201230535 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種使信號傳輪媒體之终端部電性地連接 =成在產品殼體之表面上的傳導電路之電連接器及電連 接裔組合體。 【先前技術】 通常，於行動電話等各種電子機器或電氣機器中，將包含 細線同軸魏或可擾性喊基板、或印刷配祕板等各種作 號傳輸媒體之終端部分彻電連接器廣泛地進行連接至印 刷配線基板側(例如參訂述專利讀υ。電連接器係將信 號傳輸媒體之終端部分連接於既定之配線圖案（電路)者，^ 通常，例如圖23所示，在安裝於產品殼體丨之内部的電路 基板2上預先安裝插座連接器3，並對於插座連接器3嵌合 包含細線同軸電纜等信號傳輸媒冑4的插頭連接胃5，如此 所構成。再者，此時所使用之電性連接器3、5的功能係透 過信號線進行必要資訊信號之傳輸，並且透過屏蔽線使接地 用之屏蔽信號連接於接地電路者。 另一方面’近年來電子機器等之小型化、薄型化急速發 展’隨之電連接器亦逐漸謀求低背化及低成本化’故其被強 烈要求上述電連接器3、5之構成簡易化。然而，產品殼體 1因由樹脂成形材料所製成，故耐熱性低，而無法於產品殼 體上直接進行焊接或電子零件之安裝。因此，通常所使用之 100132037 3 201230535 電連接ϋ均具有如下基本之構成：於具有配線圖案之印刷配 線基板2上安裝其中-方電連接器（插座連接器）3，並對於 安褒其中-方之電連接ϋ 3嵌合另—方電連接器5(插頭連 接益）。而且，因此種基本構成之限制，越來越難以謀求大 幅度的低背化及低成本化。 [先前技術文獻] [專利文獻] 專利文獻1 :日本專利特開2001-43939號公報 專利文獻2 :曰本專利特開2〇〇2_324636號公報 專利文獻3 :日本專利特開2〇〇6_216445號公報 【發明内容】 (發明所欲解決之問題） 因此，本發明之目的為提供一種藉由簡易構成而可謀求大 幅度低背化及低成本化的電連接器及電連接器組合體。 (解決問題之手段） 為了達成上述目的，本發明之電連接器係構成為包含連結 有信號傳輸媒體之終端部之連接器本體部，且經由該連接哭 本體部，將信號傳輸媒體電性地連接至設置於產品殼體的傳 導電路；其採用如下構成：於上述連接器本體部，設置有與 上述產品殼體之傳導電路接觸之導電接點、及自該連接器本 體部突出之接腳部，並^，於上述產品殼體，設置有供上述 接腳部插通之嵌合連結孔，且該嵌合連結孔包含容許插通至 100132037 4 201230535 述 產品殼體 祕t連結孔㈣之上述接聊部㈣的長孔，藉由上述接腳 動^者上述長孔之長度方向在上述嵌合連結孔之内 •動’可在該接腳部與上述導電接點之間沿厚度方向失持上 發明之電連接器組合财，制包含構成具有既 子機器且於壁部表面上形成有傳輸信號之 傳導電路的產品殼體、以及上述電連接器，如此所構成。 根據此種構成，單體連接器直接嵌合於產品殼體壁部，且 =單體連接器之衫㈣下，導電接點之觸點部接觸於形 成在產品殼體表面之信號傳輪用配線圖案等傳導電路。因 此’其無f介由自切所❹之電喊板、或 電路基板上讀合縣的其他電連料，心㈣易之構1 進行信號傳輸制之連接，㈣可減少零件個數及2 烊錫安裝，而可進行大幅度之成本職，並且，因電 點之減少亦可抑·抗之科―，且•善焊接步驟中之# 錫問題或阻抗不均—㈣題㈣提高電性連接之可靠性。 又’電連接器之最終固定係藉連接器本體部之接聊部與導 電接點沿厚度方向夾持產品殼體而崎，因此，即便對產口 殼體反覆嵌合、拔出電連接器’亦可長期良好地維： 益對產品殼體之嵌合連結性。 另外，構成為本發明之上述接腳部包含沿厚度方向夹持上 述產品殼體並與上述導電接點呈相對向方式配置之卡合鎖 100132037 5 201230535 定部，且上述卡合鎖定部構成為嵌合於形成在上述產品殼體 之卡止鎖定部，且保持上述連接器本體部，如此為佳。 根據此種構成’因接腳部之卡合鎖定部嵌合於產品殼體之 卡止鎖定部，其可確實地進行電連接器之保持。 另外，於本發明中’上述卡止鎖定部係包含凹設於上述產 品殼體表面的孔m上述卡合鎖定部被構成凹陷至構成 上述卡止鎖定部之上述孔部之内部且抵接於該孔部之内壁 面，如此為佳。 根據此種構成’可使接腳部之卡合鎖定部與產品殼體之卡 止鎖疋部的嵌合性提昇。 又’本發明之上述導電接點包含與上述產品殼體之傳導電 路接觸的觸點部、及可彈性位移地支持該觸點部的彈性臂 部’且上述導電接點之觸點部係當該觸點部與上述產品殼體 之傳導電路接觸時，配置於構成上述卡止鎖定部之上述孔部 的上方位置’如此為佳。 根據此種構成，可將產生於夾持產品殼體之接腳部的卡合 鎖疋。卩、與導電接點的觸點部之間的力矩抑制為極小，因 此，可進一步提高電連接器之保持性。 另外，於本發明中，上述連接器本體部包含有安裝有上述 導電接點之絕緣殼體、及以覆蓋該絕緣殼體之外表面方式安 裝之屏蔽殼，且當上述導電接點之上述觸點部與上述產品殼 體之傳導電路接觸時，上述絕緣殼體與上述產品殼體相對向 100132037 201230535 之表面間之間隙11被設定為大於上述卡合鎖定部凹陷至上 述孔部之内部的量t2，即（tl>t2) ’如此為佳。 就如此之構成而言，若介隔著連接器本體部，將絕緣殼體 之底面部按壓至產品殼體之表面側，則卡合鎖定部將自孔部 脫離，從而可以容易操作進行該卡合鎖定部對卡止鎖定部的 解除。 另外’於本發明中，當上述導電接點之上述觸點部與上述 產品殼體之傳導電路接觸時’上述彈性臂部與上述產品殼體 之表面之間隙t3被設定為大於上述卡合鎖定部凹陷至上述 孔部之内部的量t2，即（t3>t2)，如此為佳。 就如此之構成而言，即便介隔著連接器本體部，將導電接 點之樑部按壓至產品殼體之表面側時，卡合鎖定部亦自孔部 脫離，從而可以容易操作進行該卡合鎖定部對卡止鎖定部的 解除。 又，於本發明中，上述接腳部與上述屏蔽殼被一體形成為 佳。 就如此之構成而言，其可與屏蔽殼之成形同時地使接腳部 * 有效地成形’從而可謀求生產率之提昇。 . (發明效果） 如上所述，本發明係藉由構成為使設置於連結有信號傳輸 媒體之終端部的連接器本體部上之接腳部沿著長孔之長度 方向在包含設置於產品殼體之長孔的嵌合連結孔内部進行 100132037 7 201230535 劾，使賴腳部與導電接點沿厚度方向夾持產品殼體，而 將單體之連接器直接嵌合於產品殼體壁部，且於該單體之連 接器之嵌合狀態下，使導電接點之觸點部接觸於形成在產品 殼體之表面之信號傳輸用配線圖案等之傳導電路，藉此，則 無需介由先前-直使狀電路基板、騎為絲於該電路基 板上之鼓合對象的其他電連接器，亦可以簡易之構成進行作 號傳輸紐之電性連接’㈣可減少零件崎及省略焊錫安 裝，而進行大幅度之成本削減，並且，因電性連接點之減少 而抑制阻抗之科―，謂⑽善焊射财之⑽問題戍 阻抗不均-㈣可提昇紐連接之可雜，並且，構成 為错由連接器本體部之接腳部與導電接點沿厚度方向夹持 著產品殼體而輯電連接器之最㈣定，即便對產品殼體反 覆欲合、拔出電連接n，亦可長#嫂好地_電連接器對產 品殼體之嵌合連結性，因此，其可省略電路基板或嵌 之電連接器等，而使電連接器之構成變得極其㈣，^可 藉由簡易之構成，可大幅度地謀㈣連接器之小型化、 化、及低成本化。 【實施方式】 以下，基於附圖對將本發明應用於使用細線同轴電變作為 信號傳輸媒體，且構成為藉由自上方側對電子機 體插入後進行水平移動而直接嵌合之電連_;實施= 進行詳細說明。 “ 100132037 8 201230535 即，圖1〜圖22所示之本發明一實施形態之插頭連接器 係具有如下之構成者：將作為信號傳輸媒體之細線同軸 電纜SC之終端部分，電性連接於配線圖案傳導電路， 該配線圖案傳導電路CP係形成在構成具有既定的電子電路 之行動電話荨電子機為的產品殼體MF的壁部之外表面 上，且，於構成產品殼體MF的壁部之外側表面上，藉由印 刷等形成有構成天線或各種電路的一部分之配綵圖案傳導 電路CP。 於上述產品殼體MF之壁部，以貫通該產品殼體河？的壁 部之方式形成嵌合連結孔MFa，且構成為自插頭連接器1〇 之連接器本體部1〇Α突出之接腳部藉由自上方側插入 後進行水平移動而嵌合於設置在該產品殼體mf的壁部之 嵌合連結孔MFa。即，於觸連接器1G之連接器本體部· 中，連接有作為信號傳輸媒體的細線同轴電纜％之 部’且該細線同軸魏SC連接插頭連接器1Q，首先如圖！ 及圖2所^以面向上述嵌合連結孔_之上方側之方式 -置而且，配置於該上方側之插頭連接器W的整體沿著 與上述產品殼體MF的壁部之外表面大致正交之方向下 降’且如圖8〜圖U所示’插頭連接器1〇的接腳部應被 插入至上述嵌合連結孔MFa l _ 體F之外表面移動而成為嵌合狀態。 ㈣接器10插入 '移動至對產品殼體碰之 100132037 201230535 队口連結孔MFa之嵌合狀態下，細線同轴電镜冗之線h 經由插頭連接H Η)連接於配線圖轉導電路cp，以下^ 入插頭連接器U)之方向稱作「下方 將扬 其之拔去方Θ骚你「μ ^相反地將拔出 方向私作上方向」。又，將插頭連接器10中被、產 接細線同轴電繞SC之終端部的端緣部稱作「後端連 並且，將與其為相反側之端緣部稱作「前端緣部」，」 前後 端緣部」朝向「前端緣部」之方向稱作「前方」，將: 方向稱作「後方」。進而，將與該等「上下方向」及 方向」正交之方向稱作「左右方向」。 此處如上所述般形成於產品殼體MF的壁部之嵌合連择 孔MFa為由以呈現大致線對稱之方式鄰接配置之一 孔形成。該等各個嵌合連結孔MFa係包含對應於上述= 連接器1G之前後方向呈細長狀延伸之長孔，且分別對應著 插頭連接H 10之後方側及前方側，以前後方向連通之:式 設置有包含具有不同開口形狀之長孔的插通用孔部略】 及欲合用孔部MFa2。其中構成被配置於後方側插通用孔部 MFal的長孔係被設定為該長孔之長度方向為前後方向，L 具有沿前後方向延伸之長徑，以容許插頭連接器1〇之接腳 部10B的前後方向之移動。 又，構成該插通用孔部MFa 1之長孔係具有沿左右方向延 伸之短徑，且該短徑之尺寸形成為可供上述插頭連接器ι〇 之接腳部10B之整體插入的程度之相對寬幅。藉由該相對 100132037 10 201230535 寬幅之短徑，而使上述插頭連接器10之接腳部i〇b穿過該 插通用孔部MFal任意地插入或脫離。 另一方面，如此配置於插通用孔部MFali前方側之嵌合 用孔部MFa2所構成的長孔係包含與上述插通用孔部娜^ 同樣地沿前後方向延伸之長徑，而且可藉此容許插頭連接哭 1〇之接腳部在前後方向移動之方面成為柄同之構成:。 但具有窄於插通用孔部MFal之短徑。該嵌合用孔部娜^ 之短徑係形成為僅可供接腳部_之高度方向的中間部分 插入之度的尺寸，且於該鼓合用孔部购2之内部，僅通 過上述插通用孔部MFal而插人接腳部。而且，容許通 過該插通用孔部MFal插入至嵌合用孔部购2的内敎接 腳部_於構成該嵌合用孔部MFa2的長孔之長度方向浦 後方向）上移動’而另一方面則不會直接自該嵌合用孔 MFa2脫離。 即’包含構成該等插通用孔部胸及嵌合用孔部咖2 之長合連結孔MFa之開口緣部，侧應插頭連接器 10之刖後方向呈細長狀延伸，且使該開口緣部之左右方向 之外側緣部成為自上述插通用孔部至嵌合用孔部 MFa2為止連續延伸之直線狀的共通緣部。與此相對，嵌合 2之㈣緣部成為在與插如孔部MFal之交界 部呈大致直角之階梯狀的形狀。 1 L 3插通用孔部MFal與嵌合用孔部MFa2之各嵌 100132037 201230535 合連結孔MFa之π η 同於卢右非斜$狀’係於内外之兩侧緣部上成為不 同於左右非對稱之旋轉非對稱的形 = 連結孔―轉非對稱的開口形=广合 該嵌合連結孔JViFa> 下所述般插入至 让3之内部的插頭連接器 成為旋轉非對稱，且於 之㈣口ΠΟΒ亦 W餘：腳部_之嵌合方向上之投貪 形狀在與插入嵌合方向(下方向)正 非對稱的形狀。 上成為凝轉 二頭連接器10之接腳部、及嵌合連結孔201230535 VI. Description of the Invention: [Technical Field] The present invention relates to an electrical connector and an electrical connection for electrically connecting a terminal portion of a signal transmission medium to a conductive circuit on a surface of a product housing Combination. [Prior Art] Generally, in various electronic devices or electric machines such as mobile phones, terminal parts of various transmission media including thin-line coaxial Wei or irritating substrate, or printing and matching board are widely used. Connecting to the side of the printed wiring substrate (for example, the patent reading is described. The electrical connector connects the terminal portion of the signal transmission medium to a predetermined wiring pattern (circuit), and is usually mounted, for example, as shown in FIG. The socket connector 3 is preliminarily mounted on the circuit board 2 inside the product casing, and the plug connector 3 is connected to the socket connector 3 to connect the stomach 5 to the signal transmission medium 4 such as a thin coaxial cable. The functions of the electrical connectors 3 and 5 used at the time are to transmit the necessary information signals through the signal lines, and to connect the shield signals for grounding to the ground circuit through the shield wires. On the other hand, 'in recent years, electronic devices and the like The miniaturization and thinning have been rapidly developed, and the electrical connectors have gradually sought to be low-profile and low-cost. Therefore, it is strongly required to construct the above-mentioned electrical connectors 3 and 5. However, since the product casing 1 is made of a resin molding material, heat resistance is low, and welding or electronic component mounting cannot be directly performed on the product casing. Therefore, the commonly used 100132037 3 201230535 electrical connectionϋ Each has a basic configuration in which a square-side electrical connector (socket connector) 3 is mounted on a printed wiring substrate 2 having a wiring pattern, and an electrical connection is made to the electrical connection ϋ 3 of the ampoule. Moreover, it is more and more difficult to achieve a large reduction in the cost and cost reduction of the basic configuration. [Prior Art Document] [Patent Document] Patent Document 1: Japanese Patent Laid-Open JP-A-2001-43939 Patent Document 2: Japanese Patent Laid-Open Publication No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. The object of the invention is to provide an electrical connector and an electrical connector assembly which can be reduced in size and reduced in cost by a simple configuration. The electrical connector of the present invention is configured to include a connector body portion to which a terminal portion of a signal transmission medium is coupled, and to electrically connect the signal transmission medium to the product housing via the connection body portion a conductive circuit; the connector body portion is provided with a conductive contact that is in contact with the conductive circuit of the product housing, and a pin portion protruding from the connector body portion, and The housing is provided with a fitting connecting hole through which the pin portion is inserted, and the fitting connecting hole includes a long hole that allows insertion into the above-mentioned connecting portion (4) of the product housing t-connection hole (4) of 100132037 4 201230535 The electrical connector of the invention can be lost in the thickness direction between the pin portion and the conductive contact by the length direction of the long hole in the above-mentioned pin hole The combination product includes a product casing constituting a conduction circuit having a sub-machine and having a transmission signal formed on a surface of a wall portion, and the above-described electrical connector. According to this configuration, the single connector is directly fitted to the wall of the product casing, and = under the shirt (4) of the single connector, the contact portion of the conductive contact is in contact with the signal transmission wheel formed on the surface of the product casing. Conductive circuits such as wiring patterns. Therefore, 'there is no connection between the electric shouting board of the self-cutting, or other electric connecting materials of the county on the circuit board, and the heart (4) easy structure 1 to connect the signal transmission system, (4) the number of parts can be reduced and 2烊 tin installation, but can carry out a large cost of the job, and, because of the reduction of the electrical point can also inhibit the anti-science - and • good soldering step # tin problem or impedance unevenness - (four) questions (four) improve electrical The reliability of the connection. In addition, the final fixing of the electrical connector is such that the contact portion of the connector body portion and the conductive contact sandwich the product casing in the thickness direction, so that even if the connector is repeatedly fitted to the product housing, the electrical connector is pulled out. 'It can also be used for long-term good maturity: the fitting connection of the product shell. Further, the above-described leg portion of the present invention includes a locking portion 100132037 5 201230535 which is formed by sandwiching the product casing in a thickness direction and facing the conductive contact, and the engagement locking portion is configured as Preferably, it is fitted to the locking portion formed in the product casing and the connector body portion is held. According to this configuration, since the engagement locking portion of the leg portion is fitted to the locking portion of the product casing, the electrical connector can be reliably held. Further, in the present invention, the locking locking portion includes a hole m recessed in a surface of the product casing, and the engagement locking portion is recessed to the inside of the hole portion constituting the locking portion and abuts The inner wall surface of the hole portion is preferably so. According to this configuration, the fitting property of the engagement locking portion of the leg portion and the locking portion of the product casing can be improved. Further, the above-mentioned conductive contact of the present invention includes a contact portion that is in contact with the conductive circuit of the product housing, and a resilient arm portion that elastically displaces the contact portion, and the contact portion of the conductive contact is When the contact portion comes into contact with the conductive circuit of the product casing, it is preferably disposed at a position "above the hole portion constituting the locking portion". According to this configuration, the engagement lock generated in the pin portion of the product housing can be locked. The torque between the contact portion and the contact portion of the conductive contact is extremely small, so that the maintainability of the electrical connector can be further improved. Further, in the invention, the connector body portion includes an insulating case to which the conductive contact is mounted, and a shield case mounted to cover an outer surface of the insulating case, and the above-mentioned contact of the conductive contact When the dot portion is in contact with the conductive circuit of the product casing, the gap 11 between the insulating casing and the product casing facing the surface of the product casing 100132037 201230535 is set to be larger than the amount by which the locking locking portion is recessed to the inside of the hole portion. T2, ie (tl>t2) ' is so good. According to this configuration, when the bottom surface portion of the insulating case is pressed to the surface side of the product case via the connector main body portion, the engagement locking portion is detached from the hole portion, so that the card can be easily operated. The locking portion unlocks the locking portion. In the present invention, when the contact portion of the conductive contact is in contact with the conductive circuit of the product housing, the gap t3 between the elastic arm portion and the surface of the product housing is set to be larger than the above-described snap lock. It is preferable that the amount t2 which is recessed to the inside of the above-mentioned hole portion, that is, (t3 > t2). With such a configuration, even when the beam portion of the conductive contact is pressed to the surface side of the product case via the connector main body portion, the engagement locking portion is detached from the hole portion, so that the card can be easily operated. The locking portion unlocks the locking portion. Further, in the invention, it is preferable that the pin portion and the shield case are integrally formed. With such a configuration, it is possible to efficiently form the pin portion * at the same time as the formation of the shield case, thereby improving productivity. (Effect of the Invention) As described above, the present invention is configured such that the leg portion provided on the connector main body portion of the terminal portion to which the signal transmission medium is coupled is disposed in the product casing along the longitudinal direction of the long hole. The inside of the fitting hole of the long hole of the body is 100132037 7 201230535 劾, so that the foot and the conductive contact are held in the thickness direction, and the connector of the single body is directly fitted into the wall of the product casing. And in the fitting state of the connector of the single body, the contact portion of the conductive contact is brought into contact with the conductive circuit of the signal transmission wiring pattern or the like formed on the surface of the product casing, thereby eliminating the need to - Straight-circuit circuit board, other electrical connectors that ride on the circuit board, and can be electrically connected by a simple configuration. (4) The parts can be reduced and the solder mounting can be omitted. In addition, the cost reduction is carried out, and the impedance is suppressed by the decrease of the electrical connection point, that is, (10) the problem of good soldering (10), the uneven impedance - (4) can improve the connection of the new connection, and constitute The pin portion and the conductive contact of the connector body portion sandwich the product casing in the thickness direction and the most (4) of the electrical connector, even if the product housing is repeatedly required to pull out the electrical connection n, The length of the electrical connector is the fitting connection of the product housing, so that the circuit board or the embedded electrical connector can be omitted, and the structure of the electrical connector becomes extremely (4). The simple structure makes it possible to greatly reduce the size, size, and cost of the connector. [Embodiment] Hereinafter, the present invention is applied to a signal transmission medium using thin-wire coaxial electrical transformation, and is configured as an electrical connection that is directly fitted by horizontal movement after insertion of an electronic body from an upper side. Implementation = detailed description. 100132037 8 201230535 That is, the plug connector of one embodiment of the present invention shown in FIG. 1 to FIG. 22 has a configuration in which a terminal portion of a thin-wire coaxial cable SC as a signal transmission medium is electrically connected to a wiring pattern. In the conduction circuit, the wiring pattern conduction circuit CP is formed on the outer surface of the wall portion of the product casing MF constituting the mobile phone 具有 electronic machine having the predetermined electronic circuit, and is formed in the wall portion constituting the product casing MF. On the outer surface, a color pattern conduction circuit CP constituting an antenna or a part of various circuits is formed by printing or the like. The wall portion of the product casing MF is formed to penetrate the wall portion of the product casing. The connecting hole MFa is coupled to the leg portion of the connector body 1 that protrudes from the plug connector 1A, and is inserted into the wall of the product housing mf by horizontally moving from the upper side. a fitting connection hole MFa of the portion, that is, a portion of the thin-wire coaxial cable as a signal transmission medium is connected to the connector body portion of the contact connector 1G, and the thin-line coaxial Wei SC connection The plug connector 1Q is first placed on the upper side of the mating connecting hole _ as shown in Fig. 2 and Fig. 2, and the entire plug connector W disposed on the upper side is along with the product shell described above. The outer surface of the wall portion of the body MF is lowered substantially in the direction orthogonal to the same, and as shown in FIG. 8 to FIG. U, the pin portion of the plug connector 1A should be inserted outside the above-mentioned fitting connection hole MFa l _ body F The surface is moved to be in a fitted state. (4) The connector 10 is inserted into the 'fitted state of the 100132037 201230535 team port connection hole MFa of the product housing, and the thin wire coaxial electron mirror redundant line h is connected via the plug H Η) Connected to the wiring diagram transfer circuit cp, the direction of the following plug connector U) is called "the lower part will be lifted out and the side will be smashed." "The opposite direction will be the private direction of the pull-out direction". Further, the end portion of the plug connector 10 to which the end portion of the thin wire coaxial coil is wound is referred to as "the rear end portion, and the end portion on the opposite side is referred to as the "front end edge portion". The front and rear edge portions are referred to as "front" in the direction toward the "front end edge", and the "direction" is referred to as "rear". Further, the direction orthogonal to the "up and down direction" and the direction is referred to as "left and right direction". The fitting connecting hole MFa formed in the wall portion of the product casing MF as described above is formed by a hole which is disposed adjacent to each other in such a manner as to exhibit a substantially line symmetry. Each of the fitting connection holes MFa includes a long hole extending in a longitudinal direction corresponding to the front connector 1G, and corresponding to the side of the plug connection H 10 and the front side, respectively. An insertion hole portion including a long hole having a different opening shape is provided, and a hole portion MFa2 to be used is used. The long hole that is disposed in the rear side insertion universal hole portion MFal is set such that the longitudinal direction of the long hole is the front-rear direction, and L has a long diameter extending in the front-rear direction to allow the pin connector 1 to be connected to the pin portion. The movement of 10B in the front and rear direction. Further, the long hole constituting the insertion hole portion MFa 1 has a short diameter extending in the left-right direction, and the size of the short diameter is formed to the extent that the pin portion 10B of the plug connector ι is inserted as a whole. Relatively wide. The pin portion i 〇 b of the plug connector 10 is arbitrarily inserted or detached through the insertion hole portion MFal by the relative short length of 100132037 10 201230535. On the other hand, the long hole formed by the fitting hole portion MFa2 disposed on the front side of the insertion hole portion MFali includes a long diameter extending in the front-rear direction similarly to the above-described insertion hole portion, and can be tolerated thereby. The connection of the plug to the crying 1〇 is the same as the movement of the foot in the front-rear direction: However, it has a shorter diameter than the MFal of the universal hole portion. The short-diameter system of the fitting hole portion is formed into a size that can be inserted only in the middle portion in the height direction of the leg portion _, and is inserted into the inside of the bulging hole portion 2 only through the above-mentioned plug-in universal hole The MFal is inserted into the foot. Further, the inner shank portion _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Then, it does not directly detach from the fitting hole MFa2. In other words, the opening edge portion of the long coupling hole MFa constituting the plug hole and the fitting hole portion 2 is formed to extend in the rear direction of the plug connector 10, and the opening edge portion is formed. The side edge portion outside the left-right direction is a linear common edge portion that continuously extends from the insertion hole portion to the fitting hole portion MFa2. On the other hand, the (four) edge portion of the fitting 2 has a stepped shape at a substantially right angle to the boundary portion of the insertion hole portion MFal. 1 L 3 insertion universal hole portion MFal and fitting hole portion MFa2 are embedded 100132037 201230535. The connection hole MFa π η is the same as the Lu right non-slanting dollar shape. It is different from the left and right asymmetry on both sides of the inner and outer sides. Rotating asymmetrical shape = connecting hole - turning asymmetrical opening shape = widening the fitting connecting hole JViFa> The plug connector inserted into the inside of the 3 is made to be rotationally asymmetric, and (4) ΠΟΒ W 余 : : : : : 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚 脚The upper part of the two-head connector 10 and the fitting connection hole
之一稱的形狀’係用作插頭連接器10之插入、J 時之對準。即，於如下所述般，將插頭連接器10之接腳; 歓、嵌合於嵌合連結孔MFa時，將插頭連接器1〇誤 配置於旋轉方向之相反侧的情形時，因嵌合作業本身無法完 成’故其可實現誤嵌合之防止。 另一方面，形成有上述嵌合連結孔MFa之產品殼體Μρ 之表背兩面中’於外側之表面上，形成有構成配線圖案傳導 電路CP的錢傳導電路CPa及地線料電路cpb的終端 部。該等配線圖案傳導電路CP的終端部，係於上述一對嵌 合連結孔MFa、MFa彼此間之區域中，以沿前後方向延伸 之方式配置。該等信號傳導電路CPa及地線傳導電路cpb 的終端部分係於嵌合連結孔MFa之略微前方側之區域、即 甘欠合用孔部MFa2之側部成為於前後方向上相互對向之配 置關係。 12 100132037The shape of the one is used as the insertion of the plug connector 10, and the alignment of J. That is, when the plug connector 1 is placed in the fitting connection hole MFa and the plug connector 1 is placed on the opposite side of the rotation direction as described below, the stitching cooperation is performed. The industry itself cannot be completed 'so it can achieve the prevention of mis-mating. On the other hand, on the outer surface of the front and back surfaces of the product case Μρ in which the fitting connection hole MFa is formed, the terminal of the money conduction circuit CPa and the ground material circuit cpb constituting the wiring pattern conduction circuit CP is formed. unit. The end portions of the wiring pattern conducting circuits CP are arranged to extend in the front-rear direction in a region between the pair of the fitting connecting holes MFa and MFa. The terminal portions of the signal conducting circuits CPa and the ground conducting circuits cpb are arranged on the slightly front side of the fitting connecting hole MFa, that is, the side portions of the male and female matching hole portions MFa2 are arranged in the front-rear direction. . 12 100132037
S 201230535 人又’插頭連接器10係如上所述般構 口連結孔MFa後，被水平移動而彼合 方側插入至欲 .該插頭連接器之連接器本體部10 =器者，但於 .作為信號傳輸媒體之-例的細線同軸電雙===接有 以下’將與該插頭連接器1。之後端緣部及前。 嵌合連結孔MFa的各端续， P及刖^缘部對應之 端緣部。 、、一 ’亦同樣地稱作後端緣部及前 :乍為信號傳輸媒體的細_軸㈣％的終端部分，係藉 由剝除外周被覆材而以電鐵中心導體(信號線)❿及電鐵外 4導體(屏敝線)SCb呈同轴狀之方式露出，且沿著該細線同 車電、覽sc之κ線而配置的電窺中心導體m，係藉由 連接於安裝在絕緣殼體u的信號傳輸科電端子（信號接 點）12而構成信號電路。又，以包圍上述魏中心導體心 之外周側之方式配置的電料部導體SCb，储由連接於一 體地設置在下述屏蔽殼14的地線用導電端子(地線接點）Η 而構成接地電路。 如此之插頭連接器10之絕緣殼體n，係分別對應著上述 連接器本體部1GA及接腳部·，-體地含有絕緣本體部 11a及絕緣插入部ilb。於其中絕緣本體部Ua之大致中央 部分上，除上述細線同軸電纜sc外，安裝有信號傳輸用導 電端子(½雜點）12 ’並且，以配置於該信號傳輸用導電端 子12的兩側之方式’介隔著下述屏蔽殼14安裝有地線用導 100132037 201230535 電端子（地線接點）13。 又絕緣插入部11|：)係由自上述絕緣本體部I。朝向下方 突出的一對平板狀構件所形成，且構成為該等―對絕緣插入 4爪自下端部分朝向作為嵌合對象之產品殼體_側之嵌 合連結孔]VIFa内部插入。 士進而’具有上述絕緣本體部lu及絕緣插人部叫之絕緣 殼體11的外側表面係由包含薄板金屬狀構件之屏蔽巧Μ 所覆蓋。該屏蔽殼14，尤其如圖7所示，由以環狀二 述絕緣殼體η之絕緣本體部lla之外周側面作為^ 體部的殼本體部14a、同_覆蓋絕緣殼體η之 本體部之上表面部作為連接器本體部1〇八的殼蓋部 ⑽、及自外觸蓋設置於絕緣殼體u之―對絕緣插入; m作為接腳部_ &殼插入部14c所構成。於其中的 體部14a之後端部分’以朝向後方侧大致水平地突出之方 式’而設置有呈縱剖面大致半圓形狀的電支持部丨Μ，且 於該電瘦支持部14d之内劈而，#要* 士 7 m 土面，載置並支承上述細線同轴 纜SC之終端部分。 ％ 此時’上述屏蔽殼 %逊可1和你於運接固定上述知 線同軸⑽SC之終端部分之前的初始狀態下，成為圖^ 圖7所蝴放狀態。即，該初始狀態下之殼蓋部 隔一對包含細窄狀構件之連接 直上方立起 上述電纜支持部⑷之相反側' 100132037 201230535 即殼本體部14a之前端部分 。又，於該殼蓋部14b之内侧上， /口著成肌《卩14b之内表面配置有自絕緣殼體u之絕緣本體 部11a朝向上方立起m緣按壓板 lie。再者，上述連接構 件Me U位置及設置個數為可任意選定者。 :上述屏蔽设14之開放狀態下，細線同軸電纟覽SC 之終端部分’如® 7所Μ於㈣支持部⑷支承之方式载 置設置之後’使連接構件14e以連同上述絕緣按壓板uc 一 併大致直角地4’折’將屏蔽殼14之殼蓋部14b壓倒成大致 水平狀⑮為止。藉此’絕緣殼體11线緣本體部lla因殼 蓋β 14b自上方側覆蓋而屏蔽殼14成為閉塞狀態。 此時的殼蓋部14b係構成為以自殼本體部Ma之上方側部 分覆蓋外側部分之方式被覆，並且，上述電規支持部14d 及細線同軸魏SC ’亦以自上方侧部分覆蓋外側部分之方 式被覆。即’於該殼蓋部14b中，在相#於輯支持部⑷ 及細線同軸賴Sc之位置，以呈橫剖面〕字形狀之方式， 設置有第i保持部14f及第2保持部14g。該等第“呆‘部 W及第2保持部14g係形成為橫剖面〕字形狀中之開放侧 部分面向電纜支持部14d及細線同軸電纜sc，且構成為於 如上所述將殼蓋部Mb壓倒成大致水平狀態為止時，以縱剖 面^字形狀覆蓋上述電纜支持部14d及細線同軸電纜Sc。 而且，使構成該等第1保持部14f及第2保持部14g之開放 郤刀的兩側板狀構件之前端部分朝向内側彎折，進行壓緊固 100132037 201230535 定，且藉由魏外部導體scb與電境支持部⑷及第【保 持部I4f接觸’而構成以屏蔽殼14之接地電路。 上述地線科電端子(地線接點）13係—體地設置於屏 敝^4之殼本體部Ma上，且具有包含以自殼本體部⑷ 端面大致直角地呈叉狀之方式彎折且延伸至後方側之 懸臂狀構件的彈性臂部。構成以分又成該等叉狀之方式形成 之各地線用導電端子13、13的彈性臂部係配置於夾持上述 細線同轴電繞SC及信號傳輸用導電端子(信號接點）12左右 兩側的外側位置，且於該地線料電端子13、13的彈性臂 部之延伸側（後端側）前端部分，呈凹狀地設置有觸點部 1 a 13a 4等各觸點# 13a係以形成於殼本體㉝…之前 端面附近基端側的擺動支點13b為中心，左右兩方向分為叉 狀，且於上下方向上進行彈性位移。而且，當插頭連接器 ίο嵌合於產品殼體MF時，使地線用導電端子13之觸點部 13a自上方側接觸於形成在產品殼體娜之外側表面上的地 線傳導電路CPb。 此時，連結殼本體部14a與殼蓋部14b的連接構件14e係 在該連接構件14e之彎折方向上置於不面向上述地線用導 電端子（地線接點）13之擺動支點13b的位置。 就如此之構成而言，當使連接構件14e以將殼蓋部14b 安裝於殼本體部14a而彎折時，該連接構件14e之彎折影響 則難以波及地線用導電端子（地線接點）13，從而可避免該地 100132037 201230535 線用導電端子13變形等。因此，依連接構件丨私之位置， 亦可適宜地變更擺動支點13b之位置。 又，於上述地線用導電端子13、13左右方向兩側之外側 邰刀，以王立壁狀之方式，而分別配置有上述殼本體部14a 及；v又插入部14c，而其中之殼插入部Mc係由以自殼本體部 士 a朝向下方呈懸臂梁狀之方式延伸的板狀構件所形成。該 殼插入部14e係構成上述接腳部之—部分者，但若接 ㈣1GB與屏蔽殼14 _體形成’則可與屏蔽殼μ之成形 同時有效地使接腳部_成形，而可實現生產率之提高。 進而，該殼插入部14c之下端部分，成為朝向左右方向之 内側（中心側）大致直角地彎折而突出之形狀，從而成為自下 表面側覆蓋上述嵌合連結孔MFa2之内側緣部之形狀。設置 ;又插入。卩14C之下端部分的内側彎折部分，係以可對插 L用孔MFal插入之方式而限制内側突出量(板寬），且插 X插通用孔# MFai内的殼插人部14e，藉自前進移動 至引方側之肷合連結孔MFa2為止而成絲合狀態。 於垓设插入部14 c之内側彎折部分，設置有以使前後之前 HP UWF #傾斜之方式形成的移動導引部Mh、 h 且如上所述’當殼插入部14c沿前後方向於插通用孔 4 MFal與散合連結孔之間進行移動時，藉由移動導 引aM4h、14h之傾斜面的導引作用，可避免兩者之碰撞。 X於上述设插入部14c之内側彎折部分，形成其一部分 100132037 201230535 之方式而設有鎖定臂14b該鎖定臂14i係構成為以殼插入 部14c之前端側為基端部，朝向後方側懸臂狀延伸，且以前 端側之基端部為中心，該鎖定臂14i之後端側部分彈性地上 下移動。該鎖定臂14i係於上述地線用導電端子13之大致 正下方位置上，以成為纽平行狀紅方式配置，且兩構件 14i、13於上下中以相互面對的位置關係進行配置。此時兩 者間之距離係設定為略微大於產品殼體MF之厚度，且構成 為上述產品殼體MF之壁部無阻礙地進入形成於該等鎖定 臂14i與地線用導電端子13之間之空間部分。 進而，於該鎖定臂14i之延伸側（後端側）之前端部分，設 置有形成為朝向上方側呈凸狀之卡合鎖定部l4j。該卡合鎖 定部14j係配置於上述地線用導電端子（地線接點）13之觸點 部13a的大致正下方位置，且兩者間之距離設定為略微小於 產扣威體MF之厚度。藉此，構成為在該等卡合鎖定部叫 與觸點部13a之間，沿厚度方向夾持產品殼體碰。 如此，於本實施形態中，設置於產品殼體MF之嵌合連結 孔MFa係包含錢方向呈細長狀之長孔，且構成為容許插 入至產品殼體MF之丧合連結孔驗内部的插頭連接器 之接腳。卩1GB於長孔之長徑方向的長度方向（前後方向）上 進行往復移動t對插頭連接器1Q之接腳部的嵌合動 作進行具體說明，S 201230535 person's plug connector 10 is connected to the hole MFa as described above, and is horizontally moved while the other side is inserted into the connector body portion of the plug connector. As a signal transmission medium, an example of a thin wire coaxial electric double === is connected to the plug connector 1 below. After the end edge and front. Each end of the fitting connection hole MFa, P and the edge portion corresponding to the edge portion. Similarly, the same is called the trailing edge and the front: 乍 is the thin-axis (four)% of the terminal portion of the signal transmission medium, and the center conductor (signal line) of the electric iron is removed by stripping the surrounding covering material. And the electric conductor outer conductor 4 (screen line) SCb is exposed in a coaxial manner, and the electro-optical center conductor m disposed along the thin line with the vehicle electric power and the sc κ line is connected by being mounted The signal of the insulating housing u is transmitted to the electrical terminal (signal contact) 12 to constitute a signal circuit. Further, the electric portion conductor SCb disposed so as to surround the outer peripheral side of the center conductor of the center of the center is connected to the grounding conductor terminal (grounding contact) 一体 integrally provided in the shield case 14 described below to constitute a ground. Circuit. The insulating case n of the plug connector 10 includes the insulating body portion 11a and the insulating insertion portion ilb corresponding to the connector body portion 1GA and the pin portion, respectively. On the substantially central portion of the insulative housing portion Ua, in addition to the thin-wire coaxial cable sc, a signal transmission conductive terminal (1⁄2 noise) 12' is mounted and disposed on both sides of the signal transmission conductive terminal 12. In the manner of the following shielding case 14, a grounding conductor 100132037 201230535 electrical terminal (grounding contact) 13 is attached. Further, the insulating insertion portion 11|: is derived from the above-described insulating main body portion 1. The pair of flat members projecting downward are formed, and the inner insulating insert 4 is inserted from the lower end portion toward the fitting hole [VIFa] on the product casing_ side to be fitted. Further, the outer surface of the insulating casing 11 having the insulating main body portion lu and the insulating insertion portion is covered by a shielded metal member including a thin metal member. The shield case 14 is, as shown in FIG. 7, in particular, a case body portion 14a which is an outer peripheral side surface of the insulative housing portion 11a of the insulating case η which is annularly described as a body portion, and a body portion which covers the insulating case η The upper surface portion serves as a cover portion (10) of the connector main portion 1 and an insulating cover that is provided from the outer cover to the insulating housing u. The m is formed as a pin portion _ & housing insertion portion 14c. The rear end portion ' of the body portion 14a is provided with an electric support portion 大致 having a substantially semicircular shape in a longitudinal section so as to protrude substantially horizontally toward the rear side, and is formed inside the electric thin support portion 14d. #要*士7 m The earth surface, which is placed and supports the terminal part of the above-mentioned thin-line coaxial cable SC. % At this time, the shield case % is 1 and you are in the initial state before the terminal portion of the above-mentioned line coaxial (10) SC is fixed. That is, in the initial state, the cover portion is vertically connected to the opposite side of the cable support portion (4) by a pair of the connection including the narrow-shaped member, and the front end portion of the case body portion 14a. Further, on the inner side of the cover portion 14b, the inner surface of the crucible 14b is disposed with the m-edge pressing plate lie rising upward from the insulative housing portion 11a of the insulating case u. Furthermore, the position and the number of the connecting members Me U can be arbitrarily selected. : In the open state of the above-mentioned shielded device 14, the terminal portion of the thin-wire coaxial power-viewing SC is as follows: (4) after the support portion (4) is supported by the mounting arrangement, the connecting member 14e is brought together with the above-mentioned insulating pressing plate uc The shell cover portion 14b of the shield case 14 is pressed down to a substantially horizontal shape 15 at a substantially right angle 4' fold. Thereby, the insulating case 11 is covered by the cover portion β 14b from the upper side, and the shield case 14 is closed. In this case, the cover portion 14b is configured to cover the outer portion from the upper side portion of the case main body portion Ma, and the electric gauge support portion 14d and the thin wire coaxial Wei SC' also cover the outer portion from the upper side portion. The way is covered. In other words, in the case cover portion 14b, the i-th holding portion 14f and the second holding portion 14g are provided in a cross-sectional shape at a position of the phase support portion (4) and the thin line coaxial portion Sc. The open side portions of the first "stay" portion W and the second holding portion 14g are formed in a cross-sectional shape to face the cable support portion 14d and the thin coaxial cable sc, and are configured to cover the cover portion Mb as described above. When the pressure is reduced to a substantially horizontal state, the cable support portion 14d and the thin coaxial cable Sc are covered in a vertical cross-sectional shape. Further, the two sides of the open cutter that constitute the first holding portion 14f and the second holding portion 14g are formed. The front end portion of the member is bent toward the inner side, and is crimped to 100132037 201230535, and the grounding circuit of the shield case 14 is formed by the outer conductor scb and the interface support portion (4) and the [hold portion I4f. The grounding electrical terminal (grounding contact) 13 is integrally disposed on the casing body portion Ma of the screen 敝4, and has a shape that is bent at a substantially right angle from the end surface of the casing body portion (4). And extending to the elastic arm portion of the cantilever member on the rear side, and the elastic arm portions constituting the conductive terminals 13 and 13 for each of the lines formed in the form of the forks are disposed to be coaxially wound around the thin wire. SC and signal transmission guide The outer position of the left and right sides of the terminal (signal contact) 12, and the front end portion of the extending side (rear end side) of the elastic arm portion of the ground material electrical terminals 13 and 13 are provided with the contact portion 1 in a concave shape Each contact #13a such as a 13a 4 is centered on the swing fulcrum 13b formed on the proximal end side of the front end surface of the case body 33, and is divided into a fork shape in the left and right directions, and is elastically displaced in the vertical direction. When the plug connector ίo is fitted to the product casing MF, the contact portion 13a of the grounding conductor terminal 13 is brought into contact with the ground conducting circuit CPb formed on the outer surface of the product casing from the upper side. The connecting member 14e that connects the case main body portion 14a and the case cover portion 14b is placed at a position that does not face the swing fulcrum 13b of the above-described ground conductive terminal (ground contact) 13 in the bending direction of the connecting member 14e. In such a configuration, when the connecting member 14e is bent by attaching the cover portion 14b to the case main body portion 14a, the bending effect of the connecting member 14e is hard to affect the conductive terminal for the ground wire (ground contact). 13, thereby avoiding the place 100132037 2012305 The wire-use conductive terminal 13 is deformed, etc. Therefore, the position of the swing fulcrum 13b can be appropriately changed depending on the position at which the connecting member is smuggled. Further, the grounding-side conductive terminals 13 and 13 are laterally flanked on both sides. The shell body portion 14a and the v-insertion portion 14c are respectively disposed in a wall-like manner, and the shell insertion portion Mc is extended in a cantilever shape from the shell body portion a toward the lower side. The shell-shaped member 14e is formed as a part of the above-mentioned pin portion, but if the (4) 1GB is formed with the shield shell 14_body, the pin-shaped portion can be effectively formed simultaneously with the formation of the shield shell μ. Forming, and productivity can be improved. Further, the lower end portion of the case insertion portion 14c has a shape that is bent at a substantially right angle toward the inner side (center side) in the left-right direction, and is formed to cover the inner edge portion of the fitting connection hole MFa2 from the lower surface side. . Settings; insert again. The inner bent portion of the lower end portion of the cymbal 14C restricts the inner protruding amount (plate width) by inserting the hole MFal for the insertion L, and inserts the shell insertion portion 14e in the universal hole # MFai, The yarn is brought into a state of being joined by moving from the forward movement to the coupling connection hole MFa2 on the side of the lead. The inner side bent portion of the insertion portion 14c is provided with a movement guide portion Mh, h formed so that the front and rear HP UWF # are inclined, and as described above, when the case insertion portion 14c is inserted in the front-rear direction When moving between the universal hole 4 MFal and the loose coupling hole, the collision between the two can be avoided by guiding the inclined faces of the moving guides aM4h, 14h. X is provided with a locking arm 14b in a manner of forming a part of the insertion portion 14c, and forming a part thereof 100132037 201230535. The locking arm 14i is configured such that the front end side of the case insertion portion 14c is a base end portion toward the rear side. The cantilevered shape is extended, and the end side portion of the lock arm 14i is elastically moved up and down centering on the proximal end portion of the distal end side. The lock arm 14i is disposed substantially at a position directly below the ground conductive terminal 13 so as to be arranged in a parallel red shape, and the two members 14i and 13 are disposed in a positional relationship facing each other in the upper and lower sides. In this case, the distance between the two is set to be slightly larger than the thickness of the product housing MF, and the wall portion of the product housing MF is formed unimpededly between the locking arm 14i and the grounding conductor terminal 13. The space part. Further, an engagement locking portion 14j formed in a convex shape toward the upper side is provided at a front end portion of the extending side (rear end side) of the lock arm 14i. The engagement locking portion 14j is disposed substantially at a position directly below the contact portion 13a of the grounding conductive terminal (grounding contact) 13, and the distance between the two is set to be slightly smaller than the thickness of the production MF. . Thereby, the product housing is sandwiched between the engagement locking portions and the contact portion 13a in the thickness direction. As described above, in the present embodiment, the fitting connection hole MFa provided in the product casing MF includes a long hole having a slender shape in the direction of money, and is configured to allow insertion into the plug of the product housing MF. Connector pin.卩1GB reciprocates in the longitudinal direction of the long hole in the longitudinal direction (front-rear direction). Specifically, the fitting operation of the pin portion of the plug connector 1Q will be specifically described.
則首先’該插頭連接器1〇之接腳部1〇B 以貫通之方式插人至配置於欲合連結孔 MFa之後方側的插 100132037 201230535 通用孔部MFal内部，其後，接腳部1〇B朝向前方側之嵌合 用孔部MFa2前進移動。此時接腳部1〇B的移動係因移動導 引部14h傾斜面的導引作用而可順利地進行。 藉由如此插頭連接器10之接腳部1〇B的前進移動，而構 成為設置於該接腳部10B之卡合鎖定部14j、與設置於地線 用導電端子（地線接點）13之觸點部13a沿厚度方向夾持產品 设體MF。再者，該插頭連接器1〇之接腳部1〇B亦可自配 置於嵌合連結孔MFa前方側之嵌合用孔部MFa2朝向後方 側之插通用孔部MFal後退移動，且#由該後退移動，而成 為插頭連接器ίο之接腳部腦及地線用導電端子13可自 產品殼體MF脫離拔出之狀態。 根據如上所述之本實施形態之構成，可使單體之插頭連接 器10直接嵌合於產品殼體MF之壁部，且在該單體之插頭 連接器H)之嵌合狀態下，信號傳輸用導電端子(信號接點）12 錢線用導電端子（地線接點）13之各觸點部接觸於形成在 產品殼體MF表面之作·抽· # μ m 電路〇> 圖案等配線圖案傳導 电路〇>。因此’其無需介存先前—直使用之電路 作為絲於該電路基板之嵌合縣的其他 ^二或 二易構成進行信號傳輪媒體之電性連接，從而可二 ^省略焊錫安裝’而進行大幅度的 電性連接點之減少而可抑制阻抗之不均一且猎由 步驟中之溢錫之問題< n h # 糟由改善焊錫 100132037 钩且抗不均一等問題而可提昇電性連 201230535 接之可靠性。 又’插頭連接器10整體的最終固定係藉由連接器本體部 之接腳部_與地線料電端子(地線接點）13沿厚度方 向夾持產品殼如崎，故其即便對產品M MF反覆嵌人 或拔出插頭連接器1G，亦可長期良好地維持插頭連接器^ 對產品殼體MF之嵌合連結性。 進而’於本實施形態中，在產品殼體MF之背面側（下表 面側）’凹設有接收上述鎖定臂14i之卡合鎖定部14j的卡止 鎖定部MFb。該卡止鎖定部勵係包含以切除嵌合用孔部 MFa2之内端緣的一部纟之方式形成的孔部，i以如上所 述，使插頭連接器1G之接腳部_自後方側插通用孔部 MFal刖進移動至前方側嵌合用孔部MFa2時，鎖定臂Μ} 之卡合鎖定部14j以階差狀凹陷卡止鎖定部MFb之内部， 從而成為嵌合狀態。 更具體而言，其構成如下：當卡合鎖定部14j凹陷至卡止 鎖疋部MFb内時’卡合鎖定部之後端側邊緣部咐抵 接於上述卡止鎖定部MFb之後端側内壁面，藉此，連接器 本體部1〇A卡止於後方側，從而可保持插頭連接器1〇整 體。再者，對插頭連接器10朝向前方側之卡止作用係藉由 接腳部10B抵接於上述前方側之嵌合用孔部MFa2前端緣而 進行。 如本實施形態所述，若採用設置於接腳部10B之卡合鎖 20 100132037First, the pin portion 1〇B of the plug connector 1 is inserted into the inside of the universal hole MFal of the 100132037 201230535 disposed on the side after the connection hole MFa is inserted, and then the pin 1 is inserted. The fitting hole portion MFa2 of the 〇B toward the front side moves forward. At this time, the movement of the leg portion 1B can be smoothly performed by the guiding action of the inclined surface of the moving guide portion 14h. By the forward movement of the pin portion 1B of the plug connector 10, the engagement locking portion 14j provided in the pin portion 10B and the conductive terminal (ground contact) provided in the ground line 13 are formed. The contact portion 13a sandwiches the product set MF in the thickness direction. Further, the pin portion 1B of the plug connector 1 can be moved backward by the fitting hole portion MFa2 disposed on the front side of the fitting connecting hole MFa toward the rear side of the universal hole portion MFal, and The movement of the plug connector ίο is the state in which the conductive terminal 13 for the brain and the ground of the plug can be detached from the product housing MF. According to the configuration of the present embodiment as described above, the single plug connector 10 can be directly fitted to the wall portion of the product casing MF, and in the fitting state of the single plug connector H), the signal The conductive terminals (signal contacts) for transmission 12 are in contact with the contact portions formed on the surface of the product casing MF by the contact terminals of the conductive terminals (ground contacts) 13 of the money line, etc. Wiring pattern conduction circuit 〇>. Therefore, it is not necessary to store the circuit that is used directly as the other two or two of the chimneys of the circuit board to form an electrical connection of the signal transmission medium, so that the solder mounting can be omitted. The reduction of the large electrical connection point can suppress the unevenness of the impedance and the problem of the overflow of the tin in the step < nh # worse by improving the solder 100132037 hook and resisting the problem of unevenness, and can improve the electrical connection 201230535 Reliability. Moreover, the final fixing of the plug connector 10 as a whole is carried out by sandwiching the product shell in the thickness direction by the pin portion _ of the connector body portion and the ground material electrical terminal (ground wire contact) 13, so that even for the product When the M MF is repeatedly embedded or the plug connector 1G is pulled out, the fitting connection of the plug connector to the product housing MF can be maintained for a long period of time. Further, in the present embodiment, the lock lock portion MFb that receives the engagement lock portion 14j of the lock arm 14i is recessed on the back side (the lower surface side) of the product casing MF. The locking portion is provided with a hole portion formed by cutting a portion of the inner end edge of the fitting hole portion MFa2, i, so that the pin portion of the plug connector 1G is inserted from the rear side as described above. When the universal hole portion MFal is moved to the front side fitting hole portion MFa2, the engagement locking portion 14j of the lock arm Μ} is recessed in the stepped shape to lock the inside of the lock portion MFb, thereby being fitted. More specifically, the configuration is as follows: when the engagement locking portion 14j is recessed into the locking lock portion MFb, the rear end side edge portion 之后 after the engagement locking portion abuts against the end side inner wall surface of the locking locking portion MFb Thereby, the connector main body portion 1A is locked to the rear side, so that the plug connector 1 can be held as a whole. Further, the locking action of the plug connector 10 toward the front side is performed by the pin portion 10B abutting on the front end edge of the fitting hole portion MFa2 on the front side. As described in the embodiment, if the engagement lock provided on the pin portion 10B is used, 20 100132037
201230535 定部14j嵌合於包含產品殼體MF孔部之卡止鎖定部刪 的構成’則可提高卡合鎖定部14j·與卡止鎖定部㈣之嵌 合性，而可確實地進行插頭連接器10之保持。 .尤其’於實施形態中’當地㈣導電端子（地線接點）13 之觸點部13a接觸於產品殼體MF之配線圖案傳導電路cp 時’因該觸點部13a配置於構成卡止鎖定部觸之孔部的 上方位置、尤其在本實施形態中配置於正上方位置，故而夹 持產品殼體MF的接腳部10B之卡合鎖定部叫與地線用導 電端子13之觸點部13a《間所產生之力矩被抑制為極小， 而可更提昇插頭連接器10之保持性。 進而’於本實施形態巾，尤其在圖15所和嵌合狀態下、 即地線用導電端子（地線接點）13之觸點部13a接觸於設置在 產品殼體MF上之配線圖案傳導電路cp時，藉由地線用導 電端子13之彈轉簧力而使該地線用導電端子。之彈性臂 部自產品殼體MF之表面朝向上方升起，從而於產品殼體 M.F之上表面、與相對該產品殼體碰之上表面的對向表面 即絕緣本體部11a底面之間形成間隙u，並且，同樣地於產 品殼體MF之上表面、與相對該產品殼體娜之上表面的對 向表面即地制導電端子13彈性臂部之間形成間隙G。而 且，於本實施形態中，藉由該等絕緣本體部Ua而形成之間 隙ti、及藉由地線用導電端子13而形成之間隙t3之大小係 設定為大於上述卡合鎖定部14j之後端側邊緣部丨仆凹陷至 100132037 21 201230535 卡止鎖定部MFb内部之量t2，即⑴>t2，t3>t2)。 就如此之構成而言，例如圖20及圖21所示，若對連接器 本體部10A自上方側朝向下方施力，遍及間隙u地按下嗲 連接器本體部10A(參照圖中箭頭），則絕緣本體部11&之底 面被按壓至產品殼體MF之上表面側，使得上述間隙tl大 致變為零。另一方面，由於卡合鎖定部14』之後端側邊緣部 14k的凹陷量t2如上所述設定為小於間隙u，即(t2<ti)， 因此该後端側邊緣部14k自卡止鎖定部MFb之孔部朝向下 方脫離。其結果，可以容易之操作進行卡合鎖定部叫對卡 止鎖定部MFb之解除。 另一方面，與本實施形態不同，如絕緣殼體η之厚度較 薄之情形等，由於絕緣本體部lla之底面較大地背離產品殼 體娜之上表面，藉由上述間隙tl擴大，而使地線用導電 端子u之彈性臂部之間隙t3變小之情形時，即((2<⑴ 地線用導電端+ 13之賴臂部相較絕緣本體部⑴先接 產品殼體MF之表面侧，使得間隙G相較上述間隙^先: 近於零。較如此之情形，由於卡合敎部i4j之後端側邊 緣部14k的凹陷量㈣定為小於間隙β，即⑽^，因此， 該後端侧邊緣部14k自卡止鎖定部MFb之孔部朝向下方脫 離’而可以容易之操作進行卡合鎖定# l4j對卡止鎖定部 MFb之解除。 又，本實施形態中之信號傳輸用導電端子（信號接點）Η 100132037 u 201230535 係藉由壓入或嵌入成形等而安裝於絕緣殼體u之絕緣本俨 部lla，但尤其如圖16所示，具有連接於上述細線同轴= 繞SC之電纟覽中心導體(信號線)SCa的電徵夾持部i2a、及自 該電繞夾持部12a朝向下方側以彎曲狀延伸且接觸於配線 圖案傳導電路CP之信？虎傳導電路CPa的彈性彈菁部12^。 其中之電纜夾持部12a係包括以侧視觀察時呈大致c字 形狀之方式彎折形成之夾梁構造’且形成為上下以夾子狀夾 持細線同軸電纜sc之電纜中心導體(信號線)SCa。於構成該 電纜夾持部12a之上側樑部12c的中間部分，設置有自上方 側按壓上述電纜中心導體(信號線)SCa的凹部。又，在夾持 著設置於該上侧樑部12c的凹部與電纜中心導體SCa對向 於下方側之位置處，設置有用以進行與絕緣殼體11卡止之 卡止部（圖示省略）。進而，信號傳輸用導電端子12自該卡 止部朝向後方側延伸設置後，朝向下方側彎折，再朝向前方 側延伸至上述卡止部的位置附近之後’被朝向下方側彎折朝 著彈性彈簧部12b延伸。 再者’該電纜夾持部12a之上侧樑部12(；係於連結上述細 ' 線同軸電纜SC終端部分之前的初始狀態中，成為例如圖6 " 及圖7所示之開放狀態。即，該初始狀態下之上側樑部12c 具有朝向斜上方上升之形狀，且構成為若自細線同軸電纜 SC之終端部分如圖7所示載置於電纜支持部Md上經設置 之狀態起，將屏蔽殼14之殼蓋部14b連同絕緣按壓板11c 100132037 23 201230535 一併壓倒成大致水平狀態為止，則該電纜失持部12a之上側 標部12c被絕緣按壓才反llc壓倒成大致水平狀態為止，從而 自上方側按壓電纜中心導體(信號線)SCa。 又’信號傳輸用導電端子(信號接點）12之彈性彈簣部i2b 係形成為自上述電纟覽切部12a在絕緣本體部⑴之内部延 伸至後方侧，且朝向下方側彎折，再延伸至前方側之後，暫 時朝向斜下方以呈懸臂驗之方式延伸，且朝下方側以彎曲 狀突出之後，再次朝向上方上升。而且，於該彈性彈菁部 12b之下方彎曲部位中最下端頂點部分，形成有與設置於上 述一對拔合連結孔MPa彳丨> π \ a 、 彼此間之σ卩分的信號傳導電路CPa 接觸的觸點部⑶，點部12d係構成為藉由呈上述懸臂 梁狀之弹性彈簣部12b的彈性位移作用而麼接於信 電路CPa。 於如此之信號傳輪用導電端子12之兩側外側，如上所述 般配置有一對地線用導電端子（地線接點）ΐ3、Η，但相對於 設置在該信號傳輸料電端子(_接點）12之觸點部⑶， 分別設置於地線用導電端子13、13之觸點部心…配置 於後方側區域之兩側部分’而該等觸點部12d、13a、13a在 與嵌合方向正交之平面内成為 就如此之構成而言’於進行嵌合作業時，在誤將插頭連接 裔H)配置於㈣方㈣反歉情科，嵌合作業 法進行，或者即便可進行嵌合之情形時，因無法形成電性導 100132037 24 201230535 通，其可實現誤嵌合之防止。 進而，上述信號傳輪用道斧山， 寺珣用導電端子（信號接點）12 .心係分別設置於如上所述呈懸臂狀且傾斜地沿前= 延伸之臂狀構件之擺動側前端部分，但該等臂狀構件 方向、即自各個擺動支點12e、m至觸點部⑶ 向設定為於前後方向上相互成為相反方向。 此之構成巾II由構成信號傳輸料電端子(信號 點）12及地線用導電端子(地線接點如之懸臂梁狀的兩臂^大 構件的彈性位移作用則產生以觸點部i2d、i3a為中心之力 矩’但料兩力矩因相互為相反方向而抵消。其結果，於嵌 合作業時及欲合後，維持插頭連接器10穩定之狀態。 又該等L號傳輪用導電端子靖號接點叩之觸點部⑶ 係與上述地線用導電端子(地線接點）13之觸點部13a同樣 地，成為於其與鎖定臂14i之卡合鎖定部14j之間沿厚度方 向夾持產品殼體MF壁部的配置關係，且藉由構成信號傳輸 用導電端子12及地線用導電端子13的懸臂梁狀構件的彈性 . 位移作用，則構成對產品殼體MF之壁部於上下方向保持插 - 頭連接器10之狀態。 就如此之構成而言，插入、嵌合於產品殼體MF的插頭連 接器10之整體係由鎖定臂14i之卡合鎖定Mj、與信號傳輸 用導電端子(信號接點）丨2之觸點部i2d、及地線用導電端子 100132037 25 201230535 (地線接點）13之觸點部13a之夾持力而被穩定地保持。 進而，本實施形態係於圖17中之剖面方向（前後方向）上， 藉由在信號傳輸用導電端子12之觸點部12d與地線用導電 端子13之觸點部13a之間配置有卡合鎖定部l4j，則無論對 插頭連接器10之前進及後退之任何方向賦予移動操作力， 均可以卡合鎖定部14j為中心，穩定地支持插頭連接器1〇 整體’從而可良好地進行該插頭連接器1〇之移動。 以上，已基於實施形態，對由本發明者完成之發明進行了 具體說明，但本實施形態並不受限於上述實施形態，勿庸置 疑’其亦可於不脫離該要旨之範圍内進行各種變形。 例如’上述實施形態係將信號傳輸用之配線圖案傳導電路 (信號傳導電路)CPa僅設置於產品殼體MF的表背兩面中之 一面即外側表面，但亦可僅設置於產品殼體MF之表背兩面 中之内側表面，或者設置於如同外側表面及内側表面之兩者 之類的至少其中一面’並且’配線圖案傳導電路CP可配置 於適當任意之位置。於上述實施形態中，配線圖案傳導電路 cp之終端部係沿前後方向延伸之方式配置，但亦可以於夾 持著信號傳導電路CPa之兩側設置地線傳導電路CPb，且 兩者均可朝向前方側延伸之方式進行配置。 又，於上述實施形態中雖形成在產品殼體MF壁部之表面 上的嵌合連結孔MFa具有平面大致矩形之開口部，但亦可 形成為呈平面大致圓形形狀之圓孔等各種形狀，又，亦可形 100132037 26 201230535 成不貫通產品殼體mf壁部之孔。 進而，上述實施形態為將本發明應用於垂直插入/水平嵌 . 合型之電連接器，但亦可同樣地應用於水平插入/垂直嵌合 型之電連接器。 進而’本發明並不限定於如上述實施形態之類的單體之細 線同軸電纜用連接器，其亦可同樣地應用於多極狀配置之細 線同軸電纜用連接器、混合有複數根細線同軸電纜與絕緣電 %之類型之電連接器、或連結有可撓性配線基板等之電連 器等。 (產業上之可利用性） 如上所述，本實施形態可廣泛應用於各種電氣機器 之多種電連接器。 【圖式簡單說明】 圖1係表現使用本發明-實施形態 =體之連接作業財途狀態之外觀 圖2係自後方側表現使圖丨所示之本 — 頭連接器嵌合於嵌合連結孔 態之插201230535 The fitting portion 14j is fitted to the configuration of the locking portion including the product housing MF hole portion, and the fitting of the engagement locking portion 14j· and the locking portion (4) can be improved, and the plug connection can be surely performed. The maintenance of the device 10. In particular, in the embodiment, when the contact portion 13a of the local (four) conductive terminal (ground contact) 13 is in contact with the wiring pattern conducting circuit cp of the product casing MF, the contact portion 13a is disposed to constitute the locking lock. The position above the hole portion of the contact portion is particularly disposed in the position immediately above, so that the engagement locking portion of the leg portion 10B that sandwiches the product casing MF is called the contact portion of the conductive terminal 13 for the ground wire. The torque generated between 13a is suppressed to a minimum, and the retention of the plug connector 10 can be further improved. Further, in the towel of the present embodiment, in particular, in the fitting state of Fig. 15, the contact portion 13a of the conductive terminal (ground contact) 13 for the ground wire is in contact with the wiring pattern conduction provided on the product casing MF. In the case of the circuit cp, the grounding wire is electrically connected to the ground terminal by the spring force of the conductive terminal 13. The elastic arm portion rises upward from the surface of the product casing MF, thereby forming a gap between the upper surface of the product casing MF and the opposite surface of the upper surface of the product casing 119, that is, the bottom surface of the insulating body portion 11a. u, and likewise, a gap G is formed between the upper surface of the product casing MF and the opposite surface of the upper surface of the product casing, that is, the elastic arm portion of the ground-made conductive terminal 13. Further, in the present embodiment, the gap ti formed by the insulating main body portion Ua and the gap t3 formed by the grounding conductive terminal 13 are set larger than the rear end of the engaging locking portion 14j. The side edge portion is recessed to 100132037 21 201230535 The amount t2 inside the locking portion MFb, that is, (1) > t2, t3 > t2). With such a configuration, for example, as shown in FIG. 20 and FIG. 21, when the connector main body portion 10A is biased downward from the upper side, the 嗲 connector main body portion 10A is pressed over the gap u (see an arrow in the drawing). Then, the bottom surface of the insulating body portion 11 & is pressed to the upper surface side of the product casing MF such that the above-described gap t1 becomes substantially zero. On the other hand, since the recess amount t2 of the end side edge portion 14k after the engagement locking portion 14' is set smaller than the gap u as described above, that is, (t2 < ti), the rear end side edge portion 14k is self-locking locking portion The hole portion of the MFb is detached downward. As a result, the engagement locking portion can be easily operated to release the lock lock portion MFb. On the other hand, unlike the present embodiment, when the thickness of the insulating case η is thin, the bottom surface of the insulating body portion 11a is largely away from the upper surface of the product casing, and the gap tl is enlarged. When the gap t3 of the elastic arm portion of the grounding conductor terminal u is small, that is, ((2) the grounding conductor end + 13 is adjacent to the insulating body portion (1) before the surface of the product housing MF The side is such that the gap G is closer to the gap than the above-mentioned gap: in this case, since the amount of depression (4) of the end side edge portion 14k after the engaging crotch portion i4j is set to be smaller than the gap β, that is, (10)^, therefore, The rear end side edge portion 14k is disengaged from the hole portion of the lock lock portion MFb toward the lower side, and the engagement lock portion MFb can be easily released by the engagement lock #14j. Further, the signal transmission conductive in the present embodiment. Terminal (signal contact) Η 100132037 u 201230535 is attached to the insulating base portion 11a of the insulating housing u by press fitting or insert molding, etc., but particularly as shown in Fig. 16, having a coaxial line connected to the above-mentioned thin wire = winding SC electric power center conductor (signal line) SCa The electric sign clamping portion i2a and the elastic elastic portion 12B extending in a curved shape from the electric winding holding portion 12a toward the lower side and contacting the wiring pattern conduction circuit CP, the cable elastic portion 12 The holding portion 12a includes a yoke structure that is bent in a substantially c-shape when viewed from the side view, and is formed as a cable center conductor (signal line) SCa that sandwiches the thin-wire coaxial cable sc in a clip shape. The intermediate portion of the upper side beam portion 12c of the cable holding portion 12a is provided with a recessed portion that presses the cable center conductor (signal line) SCa from the upper side. Further, the recessed portion provided in the upper side beam portion 12c is sandwiched. A locking portion (not shown) for locking the insulating case 11 is provided at a position on the lower side of the cable center conductor SCa. Further, the signal transmission conductive terminal 12 faces the rear side from the locking portion. After being extended, it is bent toward the lower side, and then extends toward the front side to the vicinity of the position of the locking portion, and then is bent toward the lower side toward the elastic spring portion 12b. Further, the cable holding portion 12a is formed. Side beam 12(;) is an open state as shown in, for example, FIG. 6 " and FIG. 7 in the initial state before the end portion of the thin coaxial cable SC terminal is connected. That is, the upper side beam portion 12c has an orientation toward the oblique state in the initial state. The upwardly rising shape is configured such that the cover portion 14b of the shield case 14 together with the insulating pressing plate 11c is provided from the state in which the terminal portion of the thin-wire coaxial cable SC is placed on the cable supporting portion Md as shown in FIG. 100132037 23 201230535 When the upper portion 12c of the cable-worn portion 12a is pressed against the upper portion 12c of the cable-wound portion 12a, the anti-llc is pressed back to a substantially horizontal state, and the cable center conductor (signal line) SCa is pressed from the upper side. . Further, the elastic elastic portion i2b of the conductive terminal (signal contact) 12 for signal transmission is formed so as to extend from the inside of the insulating main portion (1) to the rear side from the electric cutout portion 12a, and is bent toward the lower side, and then After extending to the front side, it is temporarily tilted downward to extend in a cantilever manner, and protrudes toward the lower side in a curved shape, and then rises upward again. Further, a signal conducting circuit that is provided at the lowermost end apex portion of the lower curved portion of the elastic elastic portion 12b is formed with a σ split between the pair of pull-out coupling holes MPa 彳丨 > π \ a The contact portion (3) that the CPa contacts, and the dot portion 12d are configured to be connected to the signal circuit CPa by the elastic displacement of the cantilever-like elastic elastic portion 12b. On the outside of both sides of the signal transmission wheel 12, as described above, a pair of grounding conductor terminals (grounding contacts) ΐ3, Η are arranged, but with respect to the signal transmitting material electrical terminals (_ The contact portions (3) of the contacts 12 are respectively disposed at the contact portions of the ground conductive terminals 13 and 13 and disposed on both side portions of the rear side region, and the contact portions 12d, 13a, 13a are In the plane in which the fitting directions are orthogonal, in the case of such a configuration, when the fitting operation is performed, the plug connection is made erroneously, the apology is performed in the (4) square (4) apology, or even if it is possible In the case of fitting, the electrical conduction 100132037 24 201230535 can not be formed, which can prevent the mis-fitting. Further, the above-mentioned signal transmission wheel is used for the axe mountain, and the temple terminal is provided with a conductive terminal (signal contact) 12. The core system is respectively provided at the swing-side front end portion of the arm-shaped member which is cantilevered and obliquely extends along the front side as described above, but The direction of the arm members, that is, from the respective swing support points 12e, m to the contact portion (3), is set to be opposite to each other in the front-rear direction. The constituent towel II is formed by the electrical terminal (signal point) 12 constituting the signal transmission material and the conductive terminal for the grounding wire (the elastic displacement of the grounding contact such as the cantilever beam-shaped two-armed large member is generated by the contact portion i2d And i3a is the center torque 'but the two moments of the material are offset by the opposite directions. As a result, the plug connector 10 is maintained in a stable state during the fitting operation and after the assembly. The contact portion (3) of the terminal contact terminal 3 is formed between the engagement locking portion 14j of the lock arm 14i and the contact portion 13a of the ground conductive terminal (ground contact) 13 The arrangement relationship of the wall portion of the product casing MF is sandwiched in the thickness direction, and the elastic deformation of the cantilever beam member constituting the signal transmission conductive terminal 12 and the ground wire conductive terminal 13 constitutes a product housing MF. The wall portion holds the state of the plug connector 10 in the up and down direction. With such a configuration, the plug connector 10 inserted and fitted to the product housing MF as a whole is locked by the locking arm 14i, Mj, and Conductive terminal for signal transmission (signal contact) 丨2 The contact portion i2d and the grounding conductor terminal 100132037 25 201230535 (ground contact) 13 are stably held by the contact force of the contact portion 13a. Further, this embodiment is in the cross-sectional direction of FIG. In the front-rear direction, by arranging the engagement locking portion 14j between the contact portion 12d of the signal transmission conductive terminal 12 and the contact portion 13a of the grounding conductive terminal 13, the plug connector 10 is advanced. The movement operation force is given in any direction of the retreat, and the plug connector 1 can be stably supported by the lock portion 14j as a center, and the plug connector 1 can be stably moved. The above is based on the embodiment. The invention made by the inventors of the present invention has been specifically described, but the present embodiment is not limited to the above-described embodiments, and it is needless to say that various modifications can be made without departing from the spirit and scope of the invention. For example, the above embodiment The wiring pattern conduction circuit (signal conduction circuit) CPa for signal transmission is provided only on one of the front and back surfaces of the product casing MF, that is, the outer surface, but may be provided only in the product casing. The inner surface of the back surface of the MF, or at least one of the outer surface and the inner surface, and the wiring pattern conduction circuit CP may be disposed at an appropriate arbitrary position. In the above embodiment, The terminal portion of the wiring pattern conducting circuit cp is disposed to extend in the front-rear direction. However, the ground conducting circuit CPb may be disposed on both sides of the signal conducting circuit CPa, and both may extend toward the front side. Further, in the above-described embodiment, the fitting connection hole MFa formed on the surface of the wall portion of the product casing MF has an opening having a substantially rectangular shape, but may be formed as a circular hole having a substantially circular shape in plan view. Various shapes, in addition, can also be shaped 100132037 26 201230535 into the hole of the wall of the product housing mf. Further, in the above embodiment, the present invention is applied to a vertically inserted/horizontal embedded type electrical connector, but can be similarly applied to a horizontal insertion/vertical fitting type electrical connector. Further, the present invention is not limited to the connector for a thin-wire coaxial cable such as the above-described embodiment, and can be similarly applied to a connector for a thin-wire coaxial cable having a multi-pole arrangement, and a plurality of fine-wire coaxial cables are mixed. An electrical connector of a type such as a cable and an insulating power, or an electrical connector to which a flexible wiring board or the like is connected. (Industrial Applicability) As described above, the present embodiment can be widely applied to various electrical connectors of various electric machines. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an appearance showing the use of the present invention-embodiment=body connection operation. FIG. 2 is a rear view showing that the head connector shown in FIG. Hole state
圖3係自 ± 、〇 、、怨之外觀立體說明圖C '、自產。口设體之内側觀察處於 器及嵌合連結孔時之立體說明圖。的插頭連接 圖4係自下方側觀察圖i〜圖3所 的插頭連接器時之底面說明圖。、切明-實施形態 圖5係圖4所示之插頭連接器之 100132037 X方向的中途位置之水 27 201230535 平剖面說明圖。 圖6係自後方側表現對圖1〜圖5所示之插頭連接卜署 作為信號傳輸媒體之細線同軸電增 x 見之則的初始狀態之分解 立體說明圖。 圖7係自後方側表現對圖6所示之插頭連接界設置作為作 號傳輸媒體之細線同軸電纜的狀態之外觀立體說明圖。 圖8係表現自圖2之狀態將插頭連接器插入至嵌合連結孔 内的狀態之外觀立體說明圖。 圖9係自產品殼體之内側觀察插入至圖8之嵌合連結孔内 的插頭連接器時之立體說明圖。 圖10係沿圖8中之X-X線之縱剖面說明圖。 圖U係表現使處於圖H)之狀態之插頭連接器朝向前方移 動的中途狀態之縱剖面說明圖。 圖12係表現自圖u之狀態使插頭連接器進而移動至前方 的嵌合狀態之外觀立體說明圖。 圖13係自產品殼體之内側觀察處於圖以之嵌合狀態的插 頭連接器時之立體說明圖。 圖1係自上方側觀察處於圖13所示之嵌合狀態的插頭連 接器時之平面說明圖。 圖15係沿圖14中之xv_xv.線之縱剖面說明圖。 圖16係沿圖14中之χνι_χνι線之縱剖面說明圖。 圖17係圖14中之χνι_χνΙ線之略微靠近外側之縱剖面 100132037Figure 3 is a three-dimensional illustration of the appearance of ±, 、, and grievances. The inside of the mouthpiece is a perspective view of the device and the fitting hole. Plug connection Fig. 4 is an explanatory view of the bottom surface when the plug connector of Figs. 1 to 3 is viewed from the lower side. Fig. 5 is a schematic view of a flat cross section of the plug connector of Fig. 4 in the middle of the 100132037 X direction. Fig. 6 is an exploded perspective view showing the initial state of the thin-wire coaxial electric-increasing x of the plug-connecting device shown in Figs. 1 to 5 as shown in Figs. 1 to 5 as seen from the rear side. Fig. 7 is an external perspective explanatory view showing a state in which a thin-wire coaxial cable as a transmission medium is provided to the plug connection boundary shown in Fig. 6 from the rear side. Fig. 8 is an external perspective explanatory view showing a state in which the plug connector is inserted into the fitting coupling hole from the state of Fig. 2; Fig. 9 is a perspective explanatory view showing the plug connector inserted into the fitting connecting hole of Fig. 8 as viewed from the inside of the product case. Fig. 10 is a longitudinal sectional explanatory view taken along line X-X of Fig. 8. Fig. U is a longitudinal cross-sectional explanatory view showing a state in which the plug connector in the state of Fig. H) is moved forward. Fig. 12 is an external perspective explanatory view showing a fitting state in which the plug connector is further moved to the front from the state of Fig. u. Fig. 13 is a perspective explanatory view of the plug connector in a fitting state as seen from the inside of the product casing. Fig. 1 is a plan explanatory view of the plug connector in the fitted state shown in Fig. 13 as seen from the upper side. Figure 15 is a longitudinal cross-sectional view taken along the line xv_xv. in Figure 14. Fig. 16 is a longitudinal sectional explanatory view taken along line χνι_χνι in Fig. 14. Figure 17 is a longitudinal section of the line χνι_χνΙ in Figure 14 slightly closer to the outside 100132037
S 28 201230535 說明圖。 圖18係圖17中之XVIII所指示之部位之放大說明圖。 圖19係沿圖14中之XIX-XIX線之縱剖面說明圖。 圖20係表現將處於圖15之狀態之插頭連接器按入至下方 的狀態之縱剖面說明圖。 圖21係相較圖20之剖面位置略微靠近外側之縱剖面說明 圖。 圖22係圖21中之XXII所指示之部位之放大說明圖。 圖23係表現通常使用之普通電連接器的連接狀態之外觀 立體說明圖。 【主要元件符號說明】 1、MF 產品殼體 2 電路基板 3 插座連接器 4 信號傳輸媒體 10、5 插頭連接器（電連接器;) 10A 連接器本體部 10B 接腳部 11 絕緣殼體 11a 絕緣本體部 lib 絕緣插入部 11c 絕緣按壓板 100132037 29 201230535 12 信號傳輸用導電端子（信號接點) 12a 電纜夾持部 12b 彈性彈簀部 12c 上側樑部 12d 、 13a 觸點部 12e 、 13b 擺動支點 13 地線用導電端子（地線接點） 14 導電性殼 14a 殼本體部 14b 殼蓋部 14c 殼插入部 14d 電纜支持部 14e 連接構件 14f 第1保持部 14g 第2保持部 14h 移動導引部 14i 鎖定臂 14j 卡合鎖定部 14k 後端側邊緣部 SC 細線同軸電纜(信號傳輸媒體） SCa 電纜中心導體(信號線） SCb 電纜外部導體(屏蔽線） 100132037 30 201230535 MF 產品殼體 MFa 嵌合連結孔 MFal 插通用孔部 MFa2 嵌合用孔部 MFb 卡止鎖定部 CP 配線圖案傳導電路 CPa 信號傳導電路 CPb 地線傳導電路 tl、t3 間隙 t2 鎖定凹陷量 100132037 31S 28 201230535 Illustration. Figure 18 is an enlarged explanatory view of a portion indicated by XVIII in Figure 17. Figure 19 is a longitudinal cross-sectional view taken along the line XIX-XIX in Figure 14. Fig. 20 is a longitudinal cross-sectional explanatory view showing a state in which the plug connector in the state of Fig. 15 is pushed downward. Figure 21 is a longitudinal cross-sectional view similar to the cross-sectional position of Figure 20, slightly adjacent to the outside. Figure 22 is an enlarged explanatory view of a portion indicated by XXII in Figure 21. Fig. 23 is a perspective view showing the appearance of a connection state of a conventional electric connector which is generally used. [Main component symbol description] 1. MF product housing 2 circuit board 3 socket connector 4 signal transmission medium 10, 5 plug connector (electrical connector;) 10A connector body portion 10B pin portion 11 insulating housing 11a insulation Main body portion lib Insulation insertion portion 11c Insulation pressing plate 100132037 29 201230535 12 Conduction terminal for signal transmission (signal contact) 12a Cable holding portion 12b Elastic elastic portion 12c Upper side beam portion 12d, 13a Contact portion 12e, 13b Swing fulcrum 13 Conductor terminal for ground wire (ground wire contact) 14 Conductive case 14a Case body portion 14b Cover portion 14c Case insertion portion 14d Cable support portion 14e Connection member 14f First holding portion 14g Second holding portion 14h Moving guide portion 14i Locking arm 14j Engage locking portion 14k Rear end side edge portion SC Thin wire coaxial cable (signal transmission medium) SCa Cable center conductor (signal line) SCb Cable outer conductor (shield wire) 100132037 30 201230535 MF Product housing MFA fitting hole MFal insert universal hole part MMa2 fitting hole part MFb lock lock part CP wiring pattern conduction circuit CPa letter No. Conduction circuit CPb Ground conduction circuit tl, t3 Clearance t2 Locking recess amount 100132037 31