200929703 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種多合一連接器接頭，尤指一種可伸 縮使用單一介面的多合一連接器接頭。 【先前技術】 由於電腦產業及網路產業的蓬勃發展，使得許多電腦 周邊產品或隨身電子裝置開始發展出與電腦連線更為方便 ® 的技術及相關裝置。以目前較普及的USB系統電連接器來 說，由於列為電腦標準介面之一，故幾乎是電腦周邊產品 或隨身電子裝置的標準介面，近期亦有如s ATA、eS 、 - IEEE 1394等標準介面的技術。 ' 由於USB、SATA、eSATA或IEEE1394其外型均是屬 於長矩形，S尺寸略有不同且腳位配置亦不相同，為節省 電腦主機面板空間’通常不會將所有介面作為標準介面。 ❹但如此-來亦造成使用者使用困擾。近期已提出「多合— 連接器插座」，即標榜單一插槽可供不同介面連接器: 插接，以節省如筆記型電腦機殼周邊空間。為搭配此一連 接器插座，亦有廠商順勢推出整合二組以上不同介面的 合一連接器接頭」，以達到同樣簡化該電腦周邊產品及電 子裝置的連接器接頭數量。 σ及電 然而，目前已有部份電腦或筆 人一造桩哭抨盂t 苹•腦開始設置有多 連接器插座，但尚未普及 簦印雷聪仇仅勿„ 月可A #份的電腦與 ^己電腦仍保留早-介面的連接器插座 裝設多合一連接酱垃-5 文此右電子裝置 接_頭，則無法插接至單—介面的連接器 3 200929703 插座’反而限制了電子裝置與電腦連接的途徑。 【發明内容】 有锻於上述多人—毺拉 ° 連接器接頭的發展困境，本發明主 要目的係提供一種抽始斗、_人 伸縮式夕合一連接器接頭，令多合一連 接器接頭可視連接器插座型式選擇單一介面或多合一介面 插接二提高裝設本發明多合—連接器的電子裝置使用範圍。 " 述目的所使用的主要技術手段係令該伸縮式多 合一連接器接頭包含有： 一外殼，係形成有一前開口；及 夕α接碩部，係設於該外殼内並自前開口處外 -露，其包含有二分離地疊合設置的接頭組件，且該二接頭 - 組件之間形成右一ψ^ , 間隙’又其中一接頭組件係滑設於該外 殼的前開口處，以㈣另—接独件呈相對平行移動； 上述多合一接頭部係供一同插設至一多合一插座中， Q ; /、中組接頭組件可相對另一組接頭組件平行移動， =可，移動該第二接頭相對第—接頭的位置；令該插頭部 組件可將原本外露於外殼前開口的部份内縮至外殼中，僅 留另插頭部組件外露於外殼前開口，以插接至與其相容 :單面插槽中；又將該插頭部組件平移至較另插頭部 組件更凸出者，則能直接插接至與其相容的單一介面插槽 中，是以，當本發明設置於一電子裝置時，即可令該電子 裝置與具有多合一連接器插槽或具有至少二種單一不同連 接器插槽的電腦相互插接使用，有效提高該電子裝置的使 用廣度。 4 200929703 【實施方式】 $ 凊參閱第一圖及第二圖所示，本發明係關於一種伸縮 型多合一連接器插頭（10)，其於—外殼（11)内設有—多合一 接頭部，而該外殼前端面形成有—前開口（1〇1)，令該多合 一接頭部外露，又該多合一接頭部包含有二分離地疊合設 置的接頭組件，且該二接頭組件之間形成有一間隙，又其 中一接頭組件係滑設於該外殼的前開口處，以相對另一接 ® 頭組件呈相對平行移動。 以下進一步說明實現上述本發明的各實施例結構，仍 請參閱第-圖及第二圖所示，係為本發明伸縮式多合一連 ' 接器接頭（1 〇)的第一較佳實施例，其中： * 上述外殼（11)進一步形成有一與前開口（101)相對之後 開口（102) ’又其側開口係形成於外殼（11)的上端面，且為 一道複數定位孔（122)的滑槽（121);於本實施例中係為一道 三定位孔（122)的滑槽（121)。又，該外殼（11)係由上殼（12) 及一下殼（13)對接組合而成，而該上殼（u)的上端面則供滑 槽（121)形成之。 上述多合一接頭部包含有一第一接頭組件及第二接頭 組件’其中該第一接頭組件係包含有： 一第一接頭（20)，係包含有一第一插頭部（2〗）及至少一 第一端子組（22)，其中該第一插頭部（21)係自該外殼（ιι)前 開口（101)向外延伸’又本實施例中係包含—第一端子組 (22)，其一端係固定於該第一插頭部（21)上端面，而另一端 則容置於該外殼（11)内；於本實施例中，該第一插頭部() 200929703 係直接自該外殼之下殼（13)前端向外水平延伸而出，該第 一插頭部（21)尺寸係可為eSATA或USB插頭的尽寸丨又 本實施例中該第一插頭部（21)係符合eSATA尺寸，而第一 端子組（22)係包含有eSATA的七支接腳，此外該第—端子 組亦可為USB接腳；及 一第一線組（23)，係容置於外殼（11)内，其一端係與第 一接頭（20)的第一端子組（22)電連接，另一端則自外殼（ιι) 的後開口（102)外露；於本實施例中，該第一線組卩係為 ©七條對應連接eSATA七支端子的電線，而第一線組（23)外 露於外殼後開口（102)的一端係進一步與一訊號板（24)電連 接，該訊號板（24)設有複數針腳（241)，供插設於電子裝置 - 的電路板（圖中未示）。 • 至於該第二接頭組件則包含有： 一第二接頭（30)，係包含一第二插頭部（3丨）及至少一第 二端子組（32)，該第二插頭部（31)係滑設於外殼（11)内並 ❹自外殼（11)的前開口（101)穿出，以位於該第一接頭部（21) 之上方位置’該第二插頭（3丨）的底面係供該至少一第二端 子組（3 2)固定之，該至少一第二端子組（32)與至少一第一端 子組（31)係相對；於本實施例中，該第二插頭部（3丨）係符合 USB尺寸’而第二端子組（32)係包含有uSB2〇的四支接 腳，此外該第二端子組（32)亦可為USB接腳，與下方的第 插頭部（21)構成一多合一插頭；此外，該第二端子組係 可為USB3.0端子或具有帶電的USB2.0及USB3.0端子， 亦或為eSATA端子；及 至少一第二可挽線組（33)，係容置於外殼（丨〗）中，各第 200929703 二可撓線組（33)的一端係與第二接頭（30)的第二端子組（32) - 一電連接，另一端則自外殼（11)的後開口（1(H)外-笔；，本實施 例係包含一組第二可挽線組（3 3).’其包含有四條對應 USB2.0四支接腳的電線，該第二可撓線組（33)的電線較第 一線組的電線長；又該第二可撓線組（33)外露於外殼後開 口（102)的一端同樣電連接至該訊號板句。 再者’上述外殼進一步包含有一移動組件（4〇)，該移 動組件（40)係固定於第二接頭（30)的第二插頭部（3 1}頂面， © 並自外殼（11)頂面滑槽（121)外露。該移動組件（40)係包含 有一設於第二插頭部（31)頂面的定位座（41)，其上並形成有 一容置槽（411)、一彈簧（42)及一斷面呈工字形的定位件 - (43) ’該定位件（43)頸部（431)外徑係小於滑槽（121)寬度， ' 故可於滑槽（121)内前後滑動，而其底部（432)外徑係與滑槽 (121)的三定位孔（122)匹配，又該彈簧（42)係容置於該定位 座（41)的容置槽（411)中，因此該彈簧（42)係向上推抵該定 位件（43)的底部（432)，當定位件（43)位於滑槽（12丨）的任一 定位孔（122)位置，即固定不再移動；若欲移動定位件（43)， 則下壓定位件（43)令其底部不再與定位孔（122)卡合，而由 其頸部（431)進入滑槽（111)中，而可於滑槽⑴〇中前後移 動。 除上述結構之外，為使移動組件（40)作動更順利，該 外殼〇1)進一步設置有至少一彈簧（50)，各至少一彈簧係設 置於第二插頭部（31)與外殼（Π)形成有後開口（1〇1)的内壁 面之間，提供第二接頭（3〇)一向前移動的辅助力。 以下謹進一步說明第一較佳實施例的動作，請配合參 200929703 閱第三圖所示，當定位件（43)底部（432)卡合於滑道中間定 -位孔（122) ’則該第一接頭（2〇)與第.二接頭(3〇)係構成一多 合一接頭結構，可插設至多合一連接器插座中。請參閱第 四A圖所示’當上述多合一連接器接頭（1〇)欲插設至單一 介面的連接器插座，如eSATA插座時，係先將該定位件（43) 下壓後向後移動至後定位孔（122)後，將定位件（43)放開， 令定位件（43)底部卡合於後定位孔（122)中，此時該第二接 頭（30)自殼體（11)的前開口（101)向内縮入，僅由第一接頭 © (20)的第一插頭部（21)外露於前開口（1〇1)處，故該第一接 頭（20)即能直接插入該eSATA插座（圖中未示）中。請參閱 第四B圖所示，當上述多合一連接器接頭（1〇)欲插設至另 - 一種單一介面的連接器插座（圖中未示），如USB插座時， . 先解除該定位件（43)與外殼（U)之卡合關係，令定位件（43) 向前移動至前定位孔（122)後卡合，期間該第二插接部（31) 會向外殼（11)的前開口（101)穿出，並較第一插接部（21)長， 故可直接插入USB插座中；是以，本發明的多合一連接器 © 接頭不限與多合一連接器插座插接。 再請參閱第五圖所示’係為本發明多合一連接器接頭 (10a)第二較佳實施例，其大多結構與第一較佳實施例相 同’惟該外殼（1 1)的兩相對側端面分別形成有第一及第二 側開口，即於該下殼（13)係形成有一與上殼（12)滑槽（121) 對應的具有三段定位孔（122)之滑槽（121)，且該第一接頭（3 係不直接於外设下殼（13)前端水平向外延伸，而是滑設於 外殼（11)中。本實施例係進一步包含有一移動組件（4〇a)， 該移動組件（40a)係包含有一定位座（41a)，該定位座上形成 200929703 有容置槽（41 la)、一彈簧（42a)及一斷面呈工字形的定位件 (43a)’該定位座係設於該第一插頭部（21)的底面，而該彈 簧（42a)係容置於其容置槽（411a)中，故當定位件（43a)位於 滑槽（121)的任一定位孔（122)位置，即固定不再移動；若欲 移動定位件（43a)，則向内按壓該定位件（43a)，解開與下殼 (13)的卡合關係，而可於滑槽（121)中前後移動。又，本實 施例第一線組（23)係為一第一可撓線組（23a)，其包含有複 數電線（231a)。BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to an all-in-one connector connector, and more particularly to an all-in-one connector connector that can be extended using a single interface. [Prior Art] Due to the booming development of the computer industry and the Internet industry, many computer peripheral products or portable electronic devices have begun to develop technologies and related devices that are more convenient to connect with computers. As a more popular USB system electrical connector, it is listed as one of the computer standard interfaces, so it is almost a standard interface for computer peripheral products or portable electronic devices. Recently, there are standard interfaces such as s ATA, eS, and IEEE 1394. Technology. Since USB, SATA, eSATA or IEEE1394 are all of a long rectangle, the S size is slightly different and the pin configuration is different. To save space on the computer's mainframe, it is not always the standard interface. However, this is also a cause of user confusion. Recently, the "multi-connector-connector socket" has been proposed, which means that a single slot can be used for different interface connectors: plug-in to save space around the notebook case. In order to match this connector socket, there are also manufacturers to introduce a connector connector that integrates two or more different interfaces to achieve the same number of connector connectors that simplify the peripheral products and electronic devices of the computer. σ和电 However, at present, some computers or pens have piled up their piles. The brain has begun to set up a multi-connector socket, but it has not yet been popularized. The connector socket with the computer still retains the early-interface connector. The connector is connected to the device. The right electronic device is connected to the connector. The connector cannot be plugged into the single-interface connector. 200929703 The socket is limited. The invention relates to the development of the above-mentioned multi-person-pull connector connector, and the main object of the present invention is to provide a drawing bucket, a telescopic type of yoke connector connector. The multi-in-one connector connector visible connector socket type selects a single interface or an all-in-one interface plug 2 to improve the use of the electronic device of the multiplex connector of the present invention. " The main technical means used for the purpose The telescopic all-in-one connector joint comprises: a casing formed with a front opening; and an outer casing connected to the outer casing and externally exposed from the front opening, which comprises two separate portions Stack a joint assembly is provided, and a right one is formed between the two joints, and a gap is disposed at a front opening of the outer casing to move relative to each other in parallel (4); The all-in-one connector portion is inserted into an all-in-one socket together, Q; /, the middle group connector assembly can be moved in parallel with the other group of connector assemblies, = can, move the position of the second connector relative to the first connector The plug assembly can retract the portion originally exposed to the front opening of the housing into the housing, leaving only the other plug assembly exposed to the front opening of the housing for insertion to be compatible with: a single-sided slot; Translating the plug assembly to a more protruding portion of the plug assembly can be directly inserted into a single interface slot compatible therewith, so that when the present invention is disposed on an electronic device, The electronic device is interposed with a computer having an all-in-one connector slot or a slot having at least two single different connector slots, thereby effectively increasing the use of the electronic device. 4 200929703 [Embodiment] $ 凊Refer to the first figure And As shown in the second figure, the present invention relates to a telescopic type multi-connector connector (10) having an -in-one joint portion in a casing (11), and a front opening is formed on a front end surface of the casing ( 1〇1), the all-in-one joint portion is exposed, and the all-in-one joint portion includes two joint assemblies that are disposed separately, and a gap is formed between the two joint assemblies, and one of the joint assemblies is Slidingly disposed at a front opening of the outer casing to move in a relatively parallel direction relative to the other joint head assembly. The structure of the embodiments of the present invention described above is further described below, and still refer to the first and second figures. A first preferred embodiment of the telescopic multi-connector connector (1) of the present invention, wherein: * the outer casing (11) is further formed with an opening (102) opposite the front opening (101). The side opening is formed on the upper end surface of the outer casing (11), and is a sliding groove (121) of a plurality of positioning holes (122); in this embodiment, it is a sliding groove (121) of a three positioning hole (122). Further, the outer casing (11) is formed by butting the upper casing (12) and the lower casing (13), and the upper end surface of the upper casing (u) is formed by the sliding groove (121). The all-in-one joint portion includes a first joint assembly and a second joint assembly. The first joint assembly includes: a first joint (20) including a first plug portion (2) and at least one a first terminal set (22), wherein the first plug portion (21) extends outwardly from the front opening (101) of the outer casing (also in the embodiment) a first terminal set (22) One end is fixed to the upper end surface of the first plug portion (21), and the other end is received in the outer casing (11); in the embodiment, the first plug portion () 200929703 is directly from the outer casing The front end of the casing (13) extends horizontally outwardly, and the first plug portion (21) is sized to be an eSATA or USB plug. In the embodiment, the first plug portion (21) conforms to the eSATA size. The first terminal set (22) includes seven pins of the eSATA, and the first terminal set can also be a USB pin; and a first wire set (23) is housed in the outer casing (11). One end is electrically connected to the first terminal group (22) of the first connector (20), and the other end is from the rear opening of the housing (1) (1) 02) Exposed; in this embodiment, the first wire set is seven wires corresponding to seven terminals connected to eSATA, and the first wire group (23) is exposed at one end of the rear opening (102) of the outer casing further A signal board (24) is electrically connected, and the signal board (24) is provided with a plurality of pins (241) for insertion on an electronic device - a circuit board (not shown). The second connector assembly includes: a second connector (30) including a second connector portion (3) and at least a second terminal group (32), the second connector portion (31) Sliding in the outer casing (11) and passing through the front opening (101) of the outer casing (11), so as to be located above the first joint portion (21), the bottom surface of the second plug (3) is provided The at least one second terminal set (32) is fixed, and the at least one second terminal set (32) is opposite to the at least one first terminal set (31); in the embodiment, the second plug part (3)丨) is compliant with USB size' and the second terminal set (32) contains four pins of uSB2〇, and the second terminal set (32) can also be a USB pin, and the lower plug part (21) Constituting an all-in-one plug; in addition, the second terminal group can be a USB 3.0 terminal or a powered USB 2.0 and USB 3.0 terminal, or an eSATA terminal; and at least a second wire-wrap group (33), the system is placed in the outer casing (丨), one end of each of the 200929703 two flexible wire sets (33) is connected to the second terminal set (32) of the second joint (30) - Connected, the other end is from the rear opening of the outer casing (11) (1 (H) outside - pen; this embodiment includes a set of second set of wires (3 3). 'It contains four corresponding USB2.0 a four-pronged wire, the wire of the second flexible wire group (33) is longer than the wire of the first wire group; and the second flexible wire group (33) is exposed at one end of the rear opening (102) of the casing. Electrically connected to the signal board. Further, the housing further includes a moving component (40) fixed to the top surface of the second plug portion (3 1} of the second connector (30). © and exposed from the top surface sliding slot (121) of the outer casing (11). The moving component (40) includes a positioning seat (41) disposed on the top surface of the second plug portion (31), and is formed thereon with a receiving portion The groove (411), a spring (42) and a positioning member having an I-shaped cross section - (43) 'the outer diameter of the neck portion (431) of the positioning member (43) is smaller than the width of the sliding groove (121), Sliding back and forth in the sliding slot (121), and the outer diameter of the bottom portion (432) is matched with the three positioning holes (122) of the sliding slot (121), and the spring (42) is accommodated in the positioning seat (41) Included slot In 411), the spring (42) is pushed up against the bottom (432) of the positioning member (43), and when the positioning member (43) is located at any positioning hole (122) of the sliding groove (12丨), The fixing is no longer moving; if the positioning member (43) is to be moved, the pressing positioning member (43) is pressed so that the bottom portion thereof is no longer engaged with the positioning hole (122), and the neck portion (431) enters the sliding groove (111). In addition to the above structure, in order to make the moving component (40) operate more smoothly, the casing 〇 1) is further provided with at least one spring (50), each at least one spring system It is disposed between the second plug portion (31) and the inner wall surface of the outer casing (Π) formed with the rear opening (1〇1), and provides an auxiliary force for the second joint (3〇) to move forward. In the following, the action of the first preferred embodiment will be further described. Please refer to the third figure in 200929703. When the bottom (432) of the positioning member (43) is engaged with the center hole (122) of the slide, then The first connector (2〇) and the second connector (3〇) form an all-in-one connector structure that can be inserted into the all-in-one connector socket. Please refer to Figure 4A. 'When the above-mentioned all-in-one connector connector (1〇) is to be plugged into a single interface connector socket, such as an eSATA socket, the positioning member (43) is first pressed down and then back. After moving to the rear positioning hole (122), the positioning member (43) is released, so that the bottom of the positioning member (43) is engaged in the rear positioning hole (122), and the second joint (30) is self-contained ( The front opening (101) of 11) is retracted inwardly, and only the first plug portion (21) of the first joint © (20) is exposed at the front opening (1〇1), so the first joint (20) Can be directly inserted into the eSATA socket (not shown). Referring to FIG. 4B, when the above-mentioned all-in-one connector connector (1〇) is to be inserted into another connector socket (not shown) of a single interface, such as a USB socket, first release the connector. The engaging relationship between the positioning member (43) and the outer casing (U) causes the positioning member (43) to move forward to the front positioning hole (122) and engages, and the second insertion portion (31) will be directed to the outer casing (11). The front opening (101) is pierced and longer than the first plug portion (21), so that it can be directly inserted into the USB socket; therefore, the all-in-one connector © connector of the present invention is not limited to the all-in-one connection The socket is plugged in. Referring to FIG. 5, a second preferred embodiment of the multi-connector connector (10a) of the present invention is generally the same as the first preferred embodiment. Only two of the outer casings (1 1) The opposite side end faces are respectively formed with first and second side openings, that is, the lower case (13) is formed with a sliding groove having three positioning holes (122) corresponding to the upper case (12) sliding groove (121) ( 121), and the first joint (3 is not directly horizontally extended outwardly from the front end of the outer casing (13), but is slidably disposed in the outer casing (11). The embodiment further includes a moving component (4〇) a), the moving component (40a) comprises a positioning seat (41a), which forms a 200929703 accommodating groove (41 la), a spring (42a) and a cross-section in the shape of an I-shaped locating member (43a) The positioning seat is disposed on the bottom surface of the first plug portion (21), and the spring (42a) is received in the receiving groove (411a), so when the positioning member (43a) is located in the sliding slot (121) Positioning of any of the positioning holes (122), that is, the fixing is no longer moving; if the positioning member (43a) is to be moved, the positioning member (43a) is pressed inwardly, untwisting and lowering The engagement relationship of (13) can be moved back and forth in the chute (121). In addition, the first line group (23) of the embodiment is a first flexible wire group (23a), which includes a plurality of wires. (231a).
由上述本發明第二較佳實施例說明可知，第一及第二 接頭（20)(30)均滑設於該外殼（11)内，其第一及第二插頭部 (21)(31)均可透過其對應連接的移動組件（4,〇) (4〇 a)外露於外 殼前開口（101)或内縮至外殼（丨”内。 睛參閱第六圖及第七圖所示’係為本發明第三較佳實 施例，其與第一較佳實施例大致相同，惟本實施例外殼（1 ” 上端面的上開口係為一貫穿孔（丨23 )，而第二插頭部（3 1)的 定位座（43)未形成有容置槽，又該移動組件（4〇b)係包含有： 一定位座，係設於該第二插頭部（31)上端面； ^ 一齒條（44)，係立設於該第二插頭部（31)上端面，並固 疋於該定位座（41 b) —侧上；及 一轉動件（45)，其本體底部設有與該齒條（44)匹配的一 齒輪（45)’以與該齒條（4例合，該轉動件（45)頂端係穿過 外殼（11)上端面之貫穿孔（123)而外露。 由於齒條（44)係固定於第二插頭部（川的定位座 ⑷b)’當順時鐘或逆時轉動該轉動件(45) 齒輪⑷υ與齒條(賴合關係而令該第二插頭部⑼向； 200929703 殼前開口（ι〇1)延伸而出，或向外殼（11)内縮入。又於本實 施例中，該第一一線組(23>及第二可撓線組（33)係直接外露於 外殼的後開口（102)，供電子裝置的電路板電連接，而不必 透過一訊號板轉接。 以下進一步說明本發明第一線組及第二可撓線組的其 它實施例。 首先請參閱第八圖所示，係為本發明多合一連接器接 頭（10c)第四較佳實施例，其與第一較佳實施例大致相同， ® 惟該第一線組（23)及第二可撓線（33)組係直接外露於外殼 (1 1)的後開口（102)，供電子裝置的電路板電連接，而不必 透過一訊號板轉接。As can be seen from the above description of the second preferred embodiment of the present invention, the first and second joints (20) (30) are all slidably disposed in the outer casing (11), and the first and second plug portions (21) (31) The moving component (4, 〇) (4〇a) through which the corresponding connection is exposed is exposed to the front opening (101) of the outer casing or retracted into the outer casing (丨). The eye is shown in the sixth and seventh drawings. The third preferred embodiment of the present invention is substantially the same as the first preferred embodiment, except that the upper opening of the upper end surface of the outer casing (1 ′ is a permanent perforation (丨23), and the second plug portion (3) 1) the positioning seat (43) is not formed with a receiving groove, and the moving component (4〇b) comprises: a positioning seat disposed on the upper end surface of the second plug portion (31); ^ a rack (44) is erected on the upper end surface of the second plug portion (31) and fixed to the side of the positioning seat (41 b); and a rotating member (45), the bottom of the body is provided with the tooth A matching gear (45)' of the strip (44) is exposed to the rack (4 cases, the top end of the rotating member (45) is exposed through the through hole (123) of the upper end surface of the outer casing (11). (44) Department The second plug portion (the positioning seat (4)b of the Sichuan) is rotated when the clock member or the counterclockwise rotates the gear member (45). The gear (4) is coupled to the rack (the second plug portion (9) is aligned; 200929703 (ι〇1) extends out or retracts into the outer casing (11). In this embodiment, the first one-line group (23> and the second flexible wire group (33) are directly exposed to the outer casing. The rear opening (102) is electrically connected to the circuit board of the electronic device without being switched through a signal board. Further embodiments of the first line set and the second flexible line set of the present invention are further described below. 8 is a fourth preferred embodiment of the all-in-one connector connector (10c) of the present invention, which is substantially the same as the first preferred embodiment, except that the first line group (23) and the second unit are The line of flexing (33) is directly exposed to the rear opening (102) of the outer casing (11) for electrical connection of the circuit board of the electronic device without having to be transferred through a signal board.
請參閱第九圖所示，係為本發明多合一連接器接頭（1〇d) 第五較佳實施例，其中第二可撓線組（3 3a)係包含複數彎曲 金屬條（332)，故具有縮壓變形的特徵，各彎曲金屬條（332) 一端係與第二端子組（圖中未示）的對應端子連接，而另一 端則銲接於訊號板（24)，或如第十圖所示，直接外露於外 殼的後開口（1〇2)，供電子裝置的電路板銲接，為係、為本發 明多合一連接器接頭（10e)第六較佳實施例。 請參閱第十-圖及第十二圖所示，係為本發明多合-連接器接頭（1〇f)第七較佳實施例，其中該至少一第一電^ 組（22)係包含-帶t eSATA端子組，其包括有七支或九^ 端子㈤）與二支電源端子⑽），於本實施例巾係為; 子（221)及二支電源端子（222)。又本實施例中與該七支端j (⑵）連接的對應第—線㈣為七支倒l形針聊（兮 針腳（223)係直接穿經該外殼下端面（ " 、岡r禾不）’而外露农 200929703 該外殼的下端面，至於二支電源端子（222)的一端則固定於 …第一插頭部（3+)的雨柑對外側，而另一端則與電線-.(-232¾)或— 彎曲金屬條連接至一訊號板（25)—端。該訊號板（25)係設於 該第一插頭部（31)與外側後内壁之間，該訊號板（25)的另一 端亦設有複數穿經外殼下端面的針腳（251)(252)，該針腳 (251)係對應第二可撓線組及電源端子的電源（232b)或彎曲 金屬條。是以，本實施例外殼不必形成供第一及第二可撓 線組外露的後開口。 〇 請參閱第十三圖及第十四圖所示’係為本發明多合一 連接器接頭（l〇g)第八較佳實施例，其中該至少一第二端子 組係包含有二組端子組（32)(32a)，其一為USB2.0端子組 - 另一則為USB3.0端子組，其中該第USB2.0端子組係包含 、 有四支端子（321)，而USB3.0端子組則包含有連同USB2.0 四支端子的九支端子，故此五支端子（321 a)係與四支端子 (321)呈上下錯開設置，惟均固定於第二插頭部上。是以， 本實施例令該至少一第二可撓線組即包含有二組第二可撓 ❹線組（33)03b)。又本實施例中係包含有一訊號板（25)，該 訊號板（25)係設於該第一插頭部（3 1)與外殼下殼（13)後内壁 之間，該訊號板（25)近後内壁一端亦供二組第二可撓線組 (33)(33b)電連，而另一側則設有複數穿經外殼下殼（13)下 端面的針腳（252)(253) ’且對應二組第二可撓線組 (33)(33a)。是以’本實施例外殼亦可不必形成供第一及第 二可挽線組外露的後開口。 由上述本發明各實施例可知，本發明係將多合一連接 器接頭的不同介面採分離設計，並令至少一介面滑設於外 11 200929703 殼内，並控制移動組件改變不同介面的相對位置，而不再 —…只能符合多合一規格的連接器插座；對淤-目前仍具備有單 一介面插座，如USB2.0、USB3 〇、eSATA等，均能透過 本發明的設計，選擇擁入多—合插座或單—插座中，有效 提高多合-連接器插頭的利用率及使用廣度。 【圖式簡單說明】 〇 第一圖 第二圖 弟二圖 係本發明帛-較佳實施例的立體分解圖 係第一圖組合立體圖。 係第二圖的緃向剖面圖 第四A及B圖：伤笙 、弟一圖的俯視平面動作圖 ❹ 第五圖 第六圖 第七圖 第八圖 第九圖 第十圖 第十一 圖 係本發明第二較佳實施例的剖面圖 係本發明第二較佳實施例的立體圖。 係第六的俯視立體圖。 係本發明第四較佳實施例的立體圖。 係本發明第五較佳實施例的立體圖。 係本發明第六較佳實施例的立體圖。 圖係本發明第七較佳實施例圖的部份立 第十二圖：係第十一 第十三圖：係本發 圖 圖的仰視立體圖。 明第八較佳實施例圖的部份立體 第十四圖：係本第十三圖前視平面圖。 12 200929703 【主要元件符號說明】 (10)(10a)(l〇b)(10c)a〇〇a〇e)a〇f)(l〇g)接頭 ❺ (101)前開口 (11)外殼 (121)滑槽 (123)貫穿孔 (131)滑槽 (20)第一接頭 (22)第一端子組 (102)後開口 (12) 上殼 (122)定位孔 (13) 下殼 (132)定位孔 (21)第一插頭部 (221)端子 (222)電源端子 (23 a)第一可撓線組 (232)彎曲金屬條 (23)第一線組 (23 1)(23 la)電線 (233)針腳 (24) 訊號板 （241)針腳 (25) 訊號板 （251)針腳Referring to FIG. 9, a fifth preferred embodiment of the all-in-one connector connector (1〇d) of the present invention, wherein the second flexible wire group (3 3a) comprises a plurality of curved metal strips (332) Therefore, it has the feature of shrinkage deformation, and one end of each bent metal strip (332) is connected with the corresponding terminal of the second terminal group (not shown), and the other end is soldered to the signal board (24), or as the tenth As shown in the figure, the rear opening (1〇2) directly exposed to the outer casing is soldered to the circuit board of the electronic device, which is the sixth preferred embodiment of the all-in-one connector joint (10e) of the present invention. Referring to the tenth-figure and the twelfth drawings, the seventh preferred embodiment of the multi-connector connector (1〇f) of the present invention, wherein the at least one first electrical component (22) comprises - With a t eSATA terminal set, which includes seven or nine terminals (five) and two power terminals (10), in the present embodiment, the sub-system (221) and two power supply terminals (222). In this embodiment, the corresponding first line (four) connected to the seven-end j ((2)) is seven inverted l-shaped needles (the 兮 stitch (223) is directly passed through the lower end of the outer casing ( " No) 'Exposed farmer 200929703 The lower end of the outer casing, as for the end of the two power terminals (222) is fixed to the outer side of the first plug part (3+), and the other end of the line -. -2323⁄4) or - the bent metal strip is connected to the end of the signal board (25). The signal board (25) is disposed between the first plug portion (31) and the outer rear inner wall, the signal board (25) The other end is also provided with a plurality of pins (251) (252) which pass through the lower end surface of the outer casing, and the pins (251) are power supplies (232b) or curved metal strips corresponding to the second flexible wire group and the power terminal. The outer casing of the embodiment does not need to form a rear opening for exposing the first and second flexible wire sets. 〇 Please refer to the thirteenth and fourteenth drawings for the 'integral connector connector of the present invention (l〇g) The eighth preferred embodiment, wherein the at least one second terminal group comprises two sets of terminal sets (32) (32a), one of which is a USB 2.0 terminal set - another It is a USB3.0 terminal group, wherein the first USB2.0 terminal group includes four terminals (321), and the USB3.0 terminal group includes nine terminals together with USB2.0 four terminals, so five The terminal (321 a) is disposed offset from the four terminals (321), but is fixed to the second plug portion. Therefore, in the embodiment, the at least one second flexible wire group includes two groups. Two flexible twist line group (33) 03b). In this embodiment, the signal board (25) is disposed between the first plug portion (31) and the inner wall of the lower casing (13) of the outer casing, and the signal board (25) The inner wall of the inner wall is also provided with two sets of second flexible wire groups (33) (33b), and the other side is provided with a plurality of pins (252) (253) which pass through the lower end surface of the lower casing (13) of the outer casing. And corresponding to two sets of second flexible line groups (33) (33a). Therefore, the outer casing of the present embodiment may not necessarily form a rear opening for exposing the first and second wire-wound groups. According to the embodiments of the present invention, the present invention separates the different interfaces of the all-in-one connector connector, and allows at least one interface to be slidably disposed in the outer casing of the 200929703, and controls the moving component to change the relative position of the different interfaces. And no longer - ... can only meet the connector socket of all-in-one specifications; for silt - there is still a single interface socket, such as USB2.0, USB3, eSATA, etc., can be designed through the design of the present invention Into the multi-connector or single-socket, effectively improve the utilization and use breadth of the multi-connector plug. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a second perspective view of a preferred embodiment of the present invention. Fig. 4A and B of the cross-sectional view of the second figure: the plan view of the top view of the scar and the younger figure 第五 the fifth figure, the sixth figure, the seventh figure, the eighth figure, the ninth figure, the tenth figure, the eleventh figure A cross-sectional view of a second preferred embodiment of the present invention is a perspective view of a second preferred embodiment of the present invention. A sixth top perspective view. A perspective view of a fourth preferred embodiment of the present invention. A perspective view of a fifth preferred embodiment of the present invention. A perspective view of a sixth preferred embodiment of the present invention. Figure 14 is a partial view of a seventh preferred embodiment of the present invention. Figure 12 is an eleventh figure: a bottom perspective view of the present invention. Partial perspective of the eighth preferred embodiment of the drawings. Fig. 14 is a front plan view of the thirteenth drawing. 12 200929703 [Description of main component symbols] (10)(10a)(l〇b)(10c)a〇〇a〇e)a〇f)(l〇g) Connector ❺ (101) Front opening (11) Housing ( 121) chute (123) through hole (131) chute (20) first joint (22) first terminal group (102) rear opening (12) upper shell (122) positioning hole (13) lower shell (132) Positioning hole (21) first plug portion (221) terminal (222) power terminal (23 a) first flexible wire group (232) bent metal strip (23) first wire group (23 1) (23 la) wire (233) Pin (24) Signal board (241) Pin (25) Signal board (251) Pin
(252)針腳 （253)針腳 (30)第二接頭 （31)第二插頭部 (32) (32a)第二端子組（321)端子 (33) (33a)(33b)第二可撓線組 (331)電線 (332)彎曲金屬條 (40) (40a)(40b)移動組件 (41) (41a)(41b)定位座（411)(41 la)容置槽 (42) (42a)^f (43)(43a)定位件 (431)頸部 （432)底部 (44)齒條 (45 1)齒輪 (45)轉動件 (50)彈簧 13(252) Pin (253) Pin (30) Second Connector (31) Second Plug Portion (32) (32a) Second Terminal Group (321) Terminal (33) (33a) (33b) Second Flexible Wire Set (331) Wire (332) Bending metal strip (40) (40a) (40b) Moving component (41) (41a) (41b) Positioning seat (411) (41 la) accommodating groove (42) (42a) ^ f (43) (43a) Locating member (431) Neck (432) Bottom (44) Rack (45 1) Gear (45) Rotating member (50) Spring 13