M331224 八、新型說明： 【新型所屬之技術領域】 種具有退卡 本創作涉及一種卡連接器，特別是涉及 機構的卡連接器。 【先前技術】 按，習知的卡連接器通常具有一退卡機構，用 斜連㈣内的域卡㈣。魏卡機構 災 :件㈣桿及彈性體。在插卡時，記憶卡_滑動件= =牛推壓彈性體使卿性_性_，從動桿推抵二 件和彈性體相對^;在退卡時，桿二 ，離推抵，彈性體彈性復位而推 :動= 頂記憶卡而將該記憶卡從卡連接器内退出。月動件推 復位^^記憶卡從卡連接11㈣㈣，由於彈性體的 【新型内容】 防止之目的係針對上述f知技術之不足提供〆種能 5己憶卡在退卡過財被彈飛的卡連接器。 —2達成上述目的，本創作提供-種卡連接器，供至少 二隐卡插人’包括―絕緣座體，該絕緣座體上蓋合有〆 卡沾成體錢蔽设體與絕緣座體圍成—可容置所述記憶 綾;°錢緣座體—側卡設有—退卡機構，並且該絕 、、另—側卡設有-阻退端子。該阻退端子具有〆長條 5 M3 31224 狀的固f部^固定部的兩端彎折成的彈性推抵部，該彈 性推抵部可彈性推抵記憶卡的伸人所述插样内。 如上㈣’本創作卡連接_由阻退料 部增加了與織卡的摩擦力，從而在”過程巾可以避免 退卡機構將記憶卡彈飛。 【實施方式】 為詳細說明本創作之技術内容、構造特徵、所達成目 的及功效，以下茲舉例並配合圖式詳予說明。 請參閱第-圖及第二圖，本實施例係提供一種可使兩 記憶卡分職*同插卡方向插人的卡連接器丨。該卡連接器 1由絕緣座體10、第-遮蔽殼冑20、第二遮蔽殼體3〇以及 插設於絕緣座體10内的複數個第一端子40、複數個第二端 子50和一阻退端子60所組成。 請參閱第一圖，所述絕緣座體10具有一呈板狀的隔板 100，隔板100之上表面開設有分別從隔板1〇()前後雨侧沿 向内延伸的第一端子槽no,第一端子槽11()用於固設相應 的第一端子40，且該第一端子槽110定義了第一插卡方 向。隔板100的後侧沿和左右兩侧沿垂直向上延伸出環側 壁120，環側壁120和隔板100圍成供一第一記憶卡2 (如 圖四所示）插入的第一插槽130。 請參閱第二圖，隔板100的下表面上開設有從該隔板 100的一侧沿向内延伸的第二端子槽140，該第二端子槽 140的延伸方向與第一端子槽110的延伸方向垂直，該第二 6 M3 31224 端子槽140定義了第二插卡方向。環繞第二插卡方向，隔 板100的三個側沿皆垂直向下延伸出侧壁，其中，與第二 插卡方向垂直的側壁定義為擋壁150,與第二插卡方向平行 的側壁定義為第一卡壁160和第二卡壁170。兩卡壁160、 170的外側端面上皆設置有複數個卡扣塊180。第一卡壁 ’ 160、第二卡壁170、擋壁150以及隔板100圍成一供第二 - 記憶卡3 (如圖四所示）插入的第二插槽190。擋壁150上 貫穿開設有與第二端子槽140連通的端子通道151，該端子 通道151用於容置第二端子50。擋壁150上靠近第二卡壁 170處開設有兩卡槽152。 第一卡壁160上設有一與第二插槽190連通之縱向延 伸的側向卡槽161，侧向卡槽161之底壁中部向該侧向卡槽 161内凸出一卡固塊1611，卡固塊1611的高度與第一卡壁 160的高度相同。卡固塊1611的中部沿第二插卡方向開設 有一卡固槽1612,卡固槽1612的底壁上開設有兩個卡固孔 > 1613 。 第二卡壁170内侧設有可沿第二插卡方向滑動的退卡 機構171 ’用以將第二記憶卡3 (如圖四所示）退出。退卡 機構17丨包括滑動塊1711及彈性體1712，該退卡機構171 已為熟悉此技藝者所熟知，在此不再贅述。 口月多閱第〜圖和第三圖，擔壁150之兩卡槽152内插 。又有第-偵/則端子71和第二制端子72。兩债測端子71、 72为別具有焊接％ 73、74，焊接端、％焊接於外部印 7 M3 31224 刷電路板上。第一偵測端子71具有一彈接部75,當第二記 憶卡3插到預定位置時，第二記憶卡3推抵退卡機構171 而使該退卡機構171之滑動塊1711抵壓第一偵測端子71 之彈接部75，進而使第一偵測端子71和第二偵測端子72 電性接觸，因此藉由第一偵測端子71和第二偵測端子72 可以偵測第二記憶卡3是否插入到第二插槽190内的預定 位置。 請繼續參閱第二圖和第三圖，阻退端子60具有長條狀 的固定部61，固定部61的一邊沿向外凸設有第一固定塊 611和第二固定塊612,且第一固定塊611短於第二固定塊 612，第二固定塊612兩側沿上設有倒勾63。固定部61的 兩端皆向一側彎折延伸形成彈性推抵部62。固定部61置於 側向卡槽161内，且固定部61的中部卡在卡固槽1612内， 第一固定塊611和第二固定塊612分別卡固於兩卡固孔 1613内，倒勾63與相應卡固孔1613的孔壁干涉，從而將 阻退端子60固持於絕緣座體10上。彈性推抵部62部分突 伸入第二插槽190内以在第二記憶卡3插入該第二插槽190 内時彈性抵頂該第二記憶卡3。 請參閱第一圖、第二圖及第四圖，第一遮蔽殼體20 蓋合於絕緣座體10的頂面上。第二遮蔽殼體30蓋合於絕 緣座體10的底面上，該第二遮蔽殼體30具有一平板狀的 基板31，該基板31的四個邊角處向上彎折延伸形成有卡合 片32,每一卡合片32上開設有一卡孔33。卡孔33與絕緣 8 M3 31224 座體10的卡扣塊180相卡扣，從而將第二遮蔽殼體30固 定在絕緣座體10上。基板31中部沖切出一向第二插槽190 内傾斜的彈片34,當第二記憶卡3置於第二插槽190内時， 彈片34彈性抵頂第二記憶卡3。基板31上對應第一偵測端 子71之彈接部75處開設有一開孔35，從而在生產過程中 以目視即可檢測第一偵測端子71和第二偵測端子72接觸 是否正常。 綜上所述，本創作卡連接器1由阻退端子60之彈性推 抵部62部分伸入第二插槽190内以及第二遮蔽殼體30之 彈片34亦伸入第二插槽190内，並在第二記憶卡3插入第 二插槽190時皆彈性抵頂第二記憶卡3,從而在第二記憶卡 3的退出過程中可以增加摩擦力而避免因退卡機構171之 彈性體1712產生的瞬間復位彈力過大而彈飛該第二記憶卡 3。另外第一偵測端子71和第二偵測端子72可彈性抵接， 用於偵測第二記憶卡3是否插到預定位置，並且第二遮蔽 殼體30之基板31上對應第一偵測端子71之彈接部75處 開設有一開孔35，從而在生產過程中以目視即可檢測兩偵 測端子71、72接觸是否正常。 【圖式簡單說明】 第一圖為本創作卡連接器之立體分解圖。 第二圖為本創作卡連接器另一角度之立體分解圖。 第三圖為本創作卡連接器插卡後移除第二遮蔽殼體時 的立體圖。 9 M3 31224 第四圖為本創作卡連接器插卡後的立體圖。 【主要元件符號說明】 卡連接器 1 絕緣座體 10 隔板 100 第一端子槽 110 環側壁 120 第一插槽 130 第二端子槽 140 擋壁 150 端子通道 151 卡槽 152 第一卡壁 160 側向卡槽 161 卡固塊 1611 卡固槽 1612 卡固孔 1613 第二卡壁 170 退卡機構 171 滑動塊 1711 彈性體 1712 卡扣塊 180 第二插槽 190 第一遮蔽殼體 20 第二遮蔽殼體 30 基板 31 卡合片 32 卡孔 33 彈片 34 開孔 35 第一端子 40 第二端子 50 阻退端子 60 固定部 61 第一固定塊 611 第二固定塊 612 彈性推抵部 62 倒勾 63 第一彳貞測端子 71 第二偵測端子 72 焊接端 73、74 彈接部 75 第一記憶卡 2 第二記憶卡 3M331224 VIII. New description: [New technical field] There is a card return. The present invention relates to a card connector, in particular to a card connector of a mechanism. [Prior Art] Conventionally, a card connector usually has a card ejecting mechanism, and a domain card (4) in a diagonal connection (four) is used. Weika Agency Disaster: Pieces (four) rods and elastomers. When inserting the card, the memory card _ slide = = cattle push the elastic body to make the _ sex _, the follower rod pushes the two pieces and the elastic body relative ^; when the card is retracted, the rod two, the push, the elasticity The body is elastically reset and pushed: the motion card is removed from the card connector. The moon mover pushes the reset ^^ memory card from the card connection 11 (four) (four), due to the "new content" of the elastomer, the purpose of the prevention is to provide the kind of deficiencies of the above-mentioned f-technical technology. Card connector. - 2 To achieve the above objectives, the present invention provides a type of card connector for at least two hidden cards to be inserted into a 'including" insulating seat, which is covered with a Leica dipped body and an insulating seat. The memory can be accommodated; the money edge body-side card is provided with a card-retracting mechanism, and the outer and the other side cards are provided with a blocking terminal. The resisting terminal has an elastic pushing portion that is bent at two ends of the fixed portion of the fixed portion 5 M3 31224, and the elastic pushing portion can be elastically pushed into the insert of the memory card . As shown in the above (4) 'This Creative Card Connection _ The friction material is added to the woven card by the resisting material, so that the process towel can prevent the card ejector from flying the memory card. [Embodiment] The technical content of the creation is explained in detail. , structural features, achieved goals and effects, the following is an example and detailed description with reference to the drawings. Please refer to the first and second figures, this embodiment provides a way to allow two memory cards to be assigned * with the card direction The card connector 1 is composed of an insulating base 10, a first-shield casing 20, a second shielding shell 3〇, and a plurality of first terminals 40, which are inserted into the insulating base 10, and a plurality of The second terminal 50 and the first terminal 50 are formed. Referring to the first figure, the insulating base 10 has a plate-shaped partition 100, and the upper surface of the partition 100 is opened from the partition 1 respectively. () The front and rear rain sides are along the inwardly extending first terminal slots no, the first terminal slots 11() are used to fix the corresponding first terminals 40, and the first terminal slots 110 define the first card insertion direction. The rear side edge and the left and right sides of the board 100 extend vertically upward from the ring side wall 120, and the ring side wall 120 The partition 100 encloses a first slot 130 for insertion of a first memory card 2 (shown in Figure 4). Referring to the second figure, the lower surface of the partition 100 is provided with a side from the partition 100 A second terminal slot 140 extending inwardly, the second terminal slot 140 extends in a direction perpendicular to the extending direction of the first terminal slot 110, and the second 6 M3 31224 terminal slot 140 defines a second card insertion direction. In the direction of the second card, the three side edges of the partition 100 extend vertically downward from the side wall, wherein a side wall perpendicular to the second card insertion direction is defined as a barrier wall 150, and a side wall parallel to the second card insertion direction is defined as The first card wall 160 and the second card wall 170. The outer side faces of the two card walls 160, 170 are provided with a plurality of snap blocks 180. The first card wall '160, the second card wall 170, the blocking wall 150 and the partition wall The board 100 encloses a second slot 190 for the second memory card 3 (shown in Figure 4). The terminal wall 151 is connected to the second terminal slot 140. The terminal channel 151 is open through the barrier wall 150. The second terminal 50 is received. The two barriers 152 are defined in the barrier wall 150 adjacent to the second card wall 170. The first card wall 160 A longitudinally extending lateral slot 161 is formed in the middle of the bottom wall of the lateral slot 161. A locking block 1611 protrudes from the middle of the lateral slot 161. The locking block 1611 The height is the same as the height of the first card wall 160. The middle portion of the locking block 1611 defines a locking slot 1612 along the second card insertion direction, and two fastening holes are formed in the bottom wall of the locking slot 1612. The inner side of the second card wall 170 is provided with a card ejecting mechanism 171' slidable in the direction of the second card for withdrawing the second memory card 3 (shown in FIG. 4). The ejecting mechanism 17 includes a sliding block 1711 and an elastic body. 1712, the card ejecting mechanism 171 is well known to those skilled in the art and will not be described herein. In the mouth and the month, the first and third figures are read, and the two card slots 152 of the wall 150 are interpolated. There is also a first-detection/threshold terminal 71 and a second-system terminal 72. The two debt measuring terminals 71, 72 have the welding % 73, 74, the welding end, and the % soldered to the external printed 7 M3 31224 brush circuit board. The first detecting terminal 71 has a latching portion 75. When the second memory card 3 is inserted into the predetermined position, the second memory card 3 pushes against the card ejecting mechanism 171 to press the sliding block 1711 of the ejecting mechanism 171 against the first The first detecting terminal 71 and the second detecting terminal 72 are electrically connected to each other, so that the first detecting terminal 71 and the second detecting terminal 72 can detect the first detecting terminal 71 and the second detecting terminal 72. Whether the two memory cards 3 are inserted into a predetermined position within the second slot 190. Continuing to refer to the second and third figures, the blocking terminal 60 has an elongated fixing portion 61. One side of the fixing portion 61 protrudes outwardly from the first fixing block 611 and the second fixing block 612, and the first The fixing block 611 is shorter than the second fixing block 612, and the second fixing block 612 is provided with barbs 63 on both sides. Both ends of the fixing portion 61 are bent and extended toward one side to form an elastic pushing portion 62. The fixing portion 61 is disposed in the lateral slot 161, and the middle portion of the fixing portion 61 is caught in the locking slot 1612. The first fixing block 611 and the second fixing block 612 are respectively locked in the two locking holes 1613, and the hook is hooked. 63 interferes with the hole wall of the corresponding fastening hole 1613, thereby holding the blocking terminal 60 on the insulating base 10. The elastic pushing portion 62 partially protrudes into the second slot 190 to elastically abut the second memory card 3 when the second memory card 3 is inserted into the second slot 190. Referring to the first, second and fourth figures, the first shielding shell 20 is covered on the top surface of the insulating base 10. The second shielding shell 30 is covered on the bottom surface of the insulating base 10. The second shielding shell 30 has a flat plate 31. The four corners of the substrate 31 are bent upward to form an engaging piece. 32. A card hole 33 is defined in each of the clamping pieces 32. The card hole 33 is engaged with the snap block 180 of the insulating 8 M3 31224 base 10 to fix the second shield case 30 to the insulating base 10. The middle portion of the substrate 31 is punched out of the elastic piece 34 which is inclined in the second slot 190. When the second memory card 3 is placed in the second slot 190, the elastic piece 34 elastically abuts against the second memory card 3. An opening 35 is formed in the resilient portion 75 of the first detecting terminal 71 on the substrate 31, so that the contact between the first detecting terminal 71 and the second detecting terminal 72 can be visually detected during the production process. In summary, the creative card connector 1 extends from the elastic pushing portion 62 of the blocking terminal 60 into the second slot 190, and the elastic piece 34 of the second shielding shell 30 also extends into the second slot 190. And when the second memory card 3 is inserted into the second slot 190, the second memory card 3 is elastically abutted, so that the friction force can be increased during the withdrawal of the second memory card 3 to avoid the elastic body due to the card ejecting mechanism 171. The instantaneous reset force generated by the 1712 is too large to fly the second memory card 3. In addition, the first detecting terminal 71 and the second detecting terminal 72 are elastically abutted for detecting whether the second memory card 3 is inserted into the predetermined position, and the first detecting of the substrate 31 of the second shielding shell 30 is corresponding to the first detecting An opening 35 is defined in the elastic joint portion 75 of the terminal 71, so that the contact between the two detecting terminals 71, 72 can be detected visually during the production process. [Simple description of the drawing] The first figure is an exploded view of the creative card connector. The second figure is an exploded perspective view of another angle of the creative card connector. The third figure is a perspective view of the second shielding case when the author card connector is inserted into the card. 9 M3 31224 The fourth picture is a perspective view of the card connector after the card is inserted. [Main component symbol description] Card connector 1 Insulation base 10 Separator 100 First terminal slot 110 Ring side wall 120 First slot 130 Second terminal slot 140 Barrier 150 Terminal channel 151 Card slot 152 First card wall 160 side Card slot 161 Snap block 1611 Snap slot 1612 Snap hole 1613 Second card wall 170 Eject mechanism 171 Slide block 1711 Elastomer 1712 Snap block 180 Second slot 190 First shield housing 20 Second shield shell Body 30 Substrate 31 Engagement piece 32 Card hole 33 Spring piece 34 Opening hole 35 First terminal 40 Second terminal 50 Resisting terminal 60 Fixing portion 61 First fixing block 611 Second fixing block 612 Elastic pushing portion 62 Barb 63 A test terminal 71 a second detecting terminal 72 a soldering end 73, 74 a resilient portion 75 a first memory card 2 a second memory card 3