M424433 五、新型說明： 【新型所屬之技術領域】 本案為一種組合式發光二極體(Light Emitting Diode, LED) 燈，尤指發光二極體燈模組與電源部採可組卸方式連接，令使用 者能依據需求用途不同，選擇連接不同類型電源之組合式發光二 極體燈。 【先前技術】 習用的發光二極體(Light Emitting Diode, LED)燈主要是由 设體、發光二極體燈模組及燈罩所組成。發光二極體燈模組設於 殼體中，燈罩則連接殼體’並將發光二極體燈模組罩於其中。高 功率高瓦特數的發光二極體燈運作時會產生大量的熱能，致使溫 度升鬲，向溫將影響發光二極體燈之壽命，因此，在這類型的發 光一極體燈的結構中，另具散熱模組，散熱模組連接發光二極體 燈’藉此增進排熱速度。 習用發光二極體燈，不論是一般的發光二極體燈或是高功率 高瓦特數的發光二極體燈，都是採用單一殼體之結構，發光二極 體燈模組與電源皆設置在同一殼體中，例如：在攜帶式發光二極 體燈的殼體中’同時設有發光二極體燈模組與電池之容置空間， 以透過電池供電發光二極體燈模組；而固定式發光二極體燈則是 將發光二極體燈模組與電源接座設置在同一殼體上，電源接座電 3 性連接發光二極體燈· ’対與魏叙接頭連接，藉此透過 電源線笔性連接發光二極體燈模組與市電電源。 由於習用的發光二極贿將發光二極體燈模組與電源部設置 在同一殼财’所以發光二極體韻組射源部無法分離，使用 者並沒有辦法依據需求之不同，自由選擇更換不同類型之電源， 例如.遇到停料突發狀鱗，無法將電性連接市電之固定式燈 具拆卸下來直接連接電池作騎急照日狂具使用，_使用者必 須準備多個不_型之燈具，以滿足各種不_途之需求。雖然， 售用的發光二極贿雜亦具備雙電源魏，可選擇以電池或市 電供電’但是以市電供電時並無法將殼體内容置電池之空間卸除 下來；而以電池供電時_無法將連接市電之電座或電源線 卸除下來，因此體積較為魔大。 習用的技術具有下列缺點： 1. 習用的發光二極體燈無法讓使用者依據需求之不同，自由 選擇更換不同類型之電源； 2. 習用的發光二極體燈僅適合於單一環境中使用，所以使用 者必須準備多個不同類型之燈具，以滿足各種不同用途之 需求； 3. 習用的發光二極體燈部份雖能選擇以電池或市電供電，但 足以市電供電時並無法將殼體内容置電池之空間卸除下 來·’而以電池供電時亦無法將連接市電之電源線或電源接 M424433 座卸除τ來’因此體積較為龐大。 因此如何改進上迷習用的缺點，讓使用者能依據需求，自 由選擇連接不_型之電源，麵本案糊注者。 【新型内容】 本案的目时於提出—新穎且進步驗合式發光二極體燈， 將發光二極體賴組與電源部分別設置在二殼體内，並於二殼體 表面&置姆應之連接部，使得二殼體相連接後能同時促使發 =極體燈模㈣性連接至電源，藉此令細者驗據需求之不 同自由選擇將發光極體燈模組與適合之電源連接結合。 為達上述目的，本案提出一種組合式發光二極體燈，包含： —第一殼體，具一第一表面； 發光二極體燈模組，係設於該第一殼體中； 一第一連接部，係設於該第一表面； 第—導電件，係設於該第一表面，並電性連接該發光二極 體燈模組； —第二殼體，具一第二表面； 電源連接部，係設於該第二殼體，供以電性連接一電源； 一第二連接部，係設於該第二表面； 一第二導電件，係設於該第二表面，並電性連接該電源連接 [403 殼體t第該連接部與該第二連接部係相對應，使得該第一 卿1_账連接部連射 靖連接部與該第二連接部連接結合時，係_ 叙組電性連縣電源。 發Tb-極體燈 如所述之组合式發光二鋪燈，其中該第 導電件係為導電>}。 W件及5亥第一 源接Γ述之岭式發光二極體燈，其中該電源連接部係為一電 如所述之叙合式發光二極體燈，其中該電源係為一市電。 如所述之組合式發光二極體燈，其中該第二殼體内係具一容 置空間，該電源係為一電池，並設於該容置空間中。 如所述之組合式發光二極體燈，其中該第一連接部至少具一 後合柱’該第二連接部至少具—齡槽；該嵌合柱之結構係對應 於該嵌合槽’該第-連接部與該第二連接部係透過嵌合該嵌合柱 與該嵌合槽之方式結合。 如所述之紐合式發光二極體燈’其中該第一連接部至少具一 嵌合槽H賴部餘；該嵌储之結構係對應 於遠嵌合柱，▲第-連接部與該第二連接部係透過嵌合該嵌合枉 與該嵌合槽之方式結合。 如所述之組合式發光二極體燈，其中該第一連接部上係具一 :::鐵:該第二連接部上係具-第二磁鐵;該第-連接部與該 -連接部錢猶第—磁鐵吸_第二磁鐵之方式狂。 如所述之組合式發光二極體燈，其中該第一連接部上係具一 磁鐵1第二連接部上係具—金屬片；該第—連接部與該第二連 接部係透過該磁鐵吸附該金屬片之方式垆合。 如所述之組合式發光二極體燈，其中鮮—連接部上係具一 金屬片，該第二連接部上係具—磁鐵；該第—連接部與該第二連 接部係透過該磁鐵吸附該金屬片之方式結合。 【實施方式】 參照第-圖為本錄佳實施例之組合式發光二極體燈之以市 電供電型式示意圖，其中包含了殼體卜2、發光二極體燈模組u、 燈罩12連接部13、21、導電件14、22及電源接座23。在殼體 1的内部具-容置空間’發光二極體燈模組丨丨即設置在殼體丄之 谷置空間内。燈罩12係與殼體1之容置空間開口相蓋合，並將發 光一極體燈模組11罩於其中。在殼體2的一表面上設有電源接座 23，藉此經由一電源線電性連接至市電。 在殼體1上，至少一個以上之表面設有連接部13及導電件 14，且發光二極體燈模組11係電性連接殼體1表面上所有導電件 W。在殼體2上，至少一個以上之表面設有相對應之連接部21及 導電件22，且電源接座23係電性連接殼體2表面上所有導電件 22。藉由連接部13、21與導電件14、22之設置，殼體1與殼體2 底部與殼體2 71部表面上相對應之連接部連接在 與殼體Γ1底部咖2歡频部）。當殼體1 性連接_2頂^接在一起時，殼體1底部之導電件將同時電 π- 4之導電件（圖示上未顯示殼體1底部盥殼體 部之導電件），推而代你议， -双體2頂 电午）進而促使發光二極體燈模組u電性連接 由市電供電之。 錄^第—_本細_狀組純體燈之以電 产罩^型式不意圖，其中包含了殼體卜3、發光：極體燈 =ΓΜ3、31、導電件14。除了以市電供電之型式外， 本案·出軌合式發光二極體燈亦可連接其它類型 =二圖所示以電池供電型式為例，在殼體3内設有電源連接部’ 内=空間，電池即裝設在該容置空間中，並電性連接殼體3 ’源連接部。在殼體3的頂部表面設有與殼體1底部相對 :之連接部與導電件（圖示上未顯示殼體2底部與殼體3頂部之連 接部與導祕）’且殼體3 卩絲之導電㈣紐連接至内部之 電源連接部，藉以電性連接殼體3内之電池。因此’當殼體i盘 ，體3透過殼體〗底部與殼體3頂部之連接部相連接，促使殼體】 氏部之導電件電性連触體3頂部之導電件時，將令設於殼體】 :發光二贿触n電_卿3⑽概，藉此透過 電池供電發光二極體燈模組11。 參照第三圖為本案較佳實施例之組合式發光二極體燈之充電 M424433 型式示意圖，其中包含了殼體卜2、3、發光二極體燈模組心 燈罩12、連接部13、2卜3卜導電件14、22及麵接座㈡。殼 體2亦可連接在殼體3之底部，使得設於殼體3㈣之電池能透 過殼體3底部之導電件與殼體2頂部之導電件之連接關係而 電性連接至電源接座23所連接之市電，藉此利用市電對殼體3内 部之電池充電。 ，中，殼體卜2、3表面所設之導電件14、22可為金屬導電 片。殼體1、2、3表面所設之連接部13、2卜31可為相對應之後 口柱與嵌合槽’藉此透過嵌合方式連接。在殼體卜2、3單一表 2上之連接部m嵌合柱、皆為嵌合是同時包含鼓合柱與 肷合槽’賴1、2、3不同表面之間亦可設置不同類型之連接部， 例如：殼體3頂部表面之連接部皆為嵌合柱，底部表面之連接部 白為嵌合槽等任意型式之組合。當然，殼體卜2、3表面所設之 連接部13、2卜31亦可料磁鐵或是磁鐵與金則之組合，並透 過磁力吸附方式連接。 口此’透縣案組合式發光二極體燈之設計，使用者在室内 裱境使用時’可以將發光二極體燈模組u之殼體丄連接如第一圖 所示之具電源接座之殼體2 ’藉此由市電供電發光二極體燈模組 1 ’在至外％境使用日夺’可將同一發光二極體燈模、组Η之殼體上 改連接至如第二圖所示之具電池之殼體3，藉此由電池供電發光二 極體燈模組11 ;當電池需要充電時，可_如第三圖所示之型式 M424433 利用市電同時對電池充電及供電發光二極體燈模組Η。 本案具有下列優點： .本案所提出的組合式發光二極體燈能讓使用者依據需求 之不同’自由選擇更換不同類型之電源； 2. 本案峨ώ驗合式發光二極紐能適合於各種環境中 使用，單一發光二極體燈即能滿足各種不同用途之需求； 3. 本案所提出的組合式發光二_燈在室較用時能將容 置電池之殼體拆卸下來；在室外使用時亦能將具電源接座 之殼體拆却下來，因此體積較小，攜帶或固定裝置皆十分 方便。 练上所述，本案所提之組合式發光二極體燈，能讓使用知 據需求，自由選擇更換不同類型之電源，進步新賴且實用，如上 變更設計，例如並聯或㈣更纽具電源或電源連接部之崎體: 並聯或串败纽具發光二極贿模組之殼體或是_其它㈣ 之連接部或導電件等，只要是發光_ 、 分離f h 要疋發7^—鋪驗_電源連接部揭 ’咖蝴賴辦，斷㈣欲揭露及 據以實施，而其前 本案所揭露之技術，得由熟習本技術人士 惟上述之 所未有之作法亦具備專難，綠法提出專利之申往 =施例尚从⑽蓋转所欲倾之專利細，^ 專利範圍如附。 权出甲5月 M424433 【圖式簡單說明】 第圖為本案較佳實施例t組合式發《二極體燈之以市電供 電型式示意圖； ' 第二圖為本案較佳實施例之組合式發光二極體燈之以電池供 電型式示意圖； 第三圖為本案較佳實施例之組合式發光二極體燈之充電型式 示意圖。 【主要元件符號說明】 1z.............殼體 11 ..............發光二極體燈模組 12 ..............燈罩 ' 21 > 31..........連接部 14、22............導電件 23...............源接座M424433 V. New Description: [New Technology Area] This is a combined Light Emitting Diode (LED) lamp, especially the LED module and the power supply unit. The user can select a combined light-emitting diode lamp that connects different types of power sources depending on the needs of the user. [Prior Art] The conventional Light Emitting Diode (LED) lamp is mainly composed of a body, a light emitting diode lamp module and a lampshade. The light-emitting diode lamp module is disposed in the casing, and the lamp cover is connected to the casing' and the light-emitting diode lamp module is covered therein. A high-power, high-wattage LED lamp generates a large amount of thermal energy when it is operated, causing the temperature to rise, and the temperature will affect the life of the LED lamp. Therefore, in the structure of this type of luminous body lamp There is also a heat dissipation module, and the heat dissipation module is connected to the light-emitting diode lamp to increase the heat extraction speed. Conventional light-emitting diode lamps, whether it is a general light-emitting diode lamp or a high-power high-wattage light-emitting diode lamp, are all in a single-shell structure, and the light-emitting diode lamp module and the power source are all set. In the same housing, for example, in the housing of the portable LED lamp, the housing space of the LED module and the battery is simultaneously provided to transmit the LED module through the battery; The fixed light-emitting diode lamp is arranged on the same casing as the power socket of the light-emitting diode lamp, and the power socket is electrically connected to the light-emitting diode lamp. Thereby, the light-emitting diode lamp module and the commercial power source are connected penically through the power cord. Since the conventional light-emitting diodes are used to set the LED module and the power supply unit in the same housing, the source unit of the LED group cannot be separated, and the user has no choice but to change according to the demand. Different types of power supplies, for example, encounter sudden bursts of material, can not be removed from the fixed lighting fixtures that are electrically connected to the mains, directly connected to the battery for use in riding an emergency, _ users must prepare multiple non-type The luminaires are designed to meet a variety of needs. Although, the sale of the light-emitting two-pole bribe also has dual power supply Wei, you can choose to use battery or mains power supply 'but when the mains supply is not able to remove the space of the battery content of the housing; and when powered by battery _ can not The electric pole or power cord connected to the mains is removed, so the volume is more magnificent. The conventional technology has the following disadvantages: 1. The conventional LED lamp does not allow the user to freely choose to replace different types of power supply according to the needs; 2. The conventional LED lamp is only suitable for use in a single environment. Therefore, the user must prepare a plurality of different types of lamps to meet the needs of various applications. 3. The conventional LED lamp part can be powered by battery or mains, but it is not enough for the mains supply. The space for the content of the battery is removed. 'When the battery is powered, it is impossible to remove the power supply line or the power supply connected to the mains from the M424433.' Therefore, the volume is relatively large. Therefore, how to improve the shortcomings of the fascination, so that users can freely choose to connect the power supply of the _ type according to the demand. [New content] The purpose of this case is to propose a novel and progressive-fit light-emitting diode lamp. The light-emitting diodes and the power supply unit are respectively disposed in the two casings, and on the surface of the two casings & The connection part is such that the two housings can be connected to each other to facilitate the connection of the pole body lamp (four) to the power source, thereby freely selecting the light source body module and the suitable power source for different requirements of the examination. Connection bonding. In order to achieve the above object, the present invention provides a combined light emitting diode lamp, comprising: a first housing having a first surface; a light emitting diode lamp module disposed in the first housing; a second connecting portion is disposed on the first surface; the first conductive member is disposed on the first surface and electrically connected to the light emitting diode lamp module; the second housing has a second surface; a second connecting portion is electrically connected to the power source; a second connecting portion is disposed on the second surface; a second conductive member is disposed on the second surface, and Electrically connecting the power connection [403 housing t the connection portion corresponds to the second connection portion, such that the first connection 1 is connected to the second connection portion _ Xu group electric power supply. A Tb-polar body lamp, such as the combined light-emitting two-strip lamp, wherein the first conductive member is conductive >}. The W-type and the 5th first source are connected to the ridge-type LED lamp, wherein the power connection portion is an electric light-emitting diode lamp as described in the above, wherein the power source is a commercial power source. The combined light-emitting diode lamp has a accommodating space in the second housing, and the power source is a battery and is disposed in the accommodating space. The combined light-emitting diode lamp as described above, wherein the first connecting portion has at least one rear pillar 'the second connecting portion has at least an age groove; the structure of the fitting column corresponds to the fitting groove' The first connecting portion and the second connecting portion are coupled to each other by fitting the fitting post to the fitting groove. The illuminating light-emitting diode lamp as described above, wherein the first connecting portion has at least one fitting groove H; the embedded structure corresponds to the distal fitting column, ▲ the first connecting portion and the first portion The two connecting portions are coupled to the fitting groove by fitting the fitting frame. The combined light-emitting diode lamp as described above, wherein the first connecting portion is provided with a::: iron: the second connecting portion is provided with a second magnet; the first connecting portion and the connecting portion Money Judah - magnet sucking _ second magnet way crazy. The combined light-emitting diode lamp of the present invention, wherein the first connecting portion is provided with a metal-like piece on the second connecting portion of the magnet 1; the first connecting portion and the second connecting portion are transmitted through the magnet The method of adsorbing the metal piece is combined. The combined light-emitting diode lamp of the present invention, wherein the fresh-connecting portion is provided with a metal piece, and the second connecting portion is provided with a magnet; the first connecting portion and the second connecting portion are transmitted through the magnet The method of adsorbing the metal piece is combined. [Embodiment] Referring to the first embodiment, a schematic diagram of a commercial power supply type of a combined light-emitting diode lamp according to a preferred embodiment of the present invention includes a housing body 2, a light-emitting diode lamp module u, and a lampshade 12 connection portion. 13, 21, the conductive members 14, 22 and the power socket 23. In the interior of the housing 1, there is an accommodation space. The light-emitting diode lamp module is disposed in the valley space of the casing. The lamp cover 12 is covered with the opening of the housing space of the housing 1, and the light-emitting diode lamp module 11 is housed therein. A power supply terminal 23 is provided on a surface of the casing 2, thereby being electrically connected to the commercial power via a power supply line. On the housing 1, at least one surface is provided with a connecting portion 13 and a conductive member 14, and the LED module 11 is electrically connected to all the conductive members W on the surface of the housing 1. On the housing 2, at least one surface is provided with a corresponding connecting portion 21 and a conductive member 22, and the power socket 23 is electrically connected to all the conductive members 22 on the surface of the housing 2. By the arrangement of the connecting portions 13, 21 and the conductive members 14, 22, the bottom of the housing 1 and the bottom of the housing 2 and the corresponding portion on the surface of the housing portion 71 are connected to the bottom portion of the housing Γ1. . When the housing 1 connection _2 is connected together, the conductive member at the bottom of the housing 1 will simultaneously electrically connect the conductive member of π-4 (the conductive member of the housing portion at the bottom of the housing 1 is not shown). Pushing you to discuss, - double body 2 top electric lunch) and then promote the light-emitting diode lamp module u electrical connection is powered by the mains. Recording the first - _ this fine _ group of pure body lamp to the electric cover ^ type is not intended, including the shell 3, illuminating: polar body lamp = ΓΜ 3, 31, conductive member 14. In addition to the mains power supply type, the case and the derailed LED light can also be connected to other types = the battery diagram of the battery type, as shown in the figure below, the power supply connection part inside the housing 3 = space, battery That is, it is installed in the accommodating space, and is electrically connected to the housing 3 'source connection portion. The top surface of the casing 3 is provided with a connecting portion opposite to the bottom of the casing 1: a connecting member and a conductive member (the connecting portion of the bottom of the casing 2 and the top of the casing 3 is not shown) and the casing 3 卩The wire conductive (four) button is connected to the internal power connection portion to electrically connect the battery in the casing 3. Therefore, when the housing i disk, the body 3 is connected to the top of the housing 3 through the bottom of the housing, the conductive member of the housing is electrically connected to the conductive member at the top of the body 3. The shell]: the light-emitting two bribes n electric_qing 3 (10), thereby powering the LED lamp module 11 through the battery. Referring to the third figure, a schematic diagram of a charging type M424433 of a combined light-emitting diode lamp according to a preferred embodiment of the present invention includes a housing body 2, 3, a light-emitting diode lamp module core lamp cover 12, and a connecting portion 13 and 2. Bu 3 conductive members 14, 22 and face socket (2). The housing 2 can also be connected to the bottom of the housing 3, so that the battery disposed in the housing (4) can be electrically connected to the power socket 23 through the connection between the conductive member at the bottom of the housing 3 and the conductive member at the top of the housing 2. The connected commercial power is used to charge the battery inside the casing 3 by using the commercial power. The conductive members 14, 22 provided on the surfaces of the housings 2 and 3 may be metal conductive sheets. The connecting portions 13, 2, 31 provided on the surfaces of the casings 1, 2, and 3 may be connected to each other by the fitting and the fitting groove. In the housings 2, 3, the connection portion m on the single table 2, the fitting columns are all fitted together, and the different types of the different surfaces of the drums and the splicing grooves '1, 2, 3 are also included. For the connection portion, for example, the connection portion on the top surface of the casing 3 is a fitting column, and the connection portion on the bottom surface is a combination of any type such as a fitting groove. Of course, the connecting portions 13 and 2 provided on the surfaces of the housings 2 and 3 may be magnets or a combination of magnets and gold, and may be connected by magnetic attraction. The design of the 'Tuanxian case combined type LED lamp, when the user is in the indoor environment, can connect the housing of the LED module u as shown in the first figure. The housing 2' is thus connected to the housing of the same LED body and the housing of the same LED by the mains-powered LED lamp module 1 The battery case 3 is shown in FIG. 2, whereby the battery-powered LED lamp module 11 is powered by the battery; when the battery needs to be charged, the type M424433 as shown in the third figure can be used to charge the battery at the same time. Power LED light module Η. The case has the following advantages: The combined light-emitting diode lamp proposed in the present case allows the user to freely choose to replace different types of power sources according to different needs; 2. The case-integrated light-emitting diodes can be adapted to various environments. In use, a single light-emitting diode lamp can meet the needs of various purposes; 3. The combined light-emitting diode of the present invention can disassemble the housing of the battery when used in a room; when used outdoors The housing with the power socket can also be removed, so the volume is small, and the carrying or fixing device is very convenient. As mentioned above, the combined LED light of the present case can make use of the knowledge requirements, freely choose to replace different types of power supplies, and make new progress and practical, such as changing the design, such as parallel or (four) more power supply Or the connection of the power supply unit: Parallel or string failure of the shell of the light-emitting two-pole bribe module or _ other (four) connection or conductive parts, as long as it is luminous _, separation fh to burst 7 ^ - shop验 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The application of the patent for the application of the law = the application of the patent from the (10) cover to the fine of the patent, ^ patent scope as attached.权出甲甲M464433 [Simple diagram of the diagram] The figure is a combination of the preferred embodiment of the present invention t "a schematic diagram of the utility power supply of the diode lamp; 'The second figure is the combined illumination of the preferred embodiment of the present invention A schematic diagram of a battery-powered type of a diode lamp; the third figure is a schematic diagram of a charging type of a combined light-emitting diode lamp of the preferred embodiment of the present invention. [Main component symbol description] 1z.............Shell 11 ..............Lighting diode lamp module 12 ..... .........shade ' 21 > 31..........connecting parts 14, 22.........conducting parts 23..... ..........source socket