200931737 九、發明說明： 【發明所屬之技術領域】 疋關於一種具有照明設備 之 本發明係一種插座，尤其 插座。 【先前技術】 插座是每-個家庭必備的電子組件，#外部電源之電 ❹ 力中斷％ ’插設於該插座的電器用品將全數失去功能 於插座附近與該電器用σ 門 φ“一之間的電線相當容易讓使用者於 …、日曰中洳進時絆倒而使人受傷。 、 a另外’裝6又於至内之緊急照明設備大都裝設於高處， 虽要取用時並無法隨手取得， > 竹且又不易於平時之功能維 缦，若真有危急狀況發生時，不但可能無法拿取亦有 因故障而無法使用。 fa '建築物内的每—個房間均有插座，但是，目前的插座 並不具備其他的附屬功& ’例如，緊急照明功能及輔助照 明功能。由於插座分佈於建築物内的每一個房μ，如果其 本身此夠具有緊急照明的功能及辅助照明功能，將對於實 用上非常有益處。 【發明内容】 口為了解決前述插座功能過度簡單而無其他附屬功能的 問題，本發明將傳統插座開設一手電筒插入座以供容置一 可充電手電筒及在傳統插座周圍增加輔助照明功能，使該 4 200931737 可充電手電筒於電力中斷時可自動開啟產生照明效果及聲 音警示效果，而該插座之輔助照明功能可自動檢測外部環 境光亮度，而能於平時提供辅助照明，以同時解決前述= 急,%、明燈使用不便及插座功能不佳的問題。 ’' 本發明係一具照明設備之插座，其包含： 一殼體，呈盒狀，其包含一外表面以及一穿孔，該穿 孔貫穿設於該外表面； 一個以上的插座單元，其局部嵌設於該殼體之外表面 一功能控制模組，其與一外部電源電性連接，其包含 一輸電介面，其固定於該殼體内並與該穿孔位置對應；以 及 * —可攜式照明設備，其局部活動插設於該穿孔而與該 輸電介面電性連接’且其輸入外部電源進行充電，並可判 斷外部電源電力是否中斷，且於該外部電源電力中斷時產 生一聲光輸出； 其中’該可攜式照明设備可於外部電源電力中斷時接 受控制而改變該聲光輸出之狀態； ' 其中，該可攜式照明設備其包含： 一外殼，其截面與該穿孔對應； 一處理模組，係判斷該外部電源是否呈_ 斷狀態； 其與該處理 而將外部電 一充電介面，嵌設於該外殼之一端， 模組電性連接，且其可與該輸電介面電性連接 5 200931737 源之電力輪往該處理模組； —充電電池’其設於該外和 # Η ϋ .- 卜成内，其與該處理模組 妾，其接受該處理模組之控 電力； L制選擇進订充電及輸出 —聲光輸出模組，其鱼哕烤饰# z兩 接受, -、°亥處理杈組電性連接，並 亥處理核組之控制於產生該聲光輸出；以及 —控制介面，其為一電 ❹ 外嗖之A^ 子開關，其局部嵌設於該 表面，且其與該處理模組 ^ Φ u,, 運接·^控制該聲光 輸出杈組之開關狀態； π成卓尤 其中，該功能控制模組包含： 匕制早7L，設於該殼體内部， 連接並判別該外部雷、$ s不由 …、肩外邛電源電性 P電源疋否處於電力中斷狀態； 一輸電介面，其盥唁栌 雷人而如祖& 控制早凡電性連接，且其與該充 …而可電性接合，並於接合後使該外％ t 電力輸往該可攜式照明設備； 傻使料^源之 ❹ 電電池單凡，其與該控制單元電性連接，直拄a 該控制單元之柝制、$ # 电汪連接，其接丈 :控制違擇進行充電及輸出電力；以及 環境:之:C制單元電性連接並感應外部 -輔助光源單Γ::果傳送至該控制單元；以及 嵌合於該殼體之外表面:、與該㈣單元電性連接，其局部 輸出； ’ #接&該控μ單元之控制產生光 其中，该功能控制模組包 體之外表面，且ii 太陽此板，其設於該殼 心、該控制單元電性連㉟，並接受該控制 6 200931737 單元之控制而對該充電電池單元進行充電。 藉此，本發明具有如下優點： 可：=:單:及該可搞式照明設心電力㈣時 進的危險。 ㈣避免夜料料，㈣者撰黑前 2.使用者可透過聲弁 ^ , 耸光的扣引，至本發明安裝區域取下 該可攜式照明設備獨立使用。 匕次取下 ❹ 3_該光感應模組可自動檢測外部環 平時提供輔助照明，使具有小夜燈的功能 而月匕於 因此，本發明不僅可作為固定的緊急照明之用，亦可 作為可攜帶的光源及具有小夜燈的用途，也同時具有一般 插座的功能。 【實施方式】 μ參考第-圖、第二囷、第三圖以及第四圖，為本發 ❹曰月具照明設備之插座的較佳實施例，其包含一殼體、 一個以上的插座單元（20、、 , A1.. 早兀—功能控制模組（30)以及—可 攜式照明設備（40)。 該殼體(10)為一矩形盒體，其局部嵌設於一壁面内， 使其-外表面與壁面平行對應，且其包含一設於該 的穿孔（12)。 該插座單元（20)嵌設於該殼體（1 〇)之一與該壁面平行 對應之外表面，其與外部電力系統連接，使㈣於該一 單元（20)之電子裝置可由該外部電力系統獲得工作所霉的 7 200931737 電力。 该功能控制模組（30)固定設於該穿孔（12)内部，其與 外部電力系統電性連接，其包含一電路板、—控制單： (34)、-輸電介面（36)以及-充電電池，該控制單元（34) 及該輸電介面（36)分別設於該電路板上而形成電性連接， ^充電電池亦透過該電路板而與該控制單元（34)電性連 接。其中，該電路板與外部電力系統連接，將外部電力系 ❹統之電力輸入該控制單元（34)、該輸電介面（36)及該充電 電池。 另外'玄輔助光源單元（37)可包含形成於電路板之複 數個輔助光源（38)。該輔助光源（38)為任意之發光體’例 如二一極體、燈泡·等，本較佳實施例之輔助光源《38) 丁為複數個电光一極體，其局部嵌設於該辅助光源單元Ο?) 之表面上’使其一發光面朝外，且其接受該控制單元⑼） 之控制而產生光輸出。該控制單元（34)亦可為一可判斷外 〇部電力系統是否電力中斷的電子電路，使其當外部電力中 斷時，該控制單元（34)啟動該辅助光源（38)產生光輸出。 該可攜式照明設備（40)包含一外殼（41)、一處理模组 叫、-充電介面(43)、一充電電池(44)、一聲光輸出模組 (46)以及一控制介面（48)。 該外殼（41)之截面與該穿孔（12)外形對應本較佳實 也例之外成（41)呈圓筒狀，可插入該穿孔（12)内。該充電 介面（43)、充電電池（44)、聲光輸出模組（46)以及該控制介 面（48)分別與該處理模組（42)電性連接。 200931737 板 该處理模組（42)設於該外殼（41)内部，為一電子電路 4充電w面（43)與該功能控制模組（3〇)之輸電介面（36) 相對應且可互相電性接合，其彼設於該穿孔（12)之底部， 吏乂外八又（41)插设於該殼體（1〇)内部後，該充電介面（43)可 與該輸電介面（36)互相套接，將外部電源之電力輸予 電電池（44)。 φ 电電池（44)接x該處理模組（42)之控制切換電力 輸入（充電）或電力輸出之狀態。 、 該聲光輸出模組(46)係為具有聲音輸出及產生具有照 =果之模組’可包含揚聲器或蜂鳴器和光源模組，本較 佳貫施例之聲光輸出模組(4 6)為蜂鳴器和發光二極體模 組，其設於該外殼⑷）之内部，其接受該處理模組（42)之 制產生聲響或竞光。舉例而言，當該處理模組（a)判斷 X外邛電源之電力中斷時，則啟動該聲光輸出模組(46)。 ❿ 隸制介面(48)可為薄臈開關，其接受使用者的按壓 S 、而可控制4聲光輸出模組（46)之開啟與關閉。舉例 :言’當使用者手持該可攜式照明設備⑽）時，該處理模 且（42)判知該外部電泝虚 、 %源處方;電力中斷狀態，因此，使該聲 先輸出杈組（46)依據嗜抻也丨入& //0、 狀態。 f該技制"面（48)而呈現開啟或關閉的 使用時，請參考篦 a/] 号第五圖，在—般的狀況下，該可攜式 <，、、明设備（4〇)插設於兮Μ〈彳n、知 ..ώ Α又租（1 〇)内部並持續進行充電，者 外部電力中斷（如停雷）砵，兮4介Α " Τ书）守该控制單元（34)開啟該輔助光 9 200931737 源早tc(37)，而該處理模組（42)則驅使該聲光輸出模組（μ) 啟動’產生光源及聲音輸出。如&，使用者可看到或聽到 4輔助光源早％ (37)及該聲光輸出模組（46)之光源及聲 輸出而接受其指引。 —進-步地，請參考第六圖以及第七圖，該輔助光源軍 兀（37)亦可包含—光感應模組（35)以及一個以上之太陽能 板（39)分別與細鮮M34)f料接，該_應模組㈣ 可债測¥境光的亮度’並將感測結果傳送至該控制單元 (34)使5玄控制單元（34)依據環境光的亮度調整該輔助光 源單元的域出。該太陽能板（39)可對該充電電池（44)進 行充電，使該充電電池（44)即使於外部電力中斷時，亦可 進行充電，使本較佳實施例即使停電過久亦可隨時進行充 電。 進—步地，該殼體（10)亦可包含—設於該穿孔（12)對 應位置的按壓彈跳座，使該可攜式照明設備（40)插設於其 ❾内時’忒按壓彈跳座能夠使該可攜式照明設備以按壓 的方式由該按壓彈跳座彈跳而起或夾合固定，讓使用者便 於取起該可攜式照明設備（40)或將其與該功能控制模組（3〇) 能更緊密連接。 【圖式簡單說明】 第一圖係為本發明較佳實施例之局部分解圖。 第二圖係為本發明較佳實施例之局部剖面圖。 第三圖係為本發明較佳實施例之—功能控制模組方塊 200931737 圖 第四圖係為本發明較佳實施例之—可攜式照明設備方 塊圖。 第五圖係為本發明較佳實施例之使用示意圖。 第六圖係為本發明第二較佳實施例之使用*意圖。 第七圖係為本發明第二較佳實㈣之方塊圖。200931737 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a socket, in particular a socket, with a lighting device. [Prior Art] Socket is an essential electronic component for every home, #电电源的电❹ interrupt% 'Electrical appliances plugged into the socket will lose all functions near the socket and the appliance uses σ gate φ "一之The wires between the two are quite easy for the user to stumble and injure when they break into the sun. In addition, the emergency lighting equipment that is installed in the vicinity is mostly installed in a high place, although it is to be taken. It can't be easily obtained, > bamboo is not easy to maintain the function of peacetime. If there is a critical situation, it may not be able to be taken or used due to malfunction. fa 'Every room in the building has Socket, however, the current socket does not have other auxiliary functions & 'for example, emergency lighting function and auxiliary lighting function. Since the socket is distributed in every room in the building, if it is enough for emergency lighting And the auxiliary lighting function will be very useful for practical use. [Invention] In order to solve the problem that the foregoing socket function is excessively simple and has no other auxiliary functions, the present invention will transmit The socket is provided with a flashlight insertion seat for accommodating a rechargeable flashlight and adding auxiliary lighting function around the conventional socket, so that the 4 200931737 rechargeable flashlight can be automatically turned on when the power is interrupted to generate lighting effects and sound warning effects, and the socket is The auxiliary lighting function can automatically detect the brightness of the external environment, and can provide auxiliary lighting at the same time to solve the above problems: urgency, inconvenient use of the lamp and poor function of the socket. '' The present invention is a socket for lighting equipment. The method comprises: a casing, in the shape of a box, comprising an outer surface and a perforation, the perforation being disposed through the outer surface; and more than one socket unit partially embedded on the outer surface of the casing for functional control The module is electrically connected to an external power source, and includes a power transmission interface fixed in the housing and corresponding to the punching position; and * a portable lighting device, wherein a part of the movable device is inserted into the through hole Electrically connecting to the power transmission interface and inputting an external power source for charging, and determining whether the external power source is interrupted, and When the power supply is interrupted, an light and light output is generated; wherein the portable lighting device can control the state of the sound and light output when the external power source is interrupted; wherein the portable lighting device comprises: a casing having a cross section corresponding to the perforation; a processing module determining whether the external power source is in an off state; and the external charging interface is embedded in one end of the casing, and the module is electrically Connected, and it can be electrically connected to the power transmission interface 5 200931737 source of power to the processing module; - rechargeable battery 'which is located in the outer and # Η ϋ. - 卜, inside and the processing module 妾, it accepts the control power of the processing module; L system selects the order charging and output - sound and light output module, its fish gizzard # z two accept, -, ° Hai processing 杈 group electrical connection, and processing The control of the nuclear group generates the acousto-optic output; and the control interface is an A? sub-switch of an electric external casing, which is partially embedded on the surface, and is coupled to the processing module ^ Φ u, Connect ·^ control the switch of the sound and light output 杈 group In the π Cheng Zhuo special, the function control module comprises: 匕 7L early, set inside the housing, connected and discriminate the external lightning, $ s not ..., shoulder power supply power P power supply is not in Power interruption state; a power transmission interface, which is like a sacred person, and controls the electrical connection, and it is electrically connected to the charge, and after the connection, the external power is transmitted to The portable lighting device; the silly material ^ source ❹ electric battery single, it is electrically connected with the control unit, directly a control unit of the control unit, $ #电汪 connection, its connection: control violation Selecting to charge and output power; and environment: the C system is electrically connected and senses the external-assisted light source unit:: the fruit is transferred to the control unit; and is fitted to the outer surface of the casing: and (4) The unit is electrically connected, and its local output; '#接& The control of the μ unit generates light, wherein the function controls the outer surface of the module body, and ii the solar panel, which is disposed at the core, the control The unit is electrically connected to 35 and is controlled by the control unit 6 200931737 unit. Charging means for charging the battery. Thereby, the present invention has the following advantages: Can: =: Single: and the danger of the power of the engageable lighting (4). (4) Avoiding night material, (4) Before writing black 2. The user can use the sonar ^, lightening buckle to remove the portable lighting device from the installation area of the invention.取 取 ❹ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The light source that is carried and the use of the night light also have the function of a general socket. [Embodiment] μ refers to the first, second, third and fourth figures, which is a preferred embodiment of a socket for a lighting device comprising a housing and more than one socket unit. (20,,, A1.. early-time-function control module (30) and portable lighting device (40). The housing (10) is a rectangular box body partially embedded in a wall surface, The outer surface is parallel to the wall surface, and comprises a perforation (12) disposed therein. The socket unit (20) is embedded in an outer surface of the housing (1 平行) corresponding to the wall surface, It is connected to an external power system, so that (4) the electronic device of the unit (20) can obtain the working power of the 200931737 by the external power system. The function control module (30) is fixedly disposed inside the hole (12). It is electrically connected to an external power system, and includes a circuit board, a control unit: (34), a power transmission interface (36), and a rechargeable battery. The control unit (34) and the power transmission interface (36) are respectively provided. Forming an electrical connection on the circuit board, and the rechargeable battery also passes through the circuit board The circuit board is electrically connected to the external power system, and the power of the external power system is input to the control unit (34), the power transmission interface (36) and the rechargeable battery. The singular auxiliary light source unit (37) may include a plurality of auxiliary light sources (38) formed on the circuit board. The auxiliary light source (38) is any illuminant such as a diode, a bulb, etc., the preferred embodiment The auxiliary light source "38" is a plurality of electro-optical bodies, which are partially embedded on the surface of the auxiliary light source unit )?), such that a light-emitting surface faces outward and is controlled by the control unit (9). Produces light output. The control unit (34) can also be an electronic circuit that can determine whether the external power system is interrupted by power, such that when the external power is interrupted, the control unit (34) activates the auxiliary light source (38) to produce a light output. The portable lighting device (40) comprises a casing (41), a processing module, a charging interface (43), a rechargeable battery (44), an acousto-optic output module (46), and a control interface ( 48). The cross section of the outer casing (41) corresponds to the outer shape of the perforation (12). In addition, the outer shape (41) is cylindrical and can be inserted into the perforation (12). The charging interface (43), the rechargeable battery (44), the acousto-optic output module (46), and the control interface (48) are electrically connected to the processing module (42), respectively. The processing module (42) of the 200931737 board is disposed inside the casing (41), and the charging surface (43) of the electronic circuit 4 corresponds to the power transmission interface (36) of the function control module (3〇) and can mutually The electrical interface is disposed at the bottom of the through hole (12), and the charging interface (43) is connectable to the power transmission interface (36) after the outer casing (41) is inserted into the casing (1). The sockets are connected to each other to transfer the power of the external power source to the battery (44). The φ battery (44) is connected to the control module (42) to control the state of the power input (charging) or power output. The acousto-optic output module (46) is an acousto-optic output module having a sound output and generating a module with a photo that can include a speaker or a buzzer and a light source module, the preferred embodiment ( 4 6) is a buzzer and a light-emitting diode module, which is disposed inside the casing (4)), and receives the sound of the processing module (42) to produce sound or competition. For example, when the processing module (a) determines that the power of the X external power source is interrupted, the sound and light output module (46) is activated.隶 The splicing interface (48) can be a thin-twist switch that accepts the user's pressing S and controls the opening and closing of the four-sound light output module (46). For example: when the user holds the portable lighting device (10), the processing module and (42) determine the external electrical trace, the % source prescription; the power interruption state, therefore, the sound is first output to the group (46) According to the hobby, it also enters & //0, state. f When the technology system is used to open or close, please refer to the fifth picture of 篦a/]. Under the general conditions, the portable <,, and 4〇) plugged in 兮Μ <彳n, know.. ώ Α and rent (1 〇) inside and continue to charge, the external power interruption (such as the mine stop) 砵, 兮 4 introduction quot " Τ书) 守The control unit (34) turns on the auxiliary light 9 200931737 source early tc (37), and the processing module (42) drives the acousto-optic output module (μ) to activate 'generating the light source and sound output. For example, the user can see or hear the light source and sound output of the auxiliary light source (37) and the sound and light output module (46) and accept the guidance. - Step by step, please refer to Figure 6 and Figure 7. The auxiliary light source (37) can also include - light sensing module (35) and more than one solar panel (39) and fine fresh M34) f material connection, the _ should be module (4) can measure the brightness of the ambient light 'and transmit the sensing result to the control unit (34) to make the 5 玄 control unit (34) adjust the auxiliary light source unit according to the brightness of the ambient light The domain is out. The solar panel (39) can charge the rechargeable battery (44) so that the rechargeable battery (44) can be charged even when the external power is interrupted, so that the preferred embodiment can be performed at any time even if the power is off for a long time. Charging. Further, the housing (10) may further include a pressing bouncing seat disposed at a corresponding position of the perforation (12), so that when the portable lighting device (40) is inserted into the crucible, the crucible is bounced. The portable lighting device can be bounced or clamped by the pressing bouncer in a pressing manner, so that the user can conveniently pick up the portable lighting device (40) or connect it with the function control module. (3〇) Can be connected more closely. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a partial exploded view of a preferred embodiment of the invention. The second drawing is a partial cross-sectional view of a preferred embodiment of the invention. The third figure is a functional control module block according to a preferred embodiment of the present invention. 200931737 FIG. 4 is a block diagram of a portable lighting device in accordance with a preferred embodiment of the present invention. The fifth drawing is a schematic view of the use of the preferred embodiment of the present invention. The sixth drawing is the use of * intent of the second preferred embodiment of the present invention. Figure 7 is a block diagram of a second preferred embodiment (4) of the present invention.
❿ 【主要元件符號說明】 (10)殼體 (1 1)裝飾面板 (1 2)穿孔 (2 0)插座單元 (30)功能控制模組 (34)控制單元 (3 5)光感應模組 (36) 輸電介面 (37) 輔助光源單元 (3 8)輔助光源 (39) 太陽能板 (40) 可攜式照明設備 (41) 外殼 (42) 處理模組 (43) 充電介面 (44) 充電電池 200931737 (46)聲光輸出模組 (48)控制介面❿ [Main component symbol description] (10) Housing (1 1) Decorative panel (1 2) Perforated (20) Socket unit (30) Function control module (34) Control unit (3 5) Light sensing module ( 36) Power transmission interface (37) Auxiliary light source unit (3 8) Auxiliary light source (39) Solar panel (40) Portable lighting device (41) Housing (42) Processing module (43) Charging interface (44) Rechargeable battery 200931737 (46) Sound and light output module (48) control interface