M440558 五、新型說明： 【新型所屬之技術領域】 本創作係為卜前連㈣，特別是—難料同傳輸介祕位插接 之電連接器插座。 【先前技術】 目前電子設備於使用上相當普遍，而隨著電子錢的㈣短小趨勢， 相對在電子m的電連接器也必織少所個的體積，尤其是需要裝設 多個符合不同電子訊號傳輸規範的電連接器’以供不同的插頭連接器插接 時，由於裝設每個電連接器都需要佔用一定的體積，且需要間隔各電連接 器的空間，則該等間隔空間即成為空間的浪費。 如提供數位影音娛樂的電子裳置若要分別設置符合高解析多媒體介面 (High-DefmitionMultimedialnterface，簡稱HDMI)規格的插座電連接器、 符合通用序顺流排⑽V_1 Serial Bus，簡稱職G)規格的插座連 接器、3.0規格的插座連接器或者複數個其它規格德座連接器，且還要設 置耳谢i座及麥克風插座時，就會在電子裝置上浪f許多空間來安裝各個 插座連接器。 所以整合多個電連接器，例如腦^連接器及腦連接器等來節省佔 用的空間’減有-需求，晴又必須考慮—般具有腿^及聰雙介面 的連接器發生誤_情形，並且—般雙介面的連接器亦無有效限位的結構 來避免插赖接位置錯誤以倾止斜插關題，減，即為從事此健之 相關廠商所亟欲研究改善之方向所在者。 M440558 【新型内容】 有鑑於此，本創作提出一種電連接器插座，包含對接座體、第一組插 座端子、第二組插座端子及第三組插座端子’其中，對接座體包含插接槽、 本體及舌片，插接槽包含第一框口與第二框口，第一框口符合第一規格的 插頭或第三規格的插頭，第二框口符合第二規格的插頭，舌片包含第一面 及第二面；第-組插座端子、第二組插座端子及第三組插座端子分別位於 對接座體並傳輸第一規格之第一訊號、第二規格之第二訊號及第三規格之 第三訊號。 本創作藉由對接座體之舌片包含第一面與第二面，第一面的第一插接 區與第二面的第二插接區包含第—厚度，第—面的第一連接區與第二面的 第二連接區具有與第-厚度相同之第二厚度，提供第—組插座端子、第二 組插座端子及第三組插座端子設置，藉以傳輸複數和訊號果，並且， 外框之插接槽内包含複數限位塊，當第—規格之第—插頭、第二規格之第 二插頭或該第三規格之第三插頭插人於插接翁的位置時，可經由複數限 位塊來限位第一、第二或第三插頭於插接槽内。 以下在實施方式中詳細敘述本創作之詳細特徵以及優點，其内容足以 使任何熟習相驗#者瞭解本_之技術内容並據以實施，錄據本說明 曰所揭路之〜、中轉利範圍及圖式，任何熟習相關技藝者可輕易地理 解本創作相關之目的及優點。 【實施方式】 請參照第μ _ 2圖，為摘作之第—實關，第u圖為立體示 意圖，第2圖為分解示意圖。 5 M440558 第一貫施例的圖式揭露一種沉板式電連接器插座100,但不以此為限， 電連接器插座100特別是一種具有傳輪不同訊號的電連接器插座1〇〇，用 以插接符合第一規格之第一插頭200、符合第二規格之第二插頭300或符 合第三規格之第三插頭400 (如第4圖、第5圖及第6圖所示），即說明本 實施例的電連接器插座1〇〇可單純的提供一般符合第一規格的第一插頭 200插接，在一些實施例t，第一規格為通用序列匯流排（universal Serial Bus ’簡稱USB2.0)訊號，且電連接器插座1〇〇亦可單純的提供一般符合 第二規格的第二插頭300插接，在一些實施例中，第二規格為高解析多媒 體（High-Definition Multimedia Interface，簡稱 HDMI)訊號，或單純的提 供一般付合第二規格的第三插頭400插接，在一些實施例中，第三規格為 通用序列匯流排（Universal Serial Bus，簡稱USB3.0)訊號，但不以此為 限’而苐一規格依貫際使用可為數位式視訊介面（display port)訊號，本 實施例所揭露的電連接器插座1〇〇包含外框1〇、對接座體2〇、第一組插座 端子31、第二組插座端子32及第三組插座端子33。 請參照第1A圖，在此’電連接器插座1〇〇包含外框10，外框1〇為一 金屬包覆體，外框10為一中空狀並包覆在對接座體20外，並且，外框1〇 經加工考折在插接槽20a的兩側面形成定位腳i〇a ’外框1〇與對接座體2〇 之間形成插接槽20a及複數限位塊13，在此，插接槽2〇a包含相連接之第 一框口 11與第二框口 12’簡言之，插接槽20a的整體框口概呈—凸字體狀， 在此第一框口 11的寬度範圍小於第二框口 的寬度範圍，並且，第一框 口 11符合第一規格及第三規格，第二框口 12符合第二規格’複數限位塊 13位於外框1〇之内側，在此，限位塊13 一端具有導正斜面131，當第一 M440558 ΐ I ‘ 接區221b與第二連接區222b之間具有與第一厚度me相同之第二厚度 • 222c (如第3圖所不），在此，對接座體20之本體21與舌片22之間形成 I ' 一止擋面223 (如第2圖所示）。 I 上述第一面221與第二面222形成平面的情況下，第一面221面向第 框口 1卜第二面222面向第二框口 12，而第一組插座端子31之另一端 與-部份之第二組插座端子32之一端分別形成一間距，並且，第一組插座 k子31之另鳊與第一面221的距離，大於一部份之第二組插座端子 _ 之一端與第一面221的距離，如此，當外部第-插頭200、第二插頭300 或第三插頭400插接電連接器插座1〇〇時，由於第一組插座端子31之另一 端與-部份之第二組插座端子32之—端分獅成—舰，第—組插頭端子 不會因第-面221之第-插接區咖與第一連接區㈣形成平面的情形 下’當第-插頭200 #第-組插頭端子與電連接器插座1〇〇的第一組插座 端子31連接時’容易造成第二組插座端子32因與第一組插頭端子距離接 近而接觸導電或者是發生靜電干擾訊號的問題β π再參閱第1Β圖，在-些實施例中，舌片22的第―面221包含複數 容置槽225並面向第-框口 U，提供凹陷狀的凹槽形式，複數容置槽奶 提供設置第二組插座端子32之另-端，然而，在—些實施例中，容置槽可 —— 位於第二面222 ’提供設置第三錄座端子之-端，在此，也可在第一面 - 221的第一插接區221a與第-連接區221b形成平面的情形下，藉由容置 . 槽225提供第一組插座端子31之另一端與第-面221的距離，大於一部份 之第二組插座端子32之另一端與第一面221的距離，避免第一插頭插 | 接時，第二組插座端子32因距離接近而與第—插頭2〇〇的第一組插頭端子 9 M440558 發生接觸導電或者是發生靜電干擾訊號的問題。 前述容置槽225只是列舉，在一些實施例中，舌片22的第一面221或 第一面222可向外延伸複數間隔形式的隔搁（未圖示），隔搁位於第一面 221或第二面222並向外延伸形成，複數隔欄設置第二組插座端子32之一 端或第三組插座端子33之一端。 第一組插座端子31位於對接座體20 ’第一組插座端子31 一端嵌於本 體21並外露，在此，第一組插座端子31 一端包含複數第一接腳31&，第 一組插座端子31另一端位於第一面221並面向第一框口 u，第一組插座 端子31較佳地為埋入射出成型與對接座體2〇組合或者二者以分離式組裝 方式結合，第一組插座端子31另一端是符合傳輸一組第一規格之第一訊 號，亦即第一組插座端子31傳輸通用剌匯流排訊號（Universal Serial Bus，簡稱usm.0)，較佳地第一組插座端子31為四支端子設計，第一組 插座端子31另一端位於第一面221之第一插接區221a呈露出狀態，在一 些實施例中’第-組插座端子31另_端可位於第二插接區m 第二組插座端子32之-端歲於本體21並外露，在此，第二組插座端 子32 -端包含複數第二接腳32a ’第二組插座端子32之另一端位於第一 面2Ή之第一連接區221b並面向第—框口 n。 第三組插座端子33之-端嵌於本體21並外露，在此，第三組插座端 子33 —端包含複數第三接腳33a，第三組插座端子33之另一端位於第二 面222之第二連接㈣2b，在此第二連接區勘為相反第_連接區咖， 第-組插座端子33之另-敵於第二面222並面向第二框口 12，第二組 插座奸32與第三祕座軒33以符合傳輸—組第二規格之第二訊號， M440558 主機、筆記型電腦等）形成連接槔，提供另外的電子產品（如：相機、行 動電話等）的傳輸線連接電連接器插座100,當電子產品之傳輸線接觸電 連接器插座100之切換端子34後，可提供電子裝置關機後，切換成充電模 式供電子產品進行市電的充電形態。 請再參閱第9圖’為本創作之第三實施例，第9圖為分解示意圖，本 實施例與第-實施例、第二實施例最大差別在於：本實施例之電連接器插 座100只須包含對接座體20，對接座體20於加工製造後一體成形有插接 槽2〇a並且’省略第一實施例的外框1〇，省略第二實施例的雜3〇，在 此只方也例t對接座體20包含本體21及舌片22，本體21及舌片22已如 第-實施例並不多加贅述’並且，本實施例之電連接器插座更包含切 換端子34，切換端子34包含擺動端341及抵持端342，擺動端341位於插 接槽20a内側的平面，使用上擺動端341受外部第二插頭挪推動時，擺 動端341會抵觸抵持端342呈電性連接。M440558 V. New description: [New technical field] This creation is Buqianlian (4), especially the electrical connector socket that is difficult to connect with the transmission secret. [Prior Art] At present, electronic devices are quite common in use, and with the short trend of electronic money (4), the electrical connectors of the electronic m must be woven with less volume, especially for installing multiple electronic devices. When the electrical connector of the signal transmission specification is inserted for different plug connectors, since each electrical connector needs to occupy a certain volume and the space of each electrical connector needs to be spaced, the space is Become a waste of space. For example, if you want to provide digital audio and video entertainment, you need to set the socket electrical connector that conforms to the High-Defmition Multimedia Interface (HDMI) specification, and the socket that conforms to the universal sequence (10) V_1 Serial Bus, referred to as the G) specification. Connector, 3.0 size socket connector or a number of other specifications connector, and also set up the ear and the microphone socket, will be a lot of space on the electronic device to install each socket connector. Therefore, the integration of multiple electrical connectors, such as brain connectors and brain connectors, to save space, 'reduced-demand, sunny and must be considered - the connector with legs ^ and Cong double interface is wrong _ situation, Moreover, there is no effective limit structure for the connector of the double interface, so as to avoid the wrong position of the plug-in, and to reduce the oblique insertion problem, which is the direction for the relevant manufacturers to pursue research and improvement. M440558 [New content] In view of this, the present invention proposes an electrical connector socket comprising a docking body, a first group of socket terminals, a second group of socket terminals and a third group of socket terminals. The docking body includes a socket. The main body and the tongue piece, the insertion slot includes a first frame port and a second frame port, the first frame port conforms to the plug of the first specification or the plug of the third specification, and the second frame port conforms to the plug of the second specification, the tongue piece The first group and the second side are included; the first group of socket terminals, the second group of socket terminals and the third group of socket terminals are respectively located in the docking body and transmit the first signal of the first specification, the second signal of the second specification, and the second The third signal of the three specifications. The present invention comprises a first side and a second side of the tongue of the docking body, the first plugging area of the first side and the second plugging area of the second side comprise a first thickness, a first connection of the first side The second connection region of the second surface and the second surface has a second thickness equal to the first thickness, providing a first set of socket terminals, a second set of socket terminals, and a third set of socket terminal settings for transmitting the plurality of signals and the signal, and The insertion slot of the outer frame includes a plurality of limit blocks, and when the first plug of the first specification, the second plug of the second specification or the third plug of the third specification is inserted into the position of the plug, The plurality of limiting blocks limit the first, second or third plugs in the insertion slots. The detailed features and advantages of the present invention are described in detail below in the embodiments, and the content thereof is sufficient for any familiar person to understand the technical content of the present invention and implement it according to the description. Scope and schema, any familiar artisan can easily understand the purpose and advantages of this creation. [Embodiment] Please refer to the second _ 2 diagram, which is the first to the actual, the u is a schematic view, and the second diagram is an exploded view. 5 M440558 The first embodiment of the present invention discloses a sinker type electrical connector socket 100, but not limited thereto, the electrical connector socket 100 is particularly an electrical connector socket having different transmission signals. Inserting a first plug 200 conforming to the first specification, a second plug 300 conforming to the second specification, or a third plug 400 conforming to the third specification (as shown in FIGS. 4, 5, and 6), that is, The electrical connector socket 1 of the present embodiment can simply provide the first plug 200 that generally conforms to the first specification. In some embodiments, the first specification is a universal serial bus (USB2). .0) signal, and the electrical connector socket 1 can also simply provide a second plug 300 that generally conforms to the second specification. In some embodiments, the second specification is High-Definition Multimedia Interface. , hereinafter referred to as the HDMI) signal, or simply the third plug 400 that provides the second specification of the second module. In some embodiments, the third specification is a Universal Serial Bus (USB 3.0) signal. But not For the limited use, the serial port can be a digital display interface. The electrical connector socket 1 disclosed in this embodiment includes a frame 1 , a docking block 2 , and a first The group of socket terminals 31, the second group of socket terminals 32 and the third group of socket terminals 33. Please refer to FIG. 1A , where the 'electric connector socket 1 ' includes an outer frame 10 , the outer frame 1 is a metal covering body, and the outer frame 10 is hollow and covered outside the docking body 20 , and The outer frame 1〇 is formed by the processing and folding on the two sides of the insertion slot 20a to form a positioning leg i〇a 'the outer frame 1〇 and the docking seat body 2〇 form a socket groove 20a and a plurality of limiting blocks 13 The insertion slot 2A includes a first frame 11 and a second frame 12' which are connected to each other. In short, the entire frame of the insertion slot 20a is substantially convex-shaped, and the first frame 11 is The width range is smaller than the width of the second frame, and the first frame 11 conforms to the first specification and the third specification, and the second frame 12 conforms to the second specification. The plurality of limit blocks 13 are located inside the outer frame 1〇. Here, the limiting block 13 has a guiding slope 131 at one end, and has a second thickness 222c equal to the first thickness me between the first M440558 ΐ I ' junction 221b and the second connection region 222b (as shown in FIG. 3) No, here, a stop surface 223 (shown in Fig. 2) is formed between the body 21 of the docking body 20 and the tongue 22. When the first surface 221 and the second surface 222 are planar, the first surface 221 faces the second frame 222 facing the second frame 12, and the other end of the first set of socket terminals 31 is - One of the second sets of socket terminals 32 forms a spacing, and the distance between the first set of sockets k and the first side 221 is greater than the length of the second set of socket terminals _ The distance of the first side 221, such that when the external first plug 200, the second plug 300 or the third plug 400 is plugged into the electrical connector socket 1 由于, since the other end of the first set of socket terminals 31 The second group of socket terminals 32 are end-divided into lion-ships, and the first-group plug terminals are not formed by the first-to-slot area of the first-side 221 and the first connection area (four). When the plug 200 #第-group plug terminal is connected to the first group of socket terminals 31 of the electrical connector socket 1', it is easy to cause the second group of socket terminals 32 to be in contact with each other due to the proximity to the first group of plug terminals, or static electricity is generated. The problem of interfering signals β π Referring again to Figure 1, in some embodiments, the tongue 22 The face 221 includes a plurality of receiving slots 225 and faces the first frame opening U in the form of a recessed groove. The plurality of receiving grooved milk provides the other end of the second set of receptacle terminals 32. However, in some embodiments The accommodating groove may be located at the second surface 222' to provide a terminal for the third recording terminal, and may also be formed at the first insertion region 221a and the first connection region 221b of the first surface-221. In the case of a flat surface, the slot 225 provides the distance between the other end of the first set of socket terminals 31 and the first surface 221, and the other end of the second set of socket terminals 32 is larger than the first end of the second set of socket terminals 32. When the first plug is disconnected, the second set of receptacle terminals 32 are in contact with the first set of plug terminals 9 M440558 of the first plug 2〇〇 due to the proximity, or the problem of static interference signals occurs. The foregoing accommodating groove 225 is only listed. In some embodiments, the first surface 221 or the first surface 222 of the tongue 22 may extend outwardly in a plurality of spaced intervals (not shown), and the spacer is located on the first surface 221 Or the second side 222 is formed to extend outwardly, and the plurality of spacers are disposed at one end of the second set of socket terminals 32 or one end of the third set of socket terminals 33. The first set of socket terminals 31 are located at the end of the first set of socket terminals 31 and are exposed to the body 21 and exposed. Here, one end of the first set of socket terminals 31 includes a plurality of first pins 31 & the first group of socket terminals The other end is located on the first surface 221 and faces the first frame port u. The first group of socket terminals 31 are preferably combined with the immersed injection molding and the docking body 2 或者 or the two are combined in a separate assembly manner, the first group The other end of the socket terminal 31 is adapted to transmit a first signal of a first specification, that is, the first group of socket terminals 31 transmits a universal serial bus (usm.0), preferably the first group of sockets. The terminal 31 is designed as a four-terminal terminal, and the other end of the first group of socket terminals 31 is exposed in the first plug-in area 221a of the first surface 221. In some embodiments, the first-group socket terminal 31 can be located at the other end. The second socket portion 32 is terminated by the body 21 and exposed. Here, the second socket terminal 32-end includes a plurality of second pins 32a. The other end of the second group of socket terminals 32 is located. The first connection area 221b of the first side is facing - port block n. The end of the third set of socket terminals 33 is embedded in the body 21 and exposed. Here, the third set of socket terminals 33 end includes a plurality of third pins 33a, and the other end of the third set of socket terminals 33 is located at the second side 222. The second connection (four) 2b, in which the second connection area is opposite to the first connection area, the other of the first set of socket terminals 33 is enemies the second side 222 and faces the second frame port 12, and the second group of sockets 32 The third secret Xuan 33 is connected to the second line of the transmission-group second specification, M440558 mainframe, notebook computer, etc. to provide a connection line for another electronic product (such as camera, mobile phone, etc.) When the transmission line of the electronic product contacts the switching terminal 34 of the electrical connector socket 100, the socket 100 can be switched to a charging mode for charging the electronic product for commercial power. Please refer to FIG. 9 for a third embodiment of the present invention. FIG. 9 is an exploded perspective view. The maximum difference between this embodiment and the first embodiment and the second embodiment is that the electrical connector socket 100 of the embodiment is only The docking body 20 is required to be integrally formed with the mating groove 2〇a after the manufacturing process, and the outer frame 1〇 of the first embodiment is omitted, and the miscellaneous details of the second embodiment are omitted. For example, the docking body 20 includes the body 21 and the tongue 22, and the body 21 and the tongue 22 have not been described in detail as in the first embodiment. Moreover, the electrical connector socket of the embodiment further includes the switching terminal 34, and the switching The terminal 34 includes a swinging end 341 and a resisting end 342. The swinging end 341 is located on a plane inside the insertion slot 20a. When the upper swinging end 341 is pushed by the external second plug, the swinging end 341 is electrically resisted against the resisting end 342. connection.
上述第二實施例、第三實施例藉由切換端子34受第二插頭細的推動 並傳送訊號’再由切難子Μ之另—端職賴輸_電職4〇及其 亡方之控制晶片作訊號的處理，可處理例如切換第—訊號、第二訊號或第 二訊號的傳輸模式，或者是到位偵測等功能。 口不、乐一面’第一面的第 ! 區與第二面的第二插接區包含第—厚度，第—面的第_連接區與第二和 第二連接區具有與第-厚度相同之第二厚度，提供第—組插座端子、第 組插座端子及仏赌座端子設置，提供傳輸魏Μ«的效果，复中 外框之插接槽内包含複數限位塊，當第—規格之第—插頭、第二規格之 13 M440558 一插頭或該第三規格之第三插頭插入於插接槽内的位置時，可經由複數限 位塊來限位第一、第二或第三插頭於插接槽内。 雖然本創作的技術内容已經以較佳實施例揭露如上，然其並非用以限 定本創作’任何熟習此技藝者，在賴離本創狀精神所作些許之更動與 潤飾’皆應綠於本鑛的£_，目此本創狀保職圍當視後附之申 請專利範圍所界定者為準。 【圖式簡單說明】 第1A圖為本創作之第一實施例之立體示意圖（一）。 第1B圖為本創作之第一實施例之立體示意圖（二）。 第2圖為本創作之第一實施例之分解示意圖。 第3圖為本創作與插頭連接之側視剖面示意圖（一）。 第4圖為本創作與插頭連接之側視剖面示意圖（二）。 第5圖為本創作與插頭連接之前視示意圖（一）。 第6圖為本創作與插頭連接之前視示意圖（二）。 第7圖為本創作之第二實施例之分解示意圖。 第8圖為本創作之第二實施例之立體示意圖。 第9圖為本創作之第三實施例之分解示意圖。 【主要元件符號說明】 100.............電連接器插座 200 .............第一插頭 300 .............第二插頭 400 .............第三插頭 10 ..............外框 10a.............定位腳 11 ..............第一框口 12 .............•第二框口 13 ..............限位塊 131 導正斜面 M440558 20 ..............對接座體 20a.............插接槽 21 ..............本體 22 ..............舌片 221 .............第一面 221a.............第一插接區 221b.............第一連接區 221c.............第一厚度 222 .............第二面 222a.............第二插接區 222b.............第二連接區 222c.............第二厚度 223 .............止擋面 224 .............抵持區 225 .............容置槽 30 ..............膠框 31 ..............第一組插座端子 31a.............第一接腳 32 ..............第二組插座端子 32a.............第二接腳 33 ..............第三組插座端子 33a · ............第三接腳 M440558 .34..............切換端子 341 .............擺動端 342 .............抵持端 40 ..............電路板 41 ..............破孔 42 ..............接點In the second embodiment and the third embodiment, the switching terminal 34 is pushed by the second plug and transmits the signal, and then the control is performed by the other end of the operation. The processing of the chip as a signal can handle, for example, switching the transmission mode of the first signal, the second signal or the second signal, or the function of in-position detection. The second insertion area of the first side of the first side and the second side includes a first thickness, and the first connection area and the second and second connection areas of the first side have the same thickness as the first thickness The second thickness provides the first set of socket terminals, the first set of socket terminals and the 仏 座 端子 terminal arrangement, and provides the effect of transmitting Wei Μ «, the insertion slot of the complex middle frame includes a plurality of limit blocks, when the first specification When the first plug, the second plug 13 M440558 or the third plug of the third specification is inserted into the position of the plug slot, the first, second or third plug can be limited via the plurality of limit blocks. In the slot. Although the technical content of the present invention has been disclosed above in the preferred embodiment, it is not intended to limit the creation of any of the artists who are familiar with the art, and some of the changes and refinements in the spirit of the creation are all green. The price of this patent is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1A is a perspective view (1) of a first embodiment of the present invention. FIG. 1B is a perspective view (2) of the first embodiment of the present invention. Figure 2 is an exploded perspective view of the first embodiment of the creation. Figure 3 is a side cross-sectional view (1) of the creation and plug connection. Figure 4 is a side cross-sectional view (2) of the creation and plug connection. Figure 5 is a front view (1) of the creation and plug connection. Figure 6 is a front view (2) of the creation and plug connection. Figure 7 is an exploded perspective view of the second embodiment of the creation. Figure 8 is a perspective view of a second embodiment of the present invention. Figure 9 is an exploded perspective view of the third embodiment of the creation. [Main component symbol description] 100.............Electrical connector socket 200.............First plug 300 ........ ..... second plug 400 ............... third plug 10 ........... outer frame 10a....... ... positioning foot 11 .............. first frame opening 12..................•second frame opening 13 ... ........... Limit block 131 Guided bevel M440558 20 .............. docking block 20a............ . Socket slot 21 .............. body 22 .............. tongue 221 ............ The first side 221a.............the first docking area 221b.............the first connection area 221c........ ..... first thickness 222............. second side 222a............. second docking area 222b..... ........Second connection area 222c.............Second thickness 223.............stop surface 224 ... ..........Resistance zone 225.............Receiving slot 30 ..............Glue frame 31 .. ............first set of socket terminals 31a.............first pin 32.............. The second group of socket terminals 32a.............the second pins 33..............the third group of socket terminals 33a · ..... .......the third pin M440558 .34....... .......Switch terminal 341.............Swing end 342.............Resistance end 40....... .......Circuit board 41 ..............Break hole 42 .............. Contact
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