M416011 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種嵌入式燈具，尤其是指可安裝 於衣櫥、廚具櫃、裝潢結構等結構物表面上的嵌入式燈具。 【先前技術】 習知的嵌入式燈具係一種可安裝在衣櫥、廚具櫃、 裝潢結構等結構物表面上的燈具。然而，這類嵌入式燈具 通常設計複雜，且不具有智慧型自動感應等功能，因此基 於習知嵌入式燈具之缺失進行創作。 【新型内容】 本創作係有關於一種嵌入式燈具，其主要目的在於 提供一簡單的嵌入式燈具結構，並可直接裝設於衣櫥、廚 具櫃、裝潢結構等結構物表面上的開孔。 本創作之燈具結構的次一目的係可提供一具有開關 或感應器，方便控制該嵌入式燈具的開啟或關閉。 本創作之燈具結構的再一目的係透過本創作之嵌入 式燈具結構中的面板與固定部設計，而可利用電池提供該 嵌入式燈具所需之電力且方便更換電池。 本創作係有關於一種嵌入式燈具，其係可裝設於衣 櫥、廚具櫃、裝潢結構等結構物表面上的一開孔之燈具， 其包括一主體、一發光元件以及一控制部件，該主體係包 3M416011 V. New description: [New technical field] This creation is about a kind of recessed luminaire, especially the embedded luminaire which can be installed on the surface of the structure such as wardrobe, kitchen cabinet and decoration structure. [Prior Art] A conventional embedded luminaire is a luminaire that can be mounted on the surface of a structure such as a wardrobe, a kitchen cabinet, a decorative structure, or the like. However, such recessed luminaires are often complex in design and do not have intelligent auto-sensing functions, so they are created based on the lack of conventional recessed luminaires. [New content] This creation is about a kind of recessed luminaire. Its main purpose is to provide a simple embedded luminaire structure, and it can be directly installed on the surface of structures such as wardrobes, kitchen cabinets and decorative structures. The second purpose of the luminaire structure of the present invention is to provide a switch or sensor for controlling the opening or closing of the recessed luminaire. A further object of the luminaire structure of the present invention is to design the panel and the fixed portion of the embedded luminaire structure of the present invention, and the battery can be used to provide the power required for the recessed luminaire and to facilitate battery replacement. The present invention relates to an embedded luminaire, which is an open-hole luminaire that can be mounted on the surface of a structure such as a wardrobe, a kitchen cabinet, a decorative structure, etc., and includes a main body, a light-emitting component, and a control component. Main system package 3
M4160U 括一面板以及一固定部’且該電氣迴路部係包括一選擇元 件、一電力供應部以及一控制部件，使得該主體可透過該 ^定部而安裝設置㈣結構物表面中，並透過該電氣迴路 ' 部控制並驅動該發光元件的開啟或關閉。 、前述之該面板中包括一貫穿鏤空的透光部對應該發 疋件；該固定部係設置於該面板後端面，並透過該固定 • 冑設置於該結構物表面開孔巾；該發光元件係與該電氣迴 • &部_設於該主财並對應電氣連接該電氣迴路部；該 • 選擇元件係一可選擇該發光元件開啟或關閉之電氣元 件^該電力供應部係-可提供電力之裝置；以及該控制部 件係一邏輯控制以及電力調節電路。 前述之固定部係一盒狀結構，且該面板與該固定部 刀别進步包括一第一結合部與一第二結合部，該第一結 ^ 4係對應該第二結合部，且該第—結合部與該第二結合 部係形成-替機構，並透過該第—結合部與該第二結合 #之間的機構結合或脫離而達到該面板與該固定部之間 I 的結合或脫離。 f述之結構物表面之開孔係一圓柱狀凹槽，該主體 之固定部則係一圓柱盒狀結構，且該固定部外徑係可以係 配合該開孔内徑並形成緊配合的組裝關係。再者，前述之 面板第-結合部與該固定部第二結合部可以進一步係相 互配合且環狀分佈㈣合結構，該第—結合部係環繞該面 底部且沿徑向向外突出的複數個凸緣結構，該第二結合 =係環繞該固定部頂部且沿徑向向内突出的複數個凸緣 結構’該第一結合部中的各個凸緣係分別對應該第二結合 部中的各個凸緣的環狀位置且該第一結合部的高度位置 4 M416011 低於該第二結合部的高度位置；該第一結合部中的各個凸 緣與該第二結合部中的各個凸緣分別錯開的狀態下，該面 板係了與該固疋部分離，以及該弟一結合部中的各個凸緣 與該第二結合部中的錢&緣分別重疊的狀態下，該面板 ，與該固定部相互替d此’該主體係透過該固定部而 安裝設置於該結構物表面中，而該面板則可與該固定部之 間進行結合或脫離。The M4160U includes a panel and a fixing portion, and the electrical circuit portion includes a selection component, a power supply portion, and a control component, such that the body can be installed through the fixture to set the surface of the structure (4) through the The electrical circuit 'port controls and drives the light-emitting element to turn on or off. The panel includes a light-transmissive portion corresponding to the hollowed-out portion; the fixing portion is disposed on the rear end surface of the panel, and is disposed on the surface of the structure through the fixing device; the light-emitting element And the electrical circuit is disposed on the main circuit and correspondingly electrically connects the electrical circuit portion; the selected component is an electrical component that can select the light-emitting component to be turned on or off. A device for power; and the control component is a logic control and power conditioning circuit. The fixing portion is a box-like structure, and the panel and the fixing portion further include a first joint portion and a second joint portion, wherein the first joint portion 4 corresponds to the second joint portion, and the first joint portion - the joint portion and the second joint portion form a replacement mechanism, and the combination or disengagement of the mechanism between the first joint portion and the second joint portion reaches a bond or disengagement between the panel and the fixed portion I . The opening of the surface of the structure is a cylindrical groove, and the fixing portion of the body is a cylindrical box-like structure, and the outer diameter of the fixing portion can be matched with the inner diameter of the opening and form a tight fit assembly. relationship. Furthermore, the aforementioned panel first joint portion and the fixed portion second joint portion may further cooperate with each other and have an annular distribution (four) joint structure, and the first joint portion is a plurality of portions that surround the bottom of the surface and protrude radially outward. a flange structure, the plurality of flange structures surrounding the top of the fixing portion and projecting radially inwardly, each flange portion of the first joint portion respectively corresponding to the second joint portion An annular position of each flange and a height position 4 M416011 of the first joint portion is lower than a height position of the second joint portion; each flange of the first joint portion and each flange portion of the second joint portion are divided In a state in which the panel is separated from the solid portion, and the respective flanges in the joint portion overlap with the money & the edge in the second joint portion, the panel is The fixing portions are arranged to be disposed in the surface of the structure through the fixing portion, and the panel can be coupled or detached from the fixing portion.
乃外’刖述之面板頂端進 ........今炎双1EJ授澄吞μ， 2按虔部分別係—自該面板頂端下凹的結構，用以提供 取放該面板之操作的方便性。 肤編前部進—步具有數個橫紋，該些橫紋係環 狀排列且u於則定部之環狀周圍表 :=嶋表面之開孔的結合性。另外，= ㈣之環狀周圍表面上形成螺旋狀紋路，而進 開孔中部可以以螺旋方式旋人該結構物表面之It is the top of the panel of the 刖 刖 . . . . . 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 今 1 今 今 今 今 1 Convenience of operation. The front part of the skin-knitted step has a plurality of horizontal stripes, and the horizontal stripes are arranged in a ring shape and are arranged in a ring shape around the fixed portion: = the combination of the openings of the surface of the crucible. In addition, a spiral pattern is formed on the circumferential surface of the ring of = (4), and the surface of the structure can be spirally rotated in the middle of the opening.
片令係可進-步包括複數個彈片，該些彈 延伸形成兩r部並分㈣下 纪斗说洋性體結構’且該些彈片的外張 狀態下分別會I::: ’該f彈片並係受到徑向的壓迫的 二_固定部係選自塑膠材質或二;構構::中 前述之固定部的周 圍外側表面也可以係至少局部設 5 M416011 置有一彈性體’該彈性體的外徑尺寸係配合該結構物表面 之開孔内徑’該彈性體並係受到徑向的壓迫的狀態下分別 會產生徑向外張的作用力。另外，該固定部中的彈性體係 環繞設置於該固定部周圍局部區域。再者，該固定部中的 彈性體的材質係選自橡膠或矽膠中任一。 前述之面板係進一步包括一開口部，該開口部係貫 穿該面板且該開口部之位置係對應該選擇元件；以及該選 擇7G件係一透過觸碰產生觸發訊號的一電氣開關元件。其 中該選擇元件係選自—按鍵開關或—電容式觸碰開關中 的任一觸碰式開關。 _另外，前述之面板也可以係進一步包括一開口部， 該開口部係貫穿該面板且該開口部之位置係對庠該選擇 讀，以及該選擇元件可以係—非接觸式光學感測元件。 其中該選擇元件選自—熱釋電紅外線感測器、反射式光 輕、光敏電阻或太陽能傳感器中的任_非接觸式光 元件。 再者，前述之選擇元件也可以係一振動感測器。 前述之電氣迴路部可以係進一步包括一電路板，該 電路板係&置於該主體巾，該選擇元件、該電力供應部以 及該控制部件係設置於該電路板上。其中前述之發光元件 可以係設置於該電路板上。 口月:述之面板係進一步包括一透光板，該透光板係一 可透光材質所構成，且該透光板係設置於該面板之透光 部。 别述之主體進-步包括—反光板，該反光板係具有 6 M416011 反光效果之杯狀結構，該反光板係環繞該發光元件。 前述之面板之透光部中的透光板進一步係包括一透 鏡，該透鏡係對應該發光元件的一光學結構。 前述之面板的透光部進一步包括一第一導光部以及 一第二導光部，該第一導光部係一透光材質所構成樞接於 該面板之透光部的圓柱體，其底部具有一中空部且側邊具 有一凸緣，該中空部係自該第一導光部底端向上延伸形成 對應該發光元件位置的一圓柱狀空間，該凸緣係自該第一 導光部側邊突出所構成對應該面板底部的一環狀結構；以 及該第二導光部係另一透光材質自第一導光部頂端沿著 與該第一導光部之軸向偏軸方向延伸所構成之圓柱體。 前述之電氣迴路部之電力供應部可以係進一步包括 至少一電池座用以設置一電池，該電池座係固設於該電路 板底面，並配合可固設且電氣連接該電池，且裝設於該電 池座之電池係一電極直接電氣連接於該電路板上，該電池 之另一電極係電氣連接於該電池座且透過該電池座而間 接電氣連接於該電路板上。其中該電池可以進一步係一鈕 扣電池，且該電池座係一導電材質所構成並包括一圓盤體 以及於該圓盤體兩側分別向電路板延伸的一連接部，該些 連接部的終端係電氣連接在該電路板上，該電路板與該圓 盤體之間的空間係配合該電池正極與負極兩端的位置。另 外該圓盤體中可以係進一步包括一電池彈片，該電池彈片 係自該圓盤體中朝該電路板翹曲。 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 7 M416011 說明如後。 【實施方式】 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。 本創作之嵌入式燈具，其係可裝設於衣櫥、廚具櫃、 裝潢結構等結構物表面中，用以作為一照明器具使用。圖 1係顯示本創作嵌入式燈具之組合狀態的立體視圖，圖2 係顯示本創作嵌入式燈具之一使用狀態的立體視圖，以及 圖3係顯示本創作圖2之I-Ι剖面視圖。參考圖1、圖2 以及圖3所顯示，本創作之嵌入式燈具係包括一主體（1)、 一發光元件（2)以及一電氣迴路部（3)，該主體（1)係包括一 面板（11)以及一固定部（12)，該固定部（12)係設置於該面 板（11)後端面，該發光元件（2)係一可經由電力驅動發光之 光源，且該發光元件（2)係與該電氣迴路部（3)固設於該主 體（1)中並對應電氣連接該電氣迴路部（3)，該電氣迴路部 (3)係一具有一邏輯控制曁電力調節電路、選擇該發光元 件（2)開或關、以及供應該電氣迴路部（3)與該發光元件（2) 所需電力之電氣裝置，因此可透過該固定部（12)使得該主 體（1)可以安裝設置於一結構物表面（4)中，並透過該電氣 迴路部（3)控制並驅動該發光元件P)的開啟或關閉。其 中，該結構物表面（4)可以係傢倶櫥櫃中的側板、頂板、 門板或其它結構物。 前述之發光元件（2)可以係發光二極體（LED)之可經 由電力驅動發光之光源。 8 M416011 再次參考圖2以及圖3所顯示’前述之結構物表面（句 設-祕⑼’魅體⑴之固定部（12)係配合 =孔⑷）’使得㈣定部（12)可嵌人該開孔⑷），並進 步將該主體（1)固設於該結構物表面（4)上。 瑜述之面板(⑴中具有-貫穿鏤空的透光部（Ua)，該 透光部⑴a)的位置係對應該發光元件(2)，使得該發光元 件（2)的光源可自該透光部（Ua)穿透出該主體（1)的面板 (11)。The film order can include a plurality of shrapnels that extend to form two r portions and are divided into four parts, and the outer shroud states of the shrapnel are respectively I::: 'f The elastic portion of the elastic piece is selected from a plastic material or two; the structure: the peripheral outer surface of the aforementioned fixing portion may also be at least partially provided with 5 M416011, an elastic body 'the elastic body' The outer diameter dimension is matched to the inner diameter of the opening of the surface of the structure. The elastic body is subjected to a radial compression, and a radial outward force is generated. Further, the elastic system in the fixing portion is disposed around a partial region around the fixing portion. Further, the material of the elastic body in the fixing portion is selected from any of rubber or silicone. The panel system further includes an opening portion that penetrates the panel and the position of the opening portion corresponds to an element selected; and the selected 7G member is an electrical switching element that generates a trigger signal through a touch. The selection component is selected from any one of a button switch or a capacitive touch switch. In addition, the aforementioned panel may further include an opening portion extending through the panel and the position of the opening portion is opposite to the selective reading, and the selecting element may be a non-contact optical sensing element. Wherein the selection element is selected from the group consisting of a pyroelectric infrared sensor, a reflective light, a photoresistor or a solar sensor. Furthermore, the aforementioned selection element can also be a vibration sensor. The foregoing electrical circuit portion may further include a circuit board, the circuit board is disposed on the main body, and the selection component, the power supply portion, and the control component are disposed on the circuit board. The aforementioned light-emitting element may be disposed on the circuit board. Mouth month: The panel system further includes a light transmissive plate which is formed of a light transmissive material, and the light transmissive plate is disposed on the light transmissive portion of the panel. The main body step-by-step includes a reflector, which has a cup-like structure of 6 M416011 reflective effect, and the reflector surrounds the light-emitting element. The light transmissive plate in the light transmitting portion of the aforementioned panel further includes a lens which is an optical structure corresponding to the light emitting element. The light transmissive portion of the panel further includes a first light guiding portion and a second light guiding portion, wherein the first light guiding portion is a cylindrical body that is pivotally connected to the light transmitting portion of the panel. The bottom portion has a hollow portion and the side edge has a flange extending upward from the bottom end of the first light guiding portion to form a cylindrical space corresponding to the position of the light emitting element, the flange is from the first light guiding The side of the portion protrudes to form an annular structure corresponding to the bottom of the panel; and the second light guiding portion is another light transmissive material from the top end of the first light guiding portion along the axial axis of the first light guiding portion The cylinder formed by the direction extension. The power supply unit of the electrical circuit unit may further include at least one battery holder for arranging a battery, the battery holder is fixed on the bottom surface of the circuit board, and is configured to be fixed and electrically connected to the battery, and is mounted on the battery The battery of the battery holder is directly electrically connected to the circuit board, and the other electrode of the battery is electrically connected to the battery holder and indirectly electrically connected to the circuit board through the battery holder. The battery can be further configured as a button battery, and the battery holder is formed of a conductive material and includes a disc body and a connecting portion extending to the circuit board on both sides of the disc body, and the terminals of the connecting portions The electrical connection is on the circuit board, and the space between the circuit board and the disk body matches the positions of the positive and negative ends of the battery. In addition, the disk body may further include a battery spring that is warped from the disk body toward the circuit board. In order to familiarize the person skilled in the art with the purpose, features and functions of the present invention, the following specific embodiments, together with the attached drawings, are described in detail below. [Embodiment] In order to make the present invention more clearly understood, a specific embodiment will be described below as a description of the present invention. The embedded lamp of the present invention can be installed in the surface of a structure such as a wardrobe, a kitchen cabinet, a decoration structure, etc., and is used as a lighting fixture. Figure 1 is a perspective view showing the combined state of the embedded lamp of the present invention, Figure 2 is a perspective view showing the state of use of one of the embedded lamps of the present invention, and Figure 3 is a cross-sectional view showing the I-Ι of Figure 2 of the present creation. Referring to Figures 1, 2 and 3, the embedded lamp of the present invention comprises a body (1), a light-emitting element (2) and an electrical circuit portion (3), the body (1) comprising a panel (11) and a fixing portion (12) disposed on a rear end surface of the panel (11), the light emitting element (2) is a light source capable of driving light via electric power, and the light emitting element (2) And the electrical circuit portion (3) is fixed in the main body (1) and electrically connected to the electric circuit portion (3), the electric circuit portion (3) has a logic control, power adjustment circuit, selection The light-emitting element (2) is turned on or off, and an electric device for supplying electric power required by the electric circuit portion (3) and the light-emitting element (2), so that the main body (1) can be mounted through the fixing portion (12) It is disposed in a surface (4) of a structure, and controls and drives the opening or closing of the light-emitting element P) through the electrical circuit portion (3). The structure surface (4) may be a side panel, a ceiling panel, a door panel or other structure in the cabinet. The aforementioned light-emitting element (2) may be a light source of a light-emitting diode (LED) that can be driven by electric power. 8 M416011 Referring again to Fig. 2 and Fig. 3, the surface of the structure (the fixed part (12) of the charm (1) is matched with the hole (4)) so that the (4) part (12) can be embedded. The opening (4)) and progressively fixes the body (1) to the surface (4) of the structure. The panel of the hypothesis ((1) has a light transmissive portion (Ua) that penetrates through the hollow, and the position of the light transmitting portion (1)a) corresponds to the light emitting element (2) such that the light source of the light emitting element (2) can be transmitted from the light source The portion (Ua) penetrates the panel (11) of the body (1).
圖4係顯示本創作嵌入式燈具之電氣關聯圖，參考 圖4所顯示，並再次參考圖3所顯示，前述之電氣迴路部 (3)係進一步包括一選擇元件（31)、一電力供應部（32)以及 一控制部件（33)。其中該選擇元件（31)係一可選擇該發光 元件（2)開啟或關閉之電氣元件；該電力供應部（32)係一可 提供電力之裝置；以及該控制部件（33)係一邏輯控制以及 電力調節電路’用以判斷該選擇元件（31)選擇該發光元件 (2)開啟或關閉，而產生對應的電氣操作，並將該電力供 應部（32)之電力調適為該電氣迴路部（3)以及該發光元件 (2)所需電力形式後分配至該電氣迴路部（3)中的電氣元件 以及該發光元件（2)。其中該選擇元件（31)係設置於該主體 (1)中，且當該選擇元件（31)產生觸發訊號時，該控制部件 (33)會選擇開啟或關閉該發光元件（2)，且該電力供應部 (32)會提供該發光元件(2)電氣運作所需的電力。 前述之電氣迴路部（3)中，該控制部件（33)係選擇開啟 或關閉該發光元件(2)，且該電力供應部（32)會提供該發光 元件(2)電氣運作所需的電力。其中該控制部件（33)係進一 步包括一偵測該電力供應部(32)電力不足之手段，且當該 9 M416011 控制部件（33)並會對應選擇漸歇性地開啟與關閉該發光 元件（2)。因此，當該電力供應部（32)電力不足時，該發光 元件(2)會閃爍警示。 前述之電氣迴路部（3)中的控制部件（33)偵測該電力 供應部（32)電力不足手段係透過偵測該電力供應部（32)之 電壓訊號。 再次參考圖1、圖2以及圖3所顯示，本創作嵌入式 燈具之一具體實施例中，前述之面板（11)係進一步包括一 開口部（lib)，該開口部（lib)係貫穿該面板（11)且該開口部 (lib)之位置係對應該選擇元件（31)。其中該選擇元件(31) 可以係一透過觸碰產生觸發訊號的一電氣開關元件，例如 按鍵開關、電容式觸碰開關等，且該選擇元件(31)係設置 於對應該面板（11)之開口部（lib)，使得當觸碰該選擇元件 (31)時’可選擇該發光元件(2)開啟或關閉。 圖5係顯示本創作嵌入式燈具一具體實施例之立體 分解圖。參考圖5所顯示，並再次參考圖3所顯示，前述 之電軋迴路部（3)進一步包括一電路板(34) ’該電路板(34) 係設置於該主體（1)中，該選擇元件（31)、該電力供應部（32) 以及該控制部件（33)係設置於該電路板(34)上，且該選擇 元件（31)則對應設置於該面板（11)之開口部（lib)。 前述之發光元件(2)係設置於該電路板(34)上。 前述之面板（11)係進一步包括一透光板（11c)，該透光 板（11c)係一可透光材質所構成，且該透光板（llc)係設置 於該面板（11)之透光部（lla)。 前述之主體（1)進一步包括一反光板(21)，該反光板 10 M416011 (21)係具有反結果之杯狀結構該反純(2i)係環繞該 發光兀件(2)，使得該發光元件⑺所投射出的光源有效地 投射至該面板（11)之透光部（Ua)。 ® 5係顯不本_嵌人式燈具—具體實施例之立體 刀解圖。參考® 5所顯*，並再次參考圖3所顯示，前述 之固疋σρ(12)進一步可以係一盒狀結構，且該面板(ι”與 該tr(12)分別進—步包括—第一結合部（ud)與一第 一I合部(12a)，該第—結合部（11幻係對應該第二結合部 (12a) ’且該第—結合部（Ud)與該第二結合部（叫係形成 嚙口機構，並透過該第一結合部（lid)與該第二結合部 (l2a)之間的機構結合或脫離而達到該面板⑴）與該固定 部（12)之間的結合或脫離。 圖6係顯不本創作圖2第二具體實施例之I-Ι剖面視 圖參考圖6所顯示，前述面板⑴)之透光部（⑴)中的透 f1板(Ue)進—步係包括—透鏡(lie)，該透鏡(lie)係對應 。玄發光元件（2)的一光學結構，用以將該發光元件（2)所發 射的光源進行光學處理’而達到聚光或散光的特定效果。 圖7係顯示本創作圖2第三具體實施例之M剖面視 圖。參考圖7所顯示，前述面板（11)之透光部（11a)中的透 ^板(叫進―步係用以導引該發光元件⑺所發射的光源 ^向特定方向發射的—光學結構。其中該透光板(llc)進 7步係包括一第一導光部（Ilf)以及一第二導光部（llg)， 〆第^光部（llf)係—透光材質所構成樞接於該面板⑴) 、透光#(lla)的圓柱體，其底部具有一中空部（m)且側 邊二有凸緣（Ui)’該中空部（11¾)係自該第一導光部（Uf) 底端向上延伸形成對應該發光元件（2)位置的一圓柱狀空 11 間’該凸緣（lli)係自該第一導光部（Ilf)側邊突出所構成對 應該面板（11)底部的一環狀結構；以及該第二導光部（llg) 係另一透光材質自第一導光部（llf)頂端沿著與該第一導 光部（Ilf)之軸向偏軸方向延伸所構成之圓柱體。因此當該 第一導光部（Ilf)沿著圖7中所顯示的一旋轉方向（71)旋轉 時’該第二導光部（llg)的轴向會隨著自圖7中所顯示的 一第一投射方向（72)轉動改變至圖7中所顯示的一第二投 射方向（72)，且該發光元件(2)的光源自該第一導光部（Ilf) 導引向該第二導光部（llg)時，該光源會隨著該第二導光 部（11 g)的袖向改變而改變。 再次參考圖1、圖2以及圖3所顯示，本創作嵌入式 燈具之另一具體實施例中，前述之選擇元件（31)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 Infrared Radial Sensor)、反射式光搞 (Reflected Infrared Sensors)、光敏電阻或太陽能傳感器 等’且該選擇元件（31)係設置於對應該面板（11)之開口部 (lib)，使得當該選擇元件（31)受到觸發時，可選擇該發光 元件（2)開啟或關閉。 再次參考圖1、圖2以及圖3所顯示，本創作嵌入式 燈具之另一具體實施例中，前述之選擇元件（31)可以係一 振動感測器（Vibration Sensor)，使得當該選擇元件（31)受 到觸發時’可選擇該發光元件(2)開啟或關閉。 本創作之嵌入式燈具，其係可裝設於衣櫥、廚具櫃、 裝潢結構等結構物表面上，用以作為一照明器具使用。圖 8係顯示本創作圖2第四實施例之I-Ι剖面視圖，以及圖9 係顯示本創作圖8實施例之組合狀態的立體視圖。參考圖 12 8以及圖9所顯示’本創作之嵌人式燈具係前述圖1實施 例之主體（1)中的固定部（12)取代為另一固定部（12，），該固 定部（12’)係設置於該面板（11)後端面’因此可透過該固定 部（12，)使得該主體⑴可以安裝設置於該結構物表面⑷ 中。其中該固定在IU 1，，、在hM _________4 is an electrical connection diagram of the embedded lamp of the present invention. Referring to FIG. 4 and referring again to FIG. 3, the foregoing electrical circuit portion (3) further includes a selection component (31) and a power supply unit. (32) and a control unit (33). The selection component (31) is an electrical component that can select the light-emitting component (2) to be turned on or off; the power supply portion (32) is a device that can provide power; and the control component (33) is a logic control And the power adjustment circuit 'for determining that the selection component (31) selects the light-emitting component (2) to be turned on or off to generate a corresponding electrical operation, and adapts the power of the power supply portion (32) to the electrical circuit portion ( 3) And the electric component of the light-emitting element (2) is distributed to the electrical component in the electrical circuit section (3) and the light-emitting component (2). The selection component (31) is disposed in the body (1), and when the selection component (31) generates a trigger signal, the control component (33) selects to turn the light-emitting component (2) on or off, and the The power supply unit (32) provides the power required for the electrical operation of the light-emitting element (2). In the foregoing electrical circuit portion (3), the control member (33) selectively turns the light-emitting element (2) on or off, and the power supply portion (32) provides power required for electrical operation of the light-emitting element (2). . Wherein the control component (33) further comprises means for detecting insufficient power of the power supply (32), and when the 9 M416011 control component (33) is selected to gradually turn the light-emitting component on and off ( 2). Therefore, when the power supply unit (32) is insufficient in power, the light-emitting element (2) flashes an alert. The control unit (33) in the electrical circuit unit (3) detects the power shortage of the power supply unit (32) by detecting the voltage signal of the power supply unit (32). Referring again to FIG. 1 , FIG. 2 and FIG. 3 , in one embodiment of the present embedded lamp, the aforementioned panel ( 11 ) further includes an opening (lib) through which the opening (lib) is inserted. The panel (11) and the position of the opening (lib) correspond to the selection element (31). The selection component (31) may be an electrical switching component that generates a trigger signal through a touch, such as a button switch, a capacitive touch switch, etc., and the selection component (31) is disposed on the corresponding panel (11). The opening portion (lib) is such that the light-emitting element (2) can be selected to be turned on or off when the selection element (31) is touched. Fig. 5 is a perspective exploded view showing a specific embodiment of the present embedded lamp. Referring to FIG. 5, and referring again to FIG. 3, the foregoing electric rolling circuit portion (3) further includes a circuit board (34) 'the circuit board (34) is disposed in the main body (1), the selection The component (31), the power supply unit (32), and the control component (33) are disposed on the circuit board (34), and the selection component (31) is correspondingly disposed on the opening of the panel (11) ( Lib). The aforementioned light-emitting element (2) is disposed on the circuit board (34). The foregoing panel (11) further includes a light transmissive plate (11c), the light transmissive plate (11c) is formed of a light transmissive material, and the translucent plate (llc) is disposed on the panel (11). Light transmitting portion (lla). The body (1) further includes a reflector (21) having a cup-like structure having an inverse result (2i) surrounding the illuminating element (2) such that the illuminating The light source projected by the element (7) is effectively projected onto the light transmitting portion (Ua) of the panel (11). ® 5 Series is not a _ inset luminaire - the stereoscopic solution of the specific embodiment. Referring to FIG. 5, and referring again to FIG. 3, the aforementioned solid 疋ρρ(12) may further be a box-like structure, and the panel (ι) and the tr(12) respectively include a step-by-step a joint portion (ud) and a first joint portion (12a), the first joint portion (11 phantom system corresponding to the second joint portion (12a)' and the first joint portion (Ud) and the second joint a portion (which is formed by a meshing mechanism and is coupled or detached from the mechanism between the first joint portion (lid) and the second joint portion (12a) to reach between the panel (1)) and the fixed portion (12) Figure 6 is a schematic view of the second embodiment of the second embodiment of the present invention. Referring to Figure 6, the translucent portion ((1)) of the panel (1)) is translucent (Ue). The step system includes a lens (lie) corresponding to an optical structure of the light-emitting element (2) for optically processing the light source emitted by the light-emitting element (2) to achieve aggregation Figure 7 is a cross-sectional view of the third embodiment of the present invention shown in Figure 2. Referring to Figure 7, the light transmitting portion of the panel (11) is shown. The transparent plate in 11a) is used to guide the light source emitted by the light-emitting element (7) to emit in a specific direction. The light-transmissive plate (llc) includes a first step. a light guiding portion (Ilf) and a second light guiding portion (11g), the first light portion (11f) is a cylinder that is pivotally connected to the panel (1)) and the light transmission #(lla) The bottom portion has a hollow portion (m) and the side edges have a flange (Ui)'. The hollow portion (113⁄4) extends upward from the bottom end of the first light guiding portion (Uf) to form a corresponding light-emitting element (2) a cylindrical space 11 of the position 'the flange (11i) is an annular structure protruding from the side of the first light guiding portion (Ilf) to form a bottom portion corresponding to the panel (11); and the second light guiding portion a portion (llg) is a cylindrical body formed by extending a top end of the first light guiding portion (11f) from an axial direction of the first light guiding portion (Ilf). When the light guiding portion (Ilf) rotates in a rotation direction (71) shown in FIG. 7, the axial direction of the second light guiding portion (11g) will follow a first projection direction as shown in FIG. (72) Rotation changes to a second projection direction (72) shown in FIG. 7, and the light source of the light-emitting element (2) is guided from the first light guiding portion (Ilf) toward the second light guiding portion (11g) The light source changes as the sleeve direction of the second light guiding portion (11g) changes. Referring again to FIG. 1, FIG. 2 and FIG. 3, in another specific embodiment of the present embedded light fixture, the foregoing The selection component (31) can be a non-contact optical sensing component, such as a Pyroelectric Infrared Radial Sensor, Reflected Infrared Sensors, a photoresistor or a solar sensor, and The selection element (31) is disposed at an opening (lib) corresponding to the panel (11) such that when the selection element (31) is triggered, the light-emitting element (2) can be selected to be turned on or off. Referring again to FIG. 1, FIG. 2 and FIG. 3, in another specific embodiment of the present embedded luminaire, the aforementioned selection component (31) may be a vibration sensor, such that the selection component (31) When triggered, 'The light-emitting element (2) can be selected to be turned on or off. The embedded lamp of the present invention can be installed on the surface of a structure such as a wardrobe, a kitchen cabinet, a decoration structure, etc., and is used as a lighting fixture. Fig. 8 is a cross-sectional view showing the I-Ι of the fourth embodiment of Fig. 2, and Fig. 9 is a perspective view showing the combined state of the embodiment of Fig. 8. Referring to FIG. 12 8 and FIG. 9 , the inlaid luminaire of the present invention is replaced by a fixing portion (12) in the main body (1) of the embodiment of FIG. 1 described above as another fixing portion (12,). 12') is disposed on the rear end surface of the panel (11). Therefore, the fixing portion (12) can be passed through so that the main body (1) can be installed and disposed in the surface (4) of the structure. Which should be fixed at IU 1, and at hM _________
、 V’刀別到應琢面板（11)兩側底 部並分別向下延伸形成沿徑向外張的―彈性體結構，使得 田該二彈片（12b)^:到控向的|迫時，該些彈片（l2b)分別 其中该固定部（12，）係包括複數個彈片（12b)，該些彈 會產生徑向外張的作用力。因此，當該主體⑴固定部(12,) 中的彈片（12b)的外張尺寸可以係配合該開孔(41)内徑，使 得該固疋。|5(12 )可嵌入該開孔(41)，並藉由該些彈片（⑶) 分別會產生徑向外張的仙力，而進—步將該主體⑴固 设於該結構物表面（4)上。V' cutters are attached to the bottoms of the sides of the panel (11) and extend downward to form an elastic structure that is radially outwardly stretched, so that the two elastic pieces (12b) are: The elastic pieces (12b) respectively include a plurality of elastic pieces (12b) which generate a radial outward force. Therefore, when the outer sheet size of the elastic piece (12b) in the fixing portion (12) of the main body (1) can be fitted to the inner diameter of the opening (41), the solid portion can be obtained. |5(12) can be embedded in the opening (41), and by the elastic pieces ((3)), respectively, a radially outwardly protruding force is generated, and the body (1) is fixedly fixed on the surface of the structure ( 4) Up.
Wfl&V1ZC厂才別會產生徑向外張的作用力 别述主體⑴之固定部（12，）中的彈片以往叙 堅迫時，該些彈 。因此，當該主 M416011 體（1)固定部（12，，）中的彈性體（12c)的外徑尺寸可以係配合 該結構物表面（4)之開孔(41)内徑，使得該固定部（12，，)可 嵌入該開孔(41)，並藉由該彈性體（12e)產生徑向外張的作 用力，而進一步將該主體（1)固設於該結構物表面（4)上。 前述主體（1)之固定部（12，，）中的彈性體（12c)可以選 自橡膠、矽膠或其它具有彈性之材質環繞該固定部（12，，) 周圍局部區域。 圖12係顯示本創作嵌入式燈具一具體實施例之分解 狀態的立體視圖，圖13係顯示本創作12實施例另一視角 之分解狀態的立體視圖，圖14係顯示本創作圖12實施例 之組合狀態的立體視圖，圖15A係顯示本創作圖12實施 例之使用時第一狀態的立體視圖，以及圖15B係顯示本 創作圖12實施例之使用時第二狀態的立體視圖。參考圖 12、圖13、圖14、圖15A以及圖15B所顯示，其係基於 前述本創作嵌入式燈具實施例所達成者之更進一步的具 體實施例。其中該主體（1)係配合使用於該結構物表面（4) 的開孔（41)，該開孔(41)係一圓柱狀凹槽，該主體（丨）之固 定部（12)則係一圓柱盒狀結構，且該固定部（12)外徑係可 以係配合該開孔(41)内徑，使得該主體（1)之固定部（12)置 入該開孔(41)時係形成緊配合的組裝關係。再次參考圖 15A以及圖15B，因此可透過該固定部（12)嵌入該開孔(41) 中’而將該主體（1)固設於該結構物表面（4)上。 前述之固定部（12)進一步具有數個橫紋（12d)，該些橫 紋（12d)係環狀排列且突出於該固定部（丨2)之環狀周圍表 面上，因此當該固定部（12)嵌入該開孔（41)時，該些橫紋 (12d)會增加該固定部（12)之環狀周圍表面與該開孔(41) 14 M416011 内表面的摩擦力，而增進該主體⑴固設於該 表面⑷ 上的穩固性。 前述之橫紋⑽)可以係於_定部（12)之環狀周圍 - 纟面上形成職狀紋路’因此當刻定部（12)嵌入該開孔 • (41)時，可透過螺旋方式將_定部（喷域開孔⑼ 中，而增進該主體⑴固設於該結構物表面（4)上的穩固性。 , 冑16係顯示本創作圖15B^IMI剖面視圖。參考圖 _ ，所顯示’並再次參考圖13以及圖15B所顯示，前述電 • 軋迴路部（3)之電力供應部（32)可以係進一步包括至少一 電池座（32a)用以設置-電池(5)，該電池座（32&)係固設於 該電路板(34)底面’並配合可固設且電氣連接該電池⑺， 且裝設於該電池座(32a)之電池(5)係—電極直接電氣連接 於該電路板(34)上，該電池(5)之另一電極係電氣連接於該 電池座(32社透過該電池座(32_間接電氣連接於該電 路板(34)上’使得該電池(5)可透過該電力供應部(η)將電 力供應至該電氣迴路部（3)以及該發光元件（2)。其中前述 之電池(5)可以係一紐扣電池，如LR44電池，且該電池座 (32a)係-導電材質所構成並包括_圓盤體⑽)以及於該 圓盤體（32b)兩側分別向電路板延伸的一連接部（32c)，該 二連接部（32c)的終端係電氣連接在該電路板(34)上，使得 該電路板（34)與該圓盤體（32b)之間的空間係配合該電池 (5)正極與負極兩端的位置。再者，該圓盤體(32b)中進一 步包括一電池彈片（32d)，該電池彈片（32d)係自該圓盤體 (32b)中朝該電路板(34)翹曲，使得當該電池(5)置入該電 池座（32a)時，該電池彈片（32d)會壓掣該電池(5)，以增進 °亥電池（5)兩電極與該電路板（34)上的電氣連接點以及該 15 M416011 電池座（32a)的良好電氣接觸。 圖17係顯示本創作圖12實施例之侧視圖，圖18A 係顯示本創作圖12在第一狀態下的俯視圖，圖18B係顯 示本創作圖17在該第一狀態下的ΙΙΙ-ΠΙ剖面視圖，圖19A 係顯示本創作圖12在第二狀態下的俯視圖，以及圖19B 係顯示本創作圖17在該第二狀態下的ΙΙΙ-ΠΙ剖面視圖。 參考圖17、圖18A、圖18B、圖19A以及圖19B所顯示， 並再次參考圖12、圖13以及圖16所顯示，前述該面板 (11)第一結合部（lid)與該固定部（12)第二結合部（12a)係 相互配合且環狀分佈的嚙合結構’其中該第一結合部（nd) 係環繞該面板（11)底部且沿徑向向外突出的複數個凸緣 結構，該第二結合部（12a)係環繞該固定部（12)頂部且沿徑 向向内突出的複數個凸緣結構，該第一結合部（lld)中的 各個凸緣係分別對應該第二結合部（12a)中的各個凸緣的 環狀位置且該第一結合部的高度位置低於該第二結 合部（12a)的高度位置。因此，參考圖18A以及圖18B所 顯示，該第一結合部（lid)中的各個凸緣與該第二結合部 (12a)中的各個凸緣分別錯開的狀態下，該面板（丨丨）可與該 固定部（12)分離；以及參考圖丨9A以及圖19B所顯示，該 第一結合部（lid)中的各個凸緣與該第二結合部（12a)中的 各個凸緣分別重疊的狀態下，該面板（丨丨）可與該固定部（12) 相互唾合。 再次參考圖15Α、圖16、圖19Α以及圖19Β所顯示， 基於前述之實施例，當本創作嵌入式燈具進行更換該電池 (5)時，其係透過該面板（11)可與該固定部（12)的第一結合 部Old)與第二結合部（12a)的機構，而可自該結構物表面 16 M416011 (4)的開孔(41)中取出該面板（li)，使得可以自該電路板(34) 底面的電池座（32a)取換該電池(5)。 再次參考參考圖18A、圖18B、圖19A以及圖19B 所顯示，該面板（11)頂端進一步包括複數個按壓部（Uj)， 各個按壓部（llj)分別係一自該面板（u)頂端下凹的結 構，使得當壓觸該些按壓部（llj)而旋轉該面板（11)使得該 第一結合部（lid)與該第二結合部（12a)嚙合或脫離時，該 些按壓部（1 lj)可以提供較佳的施力位置。 是以，本創作所提供之一種嵌入式燈具，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 作申請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係顯示本創作嵌人式燈具之組合狀態的立體視圖； 圖2係顯示本創作嵌人式燈具之—使綠態的立體視圖； 圖3係顯示本創作圖2之Η剖面視圖； 圖4係顯示本創作嵌人式燈具之電氣關聯圖； 圖5係顯示本創作喪入式燈具-具體實施例之立體分解 圖； 係顯不本創作圖2第二具體實施例之U剖面視圖； 圖7係顯示本創作圖2第三具體實施例之W剖面視圖； 圖8係顯示本創作圖2第四實施例之W剖面視圖； 17 M416011 圖9係顯示本創作圖8實_之組合狀態的立體視圖； 圖10係顯示本創作圖2第五實施例之Η剖面視圖； 圖11係顯示本創作圖η實施例之組合狀態的立體視圖； 圖12係顯示本創作嵌入式燈具一具體實施例之分解狀態 的立體視圖； 圖13係顯示本創作12實施例另一視角之分解狀態的立體 視圖； 圖14係顯示本創作圖12實施例之組合狀態的立體視圖； 圖15Α係顯示本創作圖12實施例之使用時第一狀態的立 體視圖； 圖15Β係顯示本創作圖12實施例之使用時第二狀態的立 體視圖； 圖丨6係顯示本創作圖15Β之ιι_π刮面視圖； 圖17係顯示本創作圖12實施例之侧視圖； 圖18Α係顯示本創作圖12在第一狀態下的俯視圖； 圖18Β係顯示本創作圖17在該第一狀態下的ΙΠ·ΙΠ剖面 視圖； 圖19Α係顯示本創作圖12在第二狀態下的俯視圖；以及 圖19Β係顯示本創作圖π在該第二狀態下的ΙΙΙ-ΙΙΙ剖面 視圖。 【主要元件符號說明】 18 M416011 主體（1) 面板（11) 透光部（11a) 開口部（lib) 透光板（11c) 第一結合部（lid) 透鏡（lie) 第一導光部（Ilf) 第二導光部（llg) 中空部（llh) 凸緣（lli) 按壓部（llj) 固定部（12) 固定部（12’） 固定部（12”） 第二結合部（12a) 彈片（12b) 彈性體（12c) 橫紋（12d) 發光元件（2) 反光板(21) 電氣迴路部(3) 19 M416011 選擇元件（31) 電力供應部（32) 電池座（32a) 圓盤體（32b) 連接部（32c) 電池彈片（32d) 控制部件（33) 電路板(34) 結構物表面（4) 開孔(41) 電池（5) 旋轉方向（71) 第一投射方向（72) 第二投射方向（72)The Wfl&V1ZC factory will not produce the force of the radial outer tension. The shrapnel in the fixed part (12,) of the main body (1) has been used for some time. Therefore, when the outer diameter of the elastic body (12c) in the fixing portion (12,) of the main M416011 body (1) can be adapted to fit the inner diameter of the opening (41) of the surface (4) of the structure, the fixing The portion (12,,) can be embedded in the opening (41), and the elastic body (12e) generates a radial outward force to further fix the body (1) to the surface of the structure (4) )on. The elastic body (12c) in the fixing portion (12,) of the body (1) may be selected from a rubber, silicone or other elastic material to surround a peripheral portion of the fixing portion (12,). 12 is a perspective view showing an exploded state of a specific embodiment of the present embedded lamp, FIG. 13 is a perspective view showing an exploded state of another view of the present embodiment 12, and FIG. 14 is a view showing an embodiment of the present FIG. A perspective view of the combined state, Fig. 15A is a perspective view showing a first state in the use of the embodiment of Fig. 12, and Fig. 15B is a perspective view showing a second state in the use of the embodiment of Fig. 12. Referring to Figures 12, 13, 14, 15A and 15B, this is a further specific embodiment based on the foregoing embodiments of the inventive recessed luminaire. Wherein the main body (1) is used for the opening (41) of the surface (4) of the structure, the opening (41) is a cylindrical groove, and the fixing portion (12) of the main body (丨) is a cylindrical box-like structure, and the outer diameter of the fixing portion (12) can fit the inner diameter of the opening (41) such that the fixing portion (12) of the main body (1) is inserted into the opening (41) Form a tight fit assembly relationship. Referring again to Figs. 15A and 15B, the body (1) can be fixed to the surface (4) of the structure by inserting the fixing portion (12) into the opening (41). The fixing portion (12) further has a plurality of horizontal stripes (12d) which are annularly arranged and protrude from the annular peripheral surface of the fixing portion (丨2), so when the fixing portion (12) When the opening (41) is embedded, the horizontal stripes (12d) increase the friction between the annular peripheral surface of the fixing portion (12) and the inner surface of the opening (41) 14 M416011, and the The stability of the body (1) fixed on the surface (4). The aforementioned horizontal stripes (10) may be formed around the ring of the fixed portion (12) - forming a pattern on the surface of the crucible'. Therefore, when the engraving portion (12) is embedded in the opening (41), the spiral pattern can be transmitted. The stability of the body (1) is fixed on the surface (4) of the structure. The 胄16 series shows the cross-sectional view of the IMI of the present drawing. As shown in FIG. 13 and FIG. 15B again, the power supply portion (32) of the electric rolling circuit portion (3) may further include at least one battery holder (32a) for setting a battery (5). The battery holder (32&) is fixed on the bottom surface of the circuit board (34) and cooperates with the battery (7) that can be fixedly and electrically connected, and is mounted on the battery holder (32a). Electrically connected to the circuit board (34), the other electrode of the battery (5) is electrically connected to the battery holder (32 through the battery holder (32_ indirectly electrically connected to the circuit board (34)" The battery (5) can supply electric power to the electric circuit portion (3) and the light emitting element (2) through the power supply portion (n). The pool (5) may be a button battery, such as an LR44 battery, and the battery holder (32a) is composed of a conductive material and includes a disk body (10) and a circuit board on both sides of the disk body (32b) An extended connecting portion (32c), the terminals of the two connecting portions (32c) are electrically connected to the circuit board (34) such that a space between the circuit board (34) and the disk body (32b) The battery body (5) is further provided with a position of the positive electrode and the negative electrode. Further, the disk body (32b) further includes a battery elastic piece (32d), and the battery elastic piece (32d) is from the disk body (32b). The circuit board (34) is warped such that when the battery (5) is placed in the battery holder (32a), the battery spring (32d) will press the battery (5) to enhance the two batteries (5) The electrode is in good electrical contact with the electrical connection point on the circuit board (34) and the 15 M416011 battery holder (32a). Figure 17 is a side view showing the embodiment of Figure 12 of the present creation, and Figure 18A is a view showing the creation of Figure 12 The top view in the first state, FIG. 18B shows the ΙΙΙ-ΠΙ cross-sectional view of the original drawing 17 in the first state, and FIG. 19A shows the creative drawing. 12 is a top view in the second state, and FIG. 19B is a cross-sectional view of the present drawing 17 in the second state. Referring to FIG. 17, FIG. 18A, FIG. 18B, FIG. 19A and FIG. 19B, and Referring again to FIG. 12, FIG. 13 and FIG. 16, the first joint portion (lid) of the panel (11) and the second joint portion (12a) of the fixing portion (12) are mutually engaged and annularly distributed. Wherein the first joint (nd) is a plurality of flange structures surrounding the bottom of the panel (11) and projecting radially outward, the second joint (12a) surrounding the top of the fixing portion (12) and a plurality of flange structures projecting radially inward, each of the first joint portions (11d) respectively corresponding to an annular position of each of the second joint portions (12a) and the first The height position of the joint portion is lower than the height position of the second joint portion (12a). Therefore, as shown in FIG. 18A and FIG. 18B, in a state in which the respective flanges in the first joint portion and the respective flanges in the second joint portion (12a) are respectively shifted, the panel (丨丨) Separable from the fixing portion (12); and as shown in FIGS. 9A and 19B, each of the first joints overlaps with each of the flanges of the second joint portion (12a) In the state of the panel, the panel (丨丨) can be mutually reciprocated with the fixing portion (12). Referring again to FIG. 15A, FIG. 16, FIG. 19A and FIG. 19B, based on the foregoing embodiment, when the embedded lamp is replaced with the battery (5), it can be connected to the fixing portion through the panel (11). (12) the first joint portion Old) and the second joint portion (12a) mechanism, and the panel (li) can be taken out from the opening (41) of the structure surface 16 M416011 (4), so that it can be self- The battery holder (32a) on the bottom surface of the circuit board (34) is replaced with the battery (5). Referring again to FIGS. 18A, 18B, 19A, and 19B, the top end of the panel (11) further includes a plurality of pressing portions (Uj), each of the pressing portions (11j) being respectively from the top of the panel (u) a concave structure such that when the pressing portion (11j) is pressed against the pressing portion (11j) such that the first bonding portion (lid) is engaged or disengaged from the second bonding portion (12a), the pressing portions ( 1 lj) can provide a better position of force. Therefore, the present invention has been described in detail with reference to a preferred embodiment of the present invention. That is, the equivalent changes and modifications made in accordance with the scope of this creation application shall remain within the scope of the patent of this creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the combined state of the embedded lamp of the present invention; Fig. 2 is a perspective view showing the green state of the embedded lamp of the present creation; Fig. 3 is a view showing the creation of the creative figure 2 Figure 4 is an electrical connection diagram showing the embedded lamp of the present invention; Figure 5 is a perspective exploded view of the present embodiment of the funeral lamp - a specific embodiment; FIG. 7 is a cross-sectional view showing the third embodiment of the present invention FIG. 2; FIG. 8 is a cross-sectional view showing the fourth embodiment of the present FIG. 2; 17 M416011 FIG. 9 is a view showing the creation of the present invention. 8 is a perspective view showing a combined state of the fifth embodiment of the present invention; FIG. 11 is a perspective view showing a combined state of the embodiment of the present drawing n; FIG. 12 is a view showing the creation of the present embodiment. Figure 13 is a perspective view showing an exploded state of another perspective view of the present embodiment 12; Figure 14 is a perspective view showing a combined state of the embodiment of the present creation 12; Figure 15Α FIG. 15 is a perspective view showing the second state of the embodiment of FIG. 12 in use; FIG. 6 is a perspective view showing the second state of the creation of the embodiment of FIG. 12; Fig. 17 is a side view showing the embodiment of Fig. 12; Fig. 18 is a plan view showing the creation of Fig. 12 in the first state; Fig. 18 is a view showing the creation of Fig. 17 in the first state. Fig. 19 is a plan view showing the creation of Fig. 12 in the second state; and Fig. 19 is a cross-sectional view showing the 创作-ΙΙΙ in the second state of the creation map π. [Main component symbol description] 18 M416011 Main body (1) Panel (11) Transmissive part (11a) Opening part (lib) Translucent plate (11c) First joint (lid) Lens (lie) First light guide ( Ilf) Second light guiding portion (llg) Hollow portion (llh) Flange (lli) Pressing portion (llj) Fixing portion (12) Fixing portion (12') Fixing portion (12") Second joint portion (12a) Shrapnel (12b) Elastomer (12c) Horizontal stripes (12d) Light-emitting elements (2) Reflector (21) Electrical circuit (3) 19 M416011 Select component (31) Power supply (32) Battery holder (32a) Disc body (32b) Connector (32c) Battery tab (32d) Control unit (33) Board (34) Structure surface (4) Opening (41) Battery (5) Direction of rotation (71) First projection direction (72) Second projection direction (72)