1276264 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種連接器，藉由操作構件來進行操作連 接對象物之連接及脫離。 【先前技術】 近年來，促進携帶機器的高功能化而連接器亦被要求具 有優越地高速傳輸特性。因此，要求連接器可連接於具有 優越问速傳輸性的微帶（micr〇strip)構造之扁平電纜（flat cable) 〇 B 例如日本專利特開2002 — 1 9〇36〇號公報，揭示有一種連 接器’具備：外殼、及組裝於外殻之第1接點、及用來操 作第1接點的操作構件。第1接點係具有固定片部、可動 片部、及連接此等之連結部。固定片部係固定於外殼。可 動片部’係在一端具有接點部，而另一端係卡合於操作構 件。 在配置印刷配線板成對向於接點部的狀態下使操作構 件被操作時’可動片將連結部作爲支點來轉動，並使接點 馨部壓接於印刷配線板之一面。這樣一來，在連接器連接印 刷配線板。又，在印刷配線板的相反面壓接第2接點之接 點部。 因爲第1接點係構造成僅從一側壓接於印刷配線板，所 以當連接時一直在第丨接點施加一方向之反抗力。因爲承 受該反抗力，所以必須將固定片部及外殻的固定構造作成 堅固。可是，因爲在印刷配線板之相反面配置有第2接點， 所以其固疋構造受到限制，會產生第丨接點在固定上有問 1276264 題之虞。 又日本特開平1 0 - 1 5 45 5 6號公報揭示有一種連接器，具 備：外殻、及組裝於外殼之接點、及用來操作接點的操作 桿。該接點具有可動部分及固定部分，各自接觸於扁平電 線之兩面。固定部分係將其一部分，固定且插通於形成在 外殻的孔。可動部分係卡合和脫離操作桿之部分。 藉由操作桿的操作卡合於可動部分時，可動部分之端部 從固定部分的端部脫離。在可動部分及固定部分之間配置 扁平電線，以該狀態下使操作構件從可動部分脫離，則藉 由接點之彈性復原力使可動部分及固定部分的端部分別壓 接於扁平電線之兩面。 依據該構造，即使固定部分之端部以足夠的彈性亦不能 K接於扁平電線。其理由係由於接點之固定部分必須堅固 地固定於外殼。 【發明內容】 〔發明揭示〕 因此本發明之目的係提供一種連接器，堅固地來固定接 點’且以足夠的彈性來壓接於連接對象物。 本發明之另外目的係提供上述連接器，用來壓接接點於 連接對象物的兩面。 若依據本發明之一實施形態，則可獲得一種連接器，包 含：外殻、組裝於前述外殼之第丨接點、組裝於前述外殼 且與前述第1接點平行的第2接點、及包含具有用來操作 前述第1接點之凸輪部的操作構件，其特徵爲：前述第1 接點’具有：保持於前述外殼的保持部；用來連接於第1 1276264 連接對象物之接點部：使前述接點部可移動地結合於前述 保持部的軸部：由前述軸部延伸到與前述接點部之相反 側’藉由凸輪部所操作將前述軸部作爲支點，使前述接點 部朝向前述第1連接對象物而壓接的操作部：承受前述凸 輪部之凸輪承受部：及用於連接第2連接對象物的端子 部：而前述保持部及前述凸輪承受部係配置成對向於前述 操作部。 則述子部亦可具有夾持前述外殼的一部分之夾持 _部，並配置成對向於前述接點部。 則述弟2接點亦可具有：承受前述凸輪部的凸輪承受 部、及前述第2接點之凸輪承受部附近的端子部。 前述第2接點的凸輪承受部，亦可具有用來防止前述操 作構件脫落之擋塊部。 前述第1接點的接點部係壓接於前述第1連接對象物之 一面者，而前述第2接點，亦可具有壓接於前述第1連接 對象物的相反面之接點部。 依據本發明之另外實施形態，可獲得一種連接器，包 ®含：並設於第1方向之第丨及第2接點、用來保持前述第1 及第2接點的外殻、及具有用來操作前述第1接點之凸輪 部的操作構件，其特徵爲：前述第1接點，包含：固定部， 固定於前述外殼，且延伸於與前述第1方向正交之第2方 向；可動部，在正交於前述第1及第2方向之第3方向，對 向於前述固定部；及軸部，將前述可動部及前述固定部在前 述第2方向中之中間相互地結合’且將前述可動部在擴大 於前述第2及第3方向的平面內形成可移動；而前述可動 (8) 1276264 部，在前述軸部的一側具有用以連接於第1連接對象物之 接點部，且在另一側具有用來卡合於前述凸輪部的操作 部，而前述固定部，係在前述軸部之一側具有連接於第2 連接對象物的端子部’且在另一側具有承受前述凸輪部之 凸輪承受部。 【實施方式】 〔實施發明之最佳形態〕 參照第1圖及第2圖，對於有關本發明之實施形態的連 接器加以槪要說明。 圖示之連接器，包含：在第1方向（左右方向）A1由長 形略板狀之絕緣體形成的外殻1 0、及保持於外殼1 0之複數 的第1接點1 1及複數之第2接點1 2、及具備於外殼10的 後部之絕緣性的致動器即操作構件1 3。第1及第2接點1 1、 12係交替地配設於第1方向A1。當然，各自之第1及第2 接點1 1、1 2係在導電板上施予穿孔加工所製作。 亦參照第3圖及第4圖，關於連接器之細部構造加以詳 述。 如第3圖所示，第1接點1 1，係包含：固定部14，固 定於外殼10，並延伸於正交在第1方向A1之第2方向（前 後方向）A2;可動部15，在正交於第1及第2方向Al、A2 的第3方向（上下方向）A3，在固定部1 4隔著間隔對向。 可動部1 5係實質上與固定部14平行地延伸於第2方向 A2。可動部15及固定部14,係在第2方向A2中的中間部， 藉由延伸於第3方向之短的軸部丨6相互地結合。軸部i 6 係藉由其彈性將可動部丨5在擴大於第2方向A2及第3方 1276264 向A3之平面內形成可移動。 第3圖及第4圖所示之連接器係使可動部1 5及固定部 1 4成爲平行，但亦可成爲非平行。 可動部1 5係在軸部1 6之一側即前側的下面，具有用於 壓接於作爲第1連接對象物之扁平電纜1 7的一面即上面之 接點部1 8，且，在另一側即後側具有用來卡合於操作構件 1 3的操作部1 9。固定部1 4係在軸部1 6之前側具有連接於 作爲第2連接對象物的印刷電路板（未圖示）之端子部2 i， 馨且，在後側具有壓入於外殼1 〇的保持部2 2、及朝上承受操 作構件1 3之凸輪承受部2 3。保持部2 2及凸輪承受部2 3 係於第3方向A 3配置成對向於操作部1 9。又，扁平電纜 1 7係具有微帶構造，並分別具備露出於表背面的多數之接 觸部。 又，扁平電纜1 7亦可適用於未具備微帶構造的構造。 操作構件1 3係關於延伸於第1方向a 1之軸心，具有可 轉動的凸輪部24。實際上，凸輪部24係卡合於可動部i 5 馨之ί架作部1 9，且承受於固定部H的凸輪承受部23。即， 凸輪部24係配置於操作部丨9及凸輪承受部23之間。 _子部2 1係配置成對向於接點部1 8，且，露出於外殻 1 〇之則部下面，藉由鍚焊等連接於印刷電路板的表面。端 子d 2 1係形成有夾持外殻1 〇之一部分即底壁25的夾持部 2 6° 進而’在第1接點1 1之軸部丨6的前側，形成有用來定 垃扁平電纜1 7之定位部27。定位部27，係從固定部14朝 向可動部15並突出於上方，用來抵接與插入於端子部21 1276264 及接點部1 8之間的扁平電纜1 7之端部，並將此定位。若 依據這種方式’則可防止扁平電纜1 7抵接於軸部1 6。 又，亦可將定位部4 0設於外殻1 〇來防止抵接於扁平電 纜1 7之軸部1 6。 另一方面，如第4圖所示’第2接點12具有比起第1 接點1 1更單純地構造。第2接點1 2係在第1接點1 1之旁 邊延伸於第2方向A2，在其中間部，具有壓入於外殻q 〇 的保持部3 1。在第2接點1 2之前部，係在其上面形成有接 •點部3 2。第2接點1 2的接點部3 2，係用於壓接於扁平電 纜1 7之相反面即下面的部分。 在第2接點12的後部，形成有端子部3 3來連接於第2 連接對象物即印刷電路板（未圖示）。端子部3 3，係露出 於外殻1 〇之後部下面。又在第2接點1 2的保持部3 1及端 子部3 3之間，形成有在於端子部3 3的附近朝上之凸輪承 受部34。第2接點12的凸輪承受部34，亦與第1接點} } 之凸輪承受部23同樣，承受操作構件1 3的凸輪部24。又， 在第2接點12之端子部33及凸輪承受部34之間，形成有 ®突出於上方的擋塊部35。擋塊部35係發揮防止操作構件 1 3脫落的功能。 其次，對於在上述連接器連接扁平電纜之作業加以說 明。 首先，將扁平電纜17插入於外殻1〇之插入口 36。該結 果，扁平電纜1 7的端部係配置於第1接點1 1之接點部1 8 及端子部2 1之間。該狀態下，第1接點1 1的接點部1 8係 成對向於扁平電纜1 7之上面’而第2接點1 2的接點部32 -10- 1276264 係成對向於扁平電纜丨7之下面。當插入扁平電纜1 7時使 其端部卡合於定位部27，所以可防止抵接於扁平電纜1 7 的軸部1 6。 其次’操作構件1 3如空白箭頭3 7所示朝後方推壓之 時’藉由操作部1 3的凸輪部24來操作第1接點丨丨，可獲 1%桌5圖及桌6圖所不之狀態。即，操作部1 9隨著凸輪部 24的轉動而舉起’其結果，第1接點丨丨之接點部丨8壓下 扁平電纜1 7並壓緊於端子部2丨。即，使第1接點丨丨的接 書點部18壓接於扁平電纜I?之上面。同時，扁平電纜17之 背面係被壓接於第2接點丨2的接點部3 2。第2接點1 2係 形成伸臂狀’而其接點部32從外殻1〇之底壁25稍微分離， 所以亦可利用第2接點1 2的彈性復原力。因此扁平電纜i 7 在良好地狀態下以電性連接於第1及第2接點丨丨、1 2。當 凸輪部24轉動時’亦可藉由擋塊35來防止操作構件1 3之 脫落。 第1及第2接點1 1、12係交替地配設於第1方向a 1之 中’所以此等的接點部丨8、3 2對扁平電纜1 7接觸於第1 ®方向A 1中之位置偏移的部分。這是，可獨立設定接點部 1 8、3 2之位置，不必使扁平電纜1 7之接觸部的間距與接點 之間距一致之意。因此可擴大扁平電纜1 7的接觸寬度而提 高接觸可靠性。 又，第1及第2接點1 1、12係各自獨立，且，皆具有 彈性，所以可用來吸收各零件之尺寸或組合中的公差。因 此難以產生接觸不良。 連接扁平電纜1 7之狀態下使第1接點1 1的接點部1 8 -11- 1276264 承受負荷’並從第2接點12之接點部32而分離，但保持 部22壓入於外殻1 〇的指定部分，且其指定部分係藉由鄰 接之第2接點1 2的負荷來推壓，所以不會產生錯過接壓。 當操作操作構件1 3時，第1接點丨丨係藉由夾持部2 6 來防止鬆脫。又’將第2方向A2中之端子部21及夾持部 26配置於與凸輪部24相反側，所以亦可防止連接器從第2 連接對象物的鬆脫。又，第2接點12之端子部3 3係設於 凸輪部24的附近’所以藉此亦可有效提高防止連接器之鬆 又’圖示之連接器係分別具備複數個第丨接點丨丨及第2 接點1 2，但亦可將此等至少各具備1個。 〔產業上之利用可能性〕 本連接器，例如可使用於携帶機器等所使用具有微帶傳 輸線（micro strip)構造之扁平電纜（flat cable)的連接。 【圖式簡單說明】 第1圖係關於本發明之實施形態的連接器從前方所視斜 視圖。 第2圖係從第1圖之連接器的後方所視斜視圖。 第3圖係一起顯示第1圖之連接器與扁平電纜之未連接 時的剖面斜視圖。 第4圖係一起顯示第1圖之連接器與扁平電纜之在不同 位置未連接時的剖面斜視圖。 第5圖係與第3圖同樣，而顯示連接扁平電纜於第1圖 之連接器的狀態圖。 第6圖係與第4圖同樣，而顯示連接扁平電纜於第1圖 -12- 1276264 之連接 【主要 10… 11··' 12·. 13.· 14·· 15·· 16·· 17 ·· 18' 19·· 21、 11、 23、1276264 IX. Description of the Invention: [Technical Field] The present invention relates to a connector for operatively connecting and disconnecting an object by operating a member. [Prior Art] In recent years, the high functionality of portable devices has been promoted and connectors have been required to have superior high-speed transmission characteristics. Therefore, a connector is required to be connected to a flat cable having a microstrip structure having a superior speed-transmitting property. For example, Japanese Patent Laid-Open Publication No. 2002-119-36A discloses a type. The connector 'includes a housing, a first contact assembled to the housing, and an operating member for operating the first contact. The first contact has a fixed piece portion, a movable piece portion, and a connecting portion that connects these. The fixing piece is fixed to the outer casing. The movable piece portion has a contact portion at one end and the other end is engaged with the operating member. When the operation member is operated in a state where the printed wiring board is placed opposite to the contact portion, the movable piece rotates with the connection portion as a fulcrum, and the contact portion is pressed against one surface of the printed wiring board. In this way, the printed wiring board is connected to the connector. Further, the contact portion of the second contact is crimped to the opposite surface of the printed wiring board. Since the first contact is configured to be crimped to the printed wiring board from only one side, a direction of repulsive force is always applied at the second contact when connecting. Because of this resistance, the fixing structure of the fixing piece and the outer casing must be made strong. However, since the second contact is disposed on the opposite side of the printed wiring board, the solid-state structure is limited, and the first contact is fixed with the problem of 1276264. Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. The contact has a movable portion and a fixed portion, each of which is in contact with both sides of the flat electric wire. The fixed portion has a portion thereof fixed and inserted through a hole formed in the outer casing. The movable portion is engaged and disengaged from the portion of the operating lever. When the operation of the operating lever is engaged with the movable portion, the end portion of the movable portion is detached from the end portion of the fixed portion. A flat electric wire is disposed between the movable portion and the fixed portion, and in this state, the operating member is detached from the movable portion, and the ends of the movable portion and the fixed portion are respectively crimped to the both sides of the flat electric wire by the elastic restoring force of the joint. . According to this configuration, even if the end portion of the fixed portion is sufficiently elastic, it cannot be connected to the flat electric wire. The reason for this is that the fixed portion of the joint must be firmly fixed to the outer casing. DISCLOSURE OF THE INVENTION [Invention] It is therefore an object of the present invention to provide a connector which firmly fixes a contact' and is crimped to a connection object with sufficient elasticity. Another object of the present invention is to provide the above connector for crimping the contacts on both sides of the object to be connected. According to an embodiment of the present invention, a connector comprising: a housing, a second contact assembled to the housing, a second contact assembled to the housing and parallel to the first contact, and An operation member including a cam portion for operating the first contact, wherein the first contact 'has: a holding portion held by the outer casing; and a contact for connecting the first object to the first 1276264 a portion in which the contact portion is movably coupled to the shaft portion of the holding portion: the shaft portion extends to the opposite side of the contact portion, and the shaft portion is used as a fulcrum by the operation of the cam portion to make the connection An operation unit that is pressed against the first connection object in the point portion: a cam receiving portion that receives the cam portion and a terminal portion that connects the second connection object: the holding portion and the cam receiving portion are arranged It is opposite to the aforementioned operation unit. The subsection may have a clamping portion that sandwiches a portion of the outer casing and is disposed to face the contact portion. The contact point 2 may have a terminal portion that receives the cam portion of the cam portion and a vicinity of the cam receiving portion of the second contact. The cam receiving portion of the second contact may have a stopper portion for preventing the operation member from coming off. The contact portion of the first contact is pressed against one of the first connection objects, and the second contact may have a contact portion that is pressed against the opposite surface of the first connection object. According to another embodiment of the present invention, a connector is provided, and the package includes: a second and second contacts disposed in the first direction, an outer casing for holding the first and second contacts, and An operation member for operating the cam portion of the first contact, wherein the first contact includes: a fixing portion fixed to the outer casing and extending in a second direction orthogonal to the first direction; The movable portion is opposite to the fixing portion and the shaft portion in a third direction orthogonal to the first and second directions, and the movable portion and the fixed portion are coupled to each other in the middle of the second direction. Further, the movable portion is movable in a plane that is enlarged in the second and third directions; and the movable portion (8) 1276264 has a connection for connecting to the first connection object on one side of the shaft portion. a point portion having an operation portion for engaging with the cam portion on the other side, wherein the fixing portion has a terminal portion connected to the second connection object on one side of the shaft portion and is another The side has a cam receiving portion that receives the aforementioned cam portion. [Embodiment] [Best Mode for Carrying Out the Invention] A connector according to an embodiment of the present invention will be briefly described with reference to Figs. 1 and 2 . The connector shown in the drawing includes a housing 10 formed of an elongated plate-shaped insulator in the first direction (left-right direction) A1, and a first contact 11 and a plurality of the plurality of insulators 10 held in the housing 10 The second contact 1 2 and the operating member 13 which is an insulating actuator provided at the rear of the casing 10 is provided. The first and second contacts 1 1 and 12 are alternately arranged in the first direction A1. Of course, each of the first and second contacts 1 1 and 1 2 is produced by applying a punching process to a conductive plate. Referring to Figures 3 and 4, the detail of the connector will be described in detail. As shown in Fig. 3, the first contact point 1 1 includes a fixing portion 14 that is fixed to the outer casing 10 and extends in a second direction (front-rear direction) A2 orthogonal to the first direction A1; the movable portion 15, In the third direction (up-and-down direction) A3 orthogonal to the first and second directions A1 and A2, the fixed portion 14 is opposed to each other with an interval therebetween. The movable portion 15 extends substantially in parallel with the fixed portion 14 in the second direction A2. The movable portion 15 and the fixed portion 14 are coupled to each other in the intermediate portion in the second direction A2 by the short shaft portion 延伸6 extending in the third direction. The shaft portion i 6 is configured to be movable in a plane that is enlarged in the second direction A2 and in the third direction 1276264 to A3 by the elasticity thereof. The connectors shown in Figs. 3 and 4 are such that the movable portion 15 and the fixed portion 14 are parallel, but may be non-parallel. The movable portion 15 is located on the lower side of the front side of the shaft portion 116, and has a contact portion 1 8 for pressing against the upper surface of the flat cable 17 as the first connection object, and is in another One side, that is, the rear side, has an operation portion 19 for engaging with the operation member 13. The fixing portion 14 has a terminal portion 2 i connected to a printed circuit board (not shown) as a second connection object on the front side of the shaft portion 16 , and has a press-fitted housing 1 在 on the rear side. The holding portion 2 2 and the cam receiving portion 23 of the operating member 13 are received upward. The holding portion 2 2 and the cam receiving portion 2 3 are disposed to face the operation portion 19 in the third direction A 3 . Further, the flat cable 17 has a microstrip structure and each has a plurality of contact portions exposed on the front and back surfaces. Further, the flat cable 17 can also be applied to a structure that does not have a microstrip structure. The operating member 13 has a rotatable cam portion 24 with respect to an axis extending in the first direction a1. Actually, the cam portion 24 is engaged with the movable portion i 5 and the cam receiving portion 23 of the fixed portion H. That is, the cam portion 24 is disposed between the operation portion 丨9 and the cam receiving portion 23. The sub-part 2 1 is disposed so as to be opposed to the contact portion 1 8 and exposed to the lower surface of the case 1 , and is connected to the surface of the printed circuit board by soldering or the like. The terminal d 2 1 is formed with a clamping portion of the bottom wall 25 which is a part of the clamping housing 1 , and is further formed on the front side of the shaft portion 6 of the first contact 1 1 to form a flat cable. 1 7 positioning unit 27. The positioning portion 27 protrudes upward from the fixing portion 14 toward the movable portion 15, and abuts against the end portion of the flat cable 17 inserted between the terminal portion 21 1276264 and the contact portion 18, and positions the same. . According to this mode, the flat cable 17 can be prevented from abutting on the shaft portion 16. Further, the positioning portion 40 may be provided in the casing 1 to prevent contact with the shaft portion 16 of the flat cable 17. On the other hand, as shown in Fig. 4, the second contact 12 has a simpler structure than the first contact 11. The second contact 12 extends in the second direction A2 next to the first contact 1 1 and has a holding portion 31 that is press-fitted into the casing q 在 at the intermediate portion thereof. A point portion 3 2 is formed on the front portion of the second contact point 1 2 . The contact portion 3 2 of the second contact 12 is a portion for crimping the lower surface of the flat cable 17 to the lower surface. A terminal portion 33 is formed in the rear portion of the second contact 12 to be connected to a printed circuit board (not shown) which is a second connection object. The terminal portion 3 3 is exposed below the rear portion of the casing 1 . Further, between the holding portion 3 1 and the terminal portion 3 of the second contact 12, a cam receiving portion 34 which faces upward in the vicinity of the terminal portion 33 is formed. Similarly to the cam receiving portion 23 of the first contact}}, the cam receiving portion 34 of the second contact 12 receives the cam portion 24 of the operating member 13. Further, between the terminal portion 33 of the second contact 12 and the cam receiving portion 34, a stopper portion 35 that protrudes upward is formed. The stopper portion 35 functions to prevent the operation member 13 from coming off. Next, the operation of connecting the flat cable to the above connector will be described. First, the flat cable 17 is inserted into the insertion opening 36 of the casing 1〇. As a result, the end portion of the flat cable 17 is disposed between the contact portion 18 of the first contact 11 and the terminal portion 21. In this state, the contact portion 18 of the first contact 1 1 is aligned to the upper surface of the flat cable 17 and the contact portion 32 -10- 1276264 of the second contact 12 is oriented flat. Below the cable 丨7. When the flat cable 17 is inserted, its end portion is engaged with the positioning portion 27, so that the shaft portion 16 of the flat cable 17 can be prevented from coming into contact with it. Next, when the operation member 13 is pressed rearward as indicated by the blank arrow 37, the first contact point is operated by the cam portion 24 of the operation portion 13 to obtain 1% table 5 and table 6 The state of nowhere. That is, the operation portion 19 is lifted up as the cam portion 24 rotates. As a result, the contact portion 丨8 of the first contact 压 presses the flat cable 17 and is pressed against the terminal portion 2A. That is, the address point portion 18 of the first contact 压 is pressed against the upper surface of the flat cable I?. At the same time, the back surface of the flat cable 17 is crimped to the contact portion 32 of the second contact 丨2. The second contact 1 2 is formed in an arm shape and the contact portion 32 is slightly separated from the bottom wall 25 of the outer casing 1 so that the elastic restoring force of the second contact 12 can be utilized. Therefore, the flat cable i 7 is electrically connected to the first and second contacts 丨丨 and 12 in a good state. When the cam portion 24 is rotated, the detachment of the operating member 13 can also be prevented by the stopper 35. The first and second contacts 1 1 and 12 are alternately arranged in the first direction a 1 . Therefore, the contact portions 丨 8 and 3 2 of the pair are in contact with the first ® direction A 1 with respect to the flat cable 17 . The part of the position offset. That is, the position of the contact portions 18, 3 2 can be independently set, and it is not necessary to make the pitch of the contact portion of the flat cable 17 coincide with the distance between the contacts. Therefore, the contact width of the flat cable 17 can be enlarged to improve the contact reliability. Further, since the first and second contacts 1 and 12 are independent of each other and have elasticity, they can be used to absorb tolerances in the size or combination of the respective components. Therefore, it is difficult to cause poor contact. When the flat cable 17 is connected, the contact portion 1 8 -11 - 1276264 of the first contact 1 1 is subjected to the load ' and is separated from the contact portion 32 of the second contact 12, but the holding portion 22 is pressed in The designated portion of the outer casing 1 is, and its designated portion is pressed by the load of the adjacent second contact 12, so that the missed pressing is not generated. When the operation member 13 is operated, the first contact cymbal is prevented from coming loose by the nip portion 26. Further, since the terminal portion 21 and the sandwiching portion 26 in the second direction A2 are disposed on the opposite side of the cam portion 24, the connector can be prevented from being loosened from the second object to be connected. Further, the terminal portion 3 3 of the second contact 12 is provided in the vicinity of the cam portion 24, so that it is possible to effectively prevent the connector from being loosened. The connector shown in the figure has a plurality of second contact points respectively.丨 and the 2nd contact 1 2, but you can also have at least one of these. [Industrial Applicability] This connector can be used, for example, for connection to a flat cable having a microstrip structure using a portable device or the like. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a connector according to an embodiment of the present invention as seen from the front. Fig. 2 is a perspective view from the rear of the connector of Fig. 1. Fig. 3 is a cross-sectional perspective view showing the connector of Fig. 1 unconnected with the flat cable. Fig. 4 is a cross-sectional perspective view showing the connector of Fig. 1 and the flat cable unconnected at different positions. Fig. 5 is a view similar to Fig. 3, showing a state in which the flat cable is connected to the connector of Fig. 1. Fig. 6 is the same as Fig. 4, and shows the connection of the connecting flat cable to Fig. 1-12-1276264 [main 10...11··' 12·. 13.· 14·· 15·· 16·· 17 · · 18' 19·· 21, 11, 23,
24. 25 · 26· 11、 35 ·. 36·· 37 ·· A1 . A2· A3 · 器的狀態圖。 元件符號說明】 外殻 第1接點 第2接點 操作構件 固定部 可動部 軸部 扁平電纜 3 2···接點部 •操作部 33…端子部 31…保持部 34···凸輪承受部 •凸輪部 •底壁 •夾持部 40…定位部 •擋塊部 •插入口 •箭頭 ••第1方向 ••第2方向 ••第3方向 -13-24. 25 · 26· 11, 35 ·. 36·· 37 ·· A1 . A2· A3 State diagram of the device. Description of the component symbols: Housing first contact 2nd contact operating member fixing part movable part shaft part flat cable 3 2··· Contact part • Operation part 33... Terminal part 31... Holding part 34···Cam receiving part • Cam section • Bottom wall • Clamping section 40... Positioning section • Stopper section • Inserting port • Arrow • • 1st direction • • 2nd direction • • 3rd direction-13-