M419244 五、新型說明： - 【新型所屬之技術領域】 賴作係有’—種電連接器，制係指轉接電連接器。 【先前技術】 現今電腦設備最普及的訊_輸祕莫過於通料列匯流排 •(驗㈣Serial Bus，簡稱USB)，以此規格製作的連接器插座及 籲傳輸線可使外接於電腦的周邊設備，如滑鼠、鍵盤等，即時為電 腦所測得並立即使用。 目前USB插座及1；肌0_皆為單向電連接，為了確保腦 接頭插入腦插座時能電連接，兩者在對接上具有防呆設計，即 當USB接頭反向插入時則無法插入，使用者即會再換另一個方向 插入，方向正確了才能插入，如此即可確保插入後具有電連接。 使用者通常是隨機插入，故插不進去之機率是1/2，常常是插 Φ 兩次，造成使用上之不便。 然而為了使用上之方便性，仍需以正反雙向皆可電連接較能 符合需求，故同樣需有雙向電連接之轉接電連接器。 再者，很多電子產品為了易於攜帶或空間配置皆有輕薄短小 之需求’若將電連接母座薄型化，則電連接線之接頭亦需薄型化 方可對接。 【新型内容】 3 M419244 本創作之主要目的在於提供一種轉接電連接器，其係可達到 轉接雙向插接之電連接器，達到使用上之方便性。 本創作之另一主要目的在於提供一種轉接電連接器，其係可 達到轉接板片型公頭，達到使用上之方便性。 為達上述目的，本創作提供一種轉接電連接器，其包括有： 一轉接電路；至少―第—電連接構造，其設有—連接部該連接 部至少-面設有至少―排接點，該至少—排接點電連接該轉接電 路；及至少一第二電連接構造，該第二電連接構造設有一連接部， 該連接部至少-面設有至少—排接點，該至少—排接點電連接該 轉接電路’而與該第一電連接構造之至少一排接點電連接；其特 徵在於該第-、二電連接構造至少其中之—為雙向電連接構造， 該雙向電連接構造之連接部相互呈正反向對應之二面各設有至少 一排接點，該雙向電連接構造可正反雙向電連接並接合—對接之 電連接器或同時接合二對接之電連接器。 如所述之轉接電連接H，其中該第—、二電連接構造之連接 部為一連接槽。 如所述之轉接電連接器’其中更包括有一定位盒，該定位盒 包覆且定位該第…二電連接構造及該轉接電路，該第一、二電 連接構造之連接槽之插入口露出該定位盒。 如所述之轉接f連接器，其巾該第—電連接構料—雙向公 頭’其設有-塑膠座及-金屬殼，該塑膠座設設有該連接槽，該 連接槽之頂面及底面各設有該至少一排接點，該金屬殼包覆該塑 4 膠座。 如所述之轉接電連接器，其中該連接槽之頂面及底面之至少 -排接點係為相同之連接介面且電路序號相互為反向排列。 如所述之轉接電連接器，其中該第一電連接構造為一單向公 頭Ό 又有t膠座及一金屬殼，該金屬殼包覆該塑膠座且兩者 之間形成該連接槽，該連接槽内僅—面設有該至少—排接點。 如所述之轉接電連接器，其中該第一電連接構造為一腿』 公頭，該至少一排接點為一排四個不彈動之第一接點。 如所述之轉接電連接器，其中該第一電連接構造為-聰.0 公頭’該至少-排接點為—排四個不彈動之第—接點及一排五個 彈動之第接點該_排第—接點較—排第二接點接近連接槽之 插入口。 所述之轉接電連接器，其中該第一電連接構造之連接槽之 頂面及底面皆呈傾斜面，使該連接槽之插人口較内端為高。 如所述之轉接電連接器，其中該第二電連接構造為一雙向母 座’其設有一轉座及一金屬殼，該塑膠座之前端設有一凸出之 舌片該舌片之上下兩面各設有該至少一排接點，該金屬殼包覆 該塑膠座且形成該連接槽，該舌片位於該連接槽之巾間高度，該 連接槽可正反雙向電連接麟合—對接之公頭或是該舌片之上下 方可分別電連接並接合一對接之公頭。 如所述之轉接電連接器，其中該舌片之上下兩面之至少一排 接點係為相同之連接介面^電路序號相互為反向排列。 M419244 如所述之轉接電連接器，其中該第二電連接構造為一單向母 *座，其設有一塑勝座及一金屬殼，該塑谬座之前端設有-凸出之 .舌片’該舌片之上下兩面僅-面設有該至少—排接點，該金屬殼 包覆該塑膠座且形成該連接槽，該舌片位於該連接槽。 Λ . 如所述之轉接電連接器，其中該第二電連接構造為—USB2 〇 母座，該至少一排接點為一排四個彈動之第一接點。 如所述之轉接電連接器，其中該第一電連接構造為—USB3.〇 籲母座’該至少-排接點為-排四個彈動之第一接點及一排五個不 彈動之第二接點’該-排第二接點較—排第—接點接近連接槽之 插入口。 如所述之轉接電連接器，其中該舌片之前段厚度較後段厚度 為大’該舌片上下兩面呈傾斜面。 如所述之轉接電連接器，其中該第二電連接構造之連接槽之 插入口之頂面及底面皆設有凸向舌片之凸部，該頂面之凸部和底 ® 面之凸部之垂直距離為插入口高度，故該插入口高度較插入口内 . 之連接槽尚度為小。 ， 如所述之轉接電連接器，其中該轉接電路係設在一電路板上。 如所述之轉接電連接器，其中該轉接電路係為一電連接線。 如所述之轉接電連接器，其中該至少一第一電連接構造為至 J 一 USB2. 0公頭或USB3. 0公頭，該至少一第二電連接構造為至 少一單向Micro USB公頭及至少一雙向Micr〇 USB公頭。 再者，本創作更提供一種轉接電連接器，其包括有：一轉接 6 M419244 電路；至少一第一電連接構造’其設有一連接部，該連接部至少 .一面設有至少一排接點，該至少一排接點電連接該轉接電路；及 . 至少一第二電連接構造，該第二電連接構造設有一連接部，該連 接部至少一面設有至少一排接點，該至少一排接點電連接該轉接 電路’而與該第一電連接構造之至少一排接點電連接；其特徵在 於該第一、二電連接構造至少其中之一之連接部為一連接板，該 連接板設有該至少一排接點之板面未被遮蓋而外露。 • 如所述之轉接電連接器，其中該轉接電路係設在一電路板 上，該連接板與該電路板一體設置。 本創作之上述及其他目的、優點和特色由以下較佳實施例之 詳細說明中並參考圖式當可更加明白。 【實施方式】 請參閱圖1、圖2及圖3,係為本創作第一實施例，其包括有： -疋位盒10、-電路板2〇、一第一電連接構造】及一第二電連接 構造2，其中： 該定位盒10設有相互蓋合之一下盒u及一上盒12。 該電路板20定位於該定位盒10之下盒1卜其上設有-轉接 電路。 該第-電連接構造；[為一單向USB2 〇鐵殼逛公頭3〇，其設有 塑膠座35、-金屬殼36及一排第一端子”，該塑膠座35前段 為後#又之半问度，該金屬殼36包覆該塑膠座35且前段兩者之 7 M419244 間形成一連接槽351，該一排第一端子37共四個固定於該塑膠座 .35 ’第一端子37之刖私s又有一第一接點371平貼於該連接槽gw 内塑膠座35之一面，該一排第一接點371為一 USB2. 0之連接介 面其後端設有一接腳372伸出該塑膠座35，該一排第一端子37 之接腳372電連接該電路板20之轉接電路。 該第二電連接構造2為一雙向USB2.0母座40,其設有一塑膠 座45、一金屬殼47、一舌片46及二排第一端子48 ,該舌片46 φ 呈水平凸出且一體成型設於該塑膠座前端，該二排第一端子48固 定於該塑膠座45，每一排第一端子48有4個，該第一端子48接 近前端設有一可彈動之第一接點481且後端設有一接腳482伸出 該塑膠座45，該一排第一端子48之第一接點481凸出該舌片46 之上面，另一排第一端子48之第一接點481凸出該舌片46之下 面，如圖3所示，該二排第一接點481係為相同之連接介面且電 路序號相互為反向排列，即該舌片46下面之一排第一接點481之 鲁電路序號由左至右排列為1，2, 3, 4 ’該舌片46上面之'—排第一接 點481之電路序號由左至右排列為4, 3, 2,1。 二排第一端子48之之接腳482皆電連接該電路板20之轉接 電路’該金屬殼47包覆該塑膠座45且形成一連接槽471，該舌片 46位於該連接槽471之中間高度，上下對稱且左右對稱，該連接 槽471可正反雙向電連接並接合一對接之金屬殼型之USB2. 〇公頭 或是該舌片46之上下方可分別電連接並接合一對接之板片型 USB2.0公頭。另外，設有一偵測端子410藉以偵測對接之公頭之 8 料叫44 電連接方向。 該第一、二電連接構造丨、2及電路板2〇皆為該定位盒1〇包 覆並定位’該第一電連接構造1之前段露出該定位盒10，該第二 電連接構造2僅連接槽471之插入口露出該定位盒1G，該連 471、351之插入口相互呈反向。 藉由以上構造，可達到一個單向USB2 〇鐵殼型公頭3〇轉接 個雙向USB2.0母座40，達到使用上之方便性。M419244 V. New description: - [New technical field] Lai Zuo has a kind of electrical connector, which refers to the adapter electrical connector. [Prior Art] Today's computer equipment is the most popular _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Such as a mouse, keyboard, etc., instantly measured by the computer and used immediately. At present, the USB socket and the 1; muscle 0_ are all unidirectional electrical connections. In order to ensure that the brain connector can be electrically connected when inserted into the brain socket, the two have a foolproof design on the docking, that is, when the USB connector is inserted in the reverse direction, the insertion cannot be performed. The user will insert another direction and insert it in the correct direction to ensure that there is an electrical connection after insertion. The user usually inserts randomly, so the probability of not being inserted is 1/2, and it is often inserted Φ twice, which causes inconvenience in use. However, in order to be convenient to use, it is still necessary to be electrically connected in both forward and reverse directions to meet the demand, so that a two-way electrical connection adapter connector is also required. Furthermore, many electronic products are required to be light and thin for ease of carrying or space configuration. If the electrical connection is thinned, the connector of the electrical connection should be thinned to be docked. [New Content] 3 M419244 The main purpose of this creation is to provide an adapter electrical connector that can be connected to a two-way plug-in electrical connector for ease of use. Another main purpose of the present invention is to provide an adapter electrical connector that can be used to achieve an adapter plate type male head for ease of use. In order to achieve the above object, the present invention provides an adapter electrical connector, comprising: a switching circuit; at least a first-electrical connection structure, which is provided with a connection portion, the connection portion is provided with at least a surface at least And at least one second electrical connection structure, the second electrical connection structure is provided with a connection portion, and the connection portion is provided with at least a contact point at least in a plane. At least the contact point is electrically connected to the switching circuit and electrically connected to at least one row of contacts of the first electrical connection structure; wherein at least one of the first and second electrical connection structures is a two-way electrical connection structure, The connecting portions of the two-way electrical connection structure are respectively provided with at least one row of contacts on opposite sides of the two sides, and the two-way electrical connection structure can be electrically and positively connected in two directions, and the two connectors are connected to each other. Electrical connector. The electrical connection H is transferred as described, wherein the connection portion of the first and second electrical connection structures is a connection groove. The adapter electrical connector as described further includes a positioning box that covers and positions the second electrical connection structure and the switching circuit, and the insertion slot of the first and second electrical connection structures The mouth reveals the positioning box. As described in the transfer f connector, the towel-the first electrical connection material-bidirectional male head is provided with a plastic seat and a metal shell, and the plastic seat is provided with the connecting groove, the top of the connecting groove The surface and the bottom surface are each provided with the at least one row of contacts, and the metal shell covers the plastic 4 plastic seat. The adapter electrical connector, wherein at least the contact points of the top surface and the bottom surface of the connection slot are the same connection interface and the circuit numbers are opposite to each other. The adapter electrical connector, wherein the first electrical connection is configured as a one-way male Ό and has a t-seat and a metal shell, the metal shell covering the plastic seat and forming the connection therebetween The slot is provided with only the at least one of the contact points in the connecting slot. The electrical connector is configured as described above, wherein the first electrical connection is configured as a leg male connector, and the at least one row of contacts is a row of four first contacts that are not inflated. The electrical connector is as described, wherein the first electrical connection is configured as - Cong. 0 male 'the at least - the contact point is - the row of four non-bounced contacts - and a row of five bullets The first contact of the move is the _ row first - the contact point is the second contact point close to the insertion slot of the connection slot. The adapter electrical connector, wherein the top surface and the bottom surface of the connecting groove of the first electrical connection structure are inclined surfaces, so that the connection groove is inserted higher than the inner end. The adapter electrical connector, wherein the second electrical connection is configured as a two-way female seat, which is provided with a rotating seat and a metal shell, and the plastic seat is provided with a protruding tongue at the front end of the tongue. The two sides are respectively provided with the at least one row of contacts, the metal shell covers the plastic seat and forms the connecting groove, the tongue is located at the height between the towels of the connecting groove, and the connecting groove can be connected to the two-way electrical connection. The male head or the upper and lower sides of the tongue can electrically connect and engage the male couples respectively. The electrical connector is as described, wherein at least one of the upper and lower sides of the tongue is the same connection interface. M419244, as described in the adapter electrical connector, wherein the second electrical connection is configured as a one-way female * seat, which is provided with a plastic seat and a metal shell, the front end of the plastic seat is - protruding. The tongue piece 'the upper and lower sides of the tongue piece are only-faced with the at least-discharge point, and the metal shell covers the plastic seat and forms the connecting groove, and the tongue piece is located in the connecting groove. The adapter electrical connector, wherein the second electrical connection is configured as a USB2 母 female socket, the at least one row of contacts being a first row of four springs. As described in the electrical connector, wherein the first electrical connection is configured as - USB3. 〇 母 母 ' ' at least - the row is - the first row of four springs and one row of five The second contact of the spring is 'the second contact of the row-the second row is closer to the insertion port of the connection groove. The adapter electrical connector, wherein the thickness of the front section of the tongue is greater than the thickness of the rear section, and the upper and lower sides of the tongue are inclined. The adapter electrical connector, wherein the top surface and the bottom surface of the insertion opening of the connecting groove of the second electrical connection structure are provided with convex portions protruding toward the tongue, and the convex portion and the bottom surface of the top surface The vertical distance of the convex portion is the height of the insertion opening, so the height of the insertion opening is smaller than that of the insertion opening. The adapter electrical connector is as described, wherein the adapter circuit is disposed on a circuit board. The electrical connector is as described, wherein the switching circuit is an electrical connection. The adapter electrical connector, wherein the at least one first electrical connection is configured to be a USB 2.0 or a USB 3. 0 male connector, and the at least one second electrical connection is configured as at least one one-way Micro USB Male and at least one bidirectional Micr〇USB male. Furthermore, the present invention further provides an adapter electrical connector comprising: a switch 6 M419244 circuit; at least one first electrical connection structure 'having a connection portion, the connection portion having at least one row on at least one side The at least one row of contacts is electrically connected to the switching circuit; and the at least one second electrical connection structure is provided, the second electrical connection structure is provided with a connecting portion, and the connecting portion is provided with at least one row of contacts on at least one side. The at least one row of contacts is electrically connected to the switching circuit ′ and electrically connected to at least one row of contacts of the first electrical connection structure; wherein at least one of the first and second electrical connection structures is a connection portion a connecting plate, the connecting plate is provided with the surface of the at least one row of contacts uncovered and exposed. • The adapter electrical connector as described, wherein the adapter circuit is disposed on a circuit board, the connection board being integrally disposed with the circuit board. The above and other objects, advantages and features of the present invention will become more apparent from [Embodiment] Please refer to FIG. 1, FIG. 2 and FIG. 3, which are the first embodiment of the present invention, which includes: - a clamp box 10, a circuit board 2, a first electrical connection structure, and a first The second electrical connection structure 2, wherein: the positioning box 10 is provided with a lower case u and an upper case 12 which are respectively covered with each other. The circuit board 20 is positioned under the positioning box 10 and has a switch-on circuit. The first-electric connection structure; [for a one-way USB2 〇 iron shell to visit the male head 3〇, which is provided with a plastic seat 35, a metal shell 36 and a row of first terminals", the front part of the plastic seat 35 is a rear #又In the half of the case, the metal shell 36 covers the plastic seat 35 and a connection groove 351 is formed between the 7 M419244 of the front section. The first row of the first terminals 37 is fixed to the plastic seat. 35 'the first terminal 37 刖 s has a first contact 371 flat on one side of the plastic seat 35 in the connection groove gw, the first connection of the row 371 is a USB2.0 connection interface with a pin 372 at the rear end Extending the plastic holder 35, the pin 372 of the first row of the first terminal 37 is electrically connected to the switching circuit of the circuit board 20. The second electrical connection structure 2 is a bidirectional USB2.0 female seat 40, which is provided with a plastic. a seat 45, a metal shell 47, a tongue piece 46 and two rows of first terminals 48, the tongue piece 46 φ is horizontally protruded and integrally formed at the front end of the plastic seat, the two rows of first terminals 48 are fixed to the plastic The socket 45 has four rows of first terminals 48. The first terminal 48 is provided with a first pivotable port 481 near the front end and a pin 482 at the rear end. The first contact 481 of the first terminal 48 of the row protrudes from the upper surface of the tongue 46, and the first contact 481 of the other terminal 48 of the other row protrudes from the lower surface of the tongue 46. As shown in FIG. 3, the two rows of first contacts 481 are the same connection interface and the circuit numbers are reversely arranged with each other, that is, the first circuit of the first contact 481 of the tongue 46 is arranged from left to right. 1, 2, 3, 4 'the number of the first contact 481 on the top of the tongue 46 is arranged from left to right as 4, 3, 2, 1. The pin of the first row of the second terminal 48 The 482 is electrically connected to the switching circuit of the circuit board 20. The metal case 47 covers the plastic seat 45 and forms a connecting groove 471. The tongue piece 46 is located at a middle height of the connecting groove 471, and is vertically symmetric and bilaterally symmetrical. The connecting slot 471 can be electrically connected in a forward and reverse direction and can be connected to a pair of connected metal shell type USB 2. The male head or the upper and lower sides of the tongue 46 can electrically connect and engage a pair of plate type USB 2.0 males, respectively. In addition, a detecting terminal 410 is provided to detect the electrical connection direction of the male connector of the male connector. The first and second electrical connection structures 丨, 2 and the circuit The positioning box 1 is covered and positioned. The first electrical connection structure 1 exposes the positioning box 10, and the second electrical connection structure 2 only connects the insertion opening of the slot 471 to expose the positioning box 1G. The insertion ports of the 471 and 351 are opposite to each other. With the above configuration, a one-way USB2 〇 iron shell type male 〇 3 〇 can be transferred to a two-way USB 2.0 female seat 40, which is convenient for use.
請參閱圖4，縣創作第二實補，其A致與第—實施例相 同，其差異在於本實施例係設有三個第二電連接構造2，該第二電 連接構造2亦為-雙向USB2.0母座40,本實施例可達到一個單向 USB2· 〇鐵殼型公頭3〇轉接三個雙向USB2 〇母座4〇，達到使用上 之方便性。 請參閱圖5，係本創作第三實施例，其大致與第一實施例相 同，其差異在於本實施例係設有二個第二電連接構造2，該第二電 連接構造2亦為一雙向USB2· 0母座40’本實施例可達到一個單向 0鐵殼型公頭3〇轉接二個呈ι2〇度之雙向USB2. 〇母座4〇。 清參閱圖6，係本創作第四實施例，其大致與第三實施例相 同’其差異在於本實施例之二個第二電連接構造2呈疊層設置。 請參閱圖7 ’係本創作第五實施例，其大致與第一實施例相 同，其差異在於本實施例之第二電連接構造1為一雙向USB2 〇鐵 设型公頭31 ’其設有一塑膠座35、一金屬殼36及二排第一端子 37’該塑膠座35前段設有一連接槽351 ’該金屬殼36包覆該塑夥 9 M419244 座35該排第端子37固定於該塑膠座35，第一端子37之前 ，端設有一第一接點371且後端設有-接腳372伸出該塑膠座35， •該二排第一端子37之接腳372電連接該電路板2〇之轉接電路， 排第端子37之第一接點371平貼於該連接槽之底面，另 -排第-端子37之第一接點371平貼於該連接槽351之頂面，該 二排第-接點371係為相同之連接介面且電路序號相互為反向排 列。Referring to FIG. 4, the second creation of the county creation is the same as that of the first embodiment. The difference is that the embodiment is provided with three second electrical connection structures 2, and the second electrical connection structure 2 is also bidirectional. USB2.0 female 40, this embodiment can achieve a one-way USB2· 〇 iron shell type male 3 〇 transfer three bidirectional USB2 〇 female 4 〇, to achieve the convenience of use. Referring to FIG. 5, a third embodiment of the present invention is substantially the same as the first embodiment. The difference is that the second electrical connection structure 2 is provided in the embodiment. The second electrical connection structure 2 is also a Two-way USB2·0 female seat 40' This embodiment can reach a one-way 0 iron shell type male head 3 〇 two two-way USB2 with ι2 〇 degree. 〇 mother seat 4 〇. Referring to Fig. 6, a fourth embodiment of the present invention is substantially the same as that of the third embodiment. The difference is that the two second electrical connection structures 2 of the present embodiment are arranged in a stack. Referring to FIG. 7 , a fifth embodiment of the present invention is substantially the same as the first embodiment, and the difference is that the second electrical connection structure 1 of the embodiment is a bidirectional USB 2 ferrule-type male head 31 ′ The plastic seat 35, a metal shell 36 and two rows of first terminals 37' are provided with a connecting groove 351 in the front section of the plastic seat 35. The metal shell 36 covers the plastic body. The M319244 seat 35 is fixed to the plastic seat. 35. Before the first terminal 37, a first contact 371 is disposed at the end, and a pin 372 is disposed at the rear end of the plastic terminal 35. The pins 372 of the second row of the first terminals 37 are electrically connected to the circuit board 2. In the switching circuit, the first contact 371 of the first terminal 37 is flatly attached to the bottom surface of the connecting slot, and the first contact 371 of the other-terminal third terminal 37 is flatly attached to the top surface of the connecting slot 351. The second row of the first contact 371 is the same connection interface and the circuit numbers are arranged in opposite directions to each other.
• 本實施例可達到一個雙向USB2. 0鐵殼型公頭31轉接一個雙 向USB2. 0母座4(N 請參閱圖8 ’係本創作第六實施例，其大致與第五實施例相 同，其差異在於本實施例之第二電連接構造2係為-單向USB2.0 母座41，其僅設有-排第-端子48,該-排第-端子48之第一 接點481凸出該舌片46之下面，本實施例可達到一個雙向USB2 〇 公頭30轉接一個單向usB2. 0母座41。 • 請參閱® 9，係本創作第七實施例，其大致與第-實施例相 同’其差異在於： 本實施例之第一電連接構造丨為一單向USB3· 〇鐵殼型公頭 32，該單向USB3· 0鐵殼型公頭32大致與單向USB2. 〇鐵殼型公頭 30相同，該單向USB3. 〇鐵殼型公頭32係多設有一排5個第二端 子38 ,該一排第二端子38固定於該塑膠座祁，第二端子兕之前 端叹有一第二接點381凸出於該連接槽351内塑膠座35之一面， 其後端設有一接腳382伸出該塑膠座35，該一排第二端子38之接 M419244 腳382電連接該電路板20之轉接電路，該一排第一接點38ι較〜 排第二接點371接近連接槽351之插入口。 . 本實施例之第二電連接構造2係為一雙向USB3. 0母座42,雙 向1^Β3. 〇母座42係較雙向USB2. 0母座42多設有二排各5個第^ 一端子49，該二排第二端子49固定於該塑膠座45，第二端子佔 前端設有一不可彈動之第二接點491且後端設有一接腳492伸出 該塑踢座45，該一排第二端子49之第二接點491平貼該舌片46 • 之上面，另一排第二端子49之第二接點491平貼該舌片46之下 面，二排第二端子49之接腳492皆電連接該電路板2〇之轉接電 路，該一排第二接點491較一排第一接點481接近連接槽471之 插入口，該二排第一接點481係為相同之連接介面且電路序號相 互為反向排列，該二排第二接點491係為相同之連接介面且電路 序號相互為反向排列。另外，該舌片46為了增加強度而設計成前 段厚度較後段厚度為大，由前而後漸厚而呈錐狀，使該舌片46上 鲁下兩面呈傾斜面，使對接之USB3. 0公頭插入連接槽時可呈傾斜定 位，該連接槽471之插入口之頂面及底面皆設有凸向舌片46之凸 部411，該頂面之凸部411和底面之凸部411之垂直距離為插入口 高度，故該插入口高度較插入口内之連接槽高度為小，如此可使 該USB3. 0公頭插接時之最大斜角減小而能防短路且減小插接間隙 而能避免晃動。 本實施例可達到一個單向USB3· 〇鐵殼型公頭32轉接一個雙 向USB3. 0母座42。 M419244 請參閱圖10，係本創作第八實施例，其大致與第七實施例相 同，其差異在於本實施例係設有二個第二電連接構造2，該第二電 連接構造2亦為-雙向USB3· 0母座42，且該二個USB3· 〇母座42 呈疊層設置，本實施例可達到一個單向USB3 〇鐵殼型公頭犯轉 接二個雙向USB3. 0母座42。 本實施例之二個第二電連接構造2係呈疊層設置，另外，亦 可轉接多個呈並列之第二電連接構造2，如同圖4或圖5所示。 鲁請參閱圖11，係本創作第九實施例，其大致與第七實施例相 同，其差異在於本實施例之第一電連接構造i為一雙向1^助()鐵 殼型公頭33，其構造大致同如第五實施例之雙向USB2· 0鐵殼型公 頭31，其係增設二排第二端子38，該二排第二端子係設有第 二接點381凸出分別連接槽351之頂面352和頂面353，該二排第 一接點371較二排第二接點381接近連接槽351之插入口，該二 排第一接點371係為相同之連接介面且電路序號相互為反向排 ® 列，該二排第二接點381係為相同之連接介面且電路序號相互為 反向排列，另外，連接槽之頂面352及底面353皆呈傾斜面，使 該連接槽351之插入口較内端為高。 本實施例可達到一個雙向USB3 0鐵殼型公頭33轉接一個雙 向USB3. 0母座42。 請參閱圖12，係本創作第十實施例，其大致與第九實施例相 同，其差異在於本實施例之第一電連接構造2為一單向USB3. 〇母 座43 ’其構造大致同雙向USB3. 0母座，然其僅設有一排四個第一 12 M419244 端子48及一排五個第二端子49,故該第一端子48之第一接點481 -凸出舌片46下面且可上下彈動，該第二端子49之第二接點491 平貼於舌片46下面且不可上下彈動，一排第一端子肋之接腳及 一排第二端子49之接腳皆電連接該電路板20之轉接電路，該一 排第二接點491較一排第一接點481接近連接槽471之插入口。 本實施例可達到一個雙向USB3.0鐵殼型公頭33轉接一個單 向USB3. 0母座43。 修请參閱圖13，係本創作第十一實施例，其大致與第一實施例 相同’其差異在於本實施例之第―、二電連接構造卜2皆為一雙 單USB2· 0母座40’本實施例可達到一個雙向USB2· 〇母座4〇轉接 一個雙向USB2.0母座40。 請參閱圖14 ’係本創作第十二實施例，其大致與第十實施例 相同，其差異在於本實施例之第一電連接構造1為一雙向USBg. 〇 母座42，本實施例可達到一個雙向USB3. 〇母座乜轉接一個單向 籲 0母座43。 請參閱目15 ’係本創作第十三實施例，其大致與第五實施例 相同’其差異在於本實施例之第二電連接構造2為一單向USB2 〇 鐵殼型公頭30，本實施例可達到一個雙向USB2 〇鐵殼型公頭31 轉接一個單向USB2. 0鐵殼型公頭3〇。 請參閱圖16，係本創作第十四實施例，其大致與第九實施例 相同，其差異在於本實施例之第二電連接構造2為一雙向USB3 〇 鐵殼型公頭33，本實施例可達到一個雙向USB3. 〇鐵殼型公頭33 13 M419244 轉接一個雙向USB3.0鐵殼型公頭33。 上述各實施例中之第一、二電連接構造之塑膠座和金屬殼係 . 採分開設置各自而成，然而亦可採一體設置整合為一。 請參閱圖17，係為本創作第十五實施例，其包括有：一定位 盒10、一電路板20、一第一電連接構造丨及一第二電連接構造2， 其中： 該定位盒10設有相互蓋合之一下盒η及一上盒12。 馨該電路板20定位於該定位盒1〇之下盒η,其上設有一轉接 電路。 該第一電連接構造1為一為一單向USB2.〇板片型公頭315， 該單向USB2· 0板片型公頭315設有-連接部，該連接部為一連接 板310，該連魏310與該電路板4〇 一體設置，該連接板伸出該 疋位盒1G外，其上下板面未被遮蓋而外露，其上板面設有一排4 個第-接點22 ’該-排4個第一接點22為一觀· 〇之連接介面 • 且為電路板20上之電路接點。 該第二電連接構造2為-單向USB2· 〇母座43,其與第十實施 例相同。 本實施例可達到一個單向USB2.0板片型公頭315轉接一個單 向USB2. 0母座43。 請參閲_ ’係本_第十六實_，其纽與第十五實施 例相同’其差異在於本實施例之第二電連接構造2為一雙向卿〇 母座4〇 ’本實施例可達到一個單向鼠0板片型公賴5轉接一個 M419244 雙向USB2.0母座40。 - 請參閱圖19，係本創作第十七實施例，其大致與第十五實施 •例相同，其差異在於本實施例之第一電連接構造1為一單向USB3 〇 板片型公頭316，該電路板2〇上更焊接設有一排5個第二端子38， 該第二端子38設有一可上下彈動且凸出連接板31〇上板面之第二 接點381，該一排第一接點22較一排第二接點381遠離該電路板 20 ;該第二電連接構造2為一雙向USB3 〇母座42，本實施例可達到 • 一個單向USB3.0板片型公頭316轉接一個雙向USB3.0母座42。 請參閱圖20，係本創作第十八實施例，其大致與第十七實施 例相同，其差異在於本實施例之第一電連接構造丨為一雙向USB3 〇 板片型公頭317，其連接板31〇為一塑膠板，其結合固定於該定位 盒10前端，其後端一體成型一固定座311固定於該包覆體3〇内，該 連接板310露㈣包覆體3G外，該連接板31()上下板面各設有一排4 個第二端子37及-排5個第二端子38，該第一端子37設有一不彈動 鲁且平貼於連接板31〇之第一接點37卜該第二端子犯設有一可上下 彈動且凸出連接板31〇上板面之第二接點38卜該一排第一接點四 較一排第二接點381遠離該電路板20，該二排第-接點371及二排 第二接點381皆係為相同之連接介面且電路序號相互為反向排 歹J ’本貫知例之第一電連接構造2為一單向〇鐵殼型公頭％， 本實施例可達到一個雙向板片型公頭317轉接-個單向 USB3. 0鐵殼型公頭32。 明參閱圖21及圖22 ’係本創作第十九實酬，其大致與第十 15 M419244 五實施例相同，其差異在於本實施例之第一電連接構造1為一雙連 接介面之板片型公頭319，其連接板31〇上下板面分別設有一排不 .同連接介面之第一接點22。 請參閱圓23及圖24，係本創作第二十實施例，其大致與第十 五實施例相同，其差異在於本實施例之第一電連接構造丨為一雙向 USB2.0板片型公頭318，其連接板31〇上下板面分別設有一排皆為 USB2.0連接介面且電路序號相互為反向排列之第一接點22 ;該第 φ 二電連接構造2為一雙連接介面之電連接母座415，如圖24所示， 該舌片46兩板面分別設有一排第一接點481，該二排第一接點481 係為不同之連接介面。 請參閱圖25及圖26，係本發明第二^一實施例，其大致與第 十八實施例相同，其差異在於本實施之第一電連接構造丨之連接板 310之上下板面皆設有凸出之限位構造312，該第二電連接構造2為 一雙向USB3· 0鐵殼型公頭33。 • 請參閱圖27及圖28，係為本創作第二十二實施例，其包括 有：一轉接電路、一第一電連接構造〗及二第二電連接構造2，其 中： 該轉接電路為一電連接線25，該電連接線25係設有一主電線 26及二支電線27，該二支電線27係電連接至該一主電線26。 該第-電連接構造1為-雙向USB2 〇鐵殼型公頭31，該雙向 USB2.0鐵殼型公頭31電連接該電連接線25之主電線26。 該二第二電連接構造2分別為一單向Micr〇 公頭32〇及 16 M419244 一雙向Micro USB公頭321，請配合參閱圖27A，該單向Micro USB 公頭320設有一連接槽322及一排第一端子323,該一排第一端子 323為5個，該一排第一端子323各設有一凸出且可彈動之第一接 點324凸出連接槽322内一面，請配合參閱圖27B，該雙向Micro USB公頭321設有一連接槽322及二排第一端子323，該二排第一 端子323各為5個，該二排第一端子323各設有一凸出且可彈動 之第一接點324分別凸出連接槽322内上下面，該雙向Micro USB # 公頭321之二排二排第一端子323電連接一支電線27，該單向 Micro USB公頭320之一排第一端子323電連接另一支電線27 ^ 藉由以上構造，可達到一個雙向USB2 〇鐵殼型公頭31轉接 一單向Micro USB2. 0公頭320及一雙向Micro USB公頭321，達 到使用上之方便性。 本實施例在使用上，該雙向USB2 〇鐵殼型公頭31係插接至 一充電器70上之雙向USB2. 0母座40，由於兩者是雙面接點之對 ® 接，故充電速度可增快一倍，而電連接線25另一頭之單向Micro USB2. 0公頭320及一雙向Micro USB公頭321可提供使用者選擇 使用，或是接上兩台適合插接之電子產品（如手機）同時充電。 請參閱圖29及圖30，係本創作第二十三實施例，其大致與第 二十二實施例相同，其差異在於本實施例之第一電連接構造1為 一雙向USB3. 0鐵殼型公頭33,該充電器7〇上則設置一雙向USB3 〇 母座42，本實施例可達到一個雙向USB3 〇鐵殼型公頭33轉接一 單向Micro USB2. 0公頭32〇及一雙向Micr〇 USB公頭犯卜 M419244 凊參閱圖30A ’該雙向USB3. 0母座42之塑膠座45係設置上 夾板451及下夾板452夹合一電路板413，在實施上電路板413 與塑膠座45可採埋入-同射出方式或是組裝方式。 請參閱圖31，係本創作第二十四實施例，其大致與第二十二 實施例相同’其差異在於本實施例係設有二第一電連接構造丨，其 為一單向USB2.0板片型公頭3丨5，其一為電源及資料(p〇WER AND DATA)傳輸，另一僅為電源(p〇WER)傳輸，如此在使用上二個第一 φ 電連接構造1皆接上時電力傳輸較快。 凊參閱圖32，係本創作第二十五實施例，其大致與第二十二 實施例相同，其差異在於本實施例之二第二電連接構造2 (一單向The present embodiment can achieve a two-way USB2.0. The iron shell type male head 31 is switched to a two-way USB2.0. The female base 4 (N. See FIG. 8 is a sixth embodiment of the present invention, which is substantially the same as the fifth embodiment. The difference is that the second electrical connection structure 2 of the embodiment is a one-way USB 2.0 female seat 41, which is only provided with a row-terminal terminal 48, and the first contact point 481 of the row-terminal terminal 48 Protruding under the tongue 46, this embodiment can achieve a two-way USB2 〇 male head 30 to transfer a one-way usB2.0. 0 female seat 41. • Please refer to the ninth embodiment of the seventh embodiment of the present invention. The first embodiment is the same as the difference in that: the first electrical connection structure 本 of the embodiment is a one-way USB3· 〇 iron shell type male head 32, and the one-way USB3.0 iron shell type male head 32 is substantially unidirectional USB2. The same is true for the 〇 iron shell type male head 30. The one-way USB3. The 〇 iron shell type male 32 series is provided with a row of five second terminals 38, and the row of second terminals 38 is fixed to the plastic seat 祁, the first A second contact 381 protrudes from a front surface of the two terminals and protrudes from one side of the plastic seat 35 in the connecting groove 351. A rear end of the second terminal 381 is provided with a pin 382 extending from the plastic seat 35. The second terminal 38 is connected to the switching circuit of the circuit board 20, and the row of first contacts 38i is closer to the insertion port of the connecting slot 351 than the second row of contacts 371. The two electrical connection structure 2 is a two-way USB 3. 0 female 42, two-way 1 ^ Β 3. The female 42 is more than a two-way USB 2. 0 female 42 has two rows of five fifth terminals 49, the two The second terminal 49 is fixed to the plastic seat 45. The second terminal has a second contact 491 which is not immovable at the front end, and a pin 492 is extended at the rear end to extend the plastic kick seat 45. The second terminal of the row The second contact 491 of 49 is flat on the top of the tongue 46. The second contact 491 of the second row of the other terminal 49 is flat against the bottom of the tongue 46, and the pins 492 of the second row of the second terminal 49 are The second connection node 491 is electrically connected to the insertion port of the connection slot 471. The second row of the first contacts 481 are the same connection interface. The circuit numbers are arranged in opposite directions to each other, and the second row of second contacts 491 are the same connection interface and the circuit numbers are arranged in opposite directions to each other. The strength of the front section is designed to be larger than the thickness of the back section, and is tapered from the front to the back, so that the tongue 46 has an inclined surface on both sides of the tongue, so that the docked USB3.0 male plug can be inserted into the connecting groove. The top surface and the bottom surface of the insertion opening of the connecting groove 471 are provided with convex portions 411 protruding toward the tongue piece 46. The vertical distance between the convex portion 411 of the top surface and the convex portion 411 of the bottom surface is the height of the insertion opening. The height of the insertion port is smaller than the height of the connection slot in the insertion port, so that the maximum bevel angle when the USB 3.0 male connector is inserted can be reduced to prevent short circuit and reduce the insertion gap to avoid shaking. In this embodiment, a one-way USB3· 〇 iron shell type male head 32 is transferred to a two-way USB 3. 0 female seat 42. M419244, referring to FIG. 10, is an eighth embodiment of the present invention, which is substantially the same as the seventh embodiment. The difference is that the second electrical connection structure 2 is also provided in the embodiment. The second electrical connection structure 2 is also - Two-way USB3·0 female seat 42, and the two USB3· 〇 female bases 42 are arranged in a stack. In this embodiment, a one-way USB3 〇 iron shell type male pirate is transferred to two two-way USB 3. 0 female seats. 42. The two second electrical connection structures 2 of the present embodiment are arranged in a stack, and a plurality of second electrical connection structures 2 arranged in parallel may be transferred, as shown in Fig. 4 or Fig. 5. Referring to FIG. 11, the ninth embodiment of the present invention is substantially the same as the seventh embodiment, and the difference is that the first electrical connection structure i of the embodiment is a bidirectional 1^ assisted () iron shell type male 33 The structure is substantially the same as the two-way USB2.0 iron shell type male head 31 of the fifth embodiment, which is provided with two rows of second terminals 38, and the second row of second terminals are provided with second contacts 381 protrudingly connected respectively. The top surface 352 of the slot 351 and the top surface 353, the two rows of first contacts 371 are closer to the insertion slots of the connection slots 351 than the second row of second contacts 371, and the two rows of first contacts 371 are the same connection interface and The circuit numbers are opposite to each other, and the second rows of the second contacts 381 are the same connection interface and the circuit numbers are opposite to each other. In addition, the top surface 352 and the bottom surface 353 of the connection groove are inclined surfaces. The insertion opening of the connecting groove 351 is higher than the inner end. In this embodiment, a two-way USB3 0 iron shell type male head 33 is transferred to a two-way USB 3.0. Referring to FIG. 12, a tenth embodiment of the present invention is substantially the same as that of the ninth embodiment, and the difference is that the first electrical connection structure 2 of the embodiment is a one-way USB 3. The mother seat 43' has substantially the same structure. The two-way USB3.0. 0 female, but only one row of four first 12 M419244 terminals 48 and one row of five second terminals 49, so the first contact 481 of the first terminal 48 - protrudes below the tongue 46 And the second contact 491 of the second terminal 49 is flat under the tongue 46 and cannot be bounced up and down, and the pins of the first row of terminal ribs and the pins of the second row of terminals 49 are all The switching circuit of the circuit board 20 is electrically connected. The row of second contacts 491 is closer to the insertion port of the connecting slot 471 than the first row of the first contacts 481. In this embodiment, a two-way USB 3.0 iron-shell type male head 33 can be transferred to a single-direction USB 3. 0 female seat 43. Referring to FIG. 13, the eleventh embodiment of the present invention is substantially the same as the first embodiment. The difference is that the first and second electrical connection structures of the present embodiment are both a single USB2·0 female seat. 40' This embodiment can achieve a two-way USB2 〇 〇 4 4 〇 一个 a two-way USB 2.0 female 40. Referring to FIG. 14 , the twelfth embodiment of the present invention is substantially the same as the tenth embodiment, and the difference is that the first electrical connection structure 1 of the embodiment is a bidirectional USB g. A two-way USB3 is reached. The female seat is transferred to a one-way call 0 female seat 43. Please refer to the fifteenth embodiment of the present invention, which is substantially the same as the fifth embodiment. The difference is that the second electrical connection structure 2 of the present embodiment is a one-way USB2 〇 iron shell type male head 30, this The embodiment can reach a two-way USB2 〇 iron shell type male head 31 to transfer a one-way USB 2. 0 iron shell type male head 3 〇. Please refer to FIG. 16 , which is a fourteenth embodiment of the present invention, which is substantially the same as the ninth embodiment. The difference is that the second electrical connection structure 2 of the embodiment is a bidirectional USB3 〇 iron shell type male head 33. For example, a two-way USB3 can be reached. The 〇 iron shell type male head 33 13 M419244 is transferred to a two-way USB 3.0 iron shell type male head 33. The plastic seat and the metal shell of the first and second electrical connection structures in the above embodiments are separately provided, but may be integrated into one. Referring to FIG. 17, a fifteenth embodiment of the present invention includes: a positioning box 10, a circuit board 20, a first electrical connection structure, and a second electrical connection structure 2, wherein: the positioning box 10 is provided with a lower case η and an upper case 12 which are respectively covered with each other. The circuit board 20 is positioned under the box n of the positioning box 1 and is provided with a switching circuit. The first electrical connection structure 1 is a one-way USB 2. 〇 片 头 315, and the unidirectional USB 2.0 slab male 315 is provided with a connecting portion, and the connecting portion is a connecting plate 310. The connector 310 is integrally provided with the circuit board 4, and the connecting plate extends out of the clamping box 1G, and the upper and lower plates are uncovered and exposed, and the upper plate surface is provided with a row of 4 first-contact points 22 The four first contacts 22 of the row are a connection interface of the viewer and the circuit contacts on the circuit board 20. The second electrical connection structure 2 is a one-way USB2 〇 mother holder 43, which is the same as the tenth embodiment. In this embodiment, a one-way USB 2.0 chip type male 315 can be transferred to a one-way USB 2.0 female socket 43. Please refer to _ '本本_六六实_, which is the same as the fifteenth embodiment'. The difference is that the second electrical connection structure 2 of the embodiment is a two-way slab. A one-way mouse 0-plate type can be reached to transfer a M419244 two-way USB2.0 female 40. - Referring to FIG. 19, a seventeenth embodiment of the present invention is substantially the same as the fifteenth embodiment, except that the first electrical connection structure 1 of the present embodiment is a one-way USB3 slab-type male connector. 316, the circuit board 2 is further soldered with a row of five second terminals 38. The second terminal 38 is provided with a second contact 381 which can be bounced up and down and protrudes from the upper surface of the connecting plate 31. The first contact 22 is away from the circuit board 20 than the second contact 381; the second electrical connection structure 2 is a bidirectional USB3 〇 female 42 which can be achieved in this embodiment. • One unidirectional USB 3.0 board The male 316 is switched to a two-way USB 3.0 female 42. Referring to FIG. 20, the eighteenth embodiment of the present invention is substantially the same as the seventeenth embodiment. The difference is that the first electrical connection structure of the embodiment is a bidirectional USB3 slab type male 317. The connecting plate 31 is a plastic plate, which is fixedly coupled to the front end of the positioning box 10. The rear end is integrally formed with a fixing seat 311 fixed in the covering body 3, and the connecting plate 310 is exposed (4) outside the covering body 3G. The upper and lower plates of the connecting plate 31 are provided with a row of four second terminals 37 and five rows of second terminals 38. The first terminal 37 is provided with a non-springing and flattening on the connecting plate 31. A contact 37 is provided with a second contact 38 which can be up and down and protrudes from the upper surface of the connecting plate 31. The first contact 4 is away from the second contact 381. The circuit board 20, the two rows of the first contact 371 and the second row of the second contact 381 are the same connection interface and the circuit numbers are opposite to each other. The first electrical connection structure 2 of the present example is known. For a one-way 〇 iron shell type male head, this embodiment can reach a two-way slab type male 317 adapter - a one-way USB 3. 0 iron shell type male 32. Referring to FIG. 21 and FIG. 22, the nineteenth embodiment of the present invention is substantially the same as that of the fifteenth embodiment of the fifteenth M419244, and the difference is that the first electrical connection structure 1 of the embodiment is a board of a double connection interface. The male head 319 has a row of upper and lower plates which are respectively provided with a row of first contacts 22 which are not connected to the interface. Please refer to the circle 23 and FIG. 24, which is the twentieth embodiment of the present invention, which is substantially the same as the fifteenth embodiment, and the difference is that the first electrical connection structure of the embodiment is a bidirectional USB2.0 plate type. The first 318 of the connecting plate 31 and the upper and lower plates are respectively provided with a first contact 22 which is a USB2.0 connection interface and the circuit numbers are arranged in opposite directions. The first φ two electrical connection structure 2 is a double connection interface. As shown in FIG. 24, the two tab faces of the tab 46 are respectively provided with a row of first contacts 481, and the two rows of first contacts 481 are different connection interfaces. Referring to FIG. 25 and FIG. 26, it is a second embodiment of the present invention, which is substantially the same as the eighteenth embodiment, and the difference is that the lower plate surface of the connecting plate 310 of the first electrical connection structure of the present embodiment is provided. There is a protruding limit structure 312, and the second electrical connection structure 2 is a bidirectional USB3.0 iron shell type male head 33. Referring to FIG. 27 and FIG. 28, it is a twenty-second embodiment of the present invention, which includes: a switching circuit, a first electrical connection structure, and two second electrical connection structures 2, wherein: the transfer The circuit is an electrical connection 25 which is provided with a main electric wire 26 and two electric wires 27, and the two electric wires 27 are electrically connected to the main electric wire 26. The first electrical connection structure 1 is a bidirectional USB2 stellite type male head 31 electrically connected to the main electric wire 26 of the electrical connection line 25. The two second electrical connection structures 2 are a one-way Micr male 32 〇 and a 16 M 419 244 one-way Micro USB male 321 respectively. Please refer to FIG. 27A, the one-way Micro USB male 320 is provided with a connecting slot 322 and A row of first terminals 323, the row of first terminals 323 is five, the row of first terminals 323 are respectively provided with a protruding and elasticizable first contact 324 protruding from the inside of the connecting groove 322, please cooperate Referring to FIG. 27B, the two-way micro USB male 321 is provided with a connecting slot 322 and two rows of first terminals 323. The two rows of first terminals 323 are each five, and the two rows of first terminals 323 are respectively provided with a protruding and The first contact 324 of the spring protrudes from the upper and lower sides of the connecting slot 322, and the two rows of the first terminals 323 of the two-way Micro USB # male 321 are electrically connected to a wire 27, and the one-way Micro USB male 320 One row of the first terminal 323 is electrically connected to the other wire 27 ^ By the above configuration, a two-way USB2 〇 iron shell type male 31 can be transferred to a one-way Micro USB 2. 0 male 320 and a two-way Micro USB Head 321 achieves ease of use. In this embodiment, the two-way USB2 〇 iron shell type male connector 31 is plugged into a two-way USB 2.0 Socket 40 on a charger 70. Since the two are double-sided contacts, the charging speed is charged. It can be doubled, and the one-way Micro USB2.0 and the two-way Micro USB male 321 on the other end of the electrical cable 25 can be used by the user or connected to two electronic products suitable for plugging in. (such as mobile phones) charging at the same time. Referring to FIG. 29 and FIG. 30, the twenty-third embodiment of the present invention is substantially the same as the twenty-second embodiment, and the difference is that the first electrical connection structure 1 of the embodiment is a bidirectional USB3.0. The male head 33, the charger 7 is provided with a bidirectional USB3 〇 female seat 42, this embodiment can achieve a two-way USB3 〇 iron shell type male 33 transfer a one-way Micro USB 2. 0 male 32 〇 and A two-way Micr〇USB male scam M419244 凊Refer to FIG. 30A' The two-way USB3.0 0 female 42 plastic seat 45 is provided with a upper clamping plate 451 and a lower clamping plate 452 sandwiching a circuit board 413, which is implemented on the circuit board 413 The plastic seat 45 can be embedded in the same injection mode or assembled. Referring to FIG. 31, the twenty-fourth embodiment of the present invention is substantially the same as the twenty-second embodiment. The difference is that the first embodiment is provided with two first electrical connection structures, which are a one-way USB2. 0 plate type male head 3丨5, one for power and data (p〇WER AND DATA) transmission, the other for power supply (p〇WER) transmission, so the use of the first two φ electrical connection structure 1 When connected, the power transmission is faster. Referring to FIG. 32, a twenty-fifth embodiment of the present invention is substantially the same as the twenty-second embodiment, and the difference lies in the second electrical connection structure 2 of the second embodiment.
Micro USB2. 0公頭320及一雙向Micro USB公頭321)係設置在一 固定座326上。 請參閱圖33，係本創作第二十六實施例，其包括有：一轉接 電路、一第一電連接構造1及一第二電連接構造2，其中： • 該轉接電路為一電連接線25。 該第一電連接構造1為一單向USB2. 0板片型公頭315 ,該單 向USB2. 0板片型公頭315電連接於該電連接線25之一端。 該第一電連接構造2為一單向USB2. 0母座41，該單向USB2. 0 母座41電連接於該電連接線25之一端。 藉由以上構造，可達到一個單向USB2.〇板片型公頭315轉接 一單向USB2. 0母座41。 請參閱圖34，係本創作第二十七實施例，其大致與第二十六 M419244 實施例相同，其差異在於本實施例之第一電連接構造丨之絕緣座 體内設有一電子元件327，該電子元件327具有控制EMI功能，如 同具有鐵殼之遮敝效果，該第二電連接構造2為一雙向USB2. 〇母 座40 ’該雙向USB2. 〇母座40内設有一控制IC328。 本實施例可達到一個單向USB2. 〇板片型公頭315轉接一雙向 USB2. 0 母座 40。 請參閱圖35，係本創作第二十八實施例，其大致與第二十六 • 實施例相同，其差異在於本實施例之第一電連接構造1為一 RJ45 板片型公頭330，該第二電連接構造2為一標準型RJ45母座肋2。 本實施例可達到一個RJ45板片型公頭33〇轉接一標準型RJ45 母座332。 請參閱圖36，係本創作第二十九實施例，其大致與第二十二 實施例相同，其差異在於本實施例之充電器70直接連接一單向The Micro USB 2. 0 male 320 and a bidirectional Micro USB male 321 are disposed on a mount 326. Referring to FIG. 33, a twenty-sixth embodiment of the present invention includes: a switching circuit, a first electrical connection structure 1 and a second electrical connection structure 2, wherein: • the switching circuit is an electric Connection line 25. The first electrical connection structure 1 is a unidirectional USB 2.0 slab type male 315 electrically connected to one end of the electrical connection line 25. The first electrical connection structure 2 is a one-way USB 2.0 female socket 41 electrically connected to one end of the electrical connection line 25. With the above configuration, a one-way USB2. Referring to FIG. 34, a twenty-seventh embodiment of the present invention is substantially the same as the twenty-sixth M419244 embodiment, except that an electronic component 327 is disposed in the insulating body of the first electrical connection structure of the embodiment. The electronic component 327 has the function of controlling the EMI, as with the concealing effect of the iron casing. The second electrical connection structure 2 is a bidirectional USB 2. The mother socket 40 'the two-way USB 2. The mother socket 40 is provided with a control IC 328. In this embodiment, a one-way USB2 can be achieved. The slab-type male 315 is switched to a two-way USB 2. 0 female 40. Referring to FIG. 35, a twenty-eighth embodiment of the present invention is substantially the same as the twenty-sixth embodiment. The difference is that the first electrical connection structure 1 of the embodiment is an RJ45 plate type male head 330. The second electrical connection structure 2 is a standard type RJ45 female rib 2. In this embodiment, an RJ45 plate type male head 33 〇 can be transferred to a standard type RJ45 female seat 332. Referring to FIG. 36, a twenty-ninth embodiment of the present invention is substantially the same as the twenty-second embodiment, and the difference is that the charger 70 of the embodiment is directly connected to a one-way.
Micro USB2. 0 公頭 320 及一雙向 Micro USB 公頭 321。 • 在較佳實施例之詳細說明中所提出之具體的實施例僅為了易 於說明本創作之技_容，而並非將本_狹義地限制於該實施 例’在不超出本創作之精神及以下申請專利範圍之情況，可作種 種變化實施。 【圖式簡單說明】 圖1係本創作第一實施例之立體圖（上盒取下）。 圖2係本創作第一實施例之側視剖面圖。 M419244 圖3係本創作第一實施例之第三電連接構造2前視圖。 圖4係本創作第二實施例之立體圖（上盒12取下）。 圖5係本創作第三實施例之立體圖（上盒12取下）。 圖6係本創作第四實施例之側視剖面圖。 07係本創作第五實施例之側視剖面圖。 圖8係本創作第六實施例之側視剖面圖。 圖9係本創作第七實施例之侧視剖面圖。 φ 圖10係本創作第八實施例之側視剖面圖。 圖11係本創作第九實施例之侧視剖面圖。 圖12係本創作第十實施例之側視剖面圖。 圖13係本創作第十一實施例之側視剖面圖。 圖14係本創作第十二實施例之侧視剖面圖。 圖15係本創作第十三實施例之側視剖面圖。 圖16係本創作第十四實施例之側視剖面圖。 # 圖係本創作第十五實施例之側視剖面圖。 圖18係本創作第十六實施例之側視剖面圖。 圖19係本創作第十七實施例之側視剖面圖。 圖20係本創作第十八實施例之側視剖面圖。 圖21係本創作第十九實施例之側視剖面圖。 圖22係本創作第十九實施例之前視刮面圖。 圖23係本創作第二十實施例之側視剖面圖。 圖24係本創作第二十實施例之前視圖。 20 M419244 單向USB2.0鐵殼型公頭30 單向USB3.0鐵殼型公頭32 塑膠座35 連接槽351 底面353 第一接點371 第二端子38 連接板310 限位構造312 單向USB3. 0板片型公頭316 雙向USB3. 0板片型公頭317 單向Micro USB公頭320 連接槽322 第一接點324 電子元件327 RJ45板片型公頭330 雙向USB2. 0母座40 雙向USB3. 0母座42 塑膠座45 金屬殼47 第一端子48 接腳482 雙向USB2.0鐵殼型公頭31 雙向USB3.0鐵殼型公頭33 金屬殼36 頂面352 第一端子37 接腳372 第二接點381 固定座311 單向USB2. 0板片型公頭315 雙向USB2. 0板片型公頭318 雙連接介面之板片型公頭319 雙向Micro USB公頭321 第一端子323 固定座326 控制IC328 標準型RJ45母座332 單向USB2. 0母座41 單向USB2. 0母座43 舌片46 連接槽471 第一接點481 第二端子49 22 M419244 第二接點491 偵測端子410 電路板413 充電器70 接腳492 凸部411 雙連接介面之電連接母座415Micro USB 2. 0 male 320 and one bidirectional Micro USB male 321. The specific embodiments set forth in the detailed description of the preferred embodiments are merely illustrative of the nature of the present invention and are not intended to limit the scope of the present invention to the present invention. The scope of application for patents can be implemented in various changes. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a first embodiment of the present creation (the upper case is taken off). Figure 2 is a side cross-sectional view showing the first embodiment of the present creation. M419244 FIG. 3 is a front view of the third electrical connection structure 2 of the first embodiment of the present invention. Figure 4 is a perspective view of the second embodiment of the present creation (the upper case 12 is removed). Figure 5 is a perspective view of the third embodiment of the present creation (the upper case 12 is removed). Figure 6 is a side cross-sectional view showing a fourth embodiment of the present creation. 07 is a side cross-sectional view of a fifth embodiment of the present creation. Figure 8 is a side cross-sectional view showing a sixth embodiment of the present invention. Figure 9 is a side cross-sectional view showing a seventh embodiment of the present creation. φ Figure 10 is a side cross-sectional view of the eighth embodiment of the present invention. Figure 11 is a side cross-sectional view showing a ninth embodiment of the present creation. Figure 12 is a side cross-sectional view showing a tenth embodiment of the present creation. Figure 13 is a side cross-sectional view showing the eleventh embodiment of the present invention. Figure 14 is a side cross-sectional view showing the twelfth embodiment of the present invention. Figure 15 is a side cross-sectional view showing the thirteenth embodiment of the present invention. Figure 16 is a side cross-sectional view showing the fourteenth embodiment of the present invention. #图图 A side cross-sectional view of a fifteenth embodiment of the present invention. Figure 18 is a side cross-sectional view showing the sixteenth embodiment of the present invention. Figure 19 is a side cross-sectional view showing the seventeenth embodiment of the present invention. Figure 20 is a side cross-sectional view showing the eighteenth embodiment of the present invention. Figure 21 is a side cross-sectional view showing the nineteenth embodiment of the present invention. Figure 22 is a front plan view of the nineteenth embodiment of the present invention. Figure 23 is a side cross-sectional view showing the twentieth embodiment of the present invention. Figure 24 is a front elevational view of the twentieth embodiment of the present invention. 20 M419244 One-way USB2.0 iron shell male 30 one-way USB3.0 iron shell male 32 plastic seat 35 connecting groove 351 bottom surface 353 first contact 371 second terminal 38 connecting plate 310 limit structure 312 one-way 0. 0 plate type male 316 two-way USB3. 0 plate type male 317 one-way Micro USB male 320 connection slot 322 first contact 324 electronic components 327 RJ45 plate type male 330 two-way USB2. 0 female 40 bidirectional USB3. 0 female 42 plastic seat 45 metal shell 47 first terminal 48 pin 482 bidirectional USB2.0 iron shell male 31 bidirectional USB3.0 iron shell male 33 metal shell 36 top surface 352 first terminal 37 pin 372 second contact 381 fixed seat 311 one-way USB2. 0 plate type male 315 bidirectional USB2. 0 plate type male 318 dual connection interface plate type male 319 bidirectional Micro USB male 321 One terminal 323 fixed seat 326 control IC328 standard type RJ45 female seat 332 one-way USB2. 0 female seat 41 one-way USB2. 0 female seat 43 tongue 46 connecting groove 471 first contact point 481 second terminal 49 22 M419244 second connection Point 491 Detection Terminal 410 Circuit Board 413 Charger 70 Pin 492 Projection 411 Double Connection Interface Electrical Connection Female 415
23twenty three