1375368 九、發明說明： . 【發明所屬之技術領域】 本發明，係屬於接觸在卡片的導電部以完成電氣性連 • 接之卡片用連結器之技術領域。 【先前技術】 揭示於日本國特開2 00 3 -2 5 75 29號公報的連結器，係 至少從2方向***卡片的連結器。此連結器，係具備有設 . 置與該卡片連接的接觸部之接點、與在一面以如該接觸部 • 突出地加以保持此接點的絕緣體。在此連結器並由設有接 點爲節距方向的第1卡片***方向、與該第1卡片***方 向直交的第2卡片***方向加以***卡片。接觸部，係分 別配設在該第1卡片***方向側用來導引該卡片、***的 第1引誘部、與在該第2卡片***方向側用來導引該卡片 ***的第2引誘部，形成略爲T字形狀。各個該第1及第 2引誘部，係分別構成爲至少一部分從該絕緣體之一面縮 進者。 ®【發明內容】 在日本國特開2〇〇3-257529號公報之連結器情況，係 從絕緣體之一面突出有接點，所以沿著接點之寬度方向來 看時，在接點與絕緣體的一面之間形成有間隙。例如，在 此間隙積存灰塵等，而從卡片***口***器具，欲除掉此 等灰塵時，有器具的選擇、所加負載等爲不適當時有接點 會變形的可能性，所以長時間使接點穩定地接觸於卡片之 導電部變成爲困難。又在此連結器係引誘部突出於接點的 1375368 .· 寬度方向，所以從大致與絕緣體之面直交的方向來看，其 , 接點與絕緣體之間形成間隙的長度變長，於是產生如此問 題的可能性會變高。 ' 再者，接點之接觸部仍有彎曲，並從此彎曲部其引誘 • 部突出於接觸部之寬度方向，所以加工性不良好。 本發明，係着眼於如此之點所實施者，其目的在於將 該間隙用蓋片塞住，而此蓋片係由於從接點的彎曲部離開 . 的位置加以折曲，例如有效地防止藉由取灰塵等的接點之 • 變形、長時期使接點穩定地接觸於卡片之導電部，又使接 點之加工性良好者。 本發明，係在具有用來隔開***卡片的卡片接納空間 的隔開面之連結器本體，設置接點所構成的卡片用連結 器。在此卡片用連結器，係於連結器本體從隔開面設有向 內方凹陷的收容部，接點係具備有：收容在連結器本體的 收容部之本體；及從此本體向卡片***方向或向相對方向 延伸的接觸片，其接觸片之中途部，爲彎曲且從連結器本 • 體之隔開面向外方突出，又在接觸片，再從離開中途部的 位置朝向連結器本體之收容部折曲，並沿著接觸片之寬度 方向來看時，設有塞住接觸片與隔開面之間所形成間隙的 蓋片。 將卡片***卡片接納空間時’即在卡片之導電部接觸 接點之接觸片的中途部’此等就完成電氣性連接。從卡片 接納空間拔去卡片時’接點就從卡片之導電部離開，此等 就變成爲電氣性非連接。1375368 IX. Description of the Invention: 1. Field of the Invention The present invention relates to the field of card connectors that are in contact with a conductive portion of a card to complete electrical connection. [Prior Art] A connector disclosed in Japanese Laid-Open Patent Publication No. 2 00 3 - 2 5 75 29 is a connector for inserting a card from at least two directions. The connector has an insulator that is provided with a contact portion connected to the card, and an insulator that holds the contact on one side as the contact portion protrudes. The connector is inserted into the card by a first card insertion direction in which the contact is in the pitch direction and a second card insertion direction in which the first card insertion direction is orthogonal. The contact portion is disposed on the first card insertion direction side for guiding the card, the inserted first attraction portion, and the second attraction portion for guiding the card insertion on the second card insertion direction side. Formed a slightly T-shaped shape. Each of the first and second attracting portions is configured such that at least a portion thereof is indented from one surface of the insulator. In the case of the connector of the Japanese Patent Publication No. 2-3-257529, the contact is protruded from one surface of the insulator, so that the contact and the insulator are viewed in the width direction of the contact. There is a gap between the sides. For example, when dust or the like is accumulated in the gap and the device is inserted from the card insertion opening, when the dust is to be removed, there is a possibility that the selection of the appliance, the applied load, and the like may be deformed at the time of discomfort, so that it is prolonged. It becomes difficult for the contact to stably contact the conductive portion of the card. Further, since the attracting portion of the connector protrudes from the 1375368 in the width direction of the contact, the length of the gap formed between the contact and the insulator becomes longer as seen from a direction substantially orthogonal to the surface of the insulator. The possibility of the problem will become higher. Further, the contact portion of the contact is still bent, and since the bent portion attracts the portion to protrude in the width direction of the contact portion, the workability is not good. The present invention has been made in view of the point that the gap is blocked by the cover sheet, and the cover sheet is bent due to the position away from the curved portion of the joint, for example, effectively preventing borrowing. It is deformed by the contact of dust or the like, and the contact is stably contacted with the conductive portion of the card for a long period of time, and the workability of the contact is good. The present invention is a connector for a card having a partition surface for partitioning a card receiving space into which a card is inserted, and a card connector formed by a contact. In the card connector, the connector body is provided with an accommodating portion recessed inwardly from the partition surface, and the contact portion includes: a body housed in the accommodating portion of the connector body; and a direction from the body to the card insertion direction Or a contact piece extending in a relative direction, the middle portion of the contact piece is curved and protrudes outward from the partition surface of the connector body, and is in contact with the piece, and then from the position away from the middle portion toward the connector body When the accommodating portion is bent and viewed in the width direction of the contact piece, a cover sheet for blocking a gap formed between the contact piece and the partition surface is provided. When the card is inserted into the card receiving space, that is, the intermediate portion of the contact piece of the contact portion of the contact portion of the card is electrically connected. When the card is removed from the card receiving space, the contact is removed from the conductive portion of the card, and this becomes electrically non-connected.
1375368 .· 例如，以器具欲去掉接點之接觸片與隔開面之間 , 的間隙之灰塵時，因間隙被蓋片所塞住，所以器具不 人間隙、就能夠防止接點的變形。因此，將卡片*** 接納空間時，長時期使接點穩定地接觸在卡片之導電 • 又蓋片係從接點朝向連結器本體之收容部折曲，所以 自直交隔開面之方向來看，可以使蓋片不從接觸片之 方向極力突出。因此，從大致直交於隔開面方向來看 - 其接點與連結器本體之間的間隙所形成長度較先前之 • 器變短，亦由此狀況能防止接點變形，長期間使接點 地接觸於卡片之導電部。 再者，蓋片連接在從接點的接觸片之中途部離開 置，而不連接於彎曲的中途部，所以變成加工單純， 性良好。 從而，本發明之卡片用連結器，係從沿著接觸片 度方向來看時，將形成在接觸片與隔開面之間的間隙 片塞住，而將此蓋片於從接點的彎曲部離開的位置加 ® 曲，所以例如，有效地防止藉由除掉灰塵等的接點之i 長期間可以使接點穩定地接觸在卡片之導電部。又能 點之加工性爲良好。 本發明之卡片用連結器，係亦可配設蓋片在接觸 寬度方向兩側，第1蓋片從接觸片之基端附近延伸， 蓋片從接觸片之前端附近延伸。 作成爲如此，則將展開形狀之接點以如複數，排 接觸片之寬度方向，從板穿透時以相鄰彼此接點不致 形成 能進 卡片 部。 大致 寬度 時， 連結 穩定 的位 加工 之寬 以蓋 以折 |形， 使接 片之 第2 列於 於使 1375368 .·弟1停止器與第2停止器，在接觸片之寬度方向碰撞，彼 此交錯地延伸，所以提升取料效率。 【實施方式】 (發明之較佳實施例〕 • 以下，說明本發明之實施例。第1圖係表示實施例之 卡片用連結器100。此卡片用連結器100，係具備有連結器 本體110’及設在此連結器本體110的接點120。連結器本 . 體係由絕緣體性材料所形成.’部分性設置有金屬構 件。連結器本體’也可以全部由絕緣性材料形成，至少需 要接點120之周邊由絕緣性材料來形成。連結器本體n〇 之主要部分係大致形成爲板狀。在連結器本體110之主要 部分表面大致形成爲平坦。此表面，成爲***卡片C而隔 開卡片接納空間s的隔開面111，面臨此隔開面U1存在 有卡片接納空間s。1 1 2係因應於必要所設的夾持部，在與 接點120之間來夾持卡片C而防止卡片c的浮上。在連結 器本體110設有從隔開面111向內方凹陷的收容部113。 ® 收容部113係將連結器本體110之主要部分貫通於厚度方 向的孔。也可以將收容部作成爲有底的孔。收容部113係 延伸至連結器本體11〇之周緣’而在此開放，但亦可此部 分不開放而加以塞住。卡片C雖係在一面設置有導電部的 SIM卡片，但作爲本發明之卡片用連結器對象的卡片，包 含有UIM卡片' SD卡片其他種種之卡片，再也包含卡片 型之電池組。總之至少在一面設有導電部的卡片成爲對 象。此實施例之卡片用連結器1 00係爲6極，接點i 20係 1375368 ·. 全部爲相同者’但本發明之卡片用連結器之極數並不依此 , 來限定者，又也可以混雜其他構成之接點》 接點120係由導電性材料來構成。接點12〇係從板加 以模沖、折曲來形成（參照第7圖）。如第5圖及第6圖所 • 不’接點120係具備有··連結器本體110之收容部113所 收容的本體121;及從此本體121延伸於卡片***方向（第 1圖及第6圖之箭頭方向）或與此相對方向的接觸片ι22。 - 在此實施例的狀況，排列於卡片***方向之面前側的接點 # 120’接觸片122係從本體121延伸於相對卡片***方向的 方向’排列在卡片***方向的盡頭側的接點1 2 0，接觸片 122係從本體121延伸於卡片***方向。本體I〗〗係爲了 安裝於對方側構件而具有連接部。接觸片122，係展開形 狀以板厚之方向來看，大致形成爲細長的長方形狀。接觸 片122之一端係連接於本體12卜此一端形成爲接觸片122 之基端122a。此接觸片122與本體121的連接部係形成爲 U子狀’但亦可爲V字狀及其他之形狀。接觸片122之另 ® —端係形成爲自由端，其另—端係作爲前端122c而進入收 容部113。可是，也可以使接觸片之自由端不進入收容部。 然後’接觸片122之中途部122b，爲彎曲且從連結器本體 110之隔開面111突出於外方。中途部122b係彎曲爲如畫 圓弧，但亦可彎曲作成爲倒立V字形。本體121係由壓入 連結器本體110來組裝。又接觸片122,係被***的卡片C 所推壓而撓曲，中途部122b就朝向收容部113之內部移 動。然後，中途部丨2213即接觸於卡片c之導電部。 -10- 1375368 如第1圖至第6圖所示，在接觸片122，係再從中途 部122b離開的位置朝向連結器本體11〇之收容部113折曲， 而沿著接觸片122寬度方向來看，設置有形成在接觸片122 與隔開面1 1 1之間用來塞住間隙T的蓋片1 2 3、1 2 4。所謂 的此寬度方向，係沿著大致細長的長方形狀之接觸片122 的短邊方向。又蓋片塞住間隙的意思，此乃包含完全地塞 住間隙，但在大部分的情況，如此實施例其意思爲藉由蓋 片1 23、1 24來變窄間隙T，結果不妨礙有殘留小的間隙。 蓋片123、124係設置在接觸片122之寬度方向兩側。 此中，第1蓋片123係從接觸片122之基端122a附近延伸、 第2蓋片124係從接觸片122之前端122c附近延伸。在接 觸片122，亦可僅設置第1蓋片123或第2蓋片124之任 何一方。此時，則可以設置在寬度方向之任何一側。又在 接觸片122，亦可於接觸片122之基端122a附近從接觸片 122之寬度方向兩側，延伸二個之第1蓋片123,亦可於接 觸片122之前端122c附近從接觸片122之寬度方向兩側， 延伸二個之第2蓋片124。 如第4圖所示，在第1蓋片123之前端附近，如突出 於接觸片122之寬度方向外側般地設置有停止器123a，在 第2蓋片124之前端附近，如突出於接觸片122之寬度方 向外側般地設置有停止器1 2 4 a。所謂的寬度方向外側’係 沿著寬度方向而從接觸片122離開的側。此停止器123a、 124a，係從第1蓋片123、第2蓋片124折曲所形成。在 連結器本體110的收容部113之開口周緣，在對隔開面111 -11- 1375368 於連結器本體1 1 〇之厚度方向成爲相反側的裏側 受面114。停止器123a、i24a係分別接觸此受面 藉由此防止接點120之接觸片122的浮上。在此 受面114係比其他之裏側之面凹陷於朝向隔開面 停止器123a、124a即進入此凹部。 因而’上述實施例之卡片用連結器10〇之情 卡片C在卡片接納空間3時，於卡片c之導電部 接點120之接觸片122中途部122b，此等即完成 接。從卡片接納空間S拔去卡片C時，接點120 之導電部離開，此等即變成電氣性非連接。 例如，從卡片接納空間S之入口***器具， 1 20之接觸片1 22與隔開面1 1 1之間所形成間隙 等’使用器具加以除掉時因間隙T被第1蓋片1 蓋片1 24所塞住、所以由於器具不能進入間隙τ 防止接點120的變形。因此，***卡片C於卡片 S時’長時期接點120穩定地接觸在卡片C的導 第1蓋片123、第2蓋片124係從接點120朝向 體1 1 〇之收容部1 1 3來折曲，所以於隔開面1 1 1 的方向來看，可使第1蓋片123、第2蓋片124 片122之寬度方向極力地突出。因此，從大致與隔 直交的方向來看，接點120與連結器本體110之 T能形成的長度比較先前之連結器變短，從此狀 止接點1 20的變形，長期間使接點1 20穩定地接 C的導電部。 ，形成有 1 1 4，並 實施例， 1 1 1，而 況，*** 就接觸在 電氣性連 自卡片C 欲將接點 T的灰塵 23、第 2 ，即可以 接納空間 電部。又 連結器本 大致直交 不從接觸 開面1 1 1 間的間隙 況亦可防 觸在卡片 -12- 1375368 .* 再者，第1蓋片123、第2蓋片124連接於從 . 之接觸片122中途部122b離開的位置，而不連接 中途部122b，所以變成加工單純、加工性良好。 ' 本發明之卡片用連結器係包含不設置停止1375368 .. For example, when the appliance wants to remove the dust in the gap between the contact piece of the contact and the separation surface, the gap is blocked by the cover sheet, so that the deformation of the contact can be prevented without the gap of the device. Therefore, when the card is inserted into the receiving space, the contact is stably contacted with the conductive material of the card for a long period of time. • The cover sheet is bent from the contact point toward the receiving portion of the connector body, so that it is viewed from the direction of the orthogonal partition surface. The cover sheet can be prevented from protruding as much as possible from the direction of the contact piece. Therefore, the length formed by the gap between the contact and the connector body is shorter than that of the previous device, and the position can be prevented from being deformed by the condition, and the contact is prevented for a long period of time. The ground contacts the conductive portion of the card. Further, since the cover sheet is separated from the middle portion of the contact piece from the contact and is not connected to the middle portion of the curved portion, it is easy to process and has good properties. Therefore, the card connector of the present invention plugs the gap piece formed between the contact piece and the partition surface when viewed in the direction of the contact piece, and bends the cover piece from the contact point. The position at which the portion is separated is added to the curved portion, so that, for example, it is possible to effectively prevent the contact portion from stably contacting the conductive portion of the card by the length of the contact for removing dust or the like. It is also good to process. In the card connector of the present invention, the cover sheet may be provided on both sides in the contact width direction, and the first cover sheet extends from the vicinity of the base end of the contact piece, and the cover sheet extends from the vicinity of the front end of the contact piece. To do so, the joints of the unfolded shape are, as in the plural, arranged in the width direction of the contact piece, and the adjacent contacts are not formed into the card portion when penetrating from the plate. In the case of a substantially wide width, the width of the joint is stabilized by the width of the cover, so that the second row of the tabs is such that the 1375368 and the second stopper collide in the width direction of the contact piece, and It is extended in a staggered manner, so the extraction efficiency is improved. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, an embodiment of the present invention will be described. Fig. 1 is a view showing a card connector 100 according to an embodiment. The card connector 100 is provided with a connector body 110. 'and the contact 120 provided in the connector body 110. The connector body. The system is formed of an insulator material. 'Partially provided with a metal member. The connector body ' can also be formed entirely of insulating material, at least need to be connected The periphery of the point 120 is formed of an insulating material. The main portion of the connector body n is formed substantially in a plate shape. The surface of the main portion of the connector body 110 is formed substantially flat. This surface is separated by the inserted card C. The partitioning surface 111 of the card receiving space s faces the card receiving space s facing the partitioning surface U1. The 1 2 2 holds the card C between the contact point 120 and the contact 120. The connector body 110 is provided with an accommodating portion 113 that is recessed inward from the partition surface 111. The accommodating portion 113 is a hole that penetrates a main portion of the connector body 110 in a thickness direction. The accommodating portion is formed as a bottomed hole. The accommodating portion 113 extends to the periphery of the connector body 11 而 and is opened here, but the portion may not be opened and plugged. The card C is provided with a conductive surface on one side. The SIM card of the present invention, but the card for the card connector of the present invention includes the UIM card 'SD card' and other types of cards, and further includes a card type battery pack. In short, the card having at least one conductive portion is provided. The card connector 100 of this embodiment is 6 poles, and the contacts i 20 are 1375368. All are the same ones. However, the number of poles of the card connector of the present invention is not limited thereto. It is also possible to mix contacts of other configurations. The contact 120 is made of a conductive material. The contacts 12 are formed by punching and bending from the plate (see Fig. 7). Figure 5 and Figure 6. The non-contact 120 is provided with a main body 121 housed in the accommodating portion 113 of the connector main body 110; and extends from the main body 121 in the card insertion direction (the arrow directions of the first and sixth figures) or the like Contact piece ι22 in the opposite direction. - In this case In the case of the example, the contact #120' contact piece 122 arranged on the front side of the card insertion direction is a contact point 1 2 0 which is arranged in the direction of the card insertion direction from the main body 121 in the direction opposite to the card insertion direction, and is in contact with The sheet 122 extends from the main body 121 in the card insertion direction. The main body I has a connection portion for attachment to the counterpart member. The contact piece 122 has an expanded shape which is formed into an elongated rectangular shape in the direction of the thickness of the sheet. One end of the contact piece 122 is connected to the body 12, and one end is formed as a base end 122a of the contact piece 122. The connection part of the contact piece 122 and the body 121 is formed into a U-shaped 'but can also be V-shaped and other The shape. The other end of the contact piece 122 is formed as a free end, and the other end is inserted into the receiving portion 113 as the front end 122c. However, it is also possible to prevent the free end of the contact piece from entering the receiving portion. Then, the middle portion 122b of the contact piece 122 is curved and protrudes outward from the partition surface 111 of the connector body 110. The intermediate portion 122b is curved into a circular arc as shown, but can also be bent to form an inverted V shape. The body 121 is assembled by being pressed into the connector body 110. Further, the contact piece 122 is pressed by the inserted card C to be deflected, and the intermediate portion 122b is moved toward the inside of the accommodating portion 113. Then, the intermediate portion 2213 contacts the conductive portion of the card c. -10- 1375368 As shown in FIGS. 1 to 6, the contact piece 122 is bent toward the accommodating portion 113 of the connector body 11 from the position away from the intermediate portion 122b, and is along the width direction of the contact piece 122. In view of the above, a cover sheet 1 2 3, 1 2 4 formed between the contact piece 122 and the partition surface 11 1 for blocking the gap T is provided. This width direction is along the short side direction of the substantially elongated rectangular contact piece 122. Further, the cover sheet has a meaning of plugging the gap, which means that the gap is completely plugged, but in most cases, the embodiment means that the gap T is narrowed by the cover sheets 1 23 and 1 24, and the result is not hindered. A small gap remains. The cover sheets 123 and 124 are disposed on both sides in the width direction of the contact piece 122. Here, the first cover sheet 123 extends from the vicinity of the proximal end 122a of the contact piece 122, and the second cover piece 124 extends from the vicinity of the front end 122c of the contact piece 122. In the contact piece 122, only one of the first cover piece 123 or the second cover piece 124 may be provided. At this time, it can be set on either side of the width direction. Further, in the contact piece 122, two first cover sheets 123 may be extended from both sides in the width direction of the contact piece 122 in the vicinity of the base end 122a of the contact piece 122, or from the contact piece near the front end 122c of the contact piece 122. Two second cover sheets 124 are extended on both sides of the width direction of 122. As shown in FIG. 4, a stopper 123a is provided in the vicinity of the front end of the first cover sheet 123 so as to protrude outward in the width direction of the contact piece 122, and is protruded from the contact piece near the front end of the second cover piece 124. A stopper 1 2 4 a is provided on the outer side in the width direction of 122. The outer side in the width direction is the side that is separated from the contact piece 122 in the width direction. The stoppers 123a and 124a are formed by bending the first cover sheet 123 and the second cover sheet 124. On the peripheral edge of the opening of the accommodating portion 113 of the connector body 110, the facing surface 111 is opposite to the thickness direction of the connector body 1 1 〇 on the partition surface 111 -11 - 1375368. The stoppers 123a, i24a are respectively in contact with the receiving surface, thereby preventing the floating of the contact piece 122 of the contact 120. Here, the receiving surface 114 is recessed toward the partition surface stoppers 123a and 124a than the other inner side surfaces, and enters the concave portion. Therefore, the card connector 10 of the above-described embodiment is in the case where the card C is in the card receiving space 3, and is in the middle portion 122b of the contact piece 122 of the conductive portion 120 of the card c, and the connection is completed. When the card C is unplugged from the card receiving space S, the conductive portion of the contact 120 is separated, and thus becomes electrically non-connected. For example, when the instrument is inserted from the entrance of the card receiving space S, the gap formed between the contact piece 1 22 and the partition surface 1 1 1 of 20 is removed by the use of the appliance, and the cover sheet 1 is covered by the first cover sheet 1 due to the gap T. 1 24 is plugged, so the deformation of the contact 120 is prevented because the appliance cannot enter the gap τ. Therefore, when the card C is inserted in the card S, the long-term contact 120 stably contacts the first cover piece 123 of the card C, and the second cover piece 124 is oriented from the contact 120 toward the housing 1 1 of the body 1 1 . Since the bending is performed, the first cover piece 123 and the second cover piece 124 can be protruded in the width direction as much as possible in the direction of the partition surface 1 1 1 . Therefore, the length of the contact 120 and the T of the connector body 110 can be shortened compared to the previous connector, and the deformation of the contact point 120 can be shortened for a long period of time. 20 is stably connected to the conductive portion of C. Formed with 1 1 4, and in the embodiment, 1 1 1, the insertion is in contact with the dust 23, which is electrically connected to the card C, to the contact point T, and the space portion can be received. Further, the connector is substantially straight and does not touch the gap between the open faces 1 1 1 and can also be prevented from touching the card -12- 1375368. * Further, the first cover piece 123 and the second cover piece 124 are connected to the contact Since the intermediate portion 122b of the sheet 122 is separated from the intermediate portion 122b, the processing is simple and the workability is good. The card connector of the present invention includes no stop setting
• 例。可是，在上述實施例之情況，第1蓋片123 片124分別設置有停止器123a、124a。因此，卡 結器本體110之隔開面111以傾斜***，卡片C • 接點120之接觸片122前端122c，卡片C將接觸 ® 隔開面111推上於較未組裝卡片時更浮上，第1 之停止器123a及第2蓋片124之停止器124a爲 所接住，所以可以防止接觸片122之浮上。其時 片123從接觸片122之基端122a附近延伸、第2 之停止器124a從接觸片122之前端122c附近延 推上力分散於接觸片122之基端122a附近與前額 近來作用。因此，避免對接觸片122之特定部位 中’減輕對接點120的負擔，長時期接點120穩 ®在卡片C的導電部。 本發明之卡片用連結器，第1蓋片123之停. 與第2蓋片124之停止器124a，係排列於接觸片 度方向，只要是沿著卡片***方向不偏移即可。 上述實施例之卡片用連結器1 00之情況，如第5 第1蓋片123之停止器123a與第2蓋片124 12 4a’沿著卡片***方向加以偏移來配置。構成 則將接點120排列於接觸片122之寬度方向設置 :接點1 2 0 在彎曲的 器的實施 及第2蓋 片C對連 就碰撞於 片122對 蓋片1 23 受面1 1 4 ，第1蓋 蓋片124 伸，所以 g 122c 附 的應力集 定地接觸 止器1 2 3 a 122之寬 可是，在 圖所示將 之停止器 爲如此， 時，即相 1375368 ·.·鄰接點120之中—側之接點120之第1蓋片123的停止器 .123a、與另一側之接點120之第2蓋片124的停止器124a， 沿著卡片方向偏移來配置，所以緩和此等之停止器123a、 124a作用於連結器本體11〇之受面114附近的應力集中， 減輕對連結器本體110的負擔，長時期使接點12〇形成爲 穩疋地接觸於卡片C之導電部。 上述實施例之卡片用連結器的情況，配設第i蓋片 - 123、第2蓋片124在接觸片122之寬度方向兩側，第1蓋 ^ 片123從接觸片122之基端122a附近延伸，第2蓋片124 從接觸片122之前端122c附近延伸。構成爲如此，則第7 圖所示將展開形狀之接點120，以複數排列在接觸片122 之寬度方向自扳穿透時，相鄰彼此接點中第1蓋片123與 第2蓋片124不致於在接觸片122之寬度方向碰撞，又因 交錯地延伸，所以提升取料的效率。 【圖式簡單說明】 第1圖係表示實施例之卡片用連結器的斜視圖。 ^ 第2圖係表示實施例之卡片用連結器的接點放大斜視 圖。 • 第3圖係表示實施例之卡片用連結器的接點放大斜視 圖。與第2圖係從相反側來看。 第4圖係實施例之卡片用連結器的接點’從接觸片之 前端側來看的放大前視圖。 第5圖係看實施例之卡片用連結器的接點附***視 圖。 1375368 第6圖係剖面實施例之卡片用連結器的連結器本體、 看接點附近的剖面圖。 第7圖係將實施例之卡片用連結器之接點，表示從板 模沖時之取料圖。• example. However, in the case of the above embodiment, the first cover sheets 123 are provided with stoppers 123a and 124a, respectively. Therefore, the partition surface 111 of the splicer body 110 is inserted obliquely, and the front end 122c of the contact piece 122 of the card C • the contact 120, the card C pushes the contact detachment surface 111 to be more floating on the unassembled card, Since the stopper 123a of the first stopper 123a and the stopper 124a of the second cover sheet 124 are caught, the floating of the contact piece 122 can be prevented. The timing piece 123 extends from the vicinity of the proximal end 122a of the contact piece 122, and the second stopper 124a is urged from the vicinity of the front end 122c of the contact piece 122 to be dispersed in the vicinity of the proximal end 122a of the contact piece 122 to act in close proximity to the forehead. Therefore, it is avoided that the burden on the contact point 120 is reduced in a specific portion of the contact piece 122, and the contact 120 is stabilized at the conductive portion of the card C for a long period of time. In the card connector of the present invention, the stopper of the first cover sheet 123 and the stopper 124a of the second cover sheet 124 are arranged in the contact sheet direction as long as they are not displaced in the card insertion direction. In the case of the card connector 100 of the above embodiment, the stopper 123a of the fifth first cover piece 123 and the second cover piece 124 12 4a' are arranged to be displaced in the card insertion direction. In the configuration, the contacts 120 are arranged in the width direction of the contact piece 122: the contact 1 2 0 is implemented in the curved device, and the second cover C is connected to the plate 122 to the cover plate 1 23 to face 1 1 4 The first cover flap 124 is extended, so the stress attached to the g 122c is collectively contacted with the width of the stopper 1 2 3 a 122. However, when the stopper is as shown in the figure, the phase is 1375368. The stopper 123a of the first cover piece 123 of the contact 120 on the side of the point 120 and the stopper 124a of the second cover piece 124 of the contact 120 of the other side are arranged offset along the card direction. Therefore, the stress concentration of the stoppers 123a and 124a acting on the receiving surface 114 of the connector body 11 is alleviated, and the load on the connector body 110 is alleviated, and the contacts 12 are formed to be in stable contact with the card for a long period of time. Conductive part of C. In the case of the card connector of the above-described embodiment, the i-th cover sheet 123 and the second cover sheet 124 are disposed on both sides in the width direction of the contact piece 122, and the first cover piece 123 is adjacent to the base end 122a of the contact piece 122. Extending, the second cover sheet 124 extends from the vicinity of the front end 122c of the contact piece 122. In the case of the configuration, the contact 120 of the unfolded shape is shown in Fig. 7, and the first cover piece 123 and the second cover piece are adjacent to each other in the width direction of the contact piece 122. The 124 does not collide in the width direction of the contact piece 122, but also extends in a staggered manner, thereby improving the efficiency of the reclaiming. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a card connector of an embodiment. ^ Fig. 2 is a perspective enlarged perspective view showing the card connector of the embodiment. • Fig. 3 is a perspective enlarged perspective view showing the card connector of the embodiment. Seen from the opposite side from Figure 2. Fig. 4 is an enlarged front elevational view of the contact of the card connector of the embodiment as seen from the front end side of the contact piece. Fig. 5 is a plan view showing the vicinity of the joint of the card connector of the embodiment. 1375368 Fig. 6 is a cross-sectional view showing the vicinity of the connector body of the card connector of the cross-sectional embodiment. Fig. 7 is a view showing the contact of the card connector of the embodiment, showing the drawing of the material from the die.