200812840 九、發明說明： 【發明所屬之技術領域】 本發明係為-可攜式室内燈，尤指—種汽車室内燈係具有可 拆卸之結構，而成射單碰狀可獻光賴組之設計者。 【先前技術】200812840 IX. Description of the invention: [Technical field of the invention] The present invention is a portable indoor lamp, in particular, a car interior lamp system having a detachable structure, and a single-shot type can be provided to the light-receiving group. Designer. [Prior Art]
按，汽車之使狀在制汽料，都無法_汽車什麼時候 會出問題，使汽車賴停在路邊特救援。當在夜晚使用汽車 ，出現問題時，賴停在路邊檢視。然而，大部分汽車使用人在 汽車上不會放置有手賴之類的物品，致使汽車使用人無法在光 線不足的狀況下’對汽車作簡單的檢視或對汽車作適當之判斷。 =要:=._去_營’而可利用汽車裝載露營 斤而要之裝備。但有日讀因場所之限制而不能起火作為照明，且 =攜=明設備’致使露營時必須利用 =知明。惟4大燈錄汽車内部之電池提供電源 儲存之電能使用怠盡時，會造成汽車無法發動。 所 有鑑於此，本發明係針汽車使用人所可能遇到 期時間研究後個作出杨，触達到 長 求。 777人皁輛馬駛者之需 【發明内容】 室内燈，藉由可攜式 獨使用，或可攜式光源模 “爰是本發明之目的，在提供—種可攜式 光源模組係可自底座分離而單 200812840 導光裝置結合，而可作為警示標認使用，致使該室内燈可依不同 ‘ 狀況需要而多用途的使用方式。 * 减實現上述之發明目的，本發縣提出-可攜式光源模 組’该可攜式光源模組係包含有殼體、發光元件、開關元件、光 學元件、儲能元件及第-控制電路；該殼體係之外係設有若 干導槽，以及於殼體之-端部設有第—導電裝置，該第一導電襄 置係於殼體之端部呈外露狀；該發光元件係固設於殼體，用以提 ( 供可攜式光馳組光源’該光學元件係為部分可透光並呈圓筒狀 =透光體’且該光學元件係設於殼體設有發光元狀—端，且於 光學元件之_面設有若干對應殼體導槽之凸塊，用以使光學元 件之凸塊順著贿之導槽神’令光學元件調整發光元件之光轴 焦距；該儲能元件翻設於殼體内部，且其與第—導電裝置為電 性連接’用以提供可攜式光源模組所需之電能，或接收電能充入； 4第一控制電路係固設於殼體内部，並與發光元件、開關元件、 u第—導電裝置及儲能树為電性連接，肋藉開關元件控制發光 元件為發光或不發絲態，以及侧儲能元件與第—導電裝置之 各別狀態；-底座，該底座侧設於汽車本體室㈣t處，並包 含有容置空間、開關元件及第二控制電路；該容置空間係可供可 攜式光源模組容置固設，且於容置空間之相對應二端部各別設有 、抵掣H以及與汽車本體之電職置為雜連接之第二導電裝 •置；該抵擎裝置用以頂掣可攜式光源模組之一端，以令可攜式^ 6 200812840 源核組之第-導電裝置與底座之第二導電裝置為電性連接，並由 第二導電裝置傳送電源及電子訊號給第—導躲置；該第二控制 電路係賴關it件及第二導電裝置為電性連接，用以藉該開關元 件觸發第二控制電路’使第二控織路產生—電子訊號，而藉第 ^導電裝置對·式光賴組進據制，使其為發光或不發光狀 悲’以及由第二控制電路侧第二導電裝置與第—導魏置之連 接狀態；該開關元件係設於底座適當處，用以供使用人操作使用。 依據上述構想，其愤殼義可設有可旋轉九十度之結構， 以令殼體呈垂直狀。 依據上述構想’其巾該導槽係可設有若干凹槽，可供光學元 件之凸塊欽，令光學元件财段式光軸焦距調整。 依據上述構想’其中該光學元件之封閉端係為聚光透鏡，且 於光學元件之飾設有部分可透統，其餘林可透光區。 —依據上述構想’其中該第一導電裝置及第二導電裝置係設有 右干導電體，用以作為電能及訊號傳送。 /依據上賴想，其中職鋪可設有導絲置，該導絲置 係設有光線人卿，以及固設於光線人射部之若干導光體，用以 使可攜式絲模組所產生之光線折射進人光線人射部，再由光線 入射部將練反覆全反射充滿導級，且部分光線折射出導光 ^ ’使導絲置呈發絲態，而增加該室内燈發光區域範圍，或 是改變汽車室内的氣氛。 7 200812840 耸依據上述構想，其中該室内燈之可攜式光源模組係 ^光裝置固設’該導光裝置之其中—側面係設有—支㈣ =導光樹在-_恤社，蝴__設有例 间式先源额岭之固定座，_吏可攜式統模 :，以其峨«之統躺於導光裝置巾，柯作騎示= 【實施方式】 …關於本發明之技術手段，_數較佳實施取合圖式於下文 進行詳細說明，俾供耻深入了解並認同本發明。 首先’請參閱第-圖至第三圖所示，係為本發明可攜式室内 燈之架構方姻、立體外觀及分解示意圖。於本财，該室内燈 係固設於汽車本體室内車猶當處，用明赋車本體室内，而 該室内燈係包含有-可攜式光源模組議及-底座咖，其中， 該可攜式光源模組100係與底座200卡擎 模組叫含有殼議、發光元件120、_元件二= 件140、儲能元件150及第一控制電路16〇。而該殼體11〇係於外 側面設有三導槽ill ’以及於殼體11G之一端部設有第一導電裝置 112’該導槽in係可設有若干凹槽1U1，可供絲元件⑽嵌入， 令光學元件140可做多段式移動；該第一導電裝置112係於殼體 110之端部呈外露狀’用以於可攜式光源模组100目設於底座咖 ¥ ’可與底座2GG為電性連接，而該第一導電裝置112係設有正 8 200812840 电位導電體1121、負電位導電體1122及訊號導電體1123，該正 •電位‘電體1121、負電位導電體1122係與儲能元件⑽之正電位 •端與負電位端為電性連接，同時該訊號導電體1123係與第—控制 电路160為電性連接，用以將外來的電子訊號傳送給第一控制電 路160;該發光元件120係固設於殼體11〇,並與第一控制電路⑽ 電性連接’狀作為可攜式光賴組議之統，該發光元件12〇 係可為燈泡、單色或多色之發光二極體（LED)，或霓虹燈（本實 Ο例目式觸*之發光元件12G細發光二減作為可攜式光源模 組⑽之光源）；該開關元件130係與第一控制電路16〇為電性連 接’而該開關元件13G係可細摸胡關、餘式開關或滑動式 開關（本實施例圖式所顯示之開關元件130係為觸摸式開關）；該 光學元件140係-呈圓筒狀之可透光體，而該絲元件⑽之内 側面設有若干對應殼體114導槽ln之凸塊⑷，並於光學元件 140之封閉端係成形一聚光透鏡142，且於光學元件14〇之侧面圍 。、凡11 又有°卩分透光區M3’其餘為不透光區144,用以使光學元件mo 對應罩覆練體110設有發光元件12G之卿，域由光學元件 140之凸塊141卡掣於殼體110之導槽m，令光學元件14〇之凸 塊141可順著導槽⑴滑移，而調整光學元件14〇光輛焦距，使 發光元件120之光線可透過聚光透鏡142形成聚光或散光，或同 ' 時由光學元件140之透光區143透光；該儲能元件150係固設於 •殼體110内部，且其與第一導電裝置112及控制電路⑽為電性 9 200812840 連接，用以提供可攜式光源模組所f之電能，或接收電能充 •入，該儲能耕150可係為充電電池；該第-控㈣路160係固 .設於殼體削内部，並與發光元们20、開關元件130、第一導電 裝置112及儲能元件15〇為電性連接，用以藉開關元件⑽觸發 第-控制電路160，而對發技件12G進行控發光或不發光狀 態，且同時第-控制電路16〇可分別偵測儲能元件15〇之儲能狀 態，及第一導電裝置112之連接狀態； 該底座200係固設於汽車本體室内適當處，並與汽車電源裝 置300為電性連接。該底座·係包含有容置空間⑽、開關树 220 士第二控制電路23〇 ;該容置空間21〇係可供可攜式光源模組 100合置固叹’且於容置空間21〇之相對應二端冑各別設有抵擎裝 置211及第二導電裝置212;該抵掣裝置211係包含有一彈簧2111 、墊片2112用以頂掣可攜式光源模組之一端，以令可才崔 式光源模組1GG之第—導電裝置112與底座2⑽之第二導電裝置 '212為電性連接；該第二導電裝置212係設有與第-導電裝置112 之正電位導電體112卜負電位導電體1122及訊號導電體1123對 應連接之正電位導電片212卜負電位導電片2122及訊號導電片 2123 ’該正電位導電片2m、負電位導電片2122係與汽車電源裝 置300為電性連接，使第二導電裝置212之正電位導電片2121、 負迅位導電# 2122傳導電源給第-導電裝置112之正電位導電體 1121、負電位導電體1122，該訊號導電# 2123係與第二控制電路 200812840 220為電性連接，用以由第二控制電路23〇送出電子訊號給該訊號 • 導電體21烈，並由該訊號導電體2123將電子訊號傳送給第一導電 • 裝置112之訊號導電體1123 ;該第二控制電路230係與開關元件 220及第二導電裝置212之訊號導電體2123為電性連接，用以藉 開關το件220觸發第二控制電路230，使第二控制電路23〇產生一 電子訊號，而藉第二導電裝置212對可攜式光源模組1〇〇進行控 制，令其為發光或不發光狀態，以及偵測第二導電裝置212與第 ( 導電裝置112之連接狀態，並作充電功能之保護；該開關元件 220可係可為觸摸式開關、按屋丑式開關或滑動式開_ (本實施例圖 式所顯示之開關元件130係為觸摸式開關）；如是，即建構完成可 攜式室内燈。 續請參閱第四圖卿，係為可攜式光賴組⑽之第一控制 電路160對於可攜式光源模組1〇〇之使用狀態作判斷之流程圖。 於實施中，當可攜式光源模、組議係固設於底座2〇〇而作為汽車 υ室内燈使用時’該可攜式光源模組謂之光學元件14Q係調整至 可攜^光源模組100之最前端，而使光學元件14〇之侧面透光區 143壬可透光狀態，並使可攜式光源模組剛卡孝於底座咖之容 置空間210，同時使可攜式光源模組1〇〇之一端抵掣於底座200 之抵掣裝置21卜藉由抵掣裝置211之彈簧2111彈性使塾片⑴2 ' 2掣於可攜式光源模組議之—端，而使可攜式光源模組100之 -第-導電裝置112係與底座之第二導電裝置212為電性連接， 200812840 如第五圖所示。此時，該底座200之第二導電裝置2ι2之正電位 導電體212卜負電位導電體2122，將電能藉第一導電裝置112之 正電位導電體他、負電位導電體1122傳送給可攜式光源模組 100之儲此讀150 ’且底座2〇〇之第二控制電路咖係會侧第 二導置212之充電狀態，可令第二控制制電路23〇啟動充電 保護，以防止儲能元件150被充入過量之電能。同時該底座· H制電路23〇即會傳送—電子訊號給第二導電裝置212之 * Ά電體2123 ’並由第二導電裝置212之訊號導電體2123，將 =子訊號傳送給第-導電裝置112之訊號導電體1123，而由第一 導電裝置112之訊號導電體1123將電子訊號傳送可攜式光源模組 ⑽之第-控制電路⑽，使第—控制電路⑽伽到有電子訊 號i而判斷目前可攜式光源模組1〇〇為室内燈使用狀態。同時該 第控制電路⑽雜斷開關元件13〇之可操作狀態，使可攜式 光賴組⑽之開關元件13G係呈不可操作狀態。使狀即可操 &座200之開關耕22〇 (如第五圖所示而控制可攜式光源 楔、、且100為啟動或關閉之狀態。 士，當使用人操作開關元件22〇啟動或關閉可攜式光源模組⑽ 即由開關元件220電性觸發底座2〇〇之第二控制電路23〇，該 ==電路32〇即發出一電子訊號給第二導電裝置212之訊號 號“體^並由可攜式光源模組⑽之第—導職置112之訊 -123，將所接收之電子訊號傳送給第一控制電路16〇， 12 第一控制電路⑽即令可攜式光源模組卿 光或不發絲t。#可觀 ^ ^ 狀態時’峨元件12Q所產生之规，會=件2呈發光 之透光區143投射出弁綠 α 予轉14〇側面 ㈣0之門關-Γ 可再單次或多次操作可攜式光源模 、 # 1 + 130，使可攜式光源模組1GG之發光元件12〇 可呈一定頻率的_狀態，或作光線顏色之改變。Press, the car's make-up in the production of steam, can not _ when the car will have problems, so that the car depends on the roadside special rescue. When using the car at night, when there is a problem, Lai stops at the roadside to check. However, most car users do not place items such as hand-holding on the car, so that the car user cannot simply check the car or make an appropriate judgment on the car in the absence of light. = To: =._ Go to _ Camp's and you can use the car to load camping equipment. However, there are daily readings that cannot be used as lighting due to the restrictions of the place, and ========================================== However, the 4 headlights record the battery inside the car to provide power. When the stored power is used up, it will cause the car to fail to start. In view of the above, the user of the present invention is likely to encounter a period of time and make a long-term decision. 777 people soap horse rider needs [invention] indoor light, by portable use alone, or portable light source module "爰 is the purpose of the present invention, in the provision of a portable light source module can be Separated from the base and combined with the 200812840 light guide, it can be used as a warning mark, so that the indoor light can be used in a variety of ways according to different conditions. * The purpose of the above invention is reduced. The portable light source module includes a housing, a light emitting component, a switching component, an optical component, an energy storage component, and a first-control circuit; the housing is provided with a plurality of guiding grooves, and a first conductive device is disposed at an end of the housing, the first conductive device is exposed at an end of the housing; the light emitting component is fixed to the housing for providing (portable light) The optical component is a portion of the optical component that is permeable to light and has a cylindrical shape = a light transmitting body. The optical component is disposed on the housing and is provided with a light-emitting end, and is provided on the surface of the optical component. a bump corresponding to the guide groove of the housing for convexity of the optical component The optical component adjusts the optical axis focal length of the light-emitting component; the energy storage component is flipped inside the casing, and is electrically connected to the first conductive device to provide a portable light source mode The required electric energy or the receiving electric energy is charged; 4 the first control circuit is fixed inside the casing, and is electrically connected with the light-emitting element, the switching element, the u-conducting device and the energy storage tree, and the rib is switched The component controls the illuminating component to be in a illuminating or non-hairing state, and the respective states of the side energy storage component and the first conductive device; the base is disposed at the vehicle body chamber (4) t and includes an accommodation space and a switching component And a second control circuit; the accommodating space is for the portable light source module to be fixed and fixed, and is disposed at the corresponding two ends of the accommodating space, respectively, and the electric job with the automobile body The second conductive device is disposed as a miscellaneous connection; the abutting device is configured to top one end of the portable light source module to enable the second conductive device and the second base of the portable ^ 6 200812840 source core group The conductive device is electrically connected and is electrically connected by the second conductive device The power supply and the electronic signal are sent to the first guide; the second control circuit is electrically connected to the second conductive device, and the second control circuit is triggered by the switch element to make the second control weave Generating an electronic signal, and by means of the second conductive device, the light-emitting or non-lighting sorrow is made, and the second conductive device on the second control circuit side is connected to the first conductive device. The switch element is disposed at a suitable position on the base for use by the user. According to the above concept, the inversion can be provided with a structure that can be rotated by 90 degrees to make the casing vertical. The groove of the towel can be provided with a plurality of grooves for the optical component to adjust the focal length of the optical component. According to the above concept, the closed end of the optical component is a collecting lens, and The optical component is partially decorated to be transparent, and the remaining forests are transparent. - According to the above concept, wherein the first conductive device and the second conductive device are provided with right-hand electrical conductors for transmission of electrical energy and signals. / According to Shang Lai, the shop may be provided with a guide wire, which is provided with a light person and a plurality of light guides fixed in the light human part for the portable wire module. The generated light is refracted into the human light part, and then the light incident part is filled with the full reflection and filled with the guide stage, and part of the light is refracted by the light guide to make the guide wire appear in the hairline state, and the indoor light is increased. Regional scope, or change the atmosphere in the car interior. 7 200812840 According to the above concept, the portable light source module of the indoor light is fixed by the optical device, wherein the side of the light guiding device is provided with a branch (four) = the light guiding tree is in the -_shirt, butterfly _ _There is a fixed seat for the case of the first source of the ridge, _ 吏 portable type module:, with its 峨« lying on the light guide device, Ke Zuo riding = [Embodiment] ...About the present invention The technical means, the preferred embodiment of the present invention, are described in detail below, and the present invention is fully understood and recognized. First, please refer to the first to third figures, which are schematic diagrams of the architecture, stereoscopic appearance and decomposition of the portable indoor lamp of the present invention. In this financial, the interior light system is fixed at the car interior of the car body, and is used in the body of the car, and the indoor lamp system includes a portable light source module and a base coffee. The portable light source module 100 and the base 200 card module are called a shell, a light-emitting element 120, a component two=140, an energy storage component 150, and a first control circuit 16A. The housing 11 is provided with three guiding grooves ill ' on the outer side and a first conductive device 112' at one end of the housing 11G. The guiding slot can be provided with a plurality of grooves 1U1 for the wire component (10). The optical component 140 can be moved in a plurality of stages; the first conductive device 112 is exposed at the end of the housing 110 for use in the portable light source module 100. 2GG is electrically connected, and the first conductive device 112 is provided with a positive 8 200812840 potential conductor 1121, a negative potential conductor 1122 and a signal conductor 1123. The positive potential 'electric body 1121 and the negative potential electric conductor 1122 are provided. The positive potential terminal and the negative potential terminal of the energy storage component (10) are electrically connected, and the signal conductor 1123 is electrically connected to the first control circuit 160 for transmitting the external electronic signal to the first control circuit. The light-emitting component 120 is fixed to the casing 11 and electrically connected to the first control circuit (10) as a portable optical component. The light-emitting component 12 can be a light bulb or a single color. Or multi-color light-emitting diode (LED), or neon light (this example The light-emitting element 12G of the touch-type light-emitting element 12G is a light source of the portable light source module (10); the switching element 130 is electrically connected to the first control circuit 16', and the switching element 13G is capable of fine-graining The switch, the switch or the slide switch (the switch element 130 shown in the figure of the embodiment is a touch switch); the optical component 140 is a cylindrical light transmissive body, and the wire component (10) The inner side surface is provided with a plurality of protrusions (4) corresponding to the guide grooves 114 of the housing 114, and a collecting lens 142 is formed on the closed end of the optical element 140, and is surrounded by the side of the optical element 14'. Wherein, the remaining portion of the light-transmitting region M3' is an opaque region 144 for the optical element mo to be provided with the light-emitting element 12G corresponding to the cover body 110, and the field is covered by the bump 141 of the optical element 140. The light is applied to the guide groove m of the housing 110, so that the protrusion 141 of the optical element 14 can slide along the guide groove (1), and the optical component 14 is adjusted to focus the light, so that the light of the light-emitting element 120 can pass through the collecting lens. 142 forms a condensed or astigmatic light, or is transparent to the light transmitting region 143 of the optical component 140; the energy storage component 150 is fixed inside the housing 110, and is coupled to the first conductive device 112 and the control circuit (10) Connected to the electrical 9 200812840 to provide the power of the portable light source module, or to receive and charge the electric energy, the energy storage cultivating 150 can be a rechargeable battery; the first control (four) road 160 is fixed. The inside of the housing is cut and electrically connected to the illuminating element 20, the switching element 130, the first conductive device 112 and the energy storage element 15 for triggering the first control circuit 160 by the switching element (10). The device 12G performs a controlled illumination or no illumination state, and at the same time, the first control circuit 16 detects the energy storage component 15 respectively. The storage state, and a connection state of a first conducting means 112; lines 200 to the base fixed to the body interior where appropriate car, and the car power supply apparatus 300 is electrically connected. The pedestal includes a accommodating space (10) and a switch tree 220 second control circuit 23 〇; the accommodating space 21 可供 is configured to allow the portable light source module 100 to be erected and placed in the accommodating space 21 〇 The corresponding two ends are respectively provided with an abutting device 211 and a second conductive device 212; the abutting device 211 includes a spring 2111 and a spacer 2112 for arranging one end of the portable light source module to The conductive device 112 of the Cui light source module 1GG is electrically connected to the second conductive device '212 of the base 2 (10); the second conductive device 212 is provided with a positive potential conductor 112 of the first conductive device 112. The negative potential conductor 1122 and the signal conductor 1123 are connected to the positive potential conductive sheet 212, the negative potential conductive sheet 2122 and the signal conductive sheet 2123. The positive potential conductive sheet 2m and the negative potential conductive sheet 2122 are connected to the automotive power supply device 300. Electrically connected, the positive potential conductive sheet 2121 of the second conductive device 212, the negative fast conductive # 2122 conduct power to the positive potential conductor 1121 of the first conductive device 112, the negative potential conductor 1122, the signal conductive # 2123 And the second control circuit 200812840 220 is Electrically connected, the second control circuit 23 sends an electronic signal to the signal • the electrical conductor 21, and the electronic signal is transmitted by the signal electrical conductor 2123 to the signal electrical conductor 1123 of the first conductive device 112; The second control circuit 230 is electrically connected to the signal conductor 2123 of the switching element 220 and the second conductive device 212 for triggering the second control circuit 230 by the switch τ, and the second control circuit 23 generates an electron. The second light-emitting device 212 controls the portable light source module 1 to be in a light-emitting or non-light-emitting state, and detects the connection state of the second conductive device 212 and the conductive device 112, and For the protection of the charging function; the switching element 220 can be a touch switch, an ugly switch or a sliding switch _ (the switching element 130 shown in the figure of the embodiment is a touch switch); The portable indoor light is constructed. For the fourth embodiment, the fourth control circuit is a flow chart for determining the state of use of the portable light source module 1 by the first control circuit 160 of the portable optical group (10). Implement When the portable light source module and the assembly system are fixed on the base 2 and used as an interior light of the automobile, the portable light source module is referred to as an optical component 14Q that is adjusted to the portable light source module 100. The front end of the optical component 14 壬 侧面 透光 透光 壬 壬 壬 , , , , , , 光学 光学 光学 光学 光学 光学 光学 可 可 可 可 可 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学The one end of the first end is abutted against the abutting device 21 of the base 200, and the spring 2111 of the abutting device 211 is elasticized so that the crotch piece (1) 2 ' 2 is placed at the end of the portable light source module, so that the portable type The first conductive device 112 of the light source module 100 is electrically connected to the second conductive device 212 of the base, and the 200812840 is as shown in FIG. At this time, the positive potential conductor 212 of the second conductive device 2 of the base 200, the negative potential conductor 2122, transfers the electric energy to the portable device by the positive potential conductor 1122 of the first conductive device 112 and the negative potential conductor 1122. The second control circuit 23 of the light source module 100 stores the read state of the readout 150' and the second control circuit of the base 2 is enabled to enable the second control circuit 23 to initiate charging protection to prevent energy storage. Element 150 is charged with excess electrical energy. At the same time, the base H circuit 23 transmits an electronic signal to the second conductive device 212 of the second conductive device 212 and is transmitted by the second conductive device 212 signal conductor 2123 to the first conductive signal. The signal conductor 1123 of the device 112 transmits the electronic signal to the first control circuit (10) of the portable light source module (10) by the signal conductor 1123 of the first conductive device 112, so that the first control circuit (10) is brought to the electronic signal i It is judged that the current portable light source module 1 is used as an indoor light. At the same time, the first control circuit (10) aborts the operable state of the switching element 13 to make the switching element 13G of the portable optical group (10) in an inoperable state. The actuator can be operated and the switch of the seat 200 is 22 〇 (as shown in the fifth figure, the portable light source wedge is controlled, and 100 is in a state of being activated or closed. When the user operates the switching element 22 〇 starts Or turning off the portable light source module (10), that is, the second control circuit 23 is electrically triggered by the switching element 220, and the == circuit 32 sends an electronic signal to the second conductive device 212. The first control circuit (10) is a portable light source module. The first control circuit (10) is a portable light source module. The first control circuit (10) is used to transmit the received electronic signal to the first control circuit 16 from the first-serving device 112 of the portable light source module (10). Group Qingguang or no hair t.# Observable ^ ^ When the state of the '峨 峨 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12可 The portable light source module, #1 + 130 can be operated in a single or multiple times, so that the light-emitting element 12 of the portable light source module 1GG can be in a state of a certain frequency or a change in the color of the light.
C； 200812840 =_模組_與底座綱脫離而單獨使用，而使 广’源撫組100成為手電筒而使用時，該可攜式光源模組⑽ 之弟-控制 m㈣賴—導繼112無電子訊號傳 入，而判定目射觀光賴組副為手賴伽㈣（如第四 圖所不）’使可攜式光源模組議之開關元件削呈可操作狀態。 使用人即可操作可觀光賴組⑽之_元件⑽，以控制可攜 式光源模組議為啟動或開關之狀態，如第六圖所示。同時，; 攜式光源模組1GG所需之電能係由離元件⑽提供。當可攜式 光源模組1GG作為手謂使料，使狀係可調整可攜式光:模 組100之光學元件140，而使光學元件14〇順著殼體11〇之導槽 111滑移，且使光學元件14〇之凸塊可在導槽ηι之凹槽工⑴卡 掣’而使光學το件14G可為多段式之光軸焦距纖，射搞式光 源模組100之光學元件140藉殼體11〇之導槽ιη滑移而為光轴 焦距調變時，光學元件140之聚光透鏡142戶斤投射出之光線呈散 光狀或聚光狀，如第七、八圖所示。 13 200812840 續請參閱第九圖所示’係為可攜式光源模組⑽之另一種實 .施例。於本例中’該可攜式光源模、组100之殼體110係可設有枢 •接結構113 ’使殼體110可分為頭部114及握持部115，而該頭部 II4係設有三導槽111 (圖4未顯示），俾可供光學元件刚之凸 塊141卡擎。當使用人將可攜式光源模組1〇〇作為手電筒使用時， 係可旋轉殼體110之枢接結構113，而使可攜式光源模組⑽呈垂 直狀，而便於使狀握持握持部115使用可攜式光源模组謂。使 、用人可操作關元件130，使可攜式光賴組呈發光或不發光狀 態，対輕可氣統麵刚之絲元件⑽，使光學元件 140藉成體11〇之導槽⑴滑移而為光軸焦距調變時，光學元件 140之聚光透鏡142戶斤投射出之光線呈散光狀或聚光狀（如同第 七、八圖所示）。 田可才网式光源模組100係為單獨使用時，係可調整光學元件 140朝光線投射之方向滑移，使發光元件12〇之光線同時從光學元 /件140之水光透鏡142及光學元件140之側面透光區143投射出 去’如第十圖所示，而可作為警示燈或露營燈使用，且可單次或 多次操作可攜式光源模組應之開關元件13〇，使可攜式光源模組 100 = 光元件120呈一定頻率的閃爍狀態，或作光線顏色改變。 續請茶閱第十一圖所示’係為可攜式光源模組100與導光裝 ^伽連接使用之示意圖。當可攜式光源模組100係為單獨使用 時’其係可為另—種之實施方式’即該可攜式光源模組100係可 200812840 與-導光裝置_固設。該導光裝置棚係可為—種三角形之警 .示標誌、，並於導光裝置獅之其中-侧面係設有一可折收之支撐 •架_，用以支撐導光裂置働可在-辅助平面（例如地面、具有 平面之物體）上站立’且於導絲置棚之適當處設有一可供可 攜式光源模組⑽固設之固定座42G，用以使可攜式光源模組ι〇〇 在發光狀態下，以其所投射出之光線佈滿於導光裝置働中，該 固定座420係可設有内螺紋段421，且與固定座對應固設之可 Γ攜式光源模組議，以其光學元件140外侧面適當處（例如不透光 區）設有與固定座420之内螺紋段421對應之外螺紋段145，用以 使可攜式光源模組1〇〇可旋入固設於導光裝置4〇〇之固定座42〇。 於使用時，將可攜式光源模、組1〇〇 @設於導光襄置働之固定座 420 ’並以支撐架410支撐導光裝置棚在辅助平面上站立。同時 將可攜式光賴組100啟動而呈發光狀態，即可使光線佈滿於導 光裝置400，讓遠處的人都可以看到，且可單次或多次操作可攜式 ° 光源模組100之開關元件13〇,使可攜式光源模組100之發光^件 120呈一定頻率的閃爍狀態。 以下所述係為本發明之另一實施例，且該實施例係與前述之 實施例具有相同部分，將附記相同之元件編號，且只要沒有特別 提到，則當作係具有同等的構造及功能者。 - 續請參閱第十二、十三圖所示，係為本發明可攜式室内燈另 - 一實施例之使用狀態圖及剖視示意圖。本發明可攜式室内燈之另 15 200812840 一實施例係包含有一可攜式光源模組100及一底座200,該可攜式 光源模組100係包含有殼體11〇、發光元件12〇、開關元件13〇、 光學元件140、儲能元件150及第一控制電路160 ;該底座200係 包含有容置空間210、開關元件220、第二控制電路230及導光裝 置240，其中該導光裝置240係以可透光材質所製成，該導光裝置 240係與底座200固設，且該導光裝置24〇係設有一光線入射部 241 ’該光線入射部241係成形有若干導光體242,而該導光體242 係可成型為任意造形，用以使可攜式光源模組1〇〇所產生之光線 折射進入光線入射部241，再由光線入射部241將光線反覆全反射 充滿導光體242，且部分光線折射出導光體242，使導光裝置24〇 呈發光狀態。 於使用時，將可攜式光源模組100固設於底座200，使用人對 底座200之開關凡件22〇進行操作，以使可攜式光源模組_呈 毛光狀悲’藉由導光裝置24〇之光線入射部241將光線導引至導 J光體242 ’使導光裝置240呈發光狀態，而可增加汽車本體室内之 照明範圍，或藉由可攜式光源模組⑽可為-賴率的閃爍狀離 或改變光線顏色，而可作為改變車室内氣氛的氣氛燈。 、、、不上所述’我們可以知道本發明具有下騎述之優點： 1·本發明可攜式室内燈係可將可攜式光源模組固設於底座， 了依不況需要續不_使时式，即當可攜式光源模組與 底座〜使叫，係可當作汽翔讀燈錢氛燈使S ;當緊急狀 16 200812840 態發生時，該可攜式光賴組自底座上拆下而作為手電筒使用。 •本U可^式至内燈之可攜式光源模組係設有光學元件， 可藉由猶光學元件即可改變光型騎光狀或擴散狀，且可轉動 光予請使可攜式光雜組可⑽為露營燈伽，致使可攜式光 源模組之使用範圍較大。 3.本發明可攜式㈣燈之可攜式絲模_可單獨與導光裝 置（例如警示觀）固設，其二者結合後具有麵效果，致使可 攜式光源模組具有多用途之功能。 综觀上述，本發明以其整體之組合及特徵而言，既未曾見諸 於同類產品中’申請前亦未見公開，誠已符合專利法之法定要件， 爰依法提出發明專利申請。 准以上所述者，僅為本發明之較佳實施例，當不能以此限定 本$明實施之範圍，即大凡依本發明_請專利範圍及發明說明書 内各所作之等效變化與修飾，皆應仍屬本發明翻之涵蓋範圍内。 【圖式簡單說明】 第一圖係本發明可攜式室内燈之架構方塊圖 第二圖係本發明可攜式室内燈之立體外觀示意圖 第二圖係本發明可攜式室内燈之分解示意圖 =四圖係本發明可攜式室之可攜式光源模_設之第一控制 電路對於可攜式光源模組之使用狀態判斷流程圖 第五圖係本發明可攜式室内燈之剖視狀態示意圖 17 200812840 第六圖係本發明可攜式 第七圖係本發明可攜式 散光狀之示意圖 室内燈之可攜式光源模組使用狀態示意圖 至内燈之可攜式光源模組所投射之光線為 第八圖係本發明可攜式室 聚光狀之示意圖 第九圖係本發明可攜式室 用狀態示意圖 内燈之可攜式光源模組所投射之光線為 内燈之可攜式光源模組係為可彎折之使 第十圖係本發明可舞+ ^ 用狀態示意圖燈之可攜式統模組作為露營燈之使 ^示州細·解光裝置連 實施例之使用狀態示意圖 •實施例之導光裝置剖視示意 第十二_本發明可攜式室内燈另— 第十三圖係本發日柯攜式室内燈另— 圖 【主要元件符號說明】 100可攜式光源模組 111導槽 112第-導電裳置 1122負電位導電體 113 樞接結構 115 握持部 110 殼體 1111 凹槽 1121 正電位導電體 1123 訊號導電體 114 頭部 120 發光元件 18 200812840 130 開關元件 140 光學元件 141 凸塊 142 聚光透鏡 143 透光區 144 不透光區 145 外螺紋段 150 儲能元件 160 控制電路 200 底座 210 容置空間 211 抵掣裝置 2111 彈簧 2112 墊片 212 第二導電裝置 2121 正電位導電體 2122 負電位導電體 2123 訊號導電體 220 開關元件 230 第二控制電路 240 導光裝置 241 光線射入部 242 導光體 300 汽車電源裝置 400 導光裝置 410 支撐架 420 固定座 421 内螺紋段C; 200812840 = _ module _ separate from the base class and used alone, and when the wide 'source care group 100 becomes a flashlight, the portable light source module (10) brother - control m (four) 赖 - guide 112 no electronic The signal is transmitted, and it is judged that the head of the sightseeing tour is the hand of the Lai (4) (as shown in the fourth figure), and the switching elements of the portable light source module are cut into an operable state. The user can operate the component (10) of the sightseeing group (10) to control the state of the portable light source module to be activated or switched, as shown in the sixth figure. At the same time, the power required by the portable light source module 1GG is provided by the component (10). When the portable light source module 1GG is used as a hand-feeding material, the portable light can be adjusted: the optical component 140 of the module 100, and the optical component 14 is slid along the guiding slot 111 of the housing 11〇. And the optical element 14 〇 凸 可 可 可 η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η η When the guide groove ιη of the casing 11 is slipped and the optical axis focal length is modulated, the light projected by the concentrating lens 142 of the optical element 140 is astigmatic or condensed, as shown in the seventh and eighth figures. . 13 200812840 Continued See Figure 9 for another example of a portable light source module (10). In this example, the portable light source module and the housing 110 of the group 100 can be provided with a pivoting structure 113. The housing 110 can be divided into a head portion 114 and a grip portion 115, and the head portion II4 is There are three guiding slots 111 (not shown in FIG. 4), and the cymbals are provided for the optical components just by the bumps 141. When the user uses the portable light source module 1 as a flashlight, the pivoting structure 113 of the housing 110 can be rotated, and the portable light source module (10) is vertical, which is convenient for holding the grip. The holding unit 115 uses a portable light source module. The user can operate the off element 130 so that the portable light-receiving group is in a light-emitting or non-light-emitting state, and the optical element 140 is deflected by the guide groove (1) of the body 11〇. When the focal length of the optical axis is modulated, the light projected by the collecting lens 142 of the optical element 140 is astigmatic or condensed (as shown in the seventh and eighth figures). When the Tiankecai mesh light source module 100 is used alone, the adjustable optical element 140 is slid in the direction of light projection, so that the light of the light-emitting element 12 is simultaneously from the water-light lens 142 of the optical element/piece 140 and the optical The side light transmitting area 143 of the component 140 is projected out as shown in the tenth figure, and can be used as a warning light or a camping light, and the switching element 13 应 of the portable light source module can be operated one or more times. Portable Light Source Module 100 = The light element 120 is flashing at a certain frequency or changing the color of the light. For the continuation of the tea, see the eleventh figure, which is a schematic diagram of the portable light source module 100 and the light guiding device. When the portable light source module 100 is used alone, it can be another embodiment, that is, the portable light source module 100 can be fixed by the 200812840 and the light guiding device. The illuminating device shed can be a triangular warning sign, and a detachable support frame is arranged on the side of the light guiding device lion to support the light guiding crack. - an auxiliary plane (for example, a ground, a flat object) stands and a fixed seat 42G for the portable light source module (10) is fixed at a suitable place for the guide wire to be used for the portable light source module When the group 〇〇 is in a light-emitting state, the light projected by the light is filled in the light guiding device, and the fixing base 420 can be provided with the internal thread segment 421, and the movable seat can be fixedly connected with the fixing seat. The light source module is provided with an external thread segment 145 corresponding to the inner thread segment 421 of the fixing base 420 at an appropriate position on the outer side of the optical component 140 (for example, the opaque region) for the portable light source module 1〇 The crucible can be screwed into the fixing seat 42〇 fixed to the light guiding device 4〇〇. In use, the portable light source module, the group 1 〇〇 @ is disposed on the fixing seat 420 ′ of the light guiding device 并 and supports the light guiding device shed on the auxiliary plane with the support frame 410. At the same time, the portable light-receiving group 100 is activated to emit light, so that the light can be covered by the light guiding device 400, which can be seen by a distant person, and the portable type light source can be operated single or multiple times. The switching element 13 of the module 100 causes the light-emitting device 120 of the portable light source module 100 to blink at a certain frequency. The following is a further embodiment of the present invention, and the embodiment has the same parts as the foregoing embodiments, and the same component numbers will be attached, and unless otherwise specified, the embodiments have the same structure and Functional. - Continued Referring to Figures 12 and 13, there is shown a state of use and a cross-sectional view of another embodiment of the portable indoor light of the present invention. Another embodiment of the portable indoor light of the present invention is a portable light source module 100 and a base 200. The portable light source module 100 includes a housing 11 and a light-emitting element 12 The switching element 13A, the optical element 140, the energy storage element 150, and the first control circuit 160; the base 200 includes an accommodation space 210, a switching element 220, a second control circuit 230, and a light guiding device 240, wherein the light guiding device The light-emitting device 240 is fixed to the base 200, and the light-guiding device 24 is provided with a light incident portion 241. The light incident portion 241 is formed with a plurality of light guides. The light guide body 242 can be formed into any shape for refracting the light generated by the portable light source module 1 into the light incident portion 241, and then the light incident portion 241 repeatedly reflects the light. The light guide body 242 is filled, and part of the light is reflected off the light guide body 242, so that the light guide device 24 is illuminated. In use, the portable light source module 100 is fixed on the base 200, and the user operates the switch 22 of the base 200 to make the portable light source module _ singularly The light incident portion 241 of the optical device 24 guides the light to the guiding light 242' to make the light guiding device 240 emit light, thereby increasing the illumination range of the interior of the automobile body, or by the portable light source module (10). It is a flashing light that changes the color of the light, and can be used as an atmosphere light that changes the atmosphere inside the car. </ br>, <br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br> When the time mode is used, that is, when the portable light source module and the base are called, the system can be used as a gas light for the car to read the light; when the emergency 16 200812840 state occurs, the portable light group is from the base. It is removed and used as a flashlight. • The portable light source module of this U-type to internal light is equipped with optical components, which can be changed by the optical components of the U-shaped optical element, and can be rotated to allow the portable to be portable. The light mixing group (10) can be used as a camping light, which results in a larger range of use of the portable light source module. 3. The portable silk mold of the portable (4) lamp of the present invention can be separately fixed with a light guiding device (for example, a warning view), and the combination of the two has a surface effect, so that the portable light source module has a multi-purpose effect. Features. In view of the above, the present invention, in terms of its overall combination and characteristics, has not been seen in similar products. It has not been disclosed before the application, and has already complied with the statutory requirements of the Patent Law, and has filed an invention patent application according to law. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the equivalent changes and modifications made by the invention in accordance with the invention and the scope of the invention, All should remain within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a block diagram of the portable indoor lamp of the present invention. The second drawing is a schematic view of the three-dimensional appearance of the portable indoor lamp of the present invention. The second drawing is an exploded view of the portable indoor lamp of the present invention. = four diagrams are portable light source modules of the portable room of the present invention - the first control circuit is set to determine the state of use of the portable light source module. The fifth diagram is a cross-sectional view of the portable indoor light of the present invention. State diagram 17 200812840 The sixth diagram is a portable seventh embodiment of the present invention. The portable light source module of the present invention is a schematic diagram of the use of the portable light source module of the indoor light to the portable light source module of the inner light. The light diagram is the eighth diagram. The ninth diagram of the portable room concentrating light of the present invention is the portable light source module of the present invention. The light projected by the portable light source module is the portable light of the inner light. The light source module is bendable, and the tenth figure is the portable dance module of the present invention, which can be used as a camping lamp, and the use of the embodiment of the state State diagram • Guide to the embodiment The optical device is schematically shown in the twelfth aspect of the present invention. The twelfth embodiment of the present invention is a portable indoor lamp. The thirteenth figure is the same as the Japanese-style portable indoor lamp. 112 first-conductive skirt 1122 negative potential conductor 113 pivot structure 115 grip portion 110 housing 1111 groove 1121 positive potential conductor 1123 signal conductor 114 head 120 light-emitting element 18 200812840 130 switching element 140 optical element 141 convex Block 142 Condenser lens 143 Light transmissive area 144 Opaque area 145 Externally threaded section 150 Energy storage element 160 Control circuit 200 Base 210 accommodating space 211 Relief device 2111 Spring 2112 Gasket 212 Second conductive device 2121 Positive potential conductor 2122 Negative potential conductor 2123 Signal conductor 220 Switching element 230 Second control circuit 240 Light guiding device 241 Light incident portion 242 Light guide body 300 Automotive power supply device 400 Light guiding device 410 Support frame 420 Fixing seat 421 Internal thread segment
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