^93158 九、發明說明： 【發明所屬之技術領域】 本發明係關於一 用之連接器裝置， 片排出機構的卡片 【先前技術】 種連接具有資訊存儲功能的卡片的卡片 特別是關於一種具備包含滑動構件的卡 用之連接器裝置。 規定的以 用之連接器裝置，衆所周知的是以 且將複數端子構件固定在殼體的底座構件上，並 (例如參昭專利文獻η Λ 排出機構的結構者 插入〜: 處，卡片排出機構主要包含：* 猶入喊體内的卡片扣合並能向 - 動的滑動構件、向卡片 、插入、排出方向移 :件…設在滑動構件上面側的心形凸輪槽移動二 朝，猎由將滑動銷卡片在心形凸輪槽的鎖定部t 動構件保持在規定位置。 勺m ’而將滑</ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> < Desc/Clms Page number> A connector device for a card of a sliding member. A predetermined connector device is known in which a plurality of terminal members are fixed to a base member of a casing, and (for example, the structure of the η 排出 discharge mechanism is inserted into the::, the card is discharged The mechanism mainly includes: * The card buckle that is still in the body is combined with the sliding member, the card, the insertion, and the discharge direction: the heart-shaped cam groove provided on the upper side of the sliding member moves, and the hunting Hold the sliding pin card in the locking portion of the heart-shaped cam groove at a predetermined position. The spoon m' will slide
即’在該習知卡片用之連接器 的卡片插入口插入到内部，貝⑴ ：將卡片從殼體 構件上的滑動構件扣合，由於該卡片::：邛與配置在底座 而將滑動構件推到褒置裏側 ：叫構件的施力 移動而沿心形凸輪槽滑動。並鎖隨著滑動構件的 :規定量而可嶋崎… 所以滑動構件停止並能將卡片保持在規定 該安裝位置，卡片的外部連接部處於、=位置，在 觸喻連接的狀態。此外，當排出安接 I06040.doc 1293158 若7保持於安裝位置的卡片向插入方向（裝置裏側）按入 動構件解除鎖定，=形凸輪槽的鎖定部脫離而將滑 、 以去除按入卡片的操作力，則滑動構 +彈簧構件的施力而向裝置的跟前側移動。其結果， 卡滑動而向排出方向（裝置跟前側）被推回，能將該 卡片排出到規定的排出位置。 =〔專利文獻1〕特開2〇〇3_2287()號公報（第4頁、 機t有ΐ裝有該種卡片用之連接器裝置的行動電話等的 用之連接器裝置：在=要求更小型且薄型的卡片 的卡片用之連接哭裝置中;:如上所述的卡片排出機構 需的板厚，並且在具有心形凸輪槽的滑動： f，广/、㈣應^度尺寸，所以在將滑動構件配置 二二板部上而構成的習知卡片用之連接器裂置 貝現大幅度的薄型化。 雞以 【發明内容】 :發晴於如此的習知技術實情所 於提供一種適合薄型化的卡片用之連接器裝置/、目的在 置=述目的，本發明係—種卡“之連接器裝 沿搭載卡片的底板部的上面進行上 的底座構件；被固定在該底座構件上…过2、排出 接的複數端子構件；與上述卡片扣合並能向該片電性連 排出方向移動的滑動構件;及將該滑動構件向上述的 106040.doc 1293158 排出方向施力的彈簧構件· … 9^ Λ ώ/. m 述滑動構件的上面側設有 形凸輪槽，且與該心形凸輪 1 貝“又有 構件所支樓，藉由上述 ：動銷被上述底座 動銷構成卡片排出機構;菁構件及上述滑 構件上至少設有下方凸出部，立〜構·在上述滑動 於使上述下方凸出部能向 ：述底板部上設有用 地沈入的退讓孔，上述下方=片的插入、排出方向移動 槽最深部的區域向下彳係使包括上述心形凸輪 ;卜万凸出而形成者。 根據如此構成的卡片用之 下方凸出部進° 4置’由於滑動構件的 滑動構件向心入 以沈入該退讓孔内的狀態向同二該下方凸出部 分降低凸心广/ 方凸出部沈入該退讓孔的深度部 度。因此，能確部上的該滑動構件的凸出高 並能促進卡片用=Γ部和滑動構件分別需要的厚度， 下月用之連接器裝置的薄型化。 插:上:::τ’若上述退讓孔的内側壁沿上述卡片的 部的位 二伸，猎由以該内側壁限制上述下方凸出 動，則退讓孔倉兼Γ退讓孔引導上述滑動構件的上述移 f,化卡片排屮 丨導滑動構件移動的導向槽，所以能 間化卡片排出機構的結構，較佳。 底=上2述的結構中，上述退讓孔也可以是設於上述 履板4上面側側的 ^ 板厚方向貫e4 ’ c右上述退讓孔被穿透設爲沿 <^底板部的長孔狀，則能使滑動構件的下方 I06040.doc !293158 凸出部較深地沈入該底板部的退讓孔内，因此易於進一牛 =進裳置全體的薄型化’較[此時’若將滑動構件的； —凸出部的下面配置在與底座構件的底板部的下面大致同 ^面内，則與該滑動構件的全體厚度相比，能僅該底板 板厚部分降低凸出於該底板部上的滑動構件的凸出高 ^所以旎將裝置整體大幅度地薄型化。 凸的卡片用之連接器裝置’由於使滑動構件的下方 制& ^人⑨在底座構件的底板部上的退讓孔，所以能抑 於底座構件的底板部上的滑動 此既能確保該底板部和滑動構件分別所：：凸“度，因 構件刀別所需要的厚度，又能 足進卡片用之連接器裝置的薄型化。 【實施方式】 以下’參照附圖說明發 方式例的卡片用之連接1】 式，圖1是本發明實施 連接哭壯晋^ 置的外觀圖，圖2是該卡片用之 口口衣置的分解立體圖，圖3是從下方看 構件及端子構件的辦 看圖2所不的底座 5體圖，圖4疋設於該卡片用之ϋ接哭壯 置的滑動構件上的心型凸……了月用之連接以 片用之連接^ 展開® ’ ®5〜圖1G是該卡 妾裔破置的動作說明圖。 片省略圖示，圖5曰#_ ，圖5〜圖1〇令’卡 疋、不'月力構件待機狀態的動作兮兒明g 圖6是沿圖5物，線的 ’動作次明圖’ 狀態的平面圖，圖8是沿圖示滑動構件鎖定 表示滑動構件超過行程狀態 ：剖面圖’圖9是That is, 'the card insertion opening of the connector for the conventional card is inserted into the inside, and the shell (1): the card is fastened from the sliding member on the housing member, since the card::: and the sliding member is disposed on the base Pushed to the inside of the device: the force applied by the member moves and slides along the heart-shaped cam groove. The lock can be moved in accordance with the predetermined amount of the sliding member. Therefore, the sliding member stops and the card can be held at the predetermined mounting position, and the external connection portion of the card is at the position of =, in the state of the connection. In addition, when the discharge attachment I06040.doc 1293158 is pressed in the insertion direction (the inside of the device), the locking member is unlocked, and the locking portion of the = cam groove is disengaged and will slide to remove the pressed card. The operating force is applied to the front side of the device by the biasing force of the sliding mechanism + spring member. As a result, the card slides and is pushed back in the discharge direction (the front side of the apparatus), and the card can be ejected to a predetermined discharge position. [Patent Document 1] Japanese Patent Laid-Open No. 2〇〇3_2287() (page 4, connector device for a mobile phone equipped with a connector device for such a card, etc.: The card of the small and thin card is used in the connection device; the card discharge mechanism as described above requires a plate thickness, and has a sliding of a heart-shaped cam groove: f, wide/, (four) should be a size, so The connector for the conventional card, which is configured by arranging the sliding member on the second and second plates, is greatly thinned. The chicken is [invented]: the present invention provides a suitable The connector device for a thin card is intended to be used for the purpose of the present invention. The connector of the present invention is a base member that is mounted on the upper surface of the bottom plate portion on which the card is mounted, and is fixed to the base member. a plurality of terminal members that have been ejected and ejected; a sliding member that is movable in the direction in which the sheet is electrically connected to the card, and a spring member that urges the sliding member in the direction in which the 106040.doc 1293158 is discharged. ... 9^ Λ ώ/. m The upper side of the sliding member is provided with a shaped cam groove, and the heart-shaped cam 1B has a member supporting the building, wherein the moving pin is constituted by the base moving pin to form a card discharging mechanism; the cyanine member and the sliding member are provided at least The lower projection portion, the vertical portion, and the lower projection portion are provided so as to allow the lower projection portion to be placed on the bottom plate portion to be recessed, and the lower portion of the sheet is inserted into the discharge direction and the discharge portion is moved to the deepest portion of the groove. The downward shackle is formed to include the above-mentioned heart-shaped cam; the bulging is formed by the bulging. The lower bulge portion of the card thus constructed is placed in a lower direction by the sliding member of the sliding member to sink into the relief hole. The inner state is reduced to the lower convex portion to reduce the depth of the convex center/square projection into the relief hole. Therefore, the convex portion of the sliding member can be surely raised and can promote the card = The thickness required for the crotch portion and the sliding member, respectively, is thinner for the connector device for the next month. Insert: upper:::τ' If the inner side wall of the relief hole extends along the position of the portion of the card, the hunting The inner side wall limits the above When the projection is moved, the retracting hole and the retracting hole guide the movement of the sliding member to guide the sliding groove of the sliding member to move the card, so that the structure of the card discharging mechanism can be optimized, preferably. In the above-described configuration, the relief hole may be formed on the upper surface side of the crawler plate 4 in the thickness direction of the e4' c. The right escape hole is penetrated to form a long hole along the bottom plate portion. The lower portion of the sliding member I06040.doc!293158 can be deeply sunk into the retreating hole of the bottom plate portion, so that it is easy to enter the lower part of the sliding plate. The lower surface of the protruding portion is disposed substantially in the same plane as the lower surface of the bottom plate portion of the base member, and only the thickness of the bottom plate can be lowered to protrude from the bottom plate portion as compared with the entire thickness of the sliding member. The protrusion of the sliding member is high, so that the entire device is greatly thinned. Since the connector device for a convex card has a retracting hole on the bottom plate portion of the base member by the lower portion of the sliding member, it is possible to ensure the sliding of the bottom plate portion of the base member. Each of the portion and the sliding member is: a convex "degree", and the thickness of the connector device for the card can be made thinner due to the thickness required for the member blade. [Embodiment] Hereinafter, a card for the embodiment will be described with reference to the drawings. FIG. 1 is an external view of the connection of the present invention, FIG. 2 is an exploded perspective view of the mouthpiece for the card, and FIG. 3 is a view of the member and the terminal member viewed from below. Figure 2 is a view of the base 5 of the base, and Figure 4 is a set of heart-shaped projections on the sliding member of the card for the crying and sturdy... The connection for the month is used for the connection of the piece ^ Expand® '®5 〜1G is an operation explanatory diagram of the card smashing. The stencil is omitted, and FIG. 5 曰 #_, FIG. 5 to FIG. 1 ' ' 疋 疋 疋 不 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月Figure 6 is a plan view of the state of the 'action time diagram' of the line along the line of Figure 5, Figure 8 Illustration showing the locking slide member along the slide member over travel state: a sectional view of "FIG. 9 is
線的剖面圖。 11 ’圖1 0是沿圖9的X-X 如該等圖所示，本實施方式 勺卡片用之連接器裝置概 I06040.doc 1293158 略包含：將複數端子構们固定在合成樹脂 上而形成的卡片容納體3、覆蓋底座 ；門-丄構件2 製的芸椹彼, 于上〇P開口的板金 -冓件4、设於底座構件2 一側部的卡片 由以蓋構件4蓋閉合底座構件2而構成殼體6。/構5猎 底座構件2是在模具内嵌入複數端子構件 夂藉由將除了各端子細兩端部以外的規定= 底座構件2的底板部乃内，而構成卡片容納體3。 構件^係-端部能與卡片2〇 (參照間下面側的外部連^部 圖不）接觸的接觸部la，另一端部被焊在未圖示印刷電路 板上的端子部lb。底座構件2的底板部〜在具有卡片排出機 構5的—側部被形成薄的板厚，在該一側部穿設有配置後述 的滑動構件9的下方凸出部9c的長孔狀退讓孔孔。如圖2及 圖3所不，該退讓孔2b的内側壁2c從裝置的跟前側向裏側呈 直線狀延伸。此外，在底板部2a和蓋構件4之間劃分用於配 置卡片20的卡片收納部7。該卡片收納部7的跟前側爲開放 端，當將蓋構件4安裝在底座構件2上而構成殼體6時，該開 放端成爲卡片插入口 8。此外，各端子構件丨的接觸部“比 格載卡片20的底板部2a的上面向上方凸出若干量，能與插 入到卡片收納部7内的卡片20的下面接觸。 盖構件4係將不銹鋼等的金屬板沖壓加工者，該蓋構件4 上在除了平板部4a的前端以外的左右兩側及後端形成有折 ’曾片4b，在平板部4a—側部的裏側形成有按壓片4c。藉由 以按扣結合或鉚接等方式將各折彎片4b固定在底座構件2 上而安裝該蓋構件4，平板部4a被配置在底板部2a的上方並 106040.doc 1293158 覆蓋卡片收納部7的上部開口。 卡，:：：機構5具有滑動構件9、螺旋彈簧〗。及滑動銷 由二二 被配置在卡片收納部7的側方。滑動構件9 口成_材料構成，具有向卡片收納部7側凸出並用於與 片2〇的削端部2〇a接合的接受部9a及沿卡片20的插入、排 出方向延伸的延伸部9b，在延伸部外襄側的内底部上形成 有後述的心形凸輪槽12。如圖6和圖8及圖10所示，滑動構 件9的匕s〜形凸輪槽12最深部的區域成爲向下方凸出的 下方凸出部9c，該下方凸出部％沈入底座構件2的退讓孔几 内，下方凸出部9 c的下面被配置在與底板部〜下面大致同 一平面内。該滑動構件9被底座構件2支撐，以便能向卡片 20的插入、排出方向移動，在該滑動構件9往復移動時，下 方凸出部9c在長孔狀的退讓孔儿内向同方向移動。此時， 由於沿卡片20的插入、排出方向延伸的退讓孔㉛的内側壁 2c引導下方凸出部9，矛多重力，所卩滑動構件9能以退讓孔汕 爲導向槽而順利地進行往復移動。此外，螺旋彈簀1〇被設 在底座構件2裏側的内壁面2d與滑動構件9的承受面％之 間，滑動構件9藉由螺旋彈簧10的彈力而向裝置跟前側施 力。滑動銷11是金屬製的銷構件，其一端部Ua與心形凸輪 槽12扣合，另一端部1 1 b擺動自如地被底座構件2的内壁面 2d附近的壁部支撐。此外，形成於蓋構件4的平板部“上的 按壓片4c與滑動銷11彈性接觸，藉由按壓片乜向心形凸輪 槽]2内底面將滑動銷1 1施力。 如圖5和圖7及圖9所示，心形凸輪槽12具有前進通道12a 106040.doc 12 1293158 和返回通道12b及鎖定部12c。如圖4的展開圖所示，在該心 形凸輪槽12上形成有連續的1〇種凸輪面A〜j，從凸輪面八到 凸輪面D構成珂進通道12a，凸輪面]5和凸輪面F、G構成鎖 疋部12c，從凸輪面^^彳凸輪面j構成返回通道nb。 忒卡片用之連接器裝置所使用的卡片2〇如圖i所示，俯看 呈矩形形狀，在其下面側對應於各端子構件丨以規定的排列 配置有未圖示的外部連接部。該卡片2〇從前端部2〇a側插入 到卡片收納部7内，當插入規定量時，前端部2〇a就抵接於 滑動構件9的接受部9a。 其次’對於上述的卡片用之連接器裝置動作進行說明。 2圖5及圖6所示，在將卡片2〇插入卡片用之連接器裝置 之前的待機狀態下，滑動銷_—端部na位於心形凸輪样 :的前進通道12a的最裏部(凸輪面A)，滑動構件9由螺㈣ η 1 〇的施力所保持在底座構件2的跟前側。A cross-sectional view of the line. 11' Fig. 10 is the XX of Fig. 9. As shown in the figures, the connector device for the card of the present embodiment, I06040.doc 1293158, slightly includes: a card formed by fixing a plurality of terminal structures on a synthetic resin. The accommodating body 3, the covering base, the door-and-snake member 2, the sheet metal-clamping member 4 at the opening of the upper cymbal P, and the card provided at one side of the base member 2 are closed by the cover member 4 to close the base member 2 The casing 6 is formed. The base member 2 has a plurality of terminal members embedded in the mold, and the card housing 3 is constituted by a predetermined bottom portion of the base member 2 other than the thin end portions of the respective terminals. The member-end portion can be in contact with the contact portion 1a of the card 2A (refer to the external connection portion on the lower surface side), and the other end portion is welded to the terminal portion 1b on the printed circuit board (not shown). The bottom plate portion of the base member 2 is formed to have a thin plate thickness at the side portion having the card discharge mechanism 5, and a long hole-shaped relief hole in which the lower convex portion 9c of the sliding member 9 to be described later is disposed is provided in the one side portion. hole. As shown in Figs. 2 and 3, the inner side wall 2c of the relief hole 2b extends linearly from the front side to the back side of the apparatus. Further, a card housing portion 7 for arranging the card 20 is divided between the bottom plate portion 2a and the cover member 4. The front side of the card storage portion 7 is an open end, and when the cover member 4 is attached to the base member 2 to constitute the casing 6, the open end becomes the card insertion opening 8. Further, the contact portion of each of the terminal members “ "is protruded a certain amount upward than the upper surface of the bottom plate portion 2a of the card 20, and can come into contact with the lower surface of the card 20 inserted into the card housing portion 7. The cover member 4 is made of stainless steel. In the metal plate presser, the cover member 4 is formed with a folded piece 4b on the left and right sides and the rear end except for the front end of the flat plate portion 4a, and a pressing piece 4c is formed on the back side of the side portion of the flat plate portion 4a. The cover member 4 is attached by fixing the bent pieces 4b to the base member 2 by snap fastening or riveting, and the flat plate portion 4a is disposed above the bottom plate portion 2a and covers the card storage portion 106040.doc 1293158 The upper portion of the opening is 7. The card:::: The mechanism 5 has a sliding member 9 and a coil spring. The sliding pin is disposed on the side of the card housing portion 7. The sliding member 9 is made of material and has a card. The receiving portion 9a that protrudes from the side of the accommodating portion 7 and that is engaged with the cut end portion 2A of the sheet 2, and the extending portion 9b that extends in the insertion and discharge direction of the card 20 are formed on the inner bottom portion of the outer side of the extending portion. There is a heart shaped cam groove 12 to be described later. As shown in FIGS. 8 and 10, the deepest portion of the 匕s-shaped cam groove 12 of the sliding member 9 is a lower protruding portion 9c that protrudes downward, and the lower protruding portion % sinks into the relief hole of the base member 2. In a few cases, the lower surface of the lower projection 9c is disposed in substantially the same plane as the bottom plate portion to the lower surface. The sliding member 9 is supported by the base member 2 so as to be movable in the insertion and discharge directions of the card 20, in the sliding member. When the reciprocating movement is 9, the lower projection portion 9c moves in the same direction in the elongated hole-shaped relief hole. At this time, the lower side projection portion 9 is guided by the inner side wall 2c of the escape hole 31 extending in the insertion and discharge direction of the card 20. The spear is multi-gravity, and the sliding member 9 can smoothly reciprocate with the retracting hole as a guide groove. Further, the spiral magazine 1 is provided on the inner wall surface 2d on the inner side of the base member 2 and the receiving surface of the sliding member 9. Between the %, the sliding member 9 is biased toward the front side of the device by the elastic force of the coil spring 10. The sliding pin 11 is a metal pin member, and one end portion Ua is engaged with the heart-shaped cam groove 12, and the other end portion 1 1 b swing freely by the base member 2 The wall portion near the wall surface 2d is supported. Further, the pressing piece 4c formed on the flat plate portion of the cover member 4 is in elastic contact with the slide pin 11, and the slide pin 1 is pressed by the inner bottom surface of the pressing piece toward the center-shaped cam groove 2 Force. As shown in FIGS. 5 and 7 and 9, the heart shaped cam groove 12 has a forward passage 12a 106040.doc 12 1293158 and a return passage 12b and a locking portion 12c. As shown in the expanded view of Fig. 4, a continuous one-face type cam surface A to j is formed on the heart-shaped cam groove 12, and the cam surface 5a, the cam surface] 5 and the cam are formed from the cam surface eight to the cam surface D. The faces F and G constitute the lock portion 12c, and the return surface nb is constituted by the cam surface j from the cam surface j. As shown in Fig. 1, the card 2 for use in the connector device for the card has a rectangular shape when viewed from the top, and an external connection portion (not shown) is disposed on the lower surface side corresponding to each terminal member 丨 in a predetermined arrangement. The card 2 is inserted into the card housing portion 7 from the front end portion 2A side, and when inserted by a predetermined amount, the front end portion 2A abuts against the receiving portion 9a of the sliding member 9. Next, the operation of the connector device for the card described above will be described. 2 and FIG. 6, in the standby state before the card 2 is inserted into the connector device for the card, the slide pin_-end portion na is located at the innermost portion of the forward passage 12a of the heart-shaped cam type (cam In the face A), the sliding member 9 is held by the urging force of the screw (four) η 1 在 on the front side of the base member 2.
虽從該狀態將卡片20插入卡片插入口8並向卡片侧 内推壓時’由於卡片20的前端部2〇a抵接於滑動構件9的 ^部〜且㈣該接受部％，所以滑動構件9抗拒螺旋彈菩 力向裝置的裏側移動，隨此滑動鎖η的-端部llaI 形凸輪槽12的前進通道12a相對地向跟前側移動 。 進—步推人卡片跑滑動仙的—端部Ua到達心'凸 槽】2的前進通道〗2a的最 7凸 (糕面D的刖端部）時，藓When the card 20 is inserted into the card insertion opening 8 from this state and pushed into the card side, 'the front end portion 2〇a of the card 20 abuts against the portion of the sliding member 9 and (4) the receiving portion%, so the sliding member 9 Resisting the spiral force Bodhisattva moves toward the back side of the apparatus, and the forward passage 12a of the cam groove 12 of the sliding lock η-end portion 11a is relatively moved toward the front side. Step by step push the card to run the sliding fairy - the end Ua reaches the heart 'convex groove】 2 forward channel〗 2a of the most 7 convex (the end of the cake D), 藓
=動鎖】】限制滑動構件9的其以上的移動，但 I 卡片2〇的減力’則滑動構件9以螺旋彈菩10的= 跟前側返回若干量，所以*固 ” ◊知力向裝j 右干里戶斤以如圖7及圖S所示’滑動鎖叫一 I06040.doc 1293158 端部lla被卡片在心形凸輪槽12的鎖定部i2c (凸輪面£的後 端部）處。藉此，處於滑動構件9被鎖定並且卡片2〇被保持 於規定的安裝位置的狀態，由於在該安裝位置卡片2〇的上 述外部連接部與對應的端子構件㈣制部㈣觸，所以能 保持卡片20與各端子構件〗的電性連接。 此外’在使被插人的卡片轉㈣，若將被保持於規定 :裝位置的卡片20向裝置裏側(卡片插入方向”隹入若干 量’則如圖9及圖1〇所示，滑動鎖】】的一端部⑴從心形凸 ” 12的鎖疋部12c脫離並向返回通道⑶的凸輪面η移 /可解除滑動構件9的鎖定。因此，若去除對卡片20的推 ^力’則滑動構件9被螺旋彈簧1〇施力而向裝置跟前側（卡 U方向冰動’隨此滑動銷i!的一端部山沿心形凸輪 返回通道12b相對地向裏側移動，並且滑動構件9的 :a向4置跟刖側推壓卡片2〇的前端部2〇a。其結果， =力鎖"的-端部lla返回心形凸輪槽12的凸輪面八，並且 内1内的卡片20向裝置跟前側移動並從卡片插入 口 8被排出。 構^的在下本方實施方式例的卡片用之連接器裝置中，使滑動 的… 凸出部％沈入設置在底座構件2的底板部23上 向^動Ϊ退讓孔2b内，滑動構件9向卡片20的插入、排出方 向移動時，由於 叫々 同方向移重、方凸出部9c以沈入退讓孔2b内的狀態向 件9的凸出古斤乂凸出於底座構件2的底板部2a上的滑動構 凸出部9c沈二與滑動構件9的整體厚度相比’只降低下方 /L 讓孔几的深度部分。特別是在本實施方式 l〇6〇4〇.cl〇, 14 1293158 例中，由於下方凸出部9c的下面被配置在與底板部2a的下 面大致同一平面内，所以凸出於底板部2a上的滑動構件9凸 出高度與該滑動構件9的整體厚度相比，只降低底板部2a的 板厚部分。因此，確保底板部2a和滑動構件9分別所需的厚 度，該卡片用之連接器裝置也能大幅度縮短高度尺寸，從 而容易促進薄型化。= 动 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 In the right hand, as shown in Fig. 7 and Fig. S, the sliding lock is called an I06040.doc 1293158. The end portion 11a is jammed at the locking portion i2c of the heart shaped cam groove 12 (the rear end portion of the cam surface). In a state where the sliding member 9 is locked and the card 2 is held at a predetermined mounting position, since the external connecting portion of the card 2〇 at the mounting position and the corresponding terminal member (four) portion (four) are touched, the card 20 can be held. The electrical connection is made to each terminal member. In addition, when the inserted card is turned (4), if the card 20 held in the predetermined position is inserted into the inside of the device (in the card insertion direction), the figure is as shown in the figure. 9 and Fig. 1A, the one end portion (1) of the slide lock is disengaged from the lock portion 12c of the heart-shaped projection 12 and moved toward the cam surface n of the return passage (3)/the lock of the slide member 9 can be released. Removing the pushing force on the card 20, the sliding member 9 is coiled 1〇, the force is applied to the front side of the device (the ice in the direction of the card U), and the one end of the slide pin i! is moved toward the back side of the heart-shaped cam return passage 12b, and the a member of the sliding member 9 is placed at 4 The front side pushes the front end portion 2〇a of the card 2〇. As a result, the end portion 11a of the force lock' returns to the cam surface 8 of the heart shaped cam groove 12, and the card 20 in the inner 1 moves toward the front side of the device And the card insertion port 8 is discharged. In the connector device for the card of the embodiment of the present invention, the sliding portion % is sunk into the bottom plate portion 23 of the base member 2 to move When the sliding member 9 moves in the insertion and discharge direction of the card 20 in the retracting hole 2b, the slanting direction is shifted in the same direction, and the convex portion 9c is projected into the retracting hole 2b to protrude into the retracting hole 2b. The sliding projection 9c on the bottom plate portion 2a of the base member 2 sinks in comparison with the overall thickness of the sliding member 9 to reduce only the depth portion of the lower/L hole. In particular, in the present embodiment 〇6〇4〇.cl〇, 14 1293158 In the example, the lower surface of the lower projection 9c is disposed on the bottom plate The lower surface of 2a is substantially in the same plane, so that the protruding height of the sliding member 9 protruding from the bottom plate portion 2a is lower than the overall thickness of the sliding member 9, and only the thickness portion of the bottom plate portion 2a is lowered. Therefore, the bottom plate portion 2a is secured. With the thickness required for each of the sliding members 9, the connector device for the card can also be greatly shortened in height, so that the thickness can be easily promoted.
此外，在該卡片用之連接器裝置中，當滑動構件9沿卡片 20的插入、排出方向往復移動時，由於下方凸出部9c能被 退讓孔2b的内側壁2c限制位置並使該退讓孔2b起作用作爲 導向槽，所以不使卡片排出機構5的結構的複雜化，而能使 滑動構件9順利地進行往復移動。 此外，在以上說明的實施方式例中，退讓孔2b是沿板厚 方向貫通底座構件2的底板部2 a的通孔’但退壤孔2 b也可以 是設在底板部2a上面側的凹槽。 【圖式簡單說明】 圖1是本發明實施方式例的卡片用之連接器裝置的外觀 圖0 圖2是該卡片用之連接器裝置的分解立體圖。 圖3是從下方看圖2所示的底座構件及端子構件的立體 圖。 圖4是設於該卡片用之連接器裝置的滑動構件上的心型 凸輪槽的展開圖。 圖5是表示該滑動構件待機狀態的動作說明圖。 圖6是沿圖5的VI-VI線的剖面圖。 106040.doc 15Further, in the connector device for the card, when the slide member 9 reciprocates in the insertion and discharge direction of the card 20, since the lower projection portion 9c can be restricted by the inner side wall 2c of the escape hole 2b and the escape hole Since 2b functions as a guide groove, the sliding member 9 can be smoothly reciprocated without complicating the structure of the card discharge mechanism 5. Further, in the embodiment described above, the relief hole 2b is a through hole that penetrates the bottom plate portion 2a of the base member 2 in the thickness direction. However, the relief hole 2b may be a concave portion provided on the upper surface side of the bottom plate portion 2a. groove. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an external view of a connector device for a card according to an embodiment of the present invention. Fig. 2 is an exploded perspective view of the connector device for the card. Fig. 3 is a perspective view of the base member and the terminal member shown in Fig. 2 as seen from below. Fig. 4 is a developed view of a heart-shaped cam groove provided in a sliding member of the connector device for a card. Fig. 5 is an operation explanatory view showing a standby state of the sliding member. Fig. 6 is a cross-sectional view taken along line VI-VI of Fig. 5; 106040.doc 15
1293158 圖7是表示該滑動構件鎖定妝 曰 狀態的動作說明圖。 圖8疋沿圖7的VIII-VIII線的剖面目 圖9是表示該滑動構件超過杆 長狀怨的動作今明同 圖10是沿圖9的X-X線的剖面圖。 乍次月圖 【主要元件符號說明】 1 端子構件 2 底座構件 2a 底板部 2b 退讓孔 2c 内側壁 4 蓋構件 5 卡片排出機構 9 滑動構件 9C 下方凸出部 10 螺旋彈簧(彈簧構件） 11 滑動銷 12 心形凸輪槽 12c 鎖定部 20 卡片 106040.doc1293158 Fig. 7 is an operation explanatory view showing the state in which the sliding member is locked. Fig. 8 is a cross-sectional view taken along line VIII-VIII of Fig. 7. Fig. 9 is a cross-sectional view taken along line X-X of Fig. 9 showing the operation of the sliding member over the length of the rod.乍月月图[Main component symbol description] 1 terminal member 2 base member 2a bottom plate portion 2b relief hole 2c inner side wall 4 cover member 5 card discharge mechanism 9 sliding member 9C lower projection portion 10 coil spring (spring member) 11 slide pin 12 heart shaped cam groove 12c locking part 20 card 106040.doc