1276254 玖、發明說明： 【發明所屬之技術領域】 本發明關於—種卡片用連接器裝置，特別是關於可對於 使用於個人電腦等的記錄媒体中的叫，或使用於數位相 機寺電子機器的卡等，進行寫入或讀取的卡片用連接器裝 置。 【先前技術】 個人電腦（以下簡稱PC)等機器的外加記錄裝^，一般採 用在1C卡内寫人或讀取必要資訊用的卡片料接器裝置。 此種先前的卡片料接器裝置’如圖13所示，|置有預定 厚度的外殼51，該外殼51内在中央部形成有貫穿圖示左右 方向的貫穿孔52。 此外，設置有插人於貫穿孔52内而安裝的板狀卡片構件 53、以及可自由拆裝地被支持於外殼5丨的貫穿孔μ的 (可撓性印刷基板）54。 此外，在卡片構件53的下面，形成有能接觸後述端子構 件55的卡片用接點部5九的接點部（無圖示），在Fpc 54上形 成有多個佈線圖案（無圖示）、以及與該佈線圖案相連接的^ 個導體部54a，並使其露出在圖式下面侧。 此外，在貫穿孔52的圖式左側的靠後端部處安裝有多個 端子構件55。該端子構件55具有以下構成部分：用金屬板 彎曲而形成並延伸成垂直狀的中央板55a、從該中央板Ha 的下部向外殼51的後端部方向延伸並向上方彎曲，向外殼 51的圖式右侧的前端部方向延伸而大致形成為u字形的 85500 1276254 FPC用接觸部55b、以及從中央板55a的上部向外殼51的前端 4万向延伸並向下方伸出後向上方延伸而大致形成為L字 形的卡片用接觸部55c。 此種先前的卡片用連接器裝置係將pc等機器（無圖示）侧 的FPC 54從外殼51的後端部側的貫穿孔52插入。 如此，由於被插入的FPC54， Fpc用接觸部55b會向下 方㈣變形’同時使導體部54a與Fpc用接觸部说相接觸。 丄接著，當進一步將FPC 54向貫穿孔52内插入時，卯匸Μ 兮止在預疋位置上，在FPC用接觸部55b和貫穿孔52的上壁 《間對㈣54的前端部進行彈性夾持，Fpc 54與端子構件 5 5相接觸而導通。 卜田使仗外欲51的圖式右側的前端部側插入到貫穿 孔52内的卡片構件53向料構扣側㈣時，滑動構件(無 圖示）也一起移動。 卡片構件5 3向上方按壓端子揣 I杨于構件55的卡片用接觸部55 使其彈性變形，卡片構件53 、 较”、、占# (操圖不）與卡片用接角! 邵55c相接觸，形成導通。 此種先前的卡片用連拉哭壯 接抑农置，係僅將PC等機器側白< FPC 54插入到外殼5工的|穿 I、牙孔52内，而使FPc 54和端子招 件55形成電氣導通，於 7碲于損 、知先則的卡片用連接器裝置安 pc等機器侧時，裝配作業效率很高。 〜 [專利文獻1 ] 85500 特開2001-266981號公報 但是’上述先前的卡片用連接器裝置中的FPC 54 係僅 1276254 僅依靠端子構件55的沖 52φ .. % 接觸邯5%的彈力來防止從貫穿孔 52中脫洛。所以，端 ^1276254 发明Invention Description: [Technical Field] The present invention relates to a card connector device, and more particularly to a caller for use in a recording medium for a personal computer or the like, or for use in a digital camera temple electronic machine. A card connector device that performs writing or reading, such as a card. [Prior Art] The external recording device of a personal computer (hereinafter referred to as PC) is generally used as a card feeder device for writing a person or reading necessary information in a 1C card. As shown in Fig. 13, the conventional card feeder device ??? is provided with a casing 51 having a predetermined thickness, and a through hole 52 penetrating the right and left directions in the drawing is formed in the center portion of the casing 51. Further, a plate-shaped card member 53 that is inserted into the through hole 52 and a (flexible printed circuit board) 54 that is detachably supported by the through hole μ of the casing 5 is provided. Further, on the lower surface of the card member 53, a contact portion (not shown) capable of contacting the card contact portion 5 of the terminal member 55 to be described later is formed, and a plurality of wiring patterns (not shown) are formed on the Fpc 54. And the conductor portions 54a connected to the wiring pattern are exposed on the lower side of the drawing. Further, a plurality of terminal members 55 are attached to the rear end portion of the left side of the drawing of the through hole 52. The terminal member 55 has a central portion 55a formed by bending a metal plate and extending in a vertical shape, extending from a lower portion of the central plate Ha toward a rear end portion of the outer casing 51, and bent upward to the outer casing 51. The 85500 1276254 FPC contact portion 55b extending in the direction of the front end portion on the right side of the drawing and having a substantially U-shaped shape extends from the upper portion of the center plate 55a toward the front end of the outer casing 51 and extends downward and then extends upward. The card contact portion 55c is formed substantially in an L shape. In the conventional card connector device, the FPC 54 on the machine (not shown) side of the pc is inserted from the through hole 52 on the rear end side of the casing 51. Thus, due to the inserted FPC 54, the Fpc contact portion 55b is deformed downward (four)' while the conductor portion 54a and the Fpc are in contact with each other by the contact portion. Then, when the FPC 54 is further inserted into the through hole 52, the front end portion of the FPC contact portion 55b and the upper wall of the through hole 52 is elastically clamped at the pre-twisting position. The Fpc 54 is in contact with the terminal member 55 and is turned on. When the front end side of the right side of the figure on the right side of the pattern 51 is inserted into the material-retaining side (4), the sliding member (not shown) moves together. The card member 53 presses the terminal 揣I Yang to the card contact portion 55 of the member 55 to elastically deform it, and the card member 53 and the "," and "#" are not in contact with the card with the corner! The previous card is connected to the farmer's side, and only the machine side white < FPC 54 such as PC is inserted into the outer casing 5, the wear hole 52, and the FPc 54 The terminal assembly 55 is electrically connected to each other, and the assembly work is highly efficient when the card connector device such as the card device is used for damage, etc. ~ [Patent Document 1] 85500 Special Opening 2001-266981 However, the FPC 54 in the above conventional card connector device is only 1276254, which relies only on the punch 52φ of the terminal member 55. The contact force of 5% is prevented from being detached from the through hole 52. Therefore, the end ^
54^ I, W ^ ^ 的彈力減小時，可能會有FPC 54谷易脫洛，造成道 匕 寸狀怨不穩定之情形。 此外，當端子構件丄、 地^ n 件5的弹力變大時，會有FPC 54的插入 性，文差，作業效率低的問題。 【發明内容】 FP::::fe於上述問題而提出的，其目的在於提供-種 =谷易^入外殼内，而且設置有能鎖緊已裝入的FPC，防 止，、攸外设脫落的鎖緊構件的卡片用連接器裝置。 置==述問題的第1方法’本發明的卡片用連接器裝 置’其特欲在於具有： 外殼，其將具有多個接觸部 、^ , 丨J 丁斤耩件從則端邵侧插 ，、舱安裝在内部的卡片收容部内；及 多個端子構件，並令番 八汉置在上逑卡片收容部内，一端部 能夠接觸到插入安奘名ρ、十、本ρ丨二、 ’、 入文衣在上述卡片收客部内的上述卡片構件 的上述接觸部上； 在上述外殼的後端部側，形成能插入咖（可换性印刷基 板）的FPC插入部，該FPC能接觸到上述端子構件的另一端 彳在上述嘀子構件上形成在上述一端部側能與上述卡 片構件的上述接觸部相接觸的卡片用接觸部，同時在上述 ^ 一端部侧，形成能與上述肌相接觸的上述Fpc用接^ 部’另外，設置將從上述FPC插入部插入的上述Fpc壓接到 上逑FPC用接觸部上而防止脫落的鎖緊構件。 此外’作為解決上述問題的第2方法，其特徵在於··上逑 85500 1276254 二I構件係卡合支承在上述外殼上，並能在與上述FPC的插 入万向相同的方向上進行滑動，從使插入到上述17]?(：：插入部 内的上述FPC處於非鎖緊狀態的第1姿勢開始，使上述鎖緊 構件在與上述Fpc插入方向相同的方向上進行上述滑動而 成為第2姿勢，藉此，將上述Fpc壓接到上述⑽^用接觸部 上’成為鎖緊狀態。 &此外，作為解決上述問題的第3方法，其特徵在於：上述 ‘子構件上形成能將從上述FPC插入部插入的上述Fpc端 F插入上逑另一端部側的插入口，該插入口係形成為被夾 持在於一侧所形成的上述FPC用接觸部、及於與該卯(：用接 觸邯相對的另一側所形成的鎖緊構件支承部之間，在將上 迟FPC插入到上逑插入口内的狀態下，使上述鎖緊構件沿著 上述端子構件的上述鎖緊構件支承部進行上述滑動。 、、此外’作為解決上述問題的第4方法，其特徵在於：在上 述鎖緊構件上形成能與上述端子構件的上述鎖緊構件支承 邵相編嫩槽，該_係形成為被夾持在能將插入 到上述插入口内的上述FPC壓接到上述FPC用接觸部上的 接#及於與孩FPC壓接部相對的一側所形成的導向 壁之間，上述導向壁與上述FPC壓接部係由以預定間隔形成 的多個連結壁所連結。 此外，作為解決上述問題的第5方法，其特徵在於··上述 歲合槽由上述多個連結壁所分隔，且分別獨立地被形成， 使上述各端子構件分㈣合到上述各I合槽内。 此外，作為解決上述問題的第6方法，其特徵在於：在上 85500 -9- I276254 述鎖緊構件上开彡& m ^ , 外暫上… 述外殼上的固定部，在上述 八…述固定部能卡合的卡合部，使上述固定部卡 =述卡合部’從而使上述鎖緊構件卡合支承在上述外 山此外’作為解決上述問題的第7方法，其特徵在於·上述 布子構件由具有導電性的板材構成，^上述-端部側具有 L伸而形成的能在板厚方向上彈性變形的臂部，在該臂部 上形成上逑卡片用接觸部，且於上述另—端部側具有延伸 的基部’從該基部的寬度方向的彼此相對的一側邊起，於 :、4基#的見度方向垂直的方向上延伸而形成fpc固定 部，在該FPC固定部上形成隔著上述插人口而彼此相對的上 述鎖緊構件支承部及上述FPC用接觸部。 山此外，作為解決上述問題的第8方法，其特徵在於：上述 ‘子構件從非近上述臂邯的上述基部起，於與上述固定 部的上述延伸方向相同的方向上延伸而形成端子固定部， 藉由將上述端子固定部壓入形成在上述外殼上的壓入孔 内’以將上述端子構件固定在上述外殼上。 此外，解決上述問題的第9方法，其特徵在於··上述端子 構件由具有彈性的金屬板所構成，在與上述基部的寬度方 向相垂直的方向上彎曲而形成上述FPC固定部，且打穿上述 FPC固定部的一邵分而形成上述插入口。 此外’解決上述問題的第1 〇方法，其特徵在於：上述FPC 用接觸部係於上述插入口侧突出而形成鈎狀的防止脫落 部，並將上述FPC壓接到該防止脫落部上。 85500 -10- 1276254 【實施方式】 以下根據圖!〜圖12，詳細說明本發明實施方式的卡片用 連接严裝置。圖〗是本發明的卡片用連接器裝置的俯視圖， =疋關於本愈明的外殼的倚視圖，圖3〜圖6是說明關於本 ::月的鎖系構件的圖’圖7、8是說明關於本發明的鎖緊構 的動作的主要構件剖視圖，圖9是關於本發明的端子構件 體圖，圖1G〜圖12是關於本發明的鎖緊構件動作的圖。 邮首先本發明第1實施方式的卡片用連接器裝置卜如圖2 =Μ有由樹脂等絕緣材料形成而外形大致上為麵形 御乂二孩外殼2 ’從圖式左侧的前端部一側起到圖式右 側的後端部一例的φ、合备u 片收容部3中，::::、止’形成有卡片收_ 、一 收奋有内邵收容了1。(積體電路），一般作為 記錄媒體使用的周知的卡片構件(無圖示)。 在上述她容部3内，如圖2所示，在底面 内壁面上形成臺階邱W 4丨印、士 J及右兩 道, Mb。利用菽堂階部讣將導向構件（盔圖 不）引導到預定的收容位置上。 1’、、目 此外，卡片收容部3的底 形的開口部2a，在兮ησ、 料成為大致切開成U字 — 在開邯2a的圖式右側處，在卡片收办 邵3的夏側並排設置許多端子構件4。 各 在這些端子構件4的前 扑所處位置部分的卡片收“开;成的卡片用接觸部 门叹备4 3上，形成有突出嘮 片用接觸部4b進行包圍，^本“ 對卡 況下’或者反：有卡:構:=3内·插有異物的情 防止端子構件4的卡片用接_4b損壞。 出土 3C來 85500 -11 - 1276254 此外外敗2在圖式右側的後端部侧，設置有底壁2c，該 辰壁2c上形成有能插入後述Fpc lu々Fpc插入部㉛，此外， 如圖7所示，右側的後端部側形成為鈎狀。 此外，在FPC插入部2b和卡片收容部3之間的外殼2上，突 出形成有安裝後述端子構件4時的端子定位部2(1，在該端子 疋位部2d上貫穿而形成有可壓入後述端子構件4的端子固 疋邵6而將端子構件4固定到外殼2上的貫穿壓入孔。。 此外，在圖10所示的外殼2的下面一侧，在Fpc插入部孔 ，的底壁2e的側面上’突出形成有能與後述鎖緊構件7的固 足部7f相卡合的鈎狀卡合部2f。 此外，在圖2所示的外殼2的卡片收容部3上，在圖式上下 外周侧形成有彼此相對的側壁2g、2g。 、在口個侧壁2g、2g上，突出地形成有用於對後述蓋子 進行快速固定的多個固定部2h。 /匕外’各個端子構件4被壓入而固定在端子定位部2d上所 /成的夕個壓入孔2e内。該端子構件4係如圖9所示，具有 預定的間隔，而彼此絕緣並排設置。 /、 此外，端子構件4由具有導電性及彈性的板材，例如金屬 板斤！成’设置有於圖式左方的-端部侧延伸而形成且可 在板厚方向上彈性變形的臂部4a。 在該臂部如的前端部上突出地形成有能與卡片構件（」 )的接觸部相接觸的f曲狀卡片用接觸部4b。 ，外’端子構件4其臂部4a的根基部分係f曲成臺階狀 形成能在外殼2的端子定位部2d上進行定位的 85500 00 -12- 1276254 在使該定位部4c與外殼2的端子定位部2d對準位置的狀 悲下，係可將後述端子固定部6壓入到壓入孔2e内。 此外，端子構件4從定位部訃起向圖式右方的另—端部倒 延伸而形成預定寬度尺寸的基部4d，從該基部㈣彼此相 對的寬度方向的-側邊起，於與基部4(1垂直的彳向延伸成 直角狀，而形成有平坦狀FPC固定部5。 上述端子構件4係以具有彈性之金屬形成，故於與基部牝 的寬度方向垂直的方向丨’以衝壓等直角狀地彎曲而形成 FPC固定部5。 上述FPC固疋邯5係打穿而形成有可插入後述的Fpc “的 插入口 5a’該插入口 5續、以財的寬度尺寸形成為U字型。 上述插入口 5a係由於一側形成iFpc用接觸部扑，及於與 該FPC用接觸部讣相對的另一侧(圖式之上方)形成的鎖緊 構件支承部5c所包夾而形成。 此外，FPC用接觸部5b於前端侧形成有向插人口城出的 鉤狀防止脫落部5 d。 上述FPC用接觸部5b，係形成為圖式上下方向的寬度尺寸 大万、板厚尺寸，且小於鎖緊構件支承部5c的寬度尺寸，形 成FPC用接觸部5b的前端部側係能在圖式上下方向上彈性 變形。 此外如圖7所不，位於端子構件4的咖用接觸部分下部 的底壁2c的内展面係形成為錐體狀，在則用接觸部神底 壁2c之間形成有傾斜狀的間隙。 ‘子構件4係將罪近臂部4a的基部4d的一部分彎曲 S5500 -13- 1276254 於與F P C固定邵5相同的方向，品 』々Π，而形成端子固定部6，該端子 固定部6兩侧部係形成為山形的鋸齒狀。 藉由將上述端子固定部6恿入糾从 整入到外殼2上所形成的壓入孔 2d内，可將端子構件4固定到外殼2上。 此外，端子構件4的尺寸係形成為插入❿的防止脫落部 5d的開π尺寸’小於後述鎖緊構件7的奸〇壓接部7⑽厚度 和後述FPC 11的板厚相加後的尺寸。 因此，若將鎖緊構件7的FPC壓接部7b^pc出勺端部插 J插5a内則FPC 11的端邵受到FPC用接觸部5b上所 形成的防止脫落部5d的壓接，使Fpc用接觸部外產生彈性變 形。 沿著端子構件4的鎖緊構件支承部5c 此外，如圖7所示 動後合的後合槽7 a。上述鎖緊構件7 式下方側，形成有一 FPC壓接部7b， 内的後述FPC 11壓接到FPC用接觸 上設置有可於箭頭A' B方向上滑動的鎖緊構件7。該鎖緊 構件7由樹脂材料構成，形成有與鎖緊構件支承部化進行游 ’隔著嵌合槽7a而在圖 可將插入到插入口 5 a 邯5b的防止脫落部5d 上，在與該FPC壓接部几相對的圖式上方側形成有板狀的導 向壁7c。 ，接著’藉由使鎖緊構件7於箭頭A、B方向上移動，能使 導向壁7c在端子構件4的基部4d的上面滑動。 ，此外’鎖緊構件7其隔著歲合槽7a而彼此相對的Fpc壓接 部7b和導向部7e的圖7所示的右側端部係由壁部％進行連 結而成一體化。 85500 -14- 1276254 此㈣U構件7的俯視形狀，如圖3所示，FPC壓接部％ 及導向壁似彡成縱長形狀，壁部7d形成為縱向尺寸較道 向壁7C更長，從導向壁7c的圖示上下端部突出形成壁： Μ。從在該上下方向突出的壁7d、7d，形成有在與壁部％ 垂直的方向上向圖示左方向突出的一對固定臂Μ。此 -對固定臂7e、7e的前端部係形成為鈎狀固定部 上述鎖緊構件7如圖1〇、11所示，固定部·扣入卡合於 外设2的卡合邵2f上，而由外殼2所卡合支承。 如此，由外殼2所卡合支承的鎖緊構件7,使喪合槽^定 位於端子構件4術構件支承部5c，而插入到箭頭A方向 上後’能沿著鎖緊構件支承部5c移動，使Fpc壓接部％插入 此外，在圖3、4所示導向壁〜的2個部位±，在與縱向壁 部7d垂直的橫方向上貫穿形成有大致呈長方形的—對狹缝 孔7g、7g，該狹缝孔7§上能卡合後述的蓋子⑺的卡合片i〇d。 到插入n5a内’同時先插人到插人口㈣的後述Fpc时 如圖8所示被防止脫落部5d所壓接，使後述的Fpc㈣導體 圖案lie與端子構件4形成電氣導通。 此外，若冑鎖緊構件7的FPC壓接部几插入到插入口 ^ 内使FPC 11壓接到防止脫落邵5(1上，則用接觸部％ 在與下方的底壁2c之間的間隙側產生彈性變形。 此外，FPC用接觸部5b係形成為在圖式上下i向的寬度尺 寸大於板厚尺寸。所以，FPC用接觸㈣在寬度方向的下方 倒產生彈性變形時的彈力大於在板厚方向上產生彈性變形 時的彈力。 85500 -15- 1276254 此外，在圖2所示的外殼2的圖式下方的側壁以附近的底 面3a上，設置有能將安裝在卡片收容部3内的卡片構件（無 圖示）排出的滑動構件8,該滑動構件8受到螺旋彈簧9的彈 性作用力，在圖式左右方向上可滑動自如。 此外，外殼2設置有由金屬板構成的蓋子1〇，用於覆蓋卡 片收容部3的上方。該蓋子跡，所示，形成有2個矩形的 開口部10a、以及能抵接到已插入卡片收容部3内的卡片構 件上面的舌片部l〇b、l〇c。 此外，蓋子10在圖式右端部側彎曲形成有一對卡合片 l〇d、H)d，計合片而、10d能卡合於鎖緊構件7的㈣孔 7g 〇 此種蓋子⑺如圖i所示，上下倒板1Ge、…沿外殼2的側 壁2g彎折，而夾著外殼2。 此外，將側板1(^的一部分向外彎曲，而形成安裝部1〇卜 以便在PC等機器侧的基板（無圖示）上進行安裝。 此外，使形成在側板10e上的固定孔（無圖示）扣入卡合於 侧壁2g的固定部2h，如此能將蓋子}安裝到外殼2上。 此種結構的本發明卡片用連接器裝置丨係安裝在個人電 腦（以下簡稱PC)等機器（無圖示）側，將機器側的Fpc(可撓性 印刷基板）11的端部從FPC插入部孔插入到端子構件4 =插 入口 5a内。在此狀態下使鎖緊構件7在箭頭A方向滑動，即 可使FPC 11由FPC用接觸部外的防止脫落部 能防止從插人口城落。 & ^ 上述FPC 11如圖1、圖7所示，具有預定厚度的薄膜狀基 85500 -16 - 1276254 材lla，在該基材lla的一端部側，在一個面（圖式上面）上， 為防止基材lla的一端部側變形，設置有防止變形構件 11b，在另一個面上形成有與多個電路圖案（無圖示）相連接 的多個導體圖案11 c。 接著，說明將FPC 11安裝於本發明的卡片用連接器裝置 上的万法。首先，安裝FPC 11前的鎖緊構件7，在外殼2的 卡合部2f對固定部顺行卡合支承的狀態下，使其向箭頭b 万向移動後，如圖12所示，固定部7f與卡合部2f抵接，同時， 如圖7所*，蓋子_卡合片_與鎖緊構件7的狹缝孔㈣ 一邊的内壁抵接，鎖緊構件7停止向箭頭B方向移動。 以此種圖7、圖12所示的鎖緊構件7的狀態為第i姿勢，當 該鎖緊構件7為第i姿勢時，從Fpc插入部2b插入於插入口 ^ 内的FPC U，係如圖7的假想線所示，其移動處於自由的非 鎖定狀態。 #接著’若將FPC11插入到圖7所示的假想線位置為止，使 文勢的鎖緊構件7沿端子構件4的鎖緊構件支承部^於When the elastic force of 54^ I, W ^ ^ is reduced, there may be cases where the FPC 54 is easy to get rid of the Luo, causing instability of the road. Further, when the elastic force of the terminal member 丄 and the ground member 5 becomes large, there is a problem that the insertion property of the FPC 54 is inferior and the work efficiency is low. SUMMARY OF THE INVENTION FP::::fe is proposed in the above problem, and its purpose is to provide a kind of = valley easy into the outer casing, and is provided with the ability to lock the loaded FPC to prevent, and the peripherals fall off The card of the locking member is a connector device. The first method of the present invention is as follows: The card connector device of the present invention has the following features: an outer casing having a plurality of contact portions, and a 丁J 耩 耩 从 , The cabin is installed in the inner card accommodating portion; and a plurality of terminal members are arranged, and the octopus is placed in the upper stencil card accommodating portion, and one end portion can be in contact with the inserted ampere name ρ, ten, 丨 丨 、, ', into a cover is formed on the contact portion of the card member in the card receiving portion; and an FPC insertion portion into which a coffee maker (replaceable printed circuit board) can be inserted is formed on a rear end side of the outer casing, and the FPC can contact the terminal The other end of the member is formed on the above-mentioned tweezers member to form a card contact portion which is in contact with the contact portion of the card member on the one end portion side, and is formed on the one end portion side to be in contact with the muscle portion. In addition, the Fpc connecting portion is provided with a locking member that presses the Fpc inserted from the FPC insertion portion to the upper FPC contact portion to prevent falling off. Further, as a second method for solving the above problems, the upper member 85500 1276254 is supported by the outer casing and is slidable in the same direction as the insertion of the FPC. The first posture in which the FPC in the insertion portion is inserted in the non-locking state is started, and the locking member is slid in the same direction as the Fpc insertion direction to become the second posture. Thereby, the above-mentioned Fpc is crimped to the above-mentioned (10) contact portion to be in a locked state. Further, as a third method for solving the above problem, the above-described 'sub-members are formed from the above-mentioned FPC. The Fpc end F into which the insertion portion is inserted is inserted into the insertion port on the other end side of the upper side, and the insertion opening is formed as a contact portion for the FPC which is formed by being sandwiched on one side, and is connected to the 卯 (: Between the locking member supporting portions formed on the other opposite side, the locking member is caused to be along the locking member supporting portion of the terminal member in a state in which the upper late FPC is inserted into the upper jaw insertion opening. In the fourth method for solving the above problem, the sliding member is formed on the locking member so as to be supported by the locking member capable of supporting the terminal member, and the _ series is formed to be And sandwiching between the FPC that can be inserted into the insertion port and the guide wall formed on the side opposite to the FPC crimping portion, and the guide wall and the above The FPC crimping portion is connected by a plurality of connecting walls formed at predetermined intervals. Further, as a fifth method for solving the above problems, the juxtaposed groove is separated by the plurality of connecting walls and is independent of each other. The ground is formed so that the above-mentioned terminal members are divided into four (4) into each of the above-mentioned I-slots. Further, as a sixth method for solving the above problems, the above-mentioned problem is: opening and closing on the locking member of the above 85500 -9-I276254 m ^ , externally, the fixing portion on the outer casing, the engaging portion that can be engaged with the fixing portion described above, the fixing portion is engaged with the engaging portion, and the locking member is engaged and supported In addition to the above outer mountains In a seventh method for solving the above-mentioned problems, the cloth member is made of a conductive plate material, and the end portion has an arm portion which is formed by extending L and elastically deformable in the thickness direction. A contact portion for the upper card is formed on the arm portion, and the base portion having the extension on the other end portion side is perpendicular to the side opposite to each other in the width direction of the base portion, and is perpendicular to the visibility direction of the 4 base # The FPC fixing portion is formed in the FPC fixing portion, and the locking member supporting portion and the FPC contact portion are opposed to each other via the insertion population. The mountain is also an eighth method for solving the above problem. The sub-member is formed by extending from the base portion not adjacent to the arm sill in the same direction as the extending direction of the fixing portion to form a terminal fixing portion, and press-forming the terminal fixing portion. Inside the press-fit hole in the outer casing to fix the terminal member to the outer casing. Further, a ninth method for solving the above-described problems is characterized in that the terminal member is made of a metal plate having elasticity, and is bent in a direction perpendicular to a width direction of the base portion to form the FPC fixing portion, and is pierced. The insertion port is formed by a portion of the FPC fixing portion. Further, the first method of solving the above problem is characterized in that the FPC contact portion protrudes from the insertion port side to form a hook-shaped prevention preventing portion, and the FPC is crimped to the separation preventing portion. 85500 -10- 1276254 [Embodiment] Hereinafter, a card connection device according to an embodiment of the present invention will be described in detail with reference to Figs. Fig. 7 is a plan view of the connector device for a card of the present invention, = 倚 with respect to the outer casing of the present invention, and Figs. 3 to 6 are diagrams for explaining the lock member of the present:: Fig. 7 and Fig. 8 are BRIEF DESCRIPTION OF THE DRAWINGS FIG. 9 is a cross-sectional view of a terminal member according to the present invention, and FIG. 1G to FIG. 12 are views showing the operation of the locking member of the present invention. First, the card connector device according to the first embodiment of the present invention is as shown in Fig. 2 = Μ is formed of an insulating material such as resin, and its outer shape is substantially a shape of a 乂 乂 乂 外壳 2 2 ' from the front end of the left side of the drawing In the φ and the combined u-piece accommodating portion 3, which is an example of the rear end portion on the right side of the drawing, ::::, the end is formed with a card _, and the other has a stagnation. (Integrated circuit) is generally a well-known card member (not shown) used as a recording medium. In the above-described her body portion 3, as shown in Fig. 2, a step Qiu 4, a J and a right two, Mb, are formed on the inner wall surface of the bottom surface. The guide member (the helmet is not guided) is guided to the predetermined accommodation position by the step of the temple. In addition, the bottom opening portion 2a of the card accommodating portion 3 is substantially cut into a U-shape at 兮ησ - at the right side of the pattern of the opening 2a, on the summer side of the card collection Shao 3 A plurality of terminal members 4 are arranged side by side. Each of the cards at the position of the front end of the terminal member 4 is "opened"; the formed card is sighed by the contact portion 4 3, and the protruding tab is formed to be surrounded by the contact portion 4b, which is "in the case of the card" 'Or the reverse: There is a card: Structure: = 3 inside · Inserting a foreign object prevents the card connector _4b of the terminal member 4 from being damaged. Unearthed 3C to 85500 -11 - 1276254 In addition, the outer defeat 2 is provided on the rear end side of the right side of the drawing, and a bottom wall 2c is formed, and the FPC lu々Fpc insertion portion 31 which can be inserted later is formed on the wall 2c, and As shown in Fig. 7, the rear end side of the right side is formed in a hook shape. Further, a terminal positioning portion 2 (1) when the terminal member 4 to be described later is attached is formed on the outer casing 2 between the FPC insertion portion 2b and the card housing portion 3, and a pressure is formed in the terminal clamping portion 2d. The terminal of the terminal member 4 to be described later is fixed to the through hole of the case 2, and the terminal member 4 is fixed to the through hole of the case 2. Further, on the lower side of the case 2 shown in Fig. 10, the Fpc is inserted into the hole. A hook-shaped engaging portion 2f that can be engaged with the fixing portion 7f of the locking member 7 to be described later is formed to protrude from the side surface of the bottom wall 2e. Further, on the card housing portion 3 of the outer casing 2 shown in Fig. 2, Side walls 2g and 2g opposed to each other are formed on the outer peripheral side of the drawing, and a plurality of fixing portions 2h for rapidly fixing the cover to be described later are formed on the side walls 2g and 2g of the opening. The terminal member 4 is press-fitted and fixed in the press-fit hole 2e formed in the terminal positioning portion 2d. The terminal member 4 has a predetermined interval as shown in Fig. 9, and is insulated from each other and arranged side by side. Further, the terminal member 4 is made of a plate material having electrical conductivity and elasticity, for example, a metal plate; An arm portion 4a which is formed on the end side of the drawing and which is elastically deformable in the thickness direction of the plate is provided. An arm member (") is formed to protrude from the front end portion of the arm portion. The contact portion 4b of the f-shaped card contacted by the contact portion, and the base portion of the outer terminal member 4 is bent in a stepped manner to form 85500 00 which can be positioned on the terminal positioning portion 2d of the outer casing 2. -12- 1276254 In the case where the positioning portion 4c is aligned with the terminal positioning portion 2d of the casing 2, the terminal fixing portion 6 to be described later can be press-fitted into the press-fitting hole 2e. Further, the terminal member 4 is positioned. The base portion 4d which is extended to the right side of the figure to form a predetermined width dimension, and extends from the side of the width direction of the base portion (four) to the side portion of the base portion 4 (1) The flat member FPC fixing portion 5 is formed in a right angle. The terminal member 4 is formed of a metal having elasticity. Therefore, the terminal member 4 is bent in a direction perpendicular to the width direction of the base portion 以 to form a FPC fixing by a straight angle such as press. Part 5. The above FPC solid 5 is pierced and formed. The insertion port 5a of the Fpc "described later" is inserted into the insertion port 5, and is formed in a U-shape in a width dimension. The insertion port 5a is formed by the contact portion of the iFpc on one side and the contact portion with the FPC. The locking member support portion 5c formed on the opposite side of the cymbal (above the figure) is formed by the locking member support portion 5c. Further, the FPC contact portion 5b is formed with a hook-shaped preventing fall-off portion 5 that is inserted into the pop-up side at the distal end side. The FPC contact portion 5b is formed to have a width dimension in the vertical direction of the drawing and a thickness dimension, and is smaller than the width dimension of the locking member support portion 5c, and the front end portion side of the FPC contact portion 5b is formed. Elastically deformed in the up and down direction of the drawing. Further, as shown in Fig. 7, the inner surface of the bottom wall 2c located at the lower portion of the contact portion of the terminal member 4 is formed in a tapered shape, and a slanted gap is formed between the bottom portions 2c of the contact portion. The sub-member 4 bends a part of the base portion 4d of the sin-ear arm portion 4a in the same direction as the FPC-fixed shovel 5, and forms a terminal fixing portion 6, which is a terminal fixing portion 6 The side portions are formed in a zigzag shape of a mountain shape. The terminal member 4 can be fixed to the outer casing 2 by squeezing the terminal fixing portion 6 into the press-fitting hole 2d formed by the squeezing into the outer casing 2. Further, the size of the terminal member 4 is such that the opening π dimension ' of the insertion preventing portion 5d of the insertion cymbal is smaller than the thickness of the smear crimping portion 7 (10) of the locking member 7 to be described later and the thickness of the FPC 11 to be described later. Therefore, when the FPC crimping portion 7b^pc of the locking member 7 is inserted into the J insertion 5a, the end of the FPC 11 is pressed by the anti-drop portion 5d formed on the FPC contact portion 5b. The Fpc is elastically deformed outside the contact portion. The locking member supporting portion 5c along the terminal member 4 is further, as shown in Fig. 7, the rearward closing groove 7a. An FPC crimping portion 7b is formed on the lower side of the locking member 7, and the FPC 11 to be described later is crimped to the FPC for contact with a locking member 7 slidable in the direction of the arrow A'B. The lock member 7 is made of a resin material, and is formed to be separated from the lock member support portion by the fitting groove 7a, and can be inserted into the insertion preventing portion 5a 邯5b of the insertion preventing portion 5d. A plate-shaped guide wall 7c is formed on the upper side of the FPC crimping portion. Then, by moving the locking member 7 in the directions of the arrows A and B, the guide wall 7c can be slid on the upper surface of the base portion 4d of the terminal member 4. Further, the Fpc crimping portion 7b and the right end portion shown in Fig. 7 of the locking member 7 opposed to each other via the aged joint groove 7a are integrally joined by the wall portion %. 85500 -14- 1276254 The top view shape of the U member 7 is as shown in Fig. 3. The FPC crimping portion % and the guide wall are shaped like a longitudinally long shape, and the wall portion 7d is formed to have a longitudinal dimension longer than the lateral wall 7C. The upper and lower ends of the guide wall 7c are shown protruding to form a wall: Μ. A pair of fixing arms 突出 protruding in the left direction in the drawing in the direction perpendicular to the wall portion % are formed from the walls 7d and 7d that protrude in the vertical direction. The front end portions of the fixed arms 7e and 7e are formed as hook-shaped fixing portions. The locking member 7 is shown in FIGS. 1A and 11 , and the fixing portion is engaged with the engaging shaft 2f of the peripheral device 2 . The outer casing 2 is engaged and supported. Thus, the locking member 7 that is engaged and supported by the outer casing 2 positions the funnel groove to the terminal member 4 member support portion 5c, and is inserted in the direction of the arrow A to be movable along the locking member supporting portion 5c. In addition, the Fpc crimping portion % is inserted. Further, in the two portions ± of the guide wall ～ shown in Figs. 3 and 4, a substantially rectangular-to-slit hole 7g is formed in the lateral direction perpendicular to the vertical wall portion 7d. 7g, the slit hole 7 can be engaged with the engaging piece i〇d of the cover (7) to be described later. When the Fpc is inserted into the inside of the n5a and inserted into the population (four), the Fpc (four) conductor pattern lie, which will be described later, is electrically connected to the terminal member 4 as shown in Fig. 8 by being pressed against the falling portion 5d. Further, if the FPC crimping portion of the cymbal locking member 7 is inserted into the insertion opening to press the FPC 11 against the detachment prevention 5 (1), the gap between the contact portion % and the lower bottom wall 2c is used. In addition, the FPC contact portion 5b is formed such that the width dimension of the upper and lower directions in the i-direction is larger than the thickness of the plate. Therefore, the elastic force when the FPC contact (4) is elastically deformed below the width direction is greater than that of the plate. The elastic force at the time of elastic deformation occurs in the thickness direction. 85500 -15- 1276254 Further, the side wall below the drawing of the outer casing 2 shown in Fig. 2 is provided with a bottom surface 3a in the vicinity thereof, and is provided to be mounted in the card housing portion 3. The sliding member 8 that is discharged from the card member (not shown) is slidably slidable in the left-right direction of the drawing by the elastic force of the coil spring 9. Further, the outer casing 2 is provided with a cover 1 made of a metal plate. The cover strip is formed to have two rectangular opening portions 10a and a tongue portion that can abut against the card member inserted into the card housing portion 3, as shown in the lid trace. b, l〇c. In addition, the cover 10 is formed on the right end side of the drawing by a pair of engaging pieces l〇d, H)d, and the measuring piece is 10d, and 10d can be engaged with the (4) hole 7g of the locking member 7. Such a cover (7) is as shown in FIG. The upper and lower plates 1Ge, ... are bent along the side wall 2g of the outer casing 2 to sandwich the outer casing 2. Further, a part of the side plate 1 is bent outward to form a mounting portion 1 for mounting on a substrate (not shown) on a machine side such as a PC. Further, a fixing hole formed on the side plate 10e is formed (none As shown in the figure, the fixing portion 2h that is engaged with the side wall 2g is buckled, so that the cover} can be attached to the outer casing 2. The card connector device of the present invention having such a structure is attached to a personal computer (hereinafter referred to as PC). On the side of the machine (not shown), the end of the Fpc (flexible printed circuit board) 11 on the machine side is inserted into the terminal member 4 = insertion port 5a from the FPC insertion portion hole. In this state, the locking member 7 is placed in the state. By sliding in the direction of the arrow A, the FPC 11 can be prevented from falling out of the population by the FPC prevention portion. [The above FPC 11 has a film thickness of a predetermined thickness as shown in Figs. 1 and 7] 85500 -16 - 1276254 The material 11a is provided on the one end side of the base material 11a on one surface (upper surface), in order to prevent deformation of one end side of the base material 11a, and the deformation preventing member 11b is provided on the other surface. Multiple layers connected to a plurality of circuit patterns (not shown) are formed thereon Conductor pattern 11 c. Next, a description will be given of a method in which the FPC 11 is attached to the card connector device of the present invention. First, the locking member 7 before the FPC 11 is mounted, and the engaging portion 2f of the casing 2 is attached to the fixing portion. When the row is engaged and supported, the arrow b is moved in the direction of the arrow b, and as shown in Fig. 12, the fixing portion 7f abuts against the engaging portion 2f, and at the same time, as shown in Fig. 7, the cover_engagement piece_ The slit hole (4) of the lock member 7 abuts against the inner wall of one side, and the lock member 7 stops moving in the direction of the arrow B. The state of the lock member 7 shown in Figs. 7 and 12 is the i-th position, when When the locking member 7 is in the i-th posture, the FPC U inserted into the insertion port from the Fpc insertion portion 2b is in a freely unlocked state as shown by the imaginary line in Fig. 7. #Next'If FPC11 is used Inserted into the imaginary line position shown in FIG. 7 to cause the posture of the locking member 7 along the locking member supporting portion of the terminal member 4
箭頭Α方向進行移動’則鎖緊構件7的FPC壓接部7b將FPC 二壓接到防止脫落部5(1上。此時的鎖緊構件7變成第2姿 =停止向箭頭A方向移動，同時，在插人口化内變成壓入 恶’所以，向箭頭B方向的移動也受到限制。 此外，當鎖緊構件7為第2姿勢時的Fpc_不能從插入 口 5a拔出，成鎖緊狀態。 _此夕卜位於第2姿勢時的鎖緊構件7的固定料如圖⑴斤 、為離開外殼2的卡合部2f的狀態。 85500 -17- 1276254 此外，當鎖緊構件7為第2姿勢時，Fpc丨丨的導體圖案丄i 被壓接於FPC用接觸部％的防止脫落部兄上，Fpcu的導體 圖案和端子構件4進行接觸，形成電導通，同時Fpcu不能 從外殼2中脫落。 也就疋祝，鎖緊構件7被固定在外殼2上，並能在與Fpc i i 的箭頭A的插入方向相同的方向上進行滑動，從使插入到 FPC插入# 2b内的FPC丨丨為非鎖緊狀態的第丨姿勢開始，向 目j七、A方向’目動，艾成第2安勢，藉此，Fpc丨1被壓接到 用接觸部5b上，FPC 11變成鎖緊狀態。 此種本务明的卡片用連接器裝置，因為能使11的導 圖木11〇與崎子構件4牢靠地接觸，形成電導通狀態，所 以，即使不焊接也能安裝FPC u，作業性良好。 此外，只要鎖緊構件7處於第2姿勢，U就無法拔出 來’所以’即使誤將FPC u向箭頭財向拔出，其亦不會從 外殼2中脫出。 匕卜田PC侧等進行機器修理時，為將FpC i!從外殼2 中拔出時，可以對位於第2姿勢的鎖緊構件7向箭頭B方向拉 拔’使其變成第i姿勢，如此，Fpc㈣成非鎖緊狀態，而 谷易將Fpc 11從FPC插入部几中取出。 此外’因為隔著鎖緊構件7的歲合槽7&而相對的Fpc壓接 邵7b及導向壁連結壁_行連結，所以，能提高圖蟖 不的縱長方向上的鎖緊構件7的機械性強度。 85500 ^ 田使鎖^構件7變成第2姿勢，使FPC 11處於鎖緊 寺’從長形狀的鎖緊構件7不會產生扭曲等的變形，所 -18- 1276254 以，FPC Π的多個導體圖案llc和多個端子構件*能無誤地 進行接觸。 此外，鎖緊構件7的嵌合槽7a如圖5、6所示，由多個連結 壁7h分隔，而分別形成獨立狀態，該分別獨立的嵌合槽7a 上嵌合有互相鄰接的多個端子構件4的基部4d及鎖緊構件 支承部5 c。 因此，互相鄰接的端子構件4由鎖緊構件7的連結壁711所 分隔’而能使相鄰者彼此之間確實地絕緣。 此外，在本發明實施方式的說明中，雖說明了以金屬板 為端子構件4之情形，但端子構件4只要具有彈性和導電 性，操論為何種材料均可，例如也可以採用混入有導電材 料的南剛性工程塑料。 由此種工程塑料製成的端子構件4,藉由成形加工，可製 成圖9所示的形狀，製造容易。 [發明的效果] 如以上所說明般，本發明的卡片用連接器裝置，設置有 可將從FPC插入部插入的上述]?1>(：：壓接到上述奸^用接觸部 上而防止其脫落的鎖緊構件，所以，能使外殼内部的端子 構件和FPC穩固地接觸，同時能確實地防止Fpc被拔出。 因此，能提供一種不對FPC及多個端子構件進行焊接，即 可達到電導通，且FPC的安裝作業性良好的卡片用連接器裝 置。 此外，因為從使插入到FPC插入部内的Fpc：為非鎖緊狀態 的第1安勢開始，進行滑動而成為第2姿勢，而可將PC壓接 85500 -19- 1276254 到FPC用接觸部上成鎖緊狀態，所以，僅僅使鎖緊構件滑 動即可防止FPC從外殼中脫落，使；ppc的安裝作業性更加 良好。 此外，因為在將F P C插入到插入口内的狀態下，使鎖緊構 件沿著端子構件的鎖緊構件支承部滑動，所以能製成容易 滑動操作的鎖緊構件。 此外，隔著形成在鎖緊構件上的嵌合槽而形成的導向壁 與FPC壓接部，係由以預定間隔而形成的多個連結壁所連 結’所以，連結壁具有補強的作用，當利用鎖緊構件進行 鎖緊時，能防止FPC塵接部變形。因此，能將Fpc牢牢地按 壓到FPC用接觸部上，使Fpc與端子構件確實地接觸。 此外因為肷合槽係由上述多個連結壁分隔而分別獨立 形成’並使上述各個端子構件與上述各個嵌合槽嵌合，所 以，嵌合於I合槽的互相鄰接的料構件能被連結壁分 ^，使互相鄰接的端子構件確實地絕緣。 此外S鎖構件上形成能固定在外殼上的固定部，在 外殼上形成有能與固定部相卡合的卡合部，使^部與卡 合部相卡合’而以外殼對鎖緊構件進行卡合支承，所以， 鎖緊構件與外殼成-體化，能提供裝配性良好的卡片用連 接器裝置。 此外，上述端子構件在FPC固定部上形成有隔著插入口而 相對的鎖緊構件支承部及Fpc用接觸部，所以，能使㈣用 接觸π的厚度大於端子構件的板的厚度，增大we恩接的 接觸七的壓接力’使端子構件和FPC的接觸壓力穩 85500 -20- 1276254 定。 此外’因為將形成在端子構件上的端子固定部壓入於形 成在外殼上的壓入孔内，即可將端子構件固定到外殼上， 所以’端子構件容易安裝到外殼上，裝配性良好。 此外，端子構件係由具有彈性的金屬板構成，且向與基 部的寬度方向相垂直的方向彎曲而形成FPC固定部，同時= 穿FPC固定部的一部分而形成有插入口，所以能用衝壓等打 穿形成端子構件，降低端子構件的成本。 此外，因為FPC用接觸部於插入口側突出而形成钩狀的防 止脫落部，將FPC壓接到該防止脫落部上，所以，防止脫落 部可咬住FPC，進一步牢靠地防止Fpc被拔出。 。 【圖式簡單說明】 圖1係本發明卡片用連接器裝置的俯視圖。 圖2係關於本發明的外殼的俯視圖。 圖3係說明關於本發明的鎖緊構件的圖。 圖伟說明關於本發明的鎖緊構件的圖。 圖5係說明關於本發明的鎖緊構件的圖。 圖6係說明關於本發明的鎖緊構件的圖。 圖7係說明關於本發明的鎖緊構件的動作的主要 1^1 λ ^ 圖8係說明關於本發明的鎖 視圖。 緊構件的動作的主要部分剖 〜响丁構件的立體圖。 85500 圖0係說明關料發明的鎖緊構件的動作的圖 -2Κ 1276254 圖11係說明關於本發明的鎖緊構件的動作的圖。 圖12係說明關於本發明的鎖緊構件的動作的圖。 圖13係說明先前的卡片用連接器裝置的主要部分剖視 圖。 【圖式代表符號說明】 1 卡片用連接器裝置 2 外殼 2a 開口部 2b FPC插入部 2c 底壁 2d 端子定位邵 2e 貫穿壓入孔 2 f 卡合部 2g 侧壁 2h 固定部 3 卡片收容部 3 a 底面 3b 臺階部 3c 突出壁 4 端子構件 4a 臂部 4b 卡片用接觸部 4c 定位部 4d 基部 85500 -22- 1276254 5 FPC固定部 5a 插入口 5b FPC用接觸部 5c 鎖緊構件支承部 5d 防止脫落部 6 端子固定部 7 鎖緊構件 7a 後合槽 7b FPC壓接部 7c 導向壁 7d 壁部 7e 固定臂 7f 固定部 7g 狹缝孔 7h 連結壁 10 10a 開口部 10c 舌片部 lOd 卡合片 lOe 上下側板 11 FPC 11a 基材 lib 防止變形構件 11c 導體圖案 -23 - 85500 1276254 51 52 53 54 54a 55 55a 55c 55b 外殼 貫穿孔 卡片構件 FPC(可撓性印刷基板） 導體部 端子構件 中央板 卡片用接點部 FPC用接觸部 85500 24-When the arrow C is moved in the direction of the arrow, the FPC crimping portion 7b of the locking member 7 presses the FPC 2 to the falling prevention portion 5 (1. At this time, the locking member 7 becomes the second posture = the movement in the direction of the arrow A is stopped. At the same time, the movement into the population is suppressed. Therefore, the movement in the direction of the arrow B is also restricted. Further, when the locking member 7 is in the second posture, the Fpc_ cannot be pulled out from the insertion port 5a, and is locked. In the state in which the locking member 7 is located in the second posture, the fixing member of the locking member 7 is in a state of being separated from the engaging portion 2f of the outer casing 2. 85500 -17- 1276254 Further, when the locking member 7 is the first In the 2 position, the conductor pattern 丄i of the Fpc丨丨 is crimped to the FPC prevention contact portion, and the conductor pattern of the Fpcu comes into contact with the terminal member 4 to form electrical conduction, and the Fpcu cannot be removed from the casing 2. It is also said that the locking member 7 is fixed to the outer casing 2 and is slidable in the same direction as the insertion direction of the arrow A of the Fpc ii, from the FPC inserted into the FPC insertion #2b. Starting from the third position in the non-locking state, aiming at the direction of the seventh and seventh directions, Ai Cheng The second security, whereby the Fpc丨1 is crimped onto the contact portion 5b, and the FPC 11 becomes locked. This is a card connector device of the present invention, because the guide wire 11 of the 11 can be made. The U-shaped member 4 is in firm contact with each other to form an electrically conductive state. Therefore, the FPC u can be mounted even without soldering, and the workability is good. Further, as long as the locking member 7 is in the second posture, U cannot be pulled out. Even if the FPC u is mistakenly pulled out of the arrow, it will not come out of the outer casing 2. When the machine is repaired on the side of the PCButian PC, the FpC i! can be located when it is pulled out of the casing 2. The locking member 7 of the second posture is pulled in the direction of the arrow B to make it into the i-th posture, so that the Fpc (four) is in the non-locking state, and the valley easily takes the Fpc 11 out of the FPC insertion portion. The aged joint groove 7& of the lock member 7 and the opposing Fpc crimping joint 7b and the guide wall connecting wall_row are connected, so that the mechanical strength of the lock member 7 in the longitudinal direction of the figure can be improved. ^ The field makes the lock member 7 into the second posture, so that the FPC 11 is in the lock temple 'from the long-shaped locking member 7 Deformation such as distortion, etc., -18 - 1276254, the plurality of conductor patterns llc of the FPC 和 and the plurality of terminal members * can be contacted without fail. Further, the fitting groove 7a of the locking member 7 is as shown in Figs. As shown in the figure, the plurality of connecting walls 7h are partitioned to form independent states, and the base portions 4d and the locking member supporting portions 5c of the plurality of terminal members 4 adjacent to each other are fitted to the respective independent fitting grooves 7a. The terminal members 4 adjacent to each other are separated by the connecting wall 711 of the locking member 7 to enable the adjacent members to be surely insulated from each other. Further, in the description of the embodiment of the present invention, the case where the metal plate is used as the terminal member 4 has been described, but the terminal member 4 may have any material as long as it has elasticity and electrical conductivity. For example, it may be mixed with conductive material. South rigid engineering plastic material. The terminal member 4 made of such an engineering plastic can be formed into a shape as shown in Fig. 9 by molding, and is easy to manufacture. [Effects of the Invention] As described above, the card connector device of the present invention is provided with the above-mentioned "1" which can be inserted from the FPC insertion portion (:: is pressed against the above-mentioned contact portion to prevent The falling locking member can make the terminal member inside the outer casing and the FPC firmly contact, and can surely prevent the Fpc from being pulled out. Therefore, it is possible to provide a welding without FPC and a plurality of terminal members. A card connector device that is electrically connected to the FPC and has a good mounting workability. In addition, since the FPC that is inserted into the FPC insertion portion is in the non-locking state, the first posture is started, and the second posture is performed by sliding. However, the PC can be crimped to the FPC contact portion to be locked, so that only the sliding member can be slid to prevent the FPC from coming off the housing, and the installation workability of the ppc is further improved. Since the locking member is slid along the locking member supporting portion of the terminal member in a state in which the FPC is inserted into the insertion port, the locking member which is easy to slide can be formed. The guide wall formed by the fitting groove in the locking member and the FPC crimping portion are connected by a plurality of connecting walls formed at predetermined intervals. Therefore, the connecting wall has a reinforcing effect when the locking member is used. When the lock is applied, the FPC dust joint can be prevented from being deformed. Therefore, the Fpc can be firmly pressed to the FPC contact portion, and the Fpc can be surely brought into contact with the terminal member. Further, since the twist groove is separated by the plurality of joint walls Further, since each of the terminal members is fitted to each of the fitting grooves, the mutually adjacent material members that are fitted into the I-slot can be separated by the connecting wall, and the terminal members adjacent to each other are reliably insulated. In addition, a fixing portion that can be fixed to the outer casing is formed on the S lock member, and an engaging portion that can be engaged with the fixing portion is formed on the outer casing, so that the engaging portion is engaged with the engaging portion, and the outer casing is locked. Since the member is engaged and engaged, the locking member and the outer casing are formed into a body, and the card connector device having good mountability can be provided. Further, the terminal member is formed with a lock opposite to the insertion port via the insertion port. tight Since the contact portion of the member and the contact portion for the Fpc are such that the thickness of the contact π is larger than the thickness of the plate of the terminal member, and the contact force of the contact of the contact is increased, the contact pressure of the terminal member and the FPC is stabilized to 85,500. 20- 1276254. In addition, since the terminal fixing portion formed on the terminal member is press-fitted into the press-fitting hole formed in the outer casing, the terminal member can be fixed to the outer casing, so that the terminal member is easily attached to the outer casing. Further, the terminal member is formed of a resilient metal plate and is bent in a direction perpendicular to the width direction of the base to form an FPC fixing portion, and at the same time, a part of the FPC fixing portion is formed to have an insertion opening. Therefore, the terminal member can be formed by punching or the like to reduce the cost of the terminal member. In addition, since the FPC contact portion protrudes from the insertion port side to form a hook-shaped preventing fall-off portion, and the FPC is crimped to the fall-preventing portion, the falling portion can be prevented from biting the FPC, and the Fpc can be further reliably prevented from being pulled out. . . BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a plan view showing a connector device for a card of the present invention. Figure 2 is a top plan view of the outer casing of the present invention. Figure 3 is a diagram illustrating the locking member of the present invention. Tuwei illustrates a diagram of the locking member of the present invention. Figure 5 is a diagram illustrating the locking member of the present invention. Figure 6 is a diagram illustrating the locking member of the present invention. Fig. 7 is a view showing the main operation of the locking member of the present invention. Fig. 8 is a view showing a lock relating to the present invention. The main part of the action of the tension member is a three-dimensional view of the member. 85500 Fig. 0 is a view for explaining the action of the locking member of the cleaning invention - 2A 1276254 Fig. 11 is a view for explaining the action of the locking member of the present invention. Fig. 12 is a view for explaining the action of the locking member of the present invention. Figure 13 is a cross-sectional view showing the main part of a conventional card connector device. [Description of Symbols of Drawings] 1 Connector device for card 2 Housing 2a Opening 2b FPC insertion portion 2c Bottom wall 2d Terminal positioning Shao 2e Perforation hole 2 f Engagement portion 2g Side wall 2h Fixing portion 3 Card housing portion 3 a bottom surface 3b step portion 3c protruding wall 4 terminal member 4a arm portion 4b card contact portion 4c positioning portion 4d base portion 85500-22- 1276254 5 FPC fixing portion 5a insertion port 5b FPC contact portion 5c locking member supporting portion 5d prevents falling off Portion 6 terminal fixing portion 7 locking member 7a rear fitting groove 7b FPC crimping portion 7c guide wall 7d wall portion 7e fixing arm 7f fixing portion 7g slit hole 7h connecting wall 10 10a opening portion 10c tongue portion 10d engaging piece lOe Upper and lower side plates 11 FPC 11a Substrate lib Anti-deformation member 11c Conductor pattern -23 - 85500 1276254 51 52 53 54 54a 55 55a 55c 55b Case through hole card member FPC (flexible printed circuit board) Conductor portion terminal member center plate card connection Point FPC contact part 85500 24-