M334498 八、新型說明： 【新型所屬之技術領域】 本創作涉及-種電子卡賴^，尤指__料躲置巾之電子卡連接器 【先前技徜J ° 用以連接各種電子產品，並提供電子卡之插置定位， ΐ電:了之電性連接與資料交流，另提供退卡機構::出S 卡而電子卡Ρ思者使用需求之增加會有頻 之相關結構需有良好之耐祕，扑^絲4取觀Ujlt $子卡連接益 訊號傳輸之正常。 “ I長脑取之反鶴作，顧電子卡與 之電性連接傳ίϊί _端子緊密接觸，確保電子卡與電子產品之間 過程中，塑膠:流動ϋίΐ ’ ―導電端子上有毛刺，加上注塑成形之填充 隙，所以，於早如=έ ν致一體成型後導電端子和絕緣本體之間會存在間 ㈣子白头电子卡連接裔絕緣本體之防呆部予以改良以克服習知 觸不政轉端子之賴力，使得軒卡與電子卡雜ϋ之間接 因此 技術中之所述缺陷 【新型内容】 電子ίϊϊί解蚊技術問題是提供—種防止端子在絕緣本 體内鬆動、傾斜之 間之、摘作提供―種電子卡連翻，其包紐有插置空 收容姆w，其巾，所述導電端子 之部位設置至少一個轨〜『电于下麟㈣過在導電端子收容於絕緣本體内 成-個擔塊，當電子’使得導電端子與絕緣本體—體成型後，在缺口處形 電端子之缺口防止了缘雷^時 ，導電端子别外力伽，但由於魏卡住了導 確保電子卡與訊鱗麵、麟’從而不會損失導《子之賴力， ，心於！知技術，摘作電子卡連懸通過在； 6 M334498 【實施方式】 清參閱第-圖至第二圖所示，本創作電子卡連接器1〇〇，用以電性連接電子 卡（未圖示），其包括絕緣本體卜組裝在絕緣本體丨内之複數導電端子2、裝 叹於絕緣本體1上之退卡機構4及包覆在絕緣本體丨外部之金屬遮蔽殼體5。 所述絕緣本體1大致呈-矩形板狀，其包括基座n及左侧壁12及右側壁 13 ’所述左側壁12及右側壁13上分別設有凸塊12卜所述基部η後端設有擔 另回14 ’所述右侧壁13與擋牆14構成-插置空μ 1〇，該插置空間1〇可供電子 卡插置於其中。 一山導電端子2包括大致呈“γ”形之第一端子21和複數大致呈“一，，形之第 -‘子22 ’所述第-端子21包括焊接部21 i、自焊接部丄延伸之被收容部 及自被收谷α卩212延伸之臂部（未標示）。所述臂部包括自被收容部212分叉 後，伸之第-臂部測和略向上延伸之第二臂部2121。所述第一臂部212〇長 於第一端=22及第二臂部212卜用於與關端子（未圖示）搭接。 、所述第二端子22包括焊接部22卜自焊接部221延伸之被收容部222及自 所，被收谷。卩222略向上延伸之接觸部223。所述接觸部223、第一臂部 及第二臂部2121上均設有接觸點24用於與電子卡接通。 所述導電端子2之被收容部2丨2、222上設有缺口 25。 、、所述金屬遮蔽殼體5包括平板部51及自平板部51兩側騎延伸之側板52, 側板52上"又有對應於凸塊121之通孔52卜所述金屬遮蔽殼體5通過通孔 521扣持於凸塊121上實現裝配。 本創作私子卡連接态100通過在導電端子2之被收容部212、内設有至 缺π 25，使得導電端子2與絕緣本體卜體成型後，在缺口 25處形成一 ΐϊΐί未圖示），當電子卡插入時，導電端子2受到外力，但由於播塊卡住 端子2之缺口 25防止了導電端子2之鬆動、傾斜，從而不會損失導電端 =預壓力’確保電子卡與訊號傳輸之正常。提高了電子卡連接器励之使 -田日it} ’以上僅爲摘作之_種實施方式，其他在這種實施方式基礎上 仃之任何等效變換如改變缺口 25之形狀等都不脫離本創作之實質技術方案。 【圖式簡單說明】 第一圖係本創作電子卡連接器之立體分解圖； 7 M334498 第二圖係本創作電子卡連接器之導電端子之立體圖； 第三圖係本創作電子卡連接器絕緣本體與導電端子之立體組合圖。 【主要元件符號說明】 絕緣本體 1 插置空間 10 電子卡連接器 100 基座 11 左側壁 12 凸塊 121 右側壁 13 擋牆 14 導電端子 2 第一端子 21 第二端子 22 坪接部 211、 221 被收容部 212、 222 第一臂部 2120 第二臂部 2121 接觸部 223 接觸點 24 缺口 25 金屬遮蔽殼體 5 平板部 51 側板 52 通孑L 521M334498 VIII. New description: [New technical field] This creation involves - an electronic card, especially the electronic card connector for __ hiding the towel. [The previous technology J ° is used to connect various electronic products, and Provide the insertion and positioning of the electronic card, the electricity connection: the electrical connection and data exchange, and the card-return mechanism:: the S-card and the increase in the demand for the use of the electronic card will have a good correlation structure. Resist the secret, flutter the wire 4 to see the Ujlt $ sub-card connection Yi signal transmission is normal. "I long brain takes the anti-heavy work, Gu electronic card and its electrical connection pass ϊ _ terminal close contact, to ensure the process between the electronic card and the electronic product, plastic: flow ϋ ΐ ― ― 导电 导电 导电 导电 导电 导电The filling gap of the injection molding is formed. Therefore, there is a gap between the conductive terminal and the insulating body after the integral molding as shown in Fig. ( ν ν ν 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The power of the switch terminal makes the connection between Xuanka and the electronic card miscellaneous, so the defects described in the technology [new content] The technical problem of the electronic mosquito is to prevent the terminal from being loosened and tilted in the insulating body. The invention provides a type of electronic card connection, wherein the package has an empty storage w, and the towel has at least one track disposed on the portion of the conductive terminal - "Electric in the lower arm (four). The conductive terminal is received in the insulating body. Into a load block, when the electronic 'make the conductive terminal and the insulative body-body formed, the gap of the electric terminal at the notch prevents the edge of the wire, the conductive terminal does not force the external force, but because Weika live Guide to ensure that the electronic card and the signal scale, Lin 'and thus will not lose the guide, "the heart of the power, know the technology, extracted as an electronic card hanging through; 6 M334498 [Embodiment] See the picture - As shown in the second figure, the electronic card connector of the present invention is used for electrically connecting an electronic card (not shown), which comprises an insulating body, a plurality of conductive terminals 2 assembled in the insulating body, and an insulating layer. The card ejecting mechanism 4 on the main body 1 and the metal shielding case 5 covered on the outside of the insulative housing. The insulative housing 1 has a substantially rectangular shape and includes a base n and a left side wall 12 and a right side wall 13' The left side wall 12 and the right side wall 13 are respectively provided with a protrusion 12, and the rear end of the base part η is provided with a rest return 14', and the right side wall 13 and the retaining wall 14 are configured to be inserted into the space μ1〇. The insertion space 1 is for the electronic card to be inserted therein. The mountain conductive terminal 2 includes a first terminal 21 having a substantially "γ" shape and a plurality of substantially "one, the shape of the first - 'sub 22 ' The terminal 21 includes a welded portion 21 i , a accommodating portion extending from the welded portion 及, and an arm portion extending from the valley α 卩 212 ( Mark). The arm portion includes a second arm portion 2121 that extends from the first arm portion and extends slightly upward after being bifurcated by the receiving portion 212. The first arm portion 212 is longer than the first end = 22 and the second arm portion 212 is used to overlap the closing terminal (not shown). The second terminal 22 includes a portion 222 in which the welded portion 22 extends from the welded portion 221 and is self-retained. The contact portion 223 extends slightly upward. The contact portion 223, the first arm portion and the second arm portion 2121 are each provided with a contact point 24 for being connected to the electronic card. A notch 25 is formed in the accommodating portions 2, 2, 222 of the conductive terminal 2. The metal shielding shell 5 includes a flat plate portion 51 and a side plate 52 extending from both sides of the flat plate portion 51. The side plate 52 has a through hole 52 corresponding to the convex block 121. The assembly is performed by the through holes 521 being fastened to the bumps 121. The created private card connection state 100 is formed in the accommodating portion 212 of the conductive terminal 2 to the π 25, so that the conductive terminal 2 and the insulating body are formed, and a notch is formed at the notch 25) When the electronic card is inserted, the conductive terminal 2 receives an external force, but since the broadcast block jams the notch 25 of the terminal 2, the conductive terminal 2 is prevented from loosening and tilting, so that the conductive end=pre-pressure is not lost to ensure the electronic card and signal transmission. Normal. Improved the electronic card connector excitation - Tian Ri it} 'The above is only a summary of the implementation, other equivalent transformation based on this embodiment, such as changing the shape of the gap 25, etc. The essential technical solution of this creation. [Simple diagram of the diagram] The first diagram is an exploded view of the electronic card connector of the present invention; 7 M334498 The second diagram is a perspective view of the conductive terminal of the electronic card connector of the present invention; the third diagram is the insulation of the electronic card connector of the creation A three-dimensional combination of the body and the conductive terminals. [Main component symbol description] Insulating body 1 Inserting space 10 Electronic card connector 100 Base 11 Left side wall 12 Bump 121 Right side wall 13 Retaining wall 14 Conductive terminal 2 First terminal 21 Second terminal 22 Pitting part 211, 221 The accommodating portion 212, 222, the first arm portion 2120, the second arm portion 2121, the contact portion 223, the contact point 24, the notch 25, the metal shielding case 5, the flat portion 51, the side plate 52, the 孑 L 521