M429233 五、新型說明： 【新型所屬之技術領域】 本創作係一種分離式連接器端子結構與採用該端子結 構且具有偵測訊號切換可與外部連接器插頭容置接觸藉以 切換設位於插座絕緣本體之複數端子以符合該插頭之傳輸 規格。 【先前技術】 隨著科技的發達，電信產品的使用曰益普遍，且各式電 子裝置間透過以傳輸線相連並進行資料傳輸，而電子裝置上 設有連接器插座以提供傳輸線端部之接頭進行插接。為了有 效將端子設位於舌片上藉以提高連接器内部空間之使用，業 界已有透過將數種規格端子設位於連接器插座舌片同一側 或將同種規格端子均設位於連接器插座舌片上下二侧之設 計方式來便利使用者使用，如我國新型專利M379258與 M385152即為示例。 然因應上述相關技術所帶來之便利的同時，亦可能造成 傳輸線之接頭插接連接器插座時，該接頭之金屬殼體恐與該 插座内之端子碰觸而造成短路，進而影響該連接器之效能。 其次，目前市面上亦有不具有金屬殼體之連接器插頭，故單 純藉由以往透過導通該連接器插頭之金屬殼體以避免短路 之方式亦無實益。此外，該如何讓具有共用端子之連接器插 座結構於容置接口時符合傳輸規格之設計亦為重要課題之 一。是以，要如何解決上述習用之缺失，即為從事此行業之 相關廠商所亟欲改善之方向所在。因此，本創作人基於實際 業界考量下，潛心研發出一種可避免因插頭接合插入時造成 短路且提供偵測訊號切換之連接器插座。 3 M429233 【新型内容】 本創作係-種分離式連接H端子結構，該端子組中部分 複數端子可呈垂直交錯且具有至少-崎狀結構，該複數端 子至少-端子前緣部分為彈性端部可與其他端子電訊連 接’其次’該複數端子至少—端子之凹折部為不等寬狀，可 藉此降低電訊傳導時相互干擾。此外，本創作亦揭露一種採 用此種分離式連接器端子結構且提供侧訊號切換結構之 ⑩ 連接器插座，係於-具有導接部之中空殼體中容置一絕緣本 體，該絕縣體包含-舌板，該舌板可供減端？設位，藉 以备容置外部插頭時可與該插頭之複數端子電訊連接；且該 絕緣本體之-側更具有至少—侧端子，該_端子前緣與 該複數端子之彈性端部前緣呈非水平對位，且可當一外部連 接器插頭容置於插座時接觸該插座中空殼體之導接部藉以 避免因連接器接合時造成短路，亦可藉以切換設位於插座絕 春 緣本體之複數端子以符合該插頭之傳輸規格^此外， 該插座 更没有複數炎持部’該夾持部可固持限位一外部連接器插 頭，藉以固持容置於插座之插頭且於連接器接合時達到穩定 接觸之功效。 4 【實施方式】 為使貝審查員方便簡捷瞭解本創作之其它特徵内容 與優點及其所達成之魏_更_現，歸賴作配合附 圖，詳細敘述本_之雜以及優點，町實關係進一步 詳、’田說明本新型之觀點，但非以任何觀雜制本新型之範 鳴。 明參閱第-圖與第二圖所示，係本創作連接器插座之實 施例立體分解結構與端子結構，其中，該複數端子41、42、 43之-前緣分別為彈性端部41，、幻，與43，且該複數端子 41之凹折部4U，為不等寬狀，可藉以避免當電訊傳輸時造 成干擾；此外，該複數端子41之彈性端部41，與複數端子 44電訊連接’複數端子42、43設位於絕緣本體2〇之舌板 21相對側且該複數端子42、43相互垂直交錯。複數端子幻、 43係為通用串列埠(USB2.0A)規格端子，而複數端子41、 42與44係通用串列埠(us^.oa)規格端子組，複數端子豺、 43與44亦係通用串列埠(USB3 0A)規格端子組。偵測端子 60可當一外部連接器插頭容置於插座時接觸該插座中空殼 體10之導通部u藉以避免因連接器接合時造成短路。 請參閱第三A圖與第三B圖所示’係本創作揭露採用如 第一圖所示之連接器插座之立體組合圖，本創作之連接器插 座更可與一電路基板70電訊連接。覆請參閱第四A圖與第 四B圖所不’係本創作揭露採用如第一圖所示之連接器插座 之上視圖’其包括有-中空殼體⑴、一絕緣本體扣、一舌 板21、一固定座30、複數端子4卜42、43與44以及至少 偵測端子6〇以及複數失持部％，該固定座設有複數槽孔 31可供複數端子4卜42、43與44與侧端子60設位，且 該固定座3G更可與絕緣本體相互組立連結。其次，如第 四B圖A-A’與Β·Β，切線可知，該侧端子6〇前緣與複 數端子42、43之彈性端部42’、43,前緣呈非水平對位，而該 連接器更設有複數夹持部5〇，該複數夾持部50設位於絕緣 本體2〇 ’係供插頭容置於插座時_限位4外如第五a 圖與第五B _*，細端子6()係設位於絕緣本體2〇内側， 且該細端子6G可與-外部連接器插賴於容置插座時抵 觸該插座中空殼體1G之—導接部丨卜藉以讓驗於插座舌 板21之複數端子4卜42、43與44改變電訊傳輸模式以符 合該插頭之傳輸規格。 此外，如第六圖所示，該連接器插座之中空殼體1〇容 置絕緣本體20產生一框口結構，該框口之頂部與底部可 分別容置相同規格之_，當該細容置於該插座時，部分 複數夾持部50可失持該插頭，另部分之複數夾持部50則可 貼抵該插頭作為限位，故使容置於插座之插頭於連接器接合 時更形穩定接觸。 M429233 【圖式簡單說明】 第一圖係本創作連接器插座之實施例立體分解圖 第二圖係本創作連接器插座部分端子結構圖 第三A圖係第一圖之立體組合圖 第三B圖係本創作另一實施例立體圖 第四A圖係本創作連接器插座之上視圖(含中空殼體） 第四B圖係本創作連接器插座之上視圖 第五A圖係本創作另一實施例示意圖(未容置外部插頭） 第五B圖係第五A圖之實施作動示意圖(容置外部插頭) 第六圖係本創作連接器插座之前視圖 【主要元件符號說明】 10中空殼體 11導接部 20絕緣本體 21舌板 30固定座 31複數槽孔 41、42、43、44複數端子 41’複數端子41的彈性端部 411’複數端子41的不等寬凹折部 42’複數端子42的彈性端部 43’複數端子43的彈性端部 50複數固持部 60偵測端子 70電路基板 80外部插頭 7M429233 V. New description: [New technical field] This is a separate connector terminal structure and adopts the terminal structure and has detection signal switching to be in contact with the external connector plug to switch the socket insulation body. The plurality of terminals are adapted to meet the transmission specifications of the plug. [Prior Art] With the development of technology, the use of telecommunication products is common, and various electronic devices are connected by transmission lines and data transmission, and the electronic device is provided with a connector socket to provide a connector for the end of the transmission line. Plug in. In order to effectively place the terminal on the tongue to improve the use of the internal space of the connector, the industry has already placed the terminals of the various specifications on the same side of the connector socket or the terminals of the same specification are located on the connector socket. The design of the side is convenient for the user, such as the new patents M379258 and M385152 in our country. However, due to the convenience brought by the above related technologies, the connector of the transmission line may be plugged into the connector socket, and the metal casing of the connector may be short-circuited by the terminal in the socket, thereby affecting the connector. Performance. Secondly, there are also connector plugs that do not have a metal housing on the market, so it is not beneficial to use a conventional metal case to open the connector plug to avoid a short circuit. In addition, how to make the connector socket structure with the common terminal conform to the transmission specification when accommodating the interface is also an important issue. Therefore, how to solve the above-mentioned lack of use is the direction that the relevant manufacturers engaged in this industry want to improve. Therefore, based on actual industry considerations, the creator has developed a connector socket that avoids short-circuiting due to plug insertion and provides detection signal switching. 3 M429233 [New content] This creation is a separate connection H-terminal structure. Some of the terminals in the terminal group can be vertically staggered and have at least a --seven structure. The multiple terminals are at least - the front end of the terminal is an elastic end. It can be connected to other terminals by telecommunication 'second'. The plurality of terminals are at least - the concave portions of the terminals are unequal widths, thereby reducing mutual interference during telecommunication conduction. In addition, the present invention also discloses a connector socket which adopts the split connector terminal structure and provides a side signal switching structure, and is provided with an insulating body in a hollow casing having a guiding portion. The body contains a tongue plate, which can be used for the reduction? The position of the external plug is configured to be electrically connected to the plurality of terminals of the plug; and the side of the insulating body further has at least a side terminal, and the leading edge of the _ terminal and the front edge of the elastic end of the plurality of terminals are Non-horizontal alignment, and when an external connector plug is placed in the socket, it contacts the guiding portion of the hollow casing of the socket to avoid short circuit caused by the connector being engaged, and can also be switched to the spring edge of the socket. The plurality of terminals are adapted to meet the transmission specifications of the plug. In addition, the socket has no plurality of squeezing portions. The clamping portion can hold the limit of an external connector plug, thereby holding the plug of the socket and engaging the connector. Achieve stable contact. 4 [Embodiment] In order to make it easy for Becker to understand the other features and advantages of this creation and the achievements of the author, it is based on the drawings, detailing the miscellaneous and advantages of this book. The relationship is further detailed, 'Tian describes the new point of view, but does not use any kind of misunderstanding of the new model. Referring to the first and second figures, the embodiment of the present invention is a three-dimensional exploded structure and a terminal structure, wherein the front ends of the plurality of terminals 41, 42, 43 are respectively elastic end portions 41, Fantasy, and 43, and the concave portion 4U of the plurality of terminals 41 is unequal width, so as to avoid interference when the telecommunication transmission; in addition, the elastic end portion 41 of the plurality of terminals 41 is electrically connected with the plurality of terminals 44. The plurality of terminals 42, 43 are disposed on opposite sides of the tongue plate 21 of the insulative housing 2, and the plurality of terminals 42, 43 are vertically staggered with each other. Multiple terminal blocks, 43 series are universal serial port (USB2.0A) specification terminals, and multiple terminals 41, 42 and 44 are universal serial port (us^.oa) specification terminal group, plural terminals 豺, 43 and 44 It is a universal serial port (USB3 0A) specification terminal group. The detecting terminal 60 can contact the conducting portion u of the socket housing 10 when an external connector plug is placed in the socket to avoid a short circuit caused by the connector being engaged. Referring to Figures 3A and 3B, the present invention discloses a three-dimensional assembly diagram using a connector socket as shown in the first figure. The connector socket of the present invention can be electrically connected to a circuit substrate 70. 4A and 4B, the present disclosure discloses a top view of a connector socket as shown in the first figure, which includes a hollow housing (1), an insulating body buckle, and a a tongue plate 21, a fixing base 30, a plurality of terminals 4, 42, 43 and 44, and at least a detecting terminal 6A and a plurality of missing portions, the fixing seat is provided with a plurality of slots 31 for a plurality of terminals 4, 42, 43 The 44 and the side terminals 60 are disposed, and the fixing base 3G is further connected to the insulating body. Secondly, as shown in the fourth B-Fig. A-A' and Β·Β, the tangent shows that the leading edge of the side terminal 6〇 and the elastic end portions 42' and 43 of the plurality of terminals 42, 43 have a non-horizontal alignment of the leading edge. The connector is further provided with a plurality of clamping portions 5, which are located in the insulating body 2'' for the plug to be placed in the socket_outside the limit 4 as the fifth a figure and the fifth B_* The thin terminal 6() is disposed inside the insulative housing 2〇, and the thin terminal 6G can be in contact with the external connector 1G when the external connector is inserted into the receiving socket. The plurality of terminals 4, 42, 43, and 44 of the socket tongue 21 change the telecommunications transmission mode to conform to the transmission specifications of the plug. In addition, as shown in the sixth figure, the hollow housing 1 of the connector socket accommodates the insulative housing 20 to form a frame structure, and the top and bottom of the frame can respectively receive the same specifications. When the socket is placed in the socket, the part of the plurality of clamping portions 50 can be detained, and the other part of the clamping portion 50 can be attached to the plug as a limit, so that the plug that is placed in the socket is engaged with the connector. More stable contact. M429233 [Simplified description of the drawings] The first figure is an exploded perspective view of the embodiment of the connector socket of the present invention. The second figure is the terminal structure of the connector socket of the present invention. FIG. 3A is a three-dimensional combination diagram of the first figure. Fig. 4 is a perspective view of another embodiment of the present connector socket (including a hollow casing). The fourth B diagram is a view of the above-mentioned creative connector socket. A schematic diagram of an embodiment (not receiving an external plug) Figure 5B is a schematic diagram of the implementation of the fifth A diagram (accommodating the external plug) The sixth diagram is the front view of the original connector socket [main symbol description] 10 hollow Housing 11 guiding portion 20 insulating body 21 tongue plate 30 fixing seat 31 plurality of slots 41, 42, 43, 44 plural terminals 41' elastic end portion 411 of the plurality of terminals 41 unequal width concave portion 42 of the plurality of terminals 41 'The elastic end portion 43' of the plurality of terminals 42 The elastic end portion 50 of the plurality of terminals 43 The plurality of holding portions 60 detect the terminal 70 The external plug of the circuit board 80