轉換為諳振能量並向外發射。 前述本創作之燈具結構中，該按鍵開關頂端進一步 包括一按鍵部，該按鍵部係可上下移動並提供按壓操作該 按鍵開關時的操作件，且該按鍵部係一透光結構，透過按 壓操作該按鍵開關之按鍵部，該按鍵開關會對應輸出一電 氣訊號至該控制單元。其中，該按鍵部係進一步包括一按 鍵蓋，該按鍵蓋係設置於該按鍵部頂端且係一透光材質並 對應該第二發光元件位置；以及該中蓋係進一步包括一下 燈板，該下燈板係固設於該中蓋底端部並對應該按鍵開 關，該按鍵開關係固設於該下燈板上。 再者，該按鍵開關係進一步包括一燈座，該按鍵開 關之按鍵部係進一步包括一彈性體以及一開關元件，該彈 性體係一具有彈性回復力之機械元件，且該開關元件係一 電子開關；其中該按鍵蓋以及該彈性體係限制在該主體之 該頂蓋第一貫穿部、該中蓋第二貫穿部以及該下燈板之 間，該按鍵蓋係設置在該彈性體頂端並且被限制於第一位 置狀態與第二位置狀態之間上下移動，該彈性體底端係設 置在該下燈板上，該第二發光元件係設置於該燈座中，該 燈座係設置在該下燈板上，該開關元件係設置在該下燈板 上並對應該按鍵蓋的位置，且該按鍵蓋之第一位置狀態係 釋放該開關元件與該按鍵蓋之第二位置狀態係觸發該開 關元件。 9 M434887 前述之該主體中蓋之第二貫穿部的外環周圍係進一 步具有-導引槽’該導引槽係沿徑向貫穿的導槽结構·以 及該按鍵蓋外環周圍具有複數個沿徑向向外延伸的凸 緣，該按鍵蓋外徑係配合該中蓋之第二貫穿部，且各個該 凸緣分別係一對應該中蓋之第二貫穿部外環周圍中= 導引槽並分別係限制於所對應的導㈣巾，該按鍵蓋係限 制在該中蓋之第二貫穿部中且於一第一位置狀態與一第 二位置狀態之間上下移動。 刚述之開關元件可以係選自一輕觸開關、一葉片開 關以及一觸碰開關中的一電子開關，並係配合該按鍵開關 的機構動作，且該按鍵蓋對應該第一位置狀態係釋放該開 關70件，以及該按鍵蓋對應該第二位置狀態係觸發該開關 元件。 前述本創作之燈具結構_，該下燈板進一步係一電 路板，且該按鍵開關以及該第二發光元件係電氣連接至該 下燈板，並透過該下燈板電氣連接至該電氣裝置。其中該 控制單元中的至少局部可以係設置於該下燈板中，且該控 制單元係經由該下燈板電氣連接該電氣裝置的其它部分 以及該發光裝置。 再者，該下燈板可以係一電路板，且該第二發光元 件與該按鍵開關中的開關元件係設置於該下燈板上，該第 二發光元件與該開關元件並透過該下燈板電氣連接該電 氣裝置。其中該電氣裝置中的控制單元也可以係設置於該 下燈板上’且該操作單元以及該電力單元係電氣連接至該 下燈板並進一步分別電氣連接至該控制單元。 10 前述本創作之燈具結構中，該主體之頂蓋的透光部 係進一步包括一透光板，該透光板係一透光結構設置於該 頂蓋之透光部中並對應該第一發光元件。其中該主體頂蓋 之第一貫穿部可以係設置於該頂蓋之中央區域，該透光部 係環繞該第一貫穿部而形成一 C型狀區域。 再者，該中蓋之第二貫穿部的設置係對應該頂蓋之 第一貫穿部，且該中蓋係進一步包括複數個透光孔以及一 上燈板，該些透光孔的分佈係環繞該中蓋之第二貫穿部並 對應該主體頂蓋的透光部；以及該第一發光元件係包含複 數個光源部； 前述本創作之燈具結構中，該上燈板係設置於該中 蓋底部，且該第一發光元件中的各個光源部係設置於該上 燈板上並分別——對應該中蓋中的各個透光孔。其中該上 燈板係一電路板，該第一發光元件係固設並電氣連接至該 上燈板上，且該第一發光元件因此可透過該上燈板進一步 電氣連接至該電氣裝置，該電氣裝置係電氣連接該上燈板 並透過該上燈板可將該電氣裝置之電力單元所輸出的電 力分配至該第一發光元件中的各個光源部。 再者，該控制單元係設置於該上燈板上，且該操作 單元以及該電力單元係電氣連接至該上燈板並進一步分 別電氣連接至該控制單元；以及該第二發光元件係電氣連 接至該上燈板，並透該上燈板電氣連接至該電氣裝置。 前述本創作之燈具結構中，該發光裝置之第一發光 元件以及第二發光元件中的一發光元件係選擇為一紫外 光光源。 M434887 前述本創作之燈具結構中，該操作單元係進一步包 括一操作元件，該操作元件係設置於該主體之頂蓋中，且 該控制單元係依據該操作元件所輸出之觸發訊號，進行選 擇該發光裝置開啟或關閉。其中，該操作單元中的操作元 件可以係一非接觸式光學感測元件，且該選擇模組係設置 於該主體上並外露，該選擇模組係選自一熱釋電紅外線感 測器、一反射式光耦、一光敏電阻以及一太陽能傳感器中 的一非接觸式光學感測元件。 另外，該操作單元中的操作元件也可以係一透過觸 碰產生觸發訊號的一電氣開關元件，且該選擇模組提供觸 碰操作之係局部表面設置於該主體上並外露，該選擇模組 係選自一按鍵式開關以及一電容式觸碰開關中的一電氣 開關元件；或者該操作單元中的操作元件也可以係選自一 振動感測器。 前述本創作之燈具結構中，該控制單元係進一步包 括一偵測該電力供應部電力不足之手段，且該控制部件係 對應該電力供應部電力不足的狀態選擇漸歇性地開啟與 關閉該發光裝置，該電氣迴路部中的控制部件偵測該電力 供應部電力不足手段係透過偵測該電力供應部之電壓訊 號0 為使熟悉該項技藝人士瞭解本創作之目的、特徵及 功效，茲藉由下述具體實施例，並配合所附之圖式，詳加 說明如後。 【實施方式】 12 M434887 為使本創作能被更清楚的了解，以下將以一個具體 實施方式作為本創作之說明》 本創作燈具結構主要係可直接裝設於具有各種結構 物上，並用以作為一照明器具使用。圖1係顯示本創作燈 具結構第一實施例之立體分解視圖，圖2係顯示本創作圖 1實施例另一視角之立體分解視圖，圖3係顯示本創作圖 1實施例之立體組合視圖，以及圖4係顯示本創作燈具結 構之電氣關聯圖。參考圖1、圖2、圖3以及圖4所顯示， 本創作之燈具結構係包括一主體（1)、一發光裝置（2)以及 一電氣裝置（3)。該主體（1)係一殼體結構且包括一頂蓋 (11)、一中蓋（12)以及一底蓋（13)，該底蓋（13)設置於該頂 蓋（11)底部而形成一中空的盒體結構，且該中蓋（12)係設 置於該頂蓋（11)與底蓋（13)之間。該頂蓋（11)係一蓋狀體且 具有一透光部（111) ’該透光部（111)係一透光結構並至少 對應該發光裝置（2)局部；該中蓋（12)係一碟狀體；以及該 底蓋（13)係包括一固定部（131)，且該底蓋（π)係透過該固 定部（131)固設於結構物上（圖中未顯示），以進一步將該主 體（1)固設於該結構物上。該發光裝置（2)係包括一第一發 光元件（21)，該第一發光元件(21)係一可經由電力驅動發 光之光源，且該第一發光元件（21)係設置於該中蓋（12) 上，並對應該頂蓋（11)中的透光部（m) ^該電氣裝置（3) 係包括一控制單元(31)、一操作單元(32)以及一電力單元 (33)，並係設置於該主體（1)中且電氣連接該發光裝置 (2)，該控制單元（31)係一包括可選擇該發光裝置(2)開啟 或關閉的邏輯控制電路，該操作單元(32)係一提供操作界 面進行本創作之燈具結構的操作並可將操作產生的訊息 13 單元（33)係一電力供應装 傳輸至該控制單元(31),該電力 置。 囚此 料—- 述本創作之燈具結構，在使用者透過 儿(32)操作本創作之燈具結構時，該操作單元(32) ’、 生的訊息傳輸至該控制單元（31)，且該控制單元 (3D依據該操作單元(32)的訊息選擇該發光裝置⑺為開 啟狀態或關閉狀態’並將該電力單元(33)分配至該發光裝 置（2)以及該電氣裝置(3)中。 再次參考圖1、圖2、圖3以及圖4所顯示，前述本 創作之燈具結構中’該頂蓋（11)以及該中蓋（12)分別具有 一第一貫穿部（112)以及一第二貫穿部（121)，且該第一貫 穿部（112)以及該第二貫穿部（121)係位置相互對應且分別 係自該頂蓋（11)底部以及該中蓋（12)底部向上貫穿的開口 結構；以及該操作單元（32)係包括一按鍵開關（321)，該按 鍵開關（321)係設置對應於該頂蓋（1丨）之第一貫穿部（112) 以及該中蓋（12)之第二貫穿部（121)中，且該按鍵開關（321) 係一可按壓操作並輸出電氣訊號的開關。其中，透過按壓 操作該按鍵開關（321)，該按鍵開關（321)會對應輸出一電 氣訊號至該控制單元(31)。 圖5係顯示本創作圖3之平面俯視圖，以及圖6係 顯示本創作第一實施例之圖5 I-Ι剖面的剖視圖。參考圖 5以及圖6所顯示，並再次參考圖1以及圖2所顯示，前 述本創作之燈具結構中，該發光裝置(2)係進一步包括一 第二發光元件（22)，該第二發光元件(22)係一可經由電力 驅動發光之光源，且該第二發光元件(22)係設置於該按鍵 開關（321)中並對應該按鍵開關（321)的頂端方向照射。其 M4J4887 ^ ’透過操作該操作單元⑽所提供的電氣訊號、該控制 的控制選擇以及該電力單即3)提供電力使得 :控制該第一發光元件(22)的開啟或關閉，以及該第二發 光几件(22)之光源可以經由該頂蓋⑴)之第一貫穿部⑴2) 乂及該中蓋（12)之第二貫穿部（121)後，自該主體⑴頂蓋 (11)透射至本創作之燈具結構外部。M434887 V. New description: [New technical field] This creation is about a kind of luminaire structure, especially the luminaire structure that can be installed on the surface of various structures. [Prior Art] It is conventional to mount a lamp on various structural surfaces such as cabinets, decorative structures, walls, etc., usually by screws, magnetic force, double-sided tape or other complicated fixing structure, and the lamp is fixed to the aforementioned structure. surface. However, when such lamps are installed on various structural surfaces such as cabinets, decorative structures, walls, etc., it is usually impossible to adjust the direction of illumination, or another device that generates a light source, such as a light-emitting diode or a lamp bead, is disposed on a mechanism. And the relative movement of the main body of the lamp can be achieved, and the adjustment of the illumination direction of the light source is achieved, so that the overall aesthetic appearance of the lamp is often destroyed, and the convenience is not good. Moreover, the design of such luminaires generally limits the form of power used during design. If the form of the power supply is to be changed, the entire luminaire structure must be redesigned. In addition, it is known that such lamps are mostly only providing illumination functions. The creation has dual light sources, and at least one of the light sources is an ultraviolet light source, and can provide users as a banknote, local environment, or other ultraviolet light source. The light source required for the environment. Therefore, this creation is based on the lack of conventional lamps. [New content] This creation department is about a kind of luminaire structure, its main purpose is to provide 4 M434887 for a simple fixed way of luminaire structure, and can be directly installed in cabinets, decorative structures, walls and other furniture or structures. on. The second purpose of the lamp structure of the present invention is the fixed structure of the lamp structure of the present invention, which can be directly installed on various furniture or structures such as cabinets, decoration structures, walls, etc., and has two sets of light sources, which can provide different illuminations. Direction, different light sources, etc. A further object of the luminaire structure of the present invention is that at least one set of ultraviolet light sources can be provided in the luminaire structure of the present invention, so that the luminaire structure of the present invention can further provide the user as a banknote counterfeiting, local environmental bacteriostatic or other need for ultraviolet light. The source of light required for the environment in which the light source is used. A further object of the luminaire structure of the present invention is to provide a luminaire structure that can be selected from a variety of power sources, such as a battery, an AC power source, and a wireless transmission power source, so that it can be applied to various environments. A further object of the luminaire structure of the present invention is to provide a luminaire structure having a switch or inductor to facilitate control of the opening or closing of the luminaire structure of the present invention. The present invention relates to a lamp structure and is used in combination with a structure, and includes: a main body including a top cover, a middle cover and a bottom cover; and a light-emitting device, which is capable of driving light through electric power a light source, and a first light emitting element and a second light emitting element; and an electrical device disposed in the body and electrically connected to the light emitting device, and including a control unit, an operating unit, and a power unit, The control unit is a circuit that selects the lighting device to turn on or off and distribute the power of the power unit, the operating unit is an operation interface and correspondingly generates an electrical transmission to the control unit, the power unit is a power supply device, and The operation unit 5 M434887 includes a button switch, and the button is in a switch capable of pressing and outputting an electrical signal; wherein the top cover is a cover body and has a light transmitting portion The light-transmitting structure is at least corresponding to a portion of the light-emitting device, the middle cover is a disk-shaped body, and the bottom cover comprises a fixing portion, and the bottom cover is transparent to the solid cover The top portion and the middle cover respectively have a first through portion and a second through portion, and the first through portion and the second through portion are respectively corresponding to each other and are respectively The bottom of the top cover and the opening structure of the bottom of the cover, the bottom cover is disposed at the bottom of the top cover to form a hollow box structure, and the middle cover is disposed between the top cover and the bottom cover; The first light-emitting element is disposed on the cover, and corresponds to the light-transmitting portion in the top cover, the second light-emitting element is disposed in the push-button switch and illuminates the top direction of the key switch; and the button-opening relationship a first through portion corresponding to the top cover and a second through portion of the middle cover, wherein the light source of the first light emitting element passes through the first through portion of the top cover and the second through portion of the middle cover, and The top cover of the main body is transmitted to the outside. In the luminaire structure of the present invention, the main body cover further includes a base, and the fixing portion is disposed in the base; wherein the bottom cover and the base respectively have a first joint portion and a second joint portion. The first joint portion respectively corresponds to the second joint portion, and the first joint portion and the corresponding second joint portion can be coupled to each other or separated from each other. Furthermore, the first joint portion of the main body bottom cover includes a through hole penetrating through a circular perforated structure at the bottom of the bottom cover, and the through hole protrudes radially inward on the inner surface to form a circular ring. An inner tooth of the distribution; and a second joint of the base corresponding to the first joint of the bottom cover and comprising a plurality of hook portions, the hook portions are arranged to be perforated into a circular shape 6 M434887 ring Each of the hook portions extends upward from the base and includes a recess and an external tooth, and the recess of each of the hook portions is concavely formed in a laterally concave manner and corresponds to the inside of the first joint portion a tooth, and each of the external teeth is formed in the concave portion from the bottom portion to form a rib-like structure and corresponds to a portion between the internal teeth of the first joint portion. The fixing portion of the body bottom cover is disposed in the base, and the fixing portion includes a plurality of screw holes for respectively locking the base to a structure through a plurality of screws respectively corresponding to the respective screw holes. . In addition, the fixing portion of the base may further comprise a backing glue attached to the bottom surface of the base or a magnet. In the luminaire structure of the present invention, the power unit further includes a battery module electrically connected to the control unit, the battery module is configured to electrically connect at least one battery, and the power unit is to The power provided by the battery module is adapted to the electrical device and the form of power required by the illuminating device, and the electrical components transmitted to the electrical device and the illuminating device are distributed through control of the control unit. The battery module may include a battery slot electrically connected to the control unit, and configured to electrically connect the battery, and the battery slot is disposed at the bottom of the top cover, and the battery slot The space between the system and the bottom of the top cover is sufficient to provide the cover, the first light-emitting element, the second light-emitting element, and the push-button switch. In addition, the foregoing battery module may include an external battery case, and the battery slot is disposed in the external battery case. Furthermore, the foregoing electrical device may further include a power adapter module, which is an electrical device that converts AC power into a DC power supply of the DC 7 M434887, and is electrically connected to the control unit via the power unit. The power adapter module further includes an external power cable extending from the power adapter module to the outside of the body for electrically connecting the external power source, the power adapter module being disposed at the bottom of the top cover And the space between the power adapter module and the bottom of the top cover is sufficient to set the middle cover, the first light emitting component, the second light emitting component, and the push button switch. In addition, the power adapter module can also be external to the main body. In the luminaire structure of the present invention, the power unit of the electrical device further includes an electrical energy receiver that receives the resonant energy transmitted by the wireless power transmission technology and converts the resonant energy into power. An electrical device, the electrical energy receiver further comprising a receiving component and a rectifying circuit; wherein the receiving component comprises at least one resonant circuit of the receiving coil, the receiving coil receiving the resonant signal and converting the power into a power And the rectifier circuit is an electrical signal conditioning circuit, and converts the power regulation output by the receiving component into a specific power form output. Furthermore, the power unit may further include an electrical energy transmitter to cooperate with the electrical energy receiver, and the electrical energy transmitter and the aforementioned electrical energy receiver may mutually generate a resonant state such that the electrical energy The transmitter converts a power into resonant energy and transmits it to the outside, and at least a portion of the resonant energy is received by the electrical energy receiver. Furthermore, the electrical energy emitter is separate from the main system and further includes an external power source, a resonant emission driving circuit, and a transmitting element; wherein the external power source is a power supply source and supplies the electrical energy. The power required for operation of the transmitter; the resonant emission driving circuit is an electrical signal conditioning circuit, and converts part of the power provided by the external power source into an electrical signal output to the transmitting component; and the transmitting component includes at least one The transmitting coil is configured to convert the electrical signal generated by the resonant emission driving circuit into a vibration energy and emit it outward. In the luminaire structure of the present invention, the top end of the button switch further includes a button portion, the button portion is movable up and down and provides an operation member when the button switch is pressed, and the button portion is a light transmitting structure, and is pressed through the pressing operation. The button portion of the button switch, the button switch correspondingly outputs an electrical signal to the control unit. The button portion further includes a button cover disposed at a top end of the button portion and having a light transmissive material and corresponding to the position of the second light emitting element; and the middle cover system further includes a lower light board, the lower The light board is fixed to the bottom end of the middle cover and corresponds to a button switch, and the button opening relationship is fixed on the lower light board. Furthermore, the button-opening relationship further includes a lamp holder, the button portion of the button switch further includes an elastic body and a switching element, the elastic system is a mechanical component having an elastic restoring force, and the switching component is an electronic switch Wherein the button cover and the elastic system are constrained between the top cover first through portion of the body, the middle cover second through portion and the lower light plate, the button cover is disposed at the top end of the elastic body and is restricted Moving up and down between the first position state and the second position state, the bottom end of the elastic body is disposed on the lower light board, the second light emitting element is disposed in the lamp holder, and the lamp holder is disposed under the a switch board is disposed on the lower light board and corresponding to the position of the button cover, and the first position state of the button cover releases the switch element and the second position state of the button cover to trigger the switch element. 9 M434887 The outer circumference of the second through portion of the cover of the main body has a guide groove which has a guide groove in the radial direction and a plurality of edges around the outer ring of the button cover. a radially outwardly extending flange, the outer diameter of the button cover is matched with the second through portion of the middle cover, and each of the flanges is respectively adjacent to the outer circumference of the second through portion of the middle cover; And being respectively restricted to the corresponding guide (four) towel, the button cover is restricted in the second through portion of the middle cover and moves up and down between a first position state and a second position state. The switching element just described may be selected from an electronic switch of a tact switch, a leaf switch and a touch switch, and cooperates with the mechanism of the button switch, and the button cover is released corresponding to the first position state. The switch 70 member, and the button cover corresponding to the second position state triggers the switching element. In the foregoing lamp structure, the lower lamp plate is further connected to a circuit board, and the button switch and the second light emitting element are electrically connected to the lower lamp board and electrically connected to the electric device through the lower lamp board. At least a portion of the control unit may be disposed in the lower light panel, and the control unit electrically connects the other portion of the electrical device and the light emitting device via the lower light panel. Furthermore, the lower light board can be a circuit board, and the second light emitting element and the switching element of the key switch are disposed on the lower light board, and the second light emitting element and the switching element pass through the lower light The board is electrically connected to the electrical device. Wherein the control unit in the electrical device can also be disposed on the lower light panel' and the operating unit and the power unit are electrically connected to the lower light panel and further electrically connected to the control unit, respectively. In the luminaire structure of the present invention, the light transmissive portion of the top cover of the main body further includes a light transmissive plate, wherein the light transmissive plate is disposed in the light transmissive portion of the top cover and is corresponding to the first Light-emitting element. The first through portion of the main body cover may be disposed at a central portion of the top cover, and the light transmitting portion surrounds the first through portion to form a C-shaped region. Furthermore, the second through portion of the middle cover is disposed corresponding to the first through portion of the top cover, and the middle cover further includes a plurality of light transmission holes and an upper light plate, and the distribution of the light transmission holes is a light-passing portion surrounding the second through portion of the middle cover and corresponding to the top cover of the main body; and the first light-emitting element includes a plurality of light source portions; in the lamp structure of the present invention, the upper light plate is disposed therein The bottom of the cover, and each of the first light-emitting elements is disposed on the upper light board and respectively corresponding to the respective light-transmitting holes in the middle cover. Wherein the upper light panel is a circuit board, the first light emitting component is fixed and electrically connected to the upper light panel, and the first light emitting component is further electrically connected to the electrical device through the upper light panel, The electrical device electrically connects the upper light panel and transmits the power output by the power unit of the electrical device to each of the first light emitting elements through the upper light panel. Furthermore, the control unit is disposed on the upper light board, and the operating unit and the power unit are electrically connected to the upper light board and further electrically connected to the control unit respectively; and the second light emitting element is electrically connected To the upper light panel and electrically connected to the electrical device through the upper light panel. In the luminaire structure of the present invention, one of the first illuminating element and the second illuminating element of the illuminating device is selected as an ultraviolet light source. M434887 In the luminaire structure of the present invention, the operating unit further includes an operating component disposed in the top cover of the main body, and the control unit selects according to the trigger signal output by the operating component. The lighting device is turned on or off. The operating element in the operating unit can be a non-contact optical sensing component, and the selection module is disposed on the body and exposed, the selection module is selected from a pyroelectric infrared sensor, A reflective optocoupler, a photoresistor, and a non-contact optical sensing component of a solar sensor. In addition, the operating component of the operating unit may also be an electrical switching component that generates a trigger signal through a touch, and the selection module provides a partial surface of the touch operation disposed on the body and exposed, the selection module The electrical switching component is selected from a push button switch and a capacitive touch switch; or the operating component in the operating unit may be selected from a vibration sensor. In the luminaire structure of the present invention, the control unit further includes a means for detecting insufficient power of the power supply unit, and the control component selects to gradually turn the illuminating on and off in response to a state in which the power supply unit is insufficient in power. The device, the control unit in the electrical circuit unit detects that the power supply unit is under-powered by detecting the voltage signal 0 of the power supply unit, so that the person familiar with the art understands the purpose, features and effects of the creation. The following specific embodiments, together with the accompanying drawings, are described in detail below. [Embodiment] 12 M434887 In order to make the creation of this creation more clear, the following description will be taken as a description of the present invention in a specific embodiment. The structure of the creation lamp can be directly installed on various structures and used as A lighting fixture is used. 1 is a perspective exploded view showing a first embodiment of the present luminaire structure, FIG. 2 is a perspective exploded view showing another view of the embodiment of the present invention, and FIG. 3 is a perspective assembled view showing the embodiment of the present FIG. And Figure 4 shows the electrical correlation diagram of the structure of the proposed lamp. Referring to Figures 1, 2, 3 and 4, the luminaire structure of the present invention comprises a body (1), a lighting device (2) and an electrical device (3). The main body (1) is a housing structure and includes a top cover (11), a middle cover (12) and a bottom cover (13). The bottom cover (13) is disposed at the bottom of the top cover (11) to form A hollow box structure, and the middle cover (12) is disposed between the top cover (11) and the bottom cover (13). The top cover (11) is a cover body and has a light transmitting portion (111). The light transmitting portion (111) is a light transmitting structure and corresponds at least to a portion of the light emitting device (2); the middle cover (12) a bottom plate (13) includes a fixing portion (131), and the bottom cover (π) is fixed to the structure through the fixing portion (131) (not shown), The body (1) is further fixed to the structure. The illuminating device (2) includes a first illuminating element (21), the first illuminating element (21) is a light source capable of driving illumination via electric power, and the first illuminating element (21) is disposed on the middle cover (12) Upper and corresponding to the light transmitting portion (m) in the top cover (11) ^ The electrical device (3) includes a control unit (31), an operating unit (32), and a power unit (33) And is disposed in the main body (1) and electrically connected to the light-emitting device (2), the control unit (31) includes a logic control circuit that can select the light-emitting device (2) to be turned on or off, the operation unit ( 32) An operation interface is provided to perform the operation of the luminaire structure of the present creation, and the message 13 unit (33) generated by the operation is transmitted to the control unit (31), and the power is set. Prisoner's material—the luminaire structure of the present creation, when the user manipulates the luminaire structure of the creation through (32), the operation unit (32) ', the raw message is transmitted to the control unit (31), and the The control unit (3D selects the illumination device (7) to be in an on state or an off state according to the message of the operation unit (32) and distributes the power unit (33) to the illumination device (2) and the electrical device (3). Referring again to FIG. 1, FIG. 2, FIG. 3 and FIG. 4, in the luminaire structure of the present invention, the top cover (11) and the middle cover (12) respectively have a first through portion (112) and a first a second through portion (121), wherein the first through portion (112) and the second through portion (121) are in a position corresponding to each other and respectively extend from the bottom of the top cover (11) and the bottom of the middle cover (12) The opening structure; and the operating unit (32) includes a button switch (321), the button switch (321) is provided with a first through portion (112) corresponding to the top cover (1) and the middle cover ( 12) in the second penetration portion (121), and the button switch (321) is a pressable operation The switch for outputting an electric signal, wherein the button switch (321) is operated by pressing, the button switch (321) correspondingly outputs an electrical signal to the control unit (31). FIG. 5 is a plan view showing the plane of the creation of FIG. And Fig. 6 is a cross-sectional view showing a cross section of Fig. 5 of the first embodiment of the present invention. Referring to Fig. 5 and Fig. 6, and referring again to Fig. 1 and Fig. 2, in the luminaire structure of the present invention, The illuminating device (2) further includes a second illuminating element (22), the second illuminating element (22) is a light source capable of driving illumination via electric power, and the second illuminating element (22) is disposed on the button switch (321) and illuminate the top end of the button switch (321). The M4J4887^' provides power by operating the electrical signal provided by the operating unit (10), the control selection of the control, and the power bill (3) to: control The first light emitting element (22) is turned on or off, and the light source of the second light emitting part (22) can pass through the first through portion (1) 2) of the top cover (1) and the second cover (12) After the penetration (121), since ⑴ cap body (11) to the outside of the lamp structure of the present transmission Creation.
再次參考圖1、圖2、圖3、圖5以及圖6所顯示’ 前述本創作之燈具結構中，該按鍵開關（321)頂端進一步 包括一按鍵部（321a)，該按鍵部（321a)係可上下移動並提 供按壓操作該按鍵開關（321)時的操作件，且該按鍵部 (321 a)係一透光結構，透過按壓操作該按鍵開關（321)之按 鍵部（321a)，該按鍵開關（321)會對應輸出一電氣訊號至該 控制單元(31)。其中，該按鍵部（32ia)係進一步包括一按 鍵蓋（321b) ’該按鍵蓋（321b)係設置於該按鍵部（321a)頂 端且係一透光材質並對應該第二發光元件（22)位置，使得 該第二發光元件（22)之光線可經由該按鍵開關（321)按鍵 部（321 a)並自頂端的按鍵蓋（321 b)穿透至本創作之燈具結 構外部。 再次參考圖1、圖2、圖3、圖5以及圖6所顯示， 前述本創作之燈具結構中，該中蓋（12)係進一步包括一下 燈板（122) ’該下燈板（122)係固設於該中蓋（12)底端部並 對應該按鍵開關（321)，該按鍵開關（321)係固設於該下燈 板（122)上。 前述實施例中，該下燈板（122)進一步係一電路板， 且該按鍵開關（321)以及該第二發光元件（22)係電氣連接 至該下燈板（122)，並透過該下燈板（122)電氣連接至該電 15 M434887 氣裝置(3)。因此’使用者可透過該操 =:亍f創作燈具結構之操作，且該按二Referring again to FIG. 1 , FIG. 2 , FIG. 3 , FIG. 5 and FIG. 6 , in the lamp structure of the present invention, the top end of the button switch (321 ) further includes a button portion ( 321 a ), and the button portion ( 321 a ) is The operation member for pressing the button switch (321) is provided to be moved up and down, and the button portion (321a) is a light transmitting structure, and the button portion (321a) of the button switch (321) is pressed and pressed, the button The switch (321) correspondingly outputs an electrical signal to the control unit (31). The button portion (32ia) further includes a button cover (321b). The button cover (321b) is disposed at the top end of the button portion (321a) and is a light-transmitting material and corresponds to the second light-emitting element (22). The position is such that the light of the second illuminating element (22) can pass through the button portion (321a) of the button switch (321) and penetrate from the top button cover (321b) to the outside of the luminaire structure of the present invention. Referring again to FIG. 1 , FIG. 2 , FIG. 3 , FIG. 5 and FIG. 6 , in the luminaire structure of the present invention, the middle cover (12) further includes a lower light board (122) 'the lower light board (122) The bottom cover of the middle cover (12) is fixed to the bottom switch (321), and the push switch (321) is fixed on the lower light plate (122). In the foregoing embodiment, the lower light board (122) is further a circuit board, and the button switch (321) and the second light emitting element (22) are electrically connected to the lower light board (122) and pass through the lower The light panel (122) is electrically connected to the electrical 15 M434887 gas device (3). Therefore, the user can create the operation of the luminaire structure through the operation of the operation:
裝置⑺之控制單元(川’使得本創作燈具結 的動作’以及當使用者透賴操作單元(32)進行本創作燈 具結構之操作時’該㈣單元(3⑽依據_作單元㈣ 所提供之電氣訊息進行選擇該第一發光元件（21)以及該 第一發光元件（22)分別為開啟或關閉，且該電力單元（33) 的電力可經由該控制單元（31)以及該下燈板（122)分配至 該第二發光元件（22)。 前述實施例中，該控制單元(31)中的至少局部係設置 於該下燈板（122)中，且該控制單元（31)係經由該下燈板 (122)電氣連接該電氣裝置（3)的其它部分以及該發光裝置 (2)。 再次參考圖1、圖2、圖3、圖5以及圖6所顯示， 本創作之燈具結構中，該主體（1)之頂蓋（11)的透光部（111) 係進一步包括一透光板（Π3)，該透光板（113)係一透光結 構設置於該頂蓋（11)之透光部（111)中並對應該第一發光 元件（21)，使得該第一發光元件（21)的光源係經由該透光 板（113)透射而出。 基於前述本創作之燈具結構，該主體（1)頂蓋（丨1)之第 一貫穿部（112)係設置於該頂蓋（11)之中央區域’該透光部 (111)係環繞該第一貫穿部（112)而形成一 C梨狀區域。 再者，該中蓋（12)之第二貫穿部（121)的設置係對應該 頂蓋（11)之第一貫穿部（112) ’且該中蓋（12)係進一步包括 16 M434887 複數個透光孔（123)，該些透光孔（123)的分佈係環繞該中 蓋（12)之第二貫穿部（121)並對應該主體（1)頂蓋（11)的透 光部（111)’以及該第一發光元件(21)係包含複數個光源部 (211)並分別·--對應該中蓋（12)中的各個透光孔（123)。 前述本創作之實施例中，該主體（1)之中蓋（丨2)係進一 步包括一上燈板（124)，該上燈板（124)係設置於該中蓋（12) 底部，且該第一發光元件（21)中的各個光源部（211)係設置 於該上燈板（124)上並分別--對應該中蓋（12)中的各個 透光孔（123)。因此，該第一發光元件（21)之各個光源部 (211)所發出的光源會經由所對應的透光孔（123)以及該主 體（1)頂蓋（11)之透光部（111)中的透光板（113)，而透射至 本創作之燈具結構外部。 前述本創作之燈具結構中，該上燈板（124)係一電路 板’該第一發光元件（21)係固設並電氣連接至該上燈板 (124)上，且該第一發光元件（21)因此可透過該上燈板（124) 進一步電氣連接至該電氣裝置（3)，該電氣裝置(3)係電氣 連接該上燈板（124)並透過該上燈板（124)可將該電氣裝置 (3)之電力單元（33)所輸出的電力分配至該第一發光元件 (21)中的各個光源部（211)。 基於前述本創作上燈板（12 4)係一電路板之實施例 中’該控制單元（31)可以係設置於該上燈板（124)上，且該 操作單元(32)以及該電力單元(33)係電氣連接至該上燈板 (124)並進一步分別電氣連接至該控制單元(31);以及該第 二發光元件（22)係電氣連接至該上燈板（124)，並透該上燈 板（丨24)電氣連接至該電氣裝置(3)。 17 前述本創作之燈具結構中，該發光裝置（2)之第一發 光元件（21)以及第二發光元件(22)中的一發光元件係選擇 為一紫外光光源’且另一發光元件則係選擇為一非紫外光 光源。因此，當開啟該發光裝置(2)中為紫外光光源的該 第一發光元件（21)或該第二發光元件（22)時，而可以使得 本創作之燈具結構可以提供紫外光光源。再者，本創作之 燈具結構令，該發光裝置(2)之第一發光元件(21)或第二發 光元件(22)係選擇紫外光光源的實施例中，該紫外光光源 的波長選擇係可以進一步提供驗鈔、局部環境減菌或其它 需要紫外光光源的使用環境。 再-人參考圖1、圖2、圖3、圖4、圖5以及圖6所 顯示，前述本創作之燈具結構中，該操作單元(32)係進一 步包括一=作元件（322)，該操作元件（322)係設置於該主 體（1)之頂蓋（11)中，且當使用者操作該操作單元(32)而產 生觸發訊號之電氣訊號時，該控制單元(31)會對應選擇開 啟或關閉該發光裝置(2)，且該電力單元(33)會提供該發光 裝置(2)電氣運作所需的電力。 前述實施例中，該操作單元（32)中的操作元件（322) 可以係一非接觸式光學感測元件，例如熱釋電紅外線感測 器（Pyroelectric infrareci Radial Sensor)、反射式光耦 (Reflected lnfrared Sensors)、光敏電阻或太陽能傳感器 等，且該操作元件（322)係設置於該主體（1)之頂蓋（11)上 並外露，使得當該操作單元(32)周遭之光學條件改變而受 到觸發時，會對應輸出一電氣訊號至該控制單元(31)，並 透過該控制單元(31)選擇該發光裝置(2)開啟或關閉。 前述實施例中，該操作單元(32)中的操作元件(322) M434887 也可以係-透賴碰產生觸發訊號的—電氣關元件，例 如按鍵式開關、電容式觸碰開關等，且該操作元件(322) 提供觸碰操作之係局部表面設置於該電氣裝置之盒體 上並外露，使得可透過觸碰操作該操作元件（322)時該 控制單元(31)會依據該操作元件(322)所提供之電氣訊息 選擇該發光裝置（2)的開啟或關閉。 前述實施例中，該操作單元（32)中的操作元件（322) 也"T以係一振動感測器（Vibration Sensor)，用以摘測結構 是否產生振動之物理現象而輸出對應的電氣訊號。因此， ^該操作元件（322)接受到振動之能量時，可輸出電氣訊 號至該控制單元（31)，且該控制單元（31)會對應選擇該發 光裝置(2)開啟或關閉。 前述之電氣裝置(3)中，該控制單元(31)係依據該操作 單元（32)輸出之電氣訊號以選擇開啟或關閉該發光裝置 (2) ’且該電力單元（33)會提供該發光裝置電氣運作所 需的電力。其中該控制單元(31)係進一步包括一偵測該電 力單元（33)電力不足之手段，且當該控制單元(31)並會對 應選擇漸歇性地開啟與關閉該發光裝置（2)。因此，當該 電力單元(33)電力不足時，該發光裝置(2)會閃爍警示。 前述之電氣裝置（3)中的控制單元（31)偵測該電力單 元(3 3 )電力不足手段係透過偵測該電力單元(3 3 )之電歷訊 號。 圖7係顯示本創作燈具結構一實施例之局部元件立 體分解視圖，以及圖8係顯示本創作圖1實施例之局部元 件立體組合視圖。參考圖1、圖2'圖6、圖7以及圖8 19 AV14J4887The control unit of the device (7) (the action of the author's creation of the lamp fixture) and the operation of the creation of the lamp structure by the user through the operation unit (32) 'the (4) unit (3 (10) according to the unit (4) provided by the electrical The message is selected to open or close the first light-emitting element (21) and the first light-emitting element (22), respectively, and the power of the power unit (33) can be via the control unit (31) and the lower light board (122) Assigned to the second light-emitting element (22). In the foregoing embodiment, at least a part of the control unit (31) is disposed in the lower light panel (122), and the control unit (31) is via the lower The light board (122) is electrically connected to other parts of the electrical device (3) and the light emitting device (2). Referring again to FIG. 1, FIG. 2, FIG. 3, FIG. 5 and FIG. 6, in the lamp structure of the present invention, The light transmitting portion (111) of the top cover (11) of the main body (1) further includes a light transmitting plate (113), and the light transmitting plate (113) is disposed on the top cover (11) The first light-emitting element (21) is disposed in the light-transmitting portion (111) such that the first light-emitting element (21) The light source is transmitted through the light transmissive plate (113). Based on the lamp structure of the present invention, the first through portion (112) of the top cover (丨1) of the main body (1) is disposed on the top cover ( 11) Central region 'The light transmitting portion (111) surrounds the first through portion (112) to form a C-shaped region. Further, the second through portion (121) of the middle cover (12) is disposed The first through portion (112)' corresponding to the top cover (11) and the middle cover (12) further includes a plurality of light transmission holes (123) of 16 M434887, and the distribution of the light transmission holes (123) is surrounded by The second through portion (121) of the middle cover (12) corresponds to the light transmitting portion (111)' of the top cover (11) of the main body (1) and the first light emitting element (21) includes a plurality of light source portions ( 211) and correspondingly---corresponding to each of the light-transmissive holes (123) in the middle cover (12). In the embodiment of the present invention, the cover (丨2) of the main body (1) further includes a light-on lamp a plate (124), the upper lamp plate (124) is disposed at the bottom of the middle cover (12), and each of the first light-emitting elements (21) is disposed on the upper light plate (124) And separately - right The light-transmitting holes (123) in the cover (12) should be in the middle. Therefore, the light source emitted by each light source portion (211) of the first light-emitting element (21) passes through the corresponding light-transmitting hole (123) and the The light transmissive plate (113) in the light transmitting portion (111) of the top cover (11) of the main body (1) is transmitted to the outside of the luminaire structure of the present invention. In the luminaire structure of the present invention, the upper light plate (124) The first light-emitting element (21) is fixed and electrically connected to the upper light board (124), and the first light-emitting element (21) is further electrically conductive through the upper light board (124) Connected to the electrical device (3), the electrical device (3) is electrically connected to the upper lamp plate (124) and can be output through the upper lamp plate (124) to the power unit (33) of the electrical device (3) The electric power is distributed to each of the light source sections (211) in the first light emitting element (21). In the embodiment of the present invention, the light board (12 4) is a circuit board, the control unit (31) may be disposed on the upper light board (124), and the operating unit (32) and the power unit (33) electrically connected to the upper light panel (124) and further electrically connected to the control unit (31), respectively; and the second light emitting element (22) is electrically connected to the upper light panel (124) The upper light panel (丨24) is electrically connected to the electrical device (3). In the luminaire structure of the present invention, one of the first illuminating element (21) and the second illuminating element (22) of the illuminating device (2) is selected as an ultraviolet light source' and the other illuminating element is It is selected as a non-ultraviolet light source. Therefore, when the first light-emitting element (21) or the second light-emitting element (22) of the ultraviolet light source is turned on in the light-emitting device (2), the luminaire structure of the present invention can provide an ultraviolet light source. Furthermore, the lamp structure of the present invention is such that the first light-emitting element (21) or the second light-emitting element (22) of the light-emitting device (2) is an embodiment in which an ultraviolet light source is selected, and the wavelength selection system of the ultraviolet light source is Further, it is possible to provide banknotes, local environmental mitigation or other environments that require an ultraviolet light source. Referring to FIG. 1 , FIG. 2 , FIG. 3 , FIG. 4 , FIG. 5 and FIG. 6 , in the luminaire structure of the present invention, the operating unit (32) further includes a component (322), which The operating element (322) is disposed in the top cover (11) of the main body (1), and when the user operates the operating unit (32) to generate an electrical signal for triggering the signal, the control unit (31) correspondingly selects The lighting device (2) is turned on or off, and the power unit (33) provides power required for electrical operation of the lighting device (2). In the foregoing embodiment, the operating element (322) in the operating unit (32) may be a non-contact optical sensing component, such as a pyroelectric infrareci Radial Sensor, a reflective optocoupler (Reflected). Lnfrared Sensors), a photoresistor or a solar sensor, etc., and the operating element (322) is disposed on the top cover (11) of the body (1) and exposed such that the optical conditions surrounding the operating unit (32) are changed When triggered, an electrical signal is output to the control unit (31), and the illumination unit (2) is selected to be turned on or off through the control unit (31). In the foregoing embodiment, the operating element (322) M434887 in the operating unit (32) may also be an electrical closing component that generates a trigger signal, such as a push button switch, a capacitive touch switch, etc., and the operation The component (322) is provided with a partial surface of the touch device disposed on the casing of the electrical device and exposed such that the control unit (31) is operable according to the operating component (322) when the operating component (322) is operable by touch. The electrical message provided selects whether the illuminating device (2) is turned on or off. In the foregoing embodiment, the operating element (322) in the operating unit (32) is also a "Vibration Sensor" for extracting a physical phenomenon of vibration of the structure to output a corresponding electrical Signal. Therefore, when the operating element (322) receives the energy of the vibration, it can output an electrical signal to the control unit (31), and the control unit (31) correspondingly selects the light-emitting device (2) to be turned on or off. In the foregoing electrical device (3), the control unit (31) selects to turn on or off the lighting device (2) according to an electrical signal output by the operating unit (32) and the power unit (33) provides the illumination The electrical power required to operate the electrical equipment. The control unit (31) further includes means for detecting insufficient power of the power unit (33), and when the control unit (31) is selected to gradually turn the illumination device (2) on and off. Therefore, when the power unit (33) is insufficient in power, the lighting device (2) flashes an alert. The control unit (31) in the foregoing electrical device (3) detects the power unit (3 3 ), and the power shortage means detects the electrical history signal of the power unit (33). Fig. 7 is a perspective view showing a partial component of an embodiment of the present luminaire structure, and Fig. 8 is a perspective view showing a partial combination of the components of the embodiment of Fig. 1. Refer to Figure 1, Figure 2' Figure 6, Figure 7, and Figure 8 19 AV14J4887
一結構物上時，該主體（1)係進而可透過該底座（133)固設 於則述之結構物上。其中，該底蓋（13)與該底座（133)分別 具有一第一結合部（132)以及一第二結合部（134)，該第一 結合部（132)係分別對應該第二結合部（134)，且該第一結 合部（132)與所對應的該第二結合部（134)係可相互結合或 相互脫離，因此該主體可透過底部之底蓋（13)與該底座 (133)結合或自該底座（133)脫離。In a structure, the body (1) is further affixed to the structure as described above through the base (133). The bottom cover (13) and the base (133) respectively have a first joint portion (132) and a second joint portion (134), and the first joint portion (132) respectively corresponds to the second joint portion. (134), and the first joint portion (132) and the corresponding second joint portion (134) are coupled to each other or separated from each other, so that the body can pass through the bottom bottom cover (13) and the base (133) ) detached or detached from the base (133).
所顯示’前述本創作之燈具結構中，該主體（1)底蓋（13) 係進一步包括一底座（133)，且該固定部（131)係設置於該 f座（133)中’該底座（133)係以可拆裝的方式設置於該底 蓋〇3)中’因此當該底座（133)透過該固定部〇31)固設於 前述本創作之燈具結構中，該主體（1)底蓋（13)中的第 一結合部（132)係包括一穿孔（132a)，該穿孔（132a)係貫穿 該底蓋（13)底部的一圓形穿孔結構，該穿孔（132a)並於内 表面沿徑向向内凸出形成圓形環狀分佈的一内齒 (132b);以及該底座（133)之第二結合部（134)係對應該底 蓋（13)之第一結合部（132)並係包括複數個卡勾部 (134a)，該些卡勾部（134a)係對應該穿孔（132a)排列成一圓 形環狀分佈，各個該卡勾部（134a)係自該底座（133)向上延 伸並包括一凹部（134b)以及一外齒（134c)，各個該卡勾部 (134a)之凹部（134b)係側向内凹形成之凹狀部並對應該第 一結合部（132)中的内齒（132b)，且各個外齒（134c)係在該 凹部（134b)中自底部向上延伸形成之筋條狀結構並對應 該第一結合部（132)之各個内齒（132b)間的部位。因此，當 該底座（133)之第二結合部（134)中的各個卡勾部（134&)同 時插置入該主體（1)之第一結合部（132)中的穿孔（i32a) 20 M434887In the luminaire structure of the present invention, the bottom cover (13) of the main body (1) further includes a base (133), and the fixing portion (131) is disposed in the f seat (133). (133) is detachably disposed in the bottom cover ) 3) 'so that the base ( 133 ) is fixed in the luminaire structure of the present invention through the fixing portion 〇 31 ), the main body (1) The first joint (132) in the bottom cover (13) includes a through hole (132a) which is a circular perforated structure penetrating the bottom of the bottom cover (13), and the through hole (132a) is The inner surface protrudes radially inward to form a circular ring-shaped inner tooth (132b); and the second joint portion (134) of the base (133) corresponds to the first joint of the bottom cover (13) (132) The system includes a plurality of hook portions (134a), wherein the hook portions (134a) are arranged in a circular ring shape corresponding to the through holes (132a), and each of the hook portions (134a) is from the base (133) extending upwardly and including a recess (134b) and an external tooth (134c), wherein the recess (134b) of each of the hook portions (134a) is concavely formed by a lateral recess Corresponding to the internal teeth (132b) in the first joint portion (132), and each of the external teeth (134c) is formed in the recess portion (134b) and extends upward from the bottom to form a rib-like structure and corresponds to the first joint portion ( 132) The portion between the internal teeth (132b). Therefore, when the hook portions (134 &) of the second joint portion (134) of the base (133) are simultaneously inserted into the through holes (i32a) 20 in the first joint portion (132) of the body (1) 20 M434887
(134c)會嚙合該内齒（132b)，而使得該主體（1)固設於該底 座（133)上，同時該主體（1)與該底座（133)可以做相對旋轉 ，動，而構成一旋轉機構。故，當該底座（133)固設於前 述之結構物上時，該主體（1)可以透過該旋轉機構的作動 而調整方向，以及在轉動的過程中，該外齒（134c)會在該 内齒（132b)上一齒一齒跳動，而使得該外齒（134c)與該内 齒（132b)會以一齒為最小旋轉間距進行相對轉動。 圖9係顯示本創作燈具結構一實施例之平面仰視 圖參考圖1、圖2、圖0、圖7以及圖9所顯示，前述 本，作之燈具結構中，該主體（1)底蓋（13)中的固定部（131) 係设置於該底座（133)中，且該固定部（131)係包括複數個 f絲孔（131 a)，用以透過複數個螺絲（丨〇 〇)分別對應各個螺 絲孔（I3la) ’而將該底座（133)固鎖於一結構物上。 。 則述本創作之燈具結構中底座（133)的固定部（131)係(134c) engaging the internal tooth (132b), so that the main body (1) is fixed on the base (133), and the main body (1) and the base (133) can be rotated relative to each other to form A rotating mechanism. Therefore, when the base (133) is fixed on the foregoing structure, the main body (1) can be adjusted in direction by the action of the rotating mechanism, and during the rotation, the external teeth (134c) will be in the The inner tooth (132b) has a tooth and a tooth that is in abutment, so that the outer tooth (134c) and the inner tooth (132b) are relatively rotated with a tooth at a minimum rotational pitch. 9 is a plan bottom view showing an embodiment of the present luminaire structure. Referring to FIG. 1, FIG. 2, FIG. 0, FIG. 7 and FIG. 9, the body (1) bottom cover (in the above-mentioned luminaire structure) The fixing portion (131) of the 13) is disposed in the base (133), and the fixing portion (131) includes a plurality of f wire holes (131a) for respectively transmitting through a plurality of screws (丨〇〇) The base (133) is fixed to a structure corresponding to each screw hole (I3la)'. . The fixing portion (131) of the base (133) in the lamp structure of the present invention is described.
時，各個該卡勾部（134a)中的凹部（134b)會銜住該第一結 合部（132)的内齒（132b)，且各個卡勾部（134幻上的外齒 可進一步包括一貼附該底座（133)底面之背膠（131b)所構 成。 ^ 則述本創作之燈具結構中底座（133)的固定部（131)係 可進一步包括一磁鐵（丨31c)所構成。 創< 再次參考圖丨、圖2、圖4以及圖6所顯示，前述本 步=之燈具結構中，該電氣裝置(3)之電力單元(33)係進一 控_電池模組（331)，該電池模組（331)係電氣連接該 電、元(31)’該電池模組(331)係可用以電氣連接至少一 (2〇0)’且該電力單元（33)係可以將該電池模組(331) 21 M434887 所提供之電力調適為該電氣裝置(3)以及該發光裝置（2)所 需電力形式’並透過該控制單元(31)的控制而分配傳輸至 該電氣裝置（3)中的電氣元件以及該發光裝置（2)。 圖10係顯示本創作燈具結構一實施例之局部立體透 視圖。參考圖10所顯示，並再次參考圖1、圖2、圖4 以及圖6所顯示，前述本創作之燈具結構中，該電池模組 (331)係包括一電池槽(331a)，該電池槽(33la)係電氣連接 該控制單元(31)，並係用以裝設並電氣連接該電池(2〇〇)， 以將該電池(200)所提供的電力傳輸至該控制單元(31)，使 得可分配電力至本創作之燈具結構中。其中該電池槽 (331a)係設置於該頂蓋（11)底部，且該電池槽（331a)係與頂 蓋（11)底部之間的空間係足以設置該中蓋（12)、該第一發 光元件（21)、該第二發光元件（22)以及該按鍵開關（321)。 圖11係顯示本創作燈具結構一實施例之局部立體視 圖。參考圖11所顯示，並再次參考圖1、圖2、圖4以及 圖6所顯示，前述本創作之電池模組(331)中，該電池槽 (331a)可以係設置於一外接電池盒(331b)中，該外接電池 盒(331b)係電氣連接該電氣裝置(3)中的控制單元(31)，且 該電力單元（33)係可以將該電池模組（331)所提供之電力 調適為該電氣裝置(3)以及該發光裝置(2)所需電力形式， 並透過該控制單元(31)的控制而分配傳輸至該電氣裝置 中的電氣元件以及該發光裝置（2)。 前述本創作之實施例中，該電池模組（331)所裝設之 電池(200)可以係選擇一次電池或是二次電池。 再次參考圖1、圖2、圖4以及圖6所顯示，前述本 22 M434887 創作燈具結構中，該電氣裝置（3)之電力單元(33)係進一步 包括一電源適配器模組（332)，該電源適配器模組（332)係 一將交流電源轉換為直流電源之電氣裝置，並經由該電力 單元（33)電氣連接至該控制單元(31)。因此，該電源適配 器模組（332)可將外部的交流電力轉換為直流電力輸入， 使得該電力單元（33)係可以將該電源適配器模組（332)所 提供之電力調適為該電氣裝置（3)以及該發光裝置（2)所需 電力形式，並透過該控制單元（31)的控制而分配傳輸至該 電氣裝置(3)中的電氣元件以及該發光裝置（2)。The recesses (134b) in each of the hook portions (134a) will engage the internal teeth (132b) of the first joint portion (132), and each of the hook portions (134 external teeth may further include a The backing glue (131b) attached to the bottom surface of the base (133) is constructed. ^ The fixing portion (131) of the base (133) in the lamp structure of the present invention may further comprise a magnet (丨31c). < Referring again to FIG. 2, FIG. 2, FIG. 4 and FIG. 6, in the foregoing lamp structure, the power unit (33) of the electrical device (3) is connected to a control battery module (331). The battery module (331) is electrically connected to the electric unit (31)'. The battery module (331) can be used to electrically connect at least one (2〇0)' and the power unit (33) can be the battery. The power provided by the module (331) 21 M434887 is adapted to the electrical device (3) and the required power form of the lighting device (2) and is distributed to the electrical device through control of the control unit (31) (3) The electrical component in the device and the illuminating device (2). Fig. 10 is a partial perspective perspective view showing an embodiment of the luminaire structure of the present invention. As shown in FIG. 10, and referring again to FIG. 1, FIG. 2, FIG. 4 and FIG. 6, in the foregoing lamp structure, the battery module (331) includes a battery slot (331a), the battery slot. (33la) electrically connecting the control unit (31) and configured to electrically connect the battery (2〇〇) to transmit power provided by the battery (200) to the control unit (31), So that power can be distributed to the luminaire structure of the present invention, wherein the battery slot (331a) is disposed at the bottom of the top cover (11), and the space between the battery slot (331a) and the bottom of the top cover (11) The middle cover (12), the first light-emitting element (21), the second light-emitting element (22), and the key switch (321) are sufficient. Figure 11 is a partial perspective view showing an embodiment of the structure of the present lamp. Referring to FIG. 11, and referring again to FIG. 1, FIG. 2, FIG. 4 and FIG. 6, in the battery module (331) of the present invention, the battery slot (331a) may be disposed in an external battery case ( In 331b), the external battery case (331b) is electrically connected to the control unit (31) in the electrical device (3), and the electric The unit (33) can adapt the power provided by the battery module (331) to the electrical form of the electrical device (3) and the lighting device (2), and is distributed by the control of the control unit (31). The electrical component transmitted to the electrical device and the illuminating device (2). In the embodiment of the present invention, the battery (200) installed in the battery module (331) can be selected as a primary battery or a secondary battery. Referring again to FIG. 1, FIG. 2, FIG. 4 and FIG. 6, in the foregoing 22 M434887 creation lamp structure, the power unit (33) of the electrical device (3) further includes a power adapter module (332). The power adapter module (332) is an electrical device that converts AC power to DC power and is electrically connected to the control unit (31) via the power unit (33). Therefore, the power adapter module (332) can convert external AC power into DC power input, so that the power unit (33) can adapt the power provided by the power adapter module (332) to the electrical device ( 3) and the required power form of the illuminating device (2), and the electrical components transmitted to the electrical device (3) and the illuminating device (2) are distributed through the control of the control unit (31).
I 圖12係顯示本創作燈具結構一實施例之局部立體視 圖。參考圖12所顯示，並再次參考圖1、圖2、圖4以及 圖6所顯示，前述本創作實施例中，該電源適配器模組 (332) 係進一步包括一外部電源線（333)，該外部電源線 (333) 係自該電源適配器模組（332)延伸至該主體（1)外部 而可用以電氣連接外部電源（圖中未顯示），該電源適配器 模組（332)設置於該頂蓋（11)底部，且該電源適配器模組 (332)係與頂蓋（11)底部之間的空間係足以設置該中蓋 (12)、該第一發光元件（21)、該第二發光元件（22)以及該 按鍵開關（321)。 再者，該電源適配器模組（332)也可以係設置該主體 (1)外部。 圖13係顯示本創作燈具結構一實施例之電氣關係方 塊視圖；以及圖14係顯示本創作燈具結構一實施例之立 體分解視圖。參考圖13以及圖14所顯示，並再次參考圖 1、圖2以及圖6所顯示，且基於本創作圖4之實施例， 本創作燈具結構中，該電氣裝置（3)之電力單元(33)係進一 23 M434887 步包括一電氣能量接收器（334)，該電氣能量接收器（334) 係接收以無線電力傳輸技術傳輸之諧振能量並可將該諧 振能量轉換為電力的一電氣裝置，且該電氣能量接收器 (334) 係進一步包括一接收元件（334a)以及一整流電路 (334b)。其中該接收元件（334a)係至少包括一接收線圈 (334c)的一諧振電路，使得該接收線圈（334c)係可接收前 述之諧振訊號，並轉換為一電力輸出；以及該整流電路 (334b)係一電氣訊號調節電路，並用以將該接收元件 所輸出之電力調節轉換為特定之電力形態輸出。因此，該 電力單元（33)係可以將該電氣能量接收器（334)所提供之 電力調適為該電氣裝置（3)以及該發光裝置（2)所需電力形 式，並透過該控制單元(31)的控制而分配傳輸至該電氣裝 置（3)中的電氣元件以及該發光裝置(2)。 再次參考圖13以及圖14所顯示，前述本創作燈具 、’、=構中，該電力單元(33)係進一步包括一電氣能量發射器 (335) ’該電氣能量發射器（335)係與前述之電氣能量接收 器（334)之間可相互產生諧振狀態，使得該電氣能量發射 器（335)係可將一電力轉換為諧振能量並發射至外部，並 且至少局部之該諧振能量係為該電氣能量接收器（3 3 4)所 接收。前述之電氣能量發射器（335)係與該主體（1)係分離 式結構且進一步包括一外部電源(335a)、一諧振發射驅動 電路(335b)以及一發射元件(335C)。其中該外部電源(335a) 係一電力供應源並供應該電氣能量發射器（335)操作所需 之電力，·該諧振發射驅動電路(335b)係一電氣訊號調節電 路，並係將該外部電源(335a)所提供之部分電力轉換為一 電氣訊號輸出至該發射元件(335c);以及該發射元件（335c) 24 M434887 係至少包括一發射線圈（335d) ’且該發射線圈（335d)係將 該譜振發射驅動電路（335b)所產生之電氣訊號轉換為諧 振能量並向外發射。因此，當使用射，將該電氣能量發射 器（335)擺設於方便擷取電力且所發射之諧振能量可為該 電氣能量接收器（334)所接收的位置處，該主體（1)中的電 氣裝置（3)可透過該電氣能量接收器（334)之接收元件 (334a)接收該諧振能量，並透過該電氣能量接收器（334) 之整流電路（334b)將所接收之諧振能量轉換為特定電 力，且該電力單元（33)係可以將該電氣能量接收器（334) 所提供之電力調適為該電氣裝置（3)以及該發光裝置(2)所 需電力形式，並透過該控制單元(31)的控制而分配傳輸至 該電氣裝置（3)中的電氣元件以及該發光裝置（2)。 圖15係顯示本創作燈具結構第二實施例之立體分解 視圖，以及圖16係顯示本創作圖15實施例另一視角之立 體分解視圖’其中圖15實施例之立體組合視圖係同圖3， 且俯視圖是同圖5 ’圖17係顯示本創作第二實施例之第 一位置狀態下的圖5 I-Ι剖面視圖，以及圖18係顯示本創 作第二實施例之第二位置狀態下的圖5 I-Ι剖面視圖。參 考圖15、圖16、圖17以及圖18所顯示，並再次參考圖 3所顯示，本創作之燈具結構中，該按鍵開關（321)之按鍵 部（321a)係進一步包括一彈性體（321c)以及一開關元件 (32Id) ’且或按鍵開關（321)係進一步包括一燈座（321 e)。 該彈性體(321c)係一具有彈性回復力之機械元件，該燈座 (321e)係設置於該下燈板（122)，以及該開關元件（321d)係 一電子開關。其中該按鍵蓋（321b)以及該彈性體(321c)係 限制在該主體（1)之該頂蓋（11)第一貫穿部（112)、該中蓋 25 M434887 (12)第二貧穿部（121)以及該下燈板（122)之間，該按鍵蓋 (321b)係設置在該彈性體（321c)頂端並且被限制於一第一 位置狀態與一第二位置狀態之間上下移動，該彈性體 (321c)底端係設置在該下燈板（122)上，該第二發光元件 (22)係設置於該燈座（321e)中，該燈座（321e)係設置在該下 燈板（122)上’該開關元件（321d)係設置在該下燈板（122) 上並對應該按鍵蓋（321b)的位置，且該按鍵蓋（321b)之第 一位置狀態係釋放該開關元件（321d)與該按鍵蓋（321b)之 第二位置狀態係觸發該開關元件(321d)。 前述本創作之實施例中，該主體（1)中蓋（12)之第二貫 穿部（121)的外環周圍係進一步具有一導引槽（121a)，該導 引槽（121a)係沿徑向貫穿的導槽結構；以及該按鍵蓋（321b) 外環周圍具有複數個沿徑向向外延伸的凸緣(321f)，該按 鍵蓋(321b)外徑係配合該中蓋（12)之第二貫穿部（121)，且 各個該凸緣（321f)分別係一 一對應該中蓋（12)之第二貫穿 部（121)外環周圍中的導引槽（121a)並分別係限制於所對 應的導引槽（121a)中。因此，該按鍵蓋(321b)可在該中蓋 (12)之第二貫穿部（121)中上下滑移但不向上脫離該中蓋 (12)之第二貫穿部（121)，並使得該按鍵蓋(321b)係被限制 在該中蓋（12)之第二貫穿部（121)中且於該第一位置狀態 與該第二位置狀態之間上下移動。 前述本創作之實施例中，該開關元件(321d)可以係選 自一輕觸開關、一葉片開關以及一觸碰開關中的一電子開 關’可配合該按鍵開關（321)的機構動作，使得該按鍵蓋 (321b)在第一位置狀態時會釋放該開關元件(32id)，以及 該按鍵蓋（321b)在第二位置狀態時會觸發該開關元件 26 M434887 - (321d)。 前述本創作之實施例中，該下燈板（122)係一電路 板，且該第二發光元件（22)與該按鍵開關（321)中的開關元 件（321d)係設置於該下燈板（122)上，該第二發光元件(22) 與該開關元件（321d)並透過該下燈板（122)電氣連接該電 氣裝置（3)。 再者，前述本創作之實施例中，該下燈板（122)係一 電路板’該電氣裝置（3)中的控制單元(31)係設置於該下燈 • 板（122)上，且該操作單元（32)以及該電力單元(33)係電氣 連接至該下燈板（122)並進一步分別電氣連接至該控制單 元(31) 〇 是以’本創作所提供之一種燈具結構，並已將本創 作作一詳細說明，惟以上所述者，僅為本創作之一較佳實 施例而已’當不能限定本創作實施之範圍。即凡依本創作 申晴範圍所作之均等變化與修飾等，皆應仍屬本創作之專 利涵蓋範圍内。 【圖式簡單說明】 圖1传Ss 顯示本創作燈具結構第一實施例之立體分解視圖； 圖2你-丄 員不本創作圖1實施例另一視角之立體分解視圖；I Fig. 12 is a partial perspective view showing an embodiment of the structure of the present lamp. Referring to FIG. 12, and referring again to FIG. 1, FIG. 2, FIG. 4 and FIG. 6, in the foregoing embodiment, the power adapter module (332) further includes an external power line (333). An external power cord (333) extends from the power adapter module (332) to the exterior of the body (1) for electrically connecting an external power source (not shown), and the power adapter module (332) is disposed at the top The bottom of the cover (11), and the space between the power adapter module (332) and the bottom of the top cover (11) is sufficient to set the middle cover (12), the first light-emitting element (21), the second light Element (22) and the key switch (321). Furthermore, the power adapter module (332) may also be external to the main body (1). Figure 13 is a perspective view showing an electrical relationship of an embodiment of the present luminaire structure; and Figure 14 is a perspective view showing an embodiment of the luminaire structure of the present invention. Referring to FIG. 13 and FIG. 14 and referring again to FIG. 1 , FIG. 2 and FIG. 6 , and based on the embodiment of the present FIG. 4 , the power unit of the electrical device ( 3 ) The step of step M434887 includes an electrical energy receiver (334) that receives an electrical energy transmitted by the wireless power transfer technology and converts the resonant energy into electrical power, and The electrical energy receiver (334) further includes a receiving component (334a) and a rectifier circuit (334b). The receiving component (334a) is a resonant circuit including at least one receiving coil (334c) such that the receiving coil (334c) receives the aforementioned resonant signal and is converted into a power output; and the rectifier circuit (334b) An electrical signal conditioning circuit is configured to convert the power regulation output by the receiving component into a specific power form output. Therefore, the power unit (33) can adapt the power provided by the electrical energy receiver (334) to the electrical device (3) and the required power form of the lighting device (2), and through the control unit (31) The electrical components transmitted to the electrical device (3) and the illumination device (2) are assigned by control. Referring again to FIG. 13 and FIG. 14, the power unit (33) further includes an electrical energy transmitter (335). The electrical energy transmitter (335) is associated with the foregoing. The electrical energy receivers (334) can mutually generate a resonant state such that the electrical energy emitter (335) converts a power into resonant energy and emits to the outside, and at least partially the resonant energy is the electrical Received by the energy receiver (3 3 4). The aforementioned electrical energy emitter (335) is separate from the body (1) and further includes an external power source (335a), a resonant emission driving circuit (335b), and a transmitting element (335C). The external power source (335a) is a power supply source and supplies the power required for the operation of the electrical energy transmitter (335). The resonant emission driving circuit (335b) is an electrical signal conditioning circuit and the external power source is (335a) a portion of the power supplied is converted to an electrical signal output to the transmitting element (335c); and the transmitting element (335c) 24 M434887 includes at least one transmitting coil (335d)' and the transmitting coil (335d) is The electrical signal generated by the spectral emission driving circuit (335b) is converted into resonant energy and emitted outward. Thus, when a shot is used, the electrical energy emitter (335) is placed in a position to facilitate drawing power and the transmitted resonant energy can be at a location received by the electrical energy receiver (334) in the body (1) The electrical device (3) receives the resonant energy through a receiving component (334a) of the electrical energy receiver (334) and converts the received resonant energy into a resonant circuit (334b) through the electrical energy receiver (334) Specific power, and the power unit (33) can adapt the power provided by the electrical energy receiver (334) to the electrical device (3) and the required power form of the lighting device (2), and through the control unit The electrical component transmitted to the electrical device (3) and the illuminating device (2) are distributed by the control of (31). Figure 15 is a perspective exploded view showing a second embodiment of the present luminaire structure, and Figure 16 is a perspective exploded view showing another perspective of the embodiment of Figure 15; wherein the three-dimensional combined view of the embodiment of Figure 15 is the same as Figure 3; And FIG. 17 is a cross-sectional view of FIG. 5 showing the first position of the second embodiment of the present creation, and FIG. 18 is a view showing the second position of the second embodiment of the present creation. Figure 5 I-Ι cross-sectional view. Referring to FIG. 15, FIG. 16, FIG. 17, and FIG. 18, and referring to FIG. 3 again, in the lamp structure of the present invention, the button portion (321a) of the button switch (321) further includes an elastic body (321c). And a switching element (32Id) 'and or the key switch (321) further includes a socket (321 e). The elastic body (321c) is a mechanical component having an elastic restoring force, the socket (321e) is disposed on the lower lamp plate (122), and the switching element (321d) is an electronic switch. The button cover (321b) and the elastic body (321c) are restricted to the first through portion (112) of the top cover (11) of the main body (1), and the second cover portion of the middle cover 25 M434887 (12) Between (121) and the lower light board (122), the button cover (321b) is disposed at a top end of the elastic body (321c) and is restricted to move up and down between a first position state and a second position state. The bottom end of the elastic body (321c) is disposed on the lower light board (122), and the second light emitting element (22) is disposed in the socket (321e), and the lamp holder (321e) is disposed under the The switch element (321d) on the light board (122) is disposed on the lower light board (122) and corresponds to the position of the key cover (321b), and the first position state of the key cover (321b) releases the The second positional state of the switching element (321d) and the button cover (321b) triggers the switching element (321d). In the embodiment of the present invention, the outer circumference of the second through portion (121) of the cover (12) of the main body (1) further has a guiding groove (121a), and the guiding groove (121a) is along the edge. a radially extending guide groove structure; and a plurality of radially outwardly extending flanges (321f) around the outer ring of the button cover (321b), the outer diameter of the button cover (321b) is matched with the middle cover (12) a second through portion (121), and each of the flanges (321f) is respectively a pair of guiding grooves (121a) in the periphery of the outer ring of the second through portion (121) of the middle cover (12) and respectively It is limited to the corresponding guiding groove (121a). Therefore, the button cover (321b) can slide down in the second through portion (121) of the middle cover (12) but does not detach upward from the second through portion (121) of the middle cover (12), and makes the button cover The button cover (321b) is restrained in the second penetration portion (121) of the middle cover (12) and moves up and down between the first position state and the second position state. In the embodiment of the present invention, the switching element (321d) may be selected from a tact switch, a blade switch, and an electronic switch of a touch switch to cooperate with the mechanism of the button switch (321). The button cover (321b) releases the switching element (32id) when in the first position state, and the button cover (321b) triggers the switching element 26 M434887-(321d) when in the second position state. In the embodiment of the present invention, the lower light board (122) is a circuit board, and the second light emitting element (22) and the switching element (321d) in the key switch (321) are disposed on the lower light board. (122) The second light-emitting element (22) and the switching element (321d) are electrically connected to the electrical device (3) through the lower light plate (122). Furthermore, in the embodiment of the present invention, the lower lamp panel (122) is a circuit board. The control unit (31) in the electrical device (3) is disposed on the lower lamp panel (122), and The operating unit (32) and the power unit (33) are electrically connected to the lower light panel (122) and further electrically connected to the control unit (31), respectively, in a luminaire structure provided by the present invention, and The present invention has been described in detail, but the above description is only a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is, the equivalent changes and modifications made by Shen Qing in the scope of this creation should remain within the scope of this patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view showing the first embodiment of the present luminaire structure; FIG. 2 is a perspective exploded view of another view of the embodiment of FIG.
3 B “顯示本創作圖1實施例之立體組合視圖； 圖 4 s. 予〜員示本創作燈具結構之電氣關聯圖； 圖5值_ 厅〜貝示本創作圖3之平面俯視圖； 承顯示本創作第一實施例之圖5 I-Ι刮面的剖視圖； 27 M434887 視圖 圖7係顯示本創作燈具結構一實施例之局部元件立體分解 圖8係顯示本創作圖1實施例之局部元件立體組合視圖； 圖9係顯示本創作燈具結構—實施例之平面仰視圖； 圖H)係料本_燈騎構—實_之局部讀透視圖； 圖U係騎本創作燈具結構—實施例之局部立體視圖；3 B “Display the stereoscopic combination view of the embodiment of the present invention in Fig. 1; Fig. 4 s. to the member shows the electrical connection diagram of the structure of the creation lamp; Fig. 5 value _ hall ~ be shown in the plane top view of the creation of Fig. 3; FIG. 5 is a cross-sectional view of the I-Ι shaving surface of the first embodiment of the present invention; 27 M434887 view FIG. 7 shows a partial exploded view of a part of the structure of the present luminaire structure. FIG. 8 shows a partial component of the embodiment of the present FIG. Figure 9 is a plan bottom view showing the structure of the present luminaire - an embodiment; Figure H) is a partial read perspective view of the _ lamp riding - real _; Partial stereoscopic view;
圖12係顯示本創作燈具結構-實施例之局部立體視圖 圖13係顯示本創作燈具結構—實_之電«係方塊視 圖14係顯示本創作燈具結構一實施例之立體分解視圖； 圖15係顯示本創作燈具結構第二實㈣之立體分解視圖； 圖16係顯示本創作圖15實施例 Λ J ^視角之立體分解視圖； 圖17係顯示本創作第二實施例之笛 第一位置狀態下的圖5 I-Ι剖面視圖；以及Figure 12 is a partial perspective view showing the structure of the present luminaire - an embodiment of the present invention. Figure 13 is a perspective view showing an embodiment of the luminaire structure of the present luminaire. FIG. 16 is a perspective exploded view showing the second embodiment of the present invention; FIG. 16 is a perspective exploded view showing the embodiment of the present invention; FIG. 17 is a view showing the first position of the second embodiment of the present invention. Figure 5 I-Ι cross-sectional view;
圖丨8係顯示本創作第二實施例之第- 〜乐一位置狀態下的圖5 I-Ι剖面視圖。 【主要元件符號說明】 主體（1) 頂蓋（11) 透光部（111) 第一貫穿部（112) 28 M434887 透光板（113) 中蓋（12) 第二貫穿部（121) 導引槽（121a) 下燈板（122) 透光孔（123) 上燈板（124) 底蓋(13) 固定部（131) 螺絲孔（131a) 背膠（131b) 磁鐵（131c) 第一結合部（132) 穿孔（132a) 内齒（132b) 底座（133) 第二結合部（134) 卡勾部（134a) 凹部（134b) 外齒（134c) 發光裝置（2) 第一發光元件(21) 29 M434887 光源部（211) 第二發光元件P2) 電氣裝置（3) 控制單元(31) 操作單元(32) 按鍵開關（321) 按鍵部(321a) 按鍵蓋(321b) 彈性體(321c) 開關元件（321d) 燈座（321e) 凸緣(321f) 操作元件(322) 電力單元(33) 電池模組(331) 電池槽(331a) 外接電池盒(331b) 電源適配器模組（332) 外部電源線(333) 電氣能量接收器（334) 接收元件（334a) 整流電珞(334b) M434887 接收線圈（334c) 電氣能量發射器（335) 外部電源(335a) 諧振發射驅動電路(335b) 發射元件（335c) 發射線圈（335d) 螺絲（100) 電池(200)Figure 8 is a cross-sectional view showing the I-Ι of Figure 5 in the state of the first to the first position of the second embodiment of the present invention. [Main component symbol description] Main body (1) Top cover (11) Transmissive part (111) First penetration part (112) 28 M434887 Translucent plate (113) Middle cover (12) Second penetration (121) Guide Slot (121a) Lower light board (122) Light transmission hole (123) Upper light board (124) Bottom cover (13) Fixing part (131) Screw hole (131a) Backing (131b) Magnet (131c) First joint (132) Perforation (132a) Internal tooth (132b) Base (133) Second joint (134) Hook (134a) Recess (134b) External tooth (134c) Illumination device (2) First illuminating element (21) 29 M434887 Light source unit (211) Second light-emitting element P2) Electrical device (3) Control unit (31) Operation unit (32) Key switch (321) Button unit (321a) Button cover (321b) Elastomer (321c) Switching element (321d) Lamp holder (321e) Flange (321f) Operating element (322) Power unit (33) Battery module (331) Battery compartment (331a) External battery compartment (331b) Power adapter module (332) External power cord (333) Electrical Energy Receiver (334) Receiving Element (334a) Rectifier (334b) M434887 Receiving Coil (334c) Electrical Energy Transmitter (335) External Power Supply (335a) Resonant A driving circuit (335b) emitting element (335c) transmitting coil (335d) screw (100) of the battery (200)
3131
Claims (1)
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101207575U TWM434887U (en) | 2012-04-24 | 2012-04-24 | Lamp structure |
| CN 201220713328 CN203099627U (en) | 2012-04-24 | 2012-12-21 | Lamp structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101207575U TWM434887U (en) | 2012-04-24 | 2012-04-24 | Lamp structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM434887U true TWM434887U (en) | 2012-08-01 |
Family
ID=47047415
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW101207575U TWM434887U (en) | 2012-04-24 | 2012-04-24 | Lamp structure |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN203099627U (en) |
| TW (1) | TWM434887U (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5751566B1 (en) * | 2014-03-24 | 2015-07-22 | 能美防災株式会社 | Indicator light |
| CN104914708A (en) * | 2015-06-18 | 2015-09-16 | 四川分享微联科技有限公司 | Convenient multipurpose wrist wearing device |
-
2012
- 2012-04-24 TW TW101207575U patent/TWM434887U/en not_active IP Right Cessation
- 2012-12-21 CN CN 201220713328 patent/CN203099627U/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN203099627U (en) | 2013-07-31 |
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