五、新型說明： 【新型所屬之技術領域】 電裝係有關一種電源轉接器，特別是指-種可維持供 電裝置與電子產品之間應有的接合效果，以及只需略為施力 P可供快速將電子產品快速拿取使用之電_接器結構。 【先前技術】 ^著科技不斷的進步，人們對於電子產品的要求也 相ί地提高，以消費性電子商品為主 光碟播放器、家用電話或桌上型電腦等 成可攜π且效能高之電子產品（如多媒體播放器⑽g Audi〇V. New description: [New technical field] The electric equipment is a kind of power adapter, especially the type that can maintain the joint effect between the power supply device and the electronic product, and only needs a little force P. A _ connector structure for quick access to electronic products. [Prior Art] With the continuous advancement of technology, people's requirements for electronic products have also been improved. Consumer electronics products are mainly optical disc players, home phones or desktop computers, which are portable and efficient. Electronic products (such as multimedia players (10) g Audi〇
Uyer-3 ’ MP3)、行動電話或筆記型電腦等），以使人們的生 活更加有效率。 述可攜式電子產品於使用時所需之電力，大多採用如 ·=池或鋰電池等充電電池，該充電電池主要係藉由一充 C進Γ電，該充電裝置係包括一充電座及-電源插 ^ 電座與該電源插頭以電線方式連接’且該充電座設 電样中，心該充池放置於該充 電槽中藉以&供電子產品充電時所需之電力。 2，有些充電裝置係將電源轉換模組整合於該電源插 m透過尾端設有電連接器之電線與電子產品電性 ΐ攜式產品充電時所需之電力。甚至於，有些 外出使用時’係攜 電裝置對電子產品進行充電。 原之充 3 M411055 ,然而，可攜式電子產品不論是透過市電或移動式電源進 行充電，其電子產品本身在充電的時候大都係透過電線及電 連接器與充電裝置構成電性連接，因此當需要立即拿取電子 產品使用時（例如行動電話在充電的時候有重要來電時），往 往因為電子產品接有電線而造成使用上的不便。 【新型内容】 w 有鑑於此，本創作即在提供一種可維持供電裝置與電子-產品之間應有的接合效果，以及只需略為施力即可供快速將鲁 電子產品快速拿取使用之電源轉接器結構，為其主要目的者'。 為達上揭目的，本創作之電源轉接器係在一本體上設有 第一、第二耦接部用以分別與供電裝置及電子產品電 接，以達到將供電裝置之電力傳送至電子產品之目的；其中， 至少在本體之第一搞接部或第二轉接部之一端設有一磁吸 部。 於使用時，係利用磁吸部之磁鐵吸附作用維持電源轉 · 器與供電裝置或電子產品之間應有的接合效果，以及只需略鲁 為施力即可供快速將電子產品快速拿取使用。 本創作於實施時，所述電源轉接器係可在本體相 第一耦接部之一端設有一磁吸部，以利用磁性吸附作用 電源轉接器與供電裝置之接合效果。 成 本創作於實施時’所述電源轉接器係可在本體 第二耦接部之一端設有一磁吸部，以利用磁性吸附 ° 又有 電源轉接器與電子產品之接合效果。 用構成 本創作於實施時，所述電源轉接器係可在太挪#丄 #不體設有第一 4 M411055 •耦接部及第二耦接部的兩端皆設有磁吸部，以利用磁 .作用構成電源轉接器分別與供電裝置及電子產品之接 果。 本創作於實施時，所述電源轉接器係可進一步於該 内部設有一與該第一、第二耦接部電性連接之穩降壓^路體 \以及設有一與該第二耦接部及該穩降壓電路電性連接之偵浼 電路，由該偵測電路偵測電子產品之狀態，自動調整該穩= _壓電路之輸出電壓，藉以提供電子產品充電或運作所需之電 力。 【實施方式】 本創作之特點，可參閱本案圖式及實施例之詳細說明而 獲得清楚地瞭解。 如第一圖本創作第一實施例之電源轉接器外觀立體圖、 .第二圖本創作第二實施例之電源轉接器外觀立體圖所示，本 鲁創作之電源轉接器10係至少包括有：一本體11、一第一耦接 部12、一第二搞接部13，以及至少一磁吸部14;其中： 該第一耦接部12 ’係配設於該本體η上，具有預定數 量/格式之電極接點121，主要用以與供電裝置20(如圖中所 示之充電器）構成電性連接。 該第二耗接部13，係設於該本體11上與該第一耦接部 12電性連接，該第二耦接部13同樣具有預定數量/格式之電 極接點131，主要用以與電子產品3〇(如圖中所示之行動電話） 構成電性連接。 至於，各磁吸部14係可以如第一圖所示，設於該本體相 5 M411055 對設有第一耦接部12之一端；可以如第二圖所示，設於該本 體相對設有第二耦接部13之一端；抑或是，分別設於該本體 设有第一耦接部12之一端，以及設於第二耦接部13之一端； 各磁吸部14係具有至少一永久磁石hi。 本創作之電源轉接器10於使用時，即可利用本體10兩端 之第一、第二耦接部12、13用以分別與供電裝置2〇(如圖中所 示之充電器）及電子產品30(如圖中所示之行動電話）電性連 接’以達到將供電裝置之電力傳送至電子產品之目的；以及， 利用磁吸部14之磁鐵141吸附作用維持電源轉接器1〇與供電 裝置20或電子產品30之間應有的接合效果。 由於本創作之電源轉接器10係至少在其本體丨〗之與供電 彻置或電子產品30連接的一側係利用磁鐵141之吸力與該 成屬之供電裝置或電子產品30上的鐵件相吸附，進而構 電源轉接器10與供電裝置2〇或電子產品3〇之接合效果。 可讓^此’ t需要緊急取用電子產品3〇時’只需略為施力即 使用 產品3〇與供電裝置2〇分離，快速將電子產品30拿取 停留在tit可讓Μ轉接器1G停留在供電裝置之—側（或 电于產品之一側），而不敢於影響電子產品3〇之操作。 源轉料’本猶之㈣轉接^於實糾，所述電 及該崎可於該本體u内部設有一與該第—輕接抑 斑麵接部13電性連接之穩降壓電路15之外，另設有-耦接部13及該穩降壓電路15電性連接之偵測電路 該穩=測電路17制制電子產品3G之狀態，並自動調整 所i之ϊί路15之輸出電壓，藉以提供電子產品充電或運作 ，甚至於可在電子產品30完成充電時，關閉穩降 M411055 -壓電路15停止對電子產品3〇供電。 如第四圖所示，本創作之電源轉接器於實施時，所述電 源轉接器10除可設有穩降壓電路15以及偵測電路17外，可進 一步於該本體上設有一供切換該穩降壓電路15輸出電壓之開 關16，使得以依照所使用之電子產品3〇需求，以手動方式切 換至電子產品30充電或運作所需之電力。 如第五圖及第六圖所示，本創作之電源轉接器於實施 時，所述電源轉接器1〇係包括有：一本體丨丨、第一、第二 耦接部12、13、若干活動導電套5〇，以及，若干與活動導電 套50相對應配置的推鈕;其中： 該本體11上設有若干軸向配置的槽孔。 該第一耦接部12，係配設於該本體u上，具有預定數 ΐ/格式之電極接點12ι，各磁吸部14係可設於該本體相對 .設有第一耦接部12之一端。 該第二減部13 ’係設於該本體11上與該第-輕接; 12電⑨連接’該第二耗接部13同樣具有預定數量/格式之q 極接點131，而該第二輕接部13之電極接點係具_ 伸出該^體的一電極芯軸132及一電極套筒133。、 ‘、 該若干活動導電套5〇係依序分層疊設 外圈’並且個別與穿設於本體的推 二接由觸該位於最内層的活動導電_與該電極套^3=持: 處 至於’該若干推祕係個财設於該 ，並且與所對應的活動導電套5G連接，使與活動導^套Μ 7 M411055 構成連動效果；於實施時，如第七圖至第九圖所示，各推紐 60係在其位於該本體丨丨内部的一側設有一夾口 6〗，各活動導 電套50的尾端係彎折有一凸板51供與推鈕6〇的夾口 6丨插接， 使構成推紐60與活動導電套5〇之間的連動效果；尤其，相對 位於外層的活動導電套5〇尾端係設有溝槽52供相對位於内層 的活動導電套50凸板51通過，以相對縮減整體電源轉 θ 的長度。 伐器 又，各推鈕60並且設有一延伸板62供有將該本體u的槽· 孔111遮蔽，以及在其壁面設有一定位凹口 63，該本體11則在籲 其各槽孔111相對應於推鈕60的滑動行程兩端設有彈性凸扣 112供跨入推鈕60的定位凹口63,如第十圖所示，以達到: 钮60及活動導電套60定位之目的。 請同時參照第六圖及第九圖所示，本創作之電源轉接器 10使用時，除可由第二_部之電極接點131供與使用對象電 性連接之外，亦4由相對露出本體11的推鈕6〇供使用者選 性的將—個或同時將多個活動導電套5g朝向本體u前端推出 2位處’利用不同位置或不同數量的活動導電套印配合與φ 電極套筒133相4置成特定的外徑規格，以符合不同對象之使 用需求。Uyer-3 ’ MP3), mobile phones or laptops, etc., to make people's lives more efficient. Most of the power required for portable electronic products in use is a rechargeable battery such as a pool or a lithium battery. The rechargeable battery is mainly charged by a charging device, and the charging device includes a charging stand and - The power plug and the power plug are electrically connected to the power plug, and the charging socket is placed in the battery, and the charging pool is placed in the charging slot for the power required for charging the electronic product. 2. Some charging devices integrate the power conversion module into the power supply plug, and the power required to charge the electric wires of the electrical connector and the electronic product of the electronic product. Even some of the portable devices are used to charge electronic products. Originally charged 3 M411055, however, portable electronic products, whether they are charged by commercial power or mobile power, their electronic products are mostly electrically connected to the charging device through wires and electrical connectors when charging. When it is necessary to take electronic products immediately (for example, when a mobile phone has an important call when charging), it is often inconvenient to use because the electronic product is connected to a wire. [New content] w In view of this, this creation is to provide a joint effect that can maintain the power supply device and the electronic-product, and can be quickly used to quickly take the Lu electronic product with a little force. Power adapter structure for its main purpose'. In order to achieve the above, the power adapter of the present invention is provided with first and second coupling portions on a body for electrically connecting with the power supply device and the electronic product respectively, so as to transmit power of the power supply device to the electronic device. The purpose of the product; wherein, at least one of the first tapping portion or the second adapting portion of the body is provided with a magnetic attraction portion. In use, the magnetic attraction of the magnetic part is used to maintain the joint effect between the power supply and the power supply device or the electronic product, and the electronic product can be quickly taken quickly by a little force. use. In the implementation of the present invention, the power adapter may be provided with a magnetic attraction at one end of the first coupling portion of the body phase to utilize the magnetic absorbing power adapter and the power supply device. When the cost is created, the power adapter can be provided with a magnetic attraction at one end of the second coupling portion of the body to utilize the magnetic attraction and the power adapter to engage the electronic product. In the implementation of the present invention, the power adapter can be provided with a magnetic portion at both ends of the coupling portion and the second coupling portion of the first 4 M411055. In order to utilize the magnetic action, the power adapter is respectively connected to the power supply device and the electronic product. In the implementation of the present invention, the power adapter may further be provided with a stable voltage reducing body electrically connected to the first and second coupling portions, and a second coupling The detection circuit electrically connected to the stable step-down circuit, the detection circuit detects the state of the electronic product, and automatically adjusts the output voltage of the stable=_voltage circuit to provide the electronic product for charging or operation. electric power. [Embodiment] The features of the present invention can be clearly understood by referring to the detailed description of the drawings and the embodiments. As shown in the first figure, the power adapter of the first embodiment is a perspective view of the power adapter. The second diagram shows the appearance of the power adapter of the second embodiment. a main body 11, a first coupling portion 12, a second engaging portion 13, and at least one magnetic portion 14; wherein: the first coupling portion 12' is disposed on the body η, The predetermined number/format of the electrode contacts 121 is mainly used to electrically connect with the power supply device 20 (the charger shown in the figure). The second accommodating portion 13 is electrically connected to the first coupling portion 12, and the second coupling portion 13 also has a predetermined number/format of electrode contacts 131, which is mainly used for The electronic product 3〇 (the mobile phone shown in the figure) constitutes an electrical connection. As shown in the first figure, each of the magnetic portions 14 can be disposed at one end of the main body phase 5 M411055 opposite to the first coupling portion 12; as shown in the second figure, the main body is oppositely disposed One end of the second coupling portion 13; or is disposed at one end of the first coupling portion 12 and one end of the second coupling portion 13; each of the magnetic portions 14 has at least one permanent Magnet hi. When the power adapter 10 of the present invention is in use, the first and second coupling portions 12 and 13 at both ends of the body 10 can be used to respectively connect with the power supply device 2 (the charger shown in the figure) and The electronic product 30 (the mobile phone shown in the figure) is electrically connected 'to achieve the purpose of transmitting the power of the power supply device to the electronic product; and the magnet 141 of the magnetic attraction portion 14 is used to maintain the power adapter 1〇. The bonding effect with the power supply device 20 or the electronic product 30. Since the power adapter 10 of the present invention is at least on the side of the main body that is connected to the power supply or the electronic product 30, the suction force of the magnet 141 and the iron component on the power supply device or the electronic product 30 are used. The phase adsorption is combined to form a bonding effect between the power adapter 10 and the power supply device 2 or the electronic product 3 . You can let this need to urgently access the electronic product 3〇's only need to use a little force to separate the product 3〇 and the power supply unit 2〇, quickly take the electronic product 30 to stay in the tit to allow the Μ adapter 1G Stay on the side of the power supply (or on the side of the product), and do not dare to affect the operation of the electronic product. The source transfer material 'the present is the fourth (four) transfer ^ in the real correction, the electric and the saki can be provided inside the body u with a stable step-down circuit 15 electrically connected to the first light connection spot joint portion 13 In addition, a detecting circuit electrically connected to the coupling portion 13 and the stable step-down circuit 15 is configured to stabilize the state of the electronic product 3G, and automatically adjust the output of the circuit 15 The voltage is used to provide charging or operation of the electronic product, and even when the electronic product 30 is fully charged, the power-down M411055 is turned off - the voltage circuit 15 stops supplying power to the electronic product. As shown in the fourth figure, in the implementation of the power adapter of the present invention, the power adapter 10 can be further provided with a stable step-down circuit 15 and a detection circuit 17, and can further be provided on the body. The switch 16 for switching the output voltage of the steady voltage circuit 15 is switched to manually switch to the power required for charging or operation of the electronic product 30 in accordance with the demand for the electronic product used. As shown in the fifth and sixth figures, in the implementation of the power adapter of the present invention, the power adapter 1 includes: a body 丨丨, first and second coupling portions 12, 13 And a plurality of movable conductive sleeves 5〇, and a plurality of push buttons corresponding to the movable conductive sleeves 50; wherein: the body 11 is provided with a plurality of axially arranged slots. The first coupling portion 12 is disposed on the body u and has a predetermined number of 电极/format electrode contacts 12 ι. Each of the magnetic portions 14 can be disposed opposite to the body. The first coupling portion 12 is disposed. One end. The second subtracting portion 13 ′ is disposed on the body 11 and the first light connection; 12 is electrically connected 9 'the second consuming portion 13 also has a predetermined number / format of the q pole contact 131, and the second The electrode contact of the light-contact portion 13 is an electrode core 132 and an electrode sleeve 133 extending from the body. , ', the plurality of active conductive sleeves 5 are sequentially layered with outer rings' and individually connected to the body by the push-on connection of the active conductive layer located at the innermost layer and the electrode sleeve ^3= As for the 'several secrets, the money is set here, and is connected with the corresponding movable conductive sleeve 5G, so as to form a linkage effect with the movable guide sleeve M 7 M411055; in the implementation, as shown in the seventh to the ninth The push button 60 is provided with a clamping mouth 6 on the side of the body of the main body, and the tail end of each movable conductive sleeve 50 is bent with a convex plate 51 for the clamping mouth 6 of the push button 6〇.丨 , , , , , , , 构成 构成 构成 构成 构成 构成 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; The board 51 passes to relatively reduce the length of the overall power supply θ. And the push button 60 is further provided with an extension plate 62 for shielding the groove/hole 111 of the body u, and a positioning recess 63 is provided on the wall surface thereof, and the body 11 is called for each slot 111. Corresponding to the sliding stroke of the push button 60, elastic snaps 112 are provided at both ends for the positioning recess 63 of the push button 60, as shown in the tenth figure, to achieve the purpose of: the button 60 and the movable conductive sleeve 60 are positioned. Please refer to FIG. 6 and FIG. 9 at the same time. When the power adapter 10 of the present invention is used, in addition to being electrically connected to the object to be used by the electrode contact 131 of the second portion, the relative power is also exposed. The push button 6 of the body 11 is for the user to selectively or simultaneously push the plurality of movable conductive sleeves 5g toward the front end of the body u at the position of 2 positions 'using different positions or different numbers of active conductive overprints and φ electrode sleeves The 133 phase 4 is set to a specific outer diameter specification to meet the needs of different objects.
再者，本創作之_電路17可進—步制第—耦接部a =該第二_部13之電轉輸狀態，且該本體U =模組18，如第十-圖所示，用以顯示電源轉接器之運作 =，而該本體内指有-微控制器m，該微控⑼盘 電路Π及該顯示模組18電性連接，預設有複數種斑該 顯不模組18相對狀㈣㈣，主要心接_ 路 8 M411055 .之訊號並控制該顯示模組18之運作；而該本體η内部可進一 •步設有一開關電路192，如第十二圖所示，該開關電路192與 該第一耦接部12、該第二耦接部13以及該微控制器191電性連 接，由該微控制器191依照該偵測電路17之訊號控制該開關電 路192動作，以控制第一、第二耦接部12、13之電路導通與否， 使彳于以在無法正常充電之狀態下，自動對第二耦接部斷 電’以避免亦常供電而影響電子產品之壽命。 φ 具體而言，本創作之電源轉接器除可利用本體上的第一 耦接部及第二耦接部構成電子產品與供電裝置之電性連接之 外，更進一步選擇至少以本體與供電裝置或電子產品連接的 一側利用磁鐵構成應有之接合效果；因此，需要緊急取用電 子產品時，只需略為施力即可讓電子產品與供電裝置分離， 快速將電子產品拿取使用而不致於影響電子產品之操作。 故，相|對提升整體電源轉接器之實用性及使用便利性。 练上所述，本創作提供一較佳可行之電源轉接器，爰依 法提呈新型專利之中請；本創作之技術内容及技術特點巳揭 不如上，然而熟悉本項技術之人士仍可能基於本創作之揭示 而作各種不背離本案創作精神之替換及修#。因此，本創^ 之保護範圍應不限於實施例所揭示者，而應包括各種 本創作之替換及修飾，並為以下之申請專利範圍所涵蓋。 【圖式簡單說明】 第-圖係為本創作第一實施例之電源轉接器外觀立 圖。 肌 第二圖係為本創作第二實施例之電源轉接器外觀立體 9 M411055 第一圖係為本創作第三實施例之電源轉接^組成架構方 塊示意圖。 第四圖㈣本創作第四實施例之電源轉接H組成架構方 塊示意圖。 第五圖係為本創作第五實施例之電源轉接器外觀結構 圖 第六圖係為本創作第五實施例之電源轉接器結構分解Furthermore, the circuit 17 of the present invention can further implement the first coupling portion a = the electrical transfer state of the second _ portion 13, and the body U = the module 18, as shown in the tenth-picture, To display the operation of the power adapter=, and the body refers to the -microcontroller m, the micro-controller (9) disk circuit and the display module 18 are electrically connected, and the plurality of spots are pre-configured. 18 is opposite (4) (4), mainly connected to the signal of the circuit 8 M411055 and controls the operation of the display module 18; and the body η can be internally provided with a switch circuit 192, as shown in the twelfth figure, the switch The circuit 192 is electrically connected to the first coupling portion 12, the second coupling portion 13 and the microcontroller 191, and the microcontroller 191 controls the switching circuit 192 according to the signal of the detecting circuit 17 to Controlling whether the circuits of the first and second coupling portions 12 and 13 are turned on or not, so that the second coupling portion is automatically powered off in a state in which charging is not normally performed, so as to avoid the power supply and affect the electronic product. life. Specifically, the power adapter of the present invention can further select at least the body and the power supply by using the first coupling portion and the second coupling portion on the main body to form an electrical connection between the electronic product and the power supply device. The side of the device or the electronic product is connected by a magnet to form a proper bonding effect; therefore, when an electronic product needs to be urgently taken, the electronic product can be separated from the power supply device with a slight force, and the electronic product can be quickly taken and used. Will not affect the operation of electronic products. Therefore, the phase | is useful for improving the overall power adapter and ease of use. As described above, this creation provides a better and feasible power adapter, which is required to submit new patents according to law; the technical content and technical features of this creation are not disclosed above, but those familiar with the technology may still Based on the disclosure of this creation, it is a variety of replacements and repairs that do not deviate from the spirit of the creation of this case. Therefore, the scope of protection of the present invention is not limited to those disclosed in the embodiments, but should include various alternatives and modifications of the present invention, and is covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is an appearance view of the power adapter of the first embodiment of the present invention. The second figure is the appearance of the power adapter of the second embodiment of the present invention. 9 M411055 The first figure is a schematic diagram of the power adapter structure of the third embodiment of the present invention. The fourth figure (4) is a block diagram of the power transfer H component architecture of the fourth embodiment of the present invention. The fifth figure is the appearance structure of the power adapter of the fifth embodiment of the present invention. The sixth figure is the structure decomposition of the power adapter of the fifth embodiment of the present invention.
第七圖係為本創作中推鈕及活動導電套之結構分解圖。 第八圖係為本創作之結構剖視圖。 第九圖係為本創作另一角度之結構剖視圖。 第十圖係為本創作中推鈕之定位狀態示意圖。 第十一圖係為本創作第五實施例之電源轉接器組成架 方塊示意圖。 〃 第十二圖係為本創作第六實施例之電源轉接 方塊不意圖。 器組成架構The seventh figure is an exploded view of the structure of the push button and the movable conductive sleeve in the creation. The eighth figure is a cross-sectional view of the structure of the creation. The ninth figure is a structural cross-sectional view of another angle of the creation. The tenth figure is a schematic diagram of the positioning state of the push button in the creation. The eleventh figure is a block diagram of the power adapter of the fifth embodiment of the present invention. 〃 The twelfth figure is not intended for the power transfer block of the sixth embodiment of the present invention. Composition
13第二輕接部 131電極接點 132電極芯輪 133電極套筒 14磁吸部 141磁鐵 【主要元件符號說明】 10電源轉接器 11本體 11槽孔1 112彈性凸扣 12第一耗接部 121電極接點13 second light connection portion 131 electrode contact 132 electrode core wheel 133 electrode sleeve 14 magnetic portion 141 magnet [main component symbol description] 10 power adapter 11 body 11 slot 1 112 elastic buckle 12 first consumption Port 121 electrode contact