M282377 八、新型說明： 【新型所屬之技術領域】 本創作涉及電腦連接器技術領域，更詳而言之，尤指一種能讓連接器與介 面卡之間的插接更為牢固、穩定的一種具有卡榫裝置的連接器。 【先前技術】 目别與電腦介面卡擴充槽連接的音效卡、顯示卡、記憶體條、網路卡，一 '般係採用插接方式連接在介面卡擴充槽上，其不足之處是:介面卡與連接器擴充 >槽之間插接在-起，在電腦使用過程中，由於電腦有時會受到外力（如:運輸過 程中的震動、安裝時的移動)衝擊，使介面卡易產生鬆動，進而造成連接器與介 面卡插接接觸不良，甚至接觸不上的缺失出現。 因此’如何讓介面卡與連接器插接更為牢固、穩定，乃為業者普遍的問題。 本案創作人有鑑於上述之決失，乃純加以研究，終能構思—良善的解決方案， 期能提供業界更為方便實用的產品。 【新型内容】 -本創作所要解決的技術問題係在提供—種介面卡擴充槽二合_型連接器， •它使介面卡與連接器插接更為牢固、穩定。 本創作的技術解決措施，係為： 種面卡擴充槽二合-型連接器，包括連接器，在連接器上固定連接有 卡榫裝置’卡榫裝置由卡榫座、卡榫按紐、扭轉彈酱組成。 卡榫座的結構係為在座體上成财容置空間，在該容置空_二側成型有 _線的輪孔’該軸孔上部座體開有導引斜面，該容置空間内設有—扭轉彈菁 著力位。 M282377 榫按u冓係為在板狀體上成型有凸出板狀體表面的卡轴，該板狀體的 F部為擒舌部、繞卡軸成财與外部相通的收容空間。 卡榫按紐的卡針合在轉朗減巾，轉彈簧套在伟上，扭轉彈菁 的/卡合在收容空财，另—端伸出該收容空間彈性支撐在卡榫座的扭轉彈 簧著力位上，擋舌部伸出座體下部。 所述卡榫按紐上成型有圓柱塊、卡榫座上成型有圓柱槽、該圓柱塊嵌合在 該圓柱槽中。 所述卡榫按鈕上成型有防滑齒。 所述卡榫按鈕麟舌部有-辦骑面和直卡合面。 所述座體上容置空間的開口處設—溝槽為扭轉彈簧著力點。 本創作最大的突出效果係在於： 固與穩定。 它使介面卡與連接器之間的插接更加的牢 【貫施方式】 實施例-，請參閱圖-到圖五，—種介面卡擴充槽二合_型連接器，包括 連接器1，在連接器i上固定連接有卡榫裝置2，卡榫裝置2由卡禅座2丨、卡棒 按鈕22、扭轉彈簧23所組成。 卡榫座21的結構係為在座體叫上成型有容置空間犯，在該容置空間犯 的二側成型有同軸線的軸孔犯，該轴孔M上部座體叫開有導引斜面⑽， 座體211上設有一扭轉彈簧著力位215。 卡榫按紐22結構係為在板狀體奶上成型有凸出板狀體表面的卡轴從， 該板狀體221的下部為台階狀擋舌部m、卡軸222成型有與外部相通的收容空 間 224。 6 M282377 卡榫按鈕22的卡軸卡合在卡榫座21的軸孔213中，扭轉彈簧23套在 卡軸222上，扭轉彈簧23的一端231卡合在收容空間224中，另一端伸出該收 容空間224彈性支撐在卡榫座^的扭轉彈簧著力點犯上，擋舌部奶伸出座 體211下部。 所述卡榫按紐22上成型有方型塊226，卡榫座η上成型有方槽216，該方 型塊226嵌合在該方型槽216中。 ‘ 所述卡榫按紐22上成型有防滑齒225。 > 所述卡榫胁22的擋舌部223有一個導引斜面2231和直卡合面節。 斤述座體211上谷置空間212的開口處設有一溝槽係為扭轉彈簧著力點 215。 ”、 實施例一 ’請參閱圖三、圖六、圖八。實施例一的圖三中之卡禪裝置2安 裝在連接器1的左邊，本實施例圖六中之卡榫裝置2安裝在連接器1的右邊。 即卡榫裝置部分可以安裝在連接器i的任意一側。 其工作原理為：介面卡3上設有卡槽31。當介面卡3插入連接器卜時，由 L於擋舌部223有-個導引斜面則和直卡合面助，台階狀擔舌物的導引 •斜面2231順著卡槽31向前滑行使卡榫按㈣向上以卡軸222為支點轉動，當 =舌部223進人卡槽31内，實現連接器1與介面卡3卡合，使其不易教動。當 4要取下"面卡3 B夺，按下卡榫按紐Μ，此時播舌部奶會離開卡槽別，而讓 介面卡3可以抽離連接器丨。 " 安裝使用方法：先將扭轉彈簧a套入卡轴m，由於在軸孔犯上部座體 扣開有導引斜面m，卡轴μ2順著該導引斜面叫卡入軸孔犯中，而伸出 收谷空間224的扭轉彈簧a —端η2會彈性壓在扭轉彈簧著力點犯上，而播 7 M282377 舌脚可剛好伸出去卡合到介面卡3的卡槽3〗内。 實施例_，清參間圖七，在連接以上對稱狀 照使用者需要將卡榫按紐22、扭娜簧 ^個卡榫座21，可依 實施例四，請參閱圖九A、九B、十A、十在B、‘—個卡摔座上。 十二B、十三心十三B、十三C、十四A、十十βΒ十™、十二A、 -結構，係將卡榫裝置2 十四β '十四c，係為本創作之另 对/ 社相料卡魏置在連接 =:::Γ_1上__有二個卡榫座21，使其成_ -個伽ΓΓ制麵_卡祕竭其中任意 且=構不需要用到扭轉彈菁23可減少產品零件與組裝的工序;而當本發 明4報廢碎抖時，可不用在重折扭轉彈簧23，而是直接就可打料。 【圖式簡單說明】 圖一係為實施例一的結構示意圖； 圖二係為圖一的仰視圖； 圖二係為實施例一的立體分解圖； 圖四係為實施例一的立體示意圖； 圖五係為實施例一中卡榫裝置部分的立體分解圖，· 圖六係為實施例二的立體分解圖； 圖七係為實施例三的結構示意圖； 圖八係為介面卡與連接器插接時的示意圖。 圖九Α係為本創作之右型連接器另一結構的侧視圖； 圖九β係為本創作之右型連接器另一結構的俯視圖; M282377 圖十A係為本創作之左型連接器另—結構的俯視圖； 圖十B係為本創作之左型連接器另—結構的側視圖； 圖十-A係為本創作之共用右型連接器另一結構的側視圖； 圖十-B係為本創作之共用右型連接器另一結構的俯視圖； 圖十二A係為本創作之共用左型連接器另一結構的俯視圖； 圖十二B係為本創作之共用右型連接器另一結構的側視圖； • 81十三A係為本創作另一結構之右型卡榫按叙的俯視圖； # ffi十三B係為本創作另一結構之右型卡榫按纽的側視圖； 圖十三C係為本創作另—結構之右型卡棒按紐的仰視圖； 圖十四A係為本創作另—結構之左型卡榫按_俯視圖;’ 圖十四B係為本創作另-結構之左型卡榫触的側視圖； 圖十四C係為本創作另一結構之左型卡棒按紐的仰視圖。 【主要元件符號說明】 1連接器 2卡榫裝置 21卡棒座22卡祥按紐23扭轉彈簧 211座體212容置空間01, ^ 213轴孔214導引斜面215扭轉彈簧著力點 216方槽 221板狀體222卡軸223挎壬都〇〇彳^ 拉舌°卩224收容空間225防滑齒226方形塊 2231導引斜面2232直卡合面 231扭轉彈簧上端232扭轉彈簧下端 3介面卡 9 M282377 31卡槽M282377 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to the technical field of computer connectors, and more specifically, a type that can make the connection between the connector and the interface card stronger and more stable. Connector with snap-fit device. [Previous technology] Sound cards, graphics cards, memory sticks, and network cards that are connected to computer interface card expansion slots are generally connected to the interface card expansion slot by plugging in. The disadvantages are: The interface card and the connector expansion > slot are plugged in and out. During the use of the computer, the computer is sometimes impacted by external forces (such as: vibration during transportation, movement during installation), making the interface card easy. Looseness will occur, resulting in poor contact between the connector and the interface card, and even the lack of contact. Therefore, how to make the interface card and the connector more firmly and stable is a common problem for the industry. In view of the above-mentioned failures, the creators of this case have simply studied and finally conceived a good solution, hoping to provide more convenient and practical products in the industry. [New content]-The technical problem to be solved in this creation is to provide a kind of interface card expansion slot two-in-type connector, which makes the interface card and connector more secure and stable. The technical solutions of this creation are: a surface card expansion slot 2-in-type connector, including a connector, and a tenon device is fixedly connected to the connector. The tenon device consists of a tenon seat, a tenon button, Twist boiled sauce composition. The structure of the tenon seat is to form a financial accommodation space on the seat body. A wheel hole is formed on the two sides of the accommodation space. The upper hole of the shaft hole is provided with a guide inclined surface. The accommodation space is provided in the accommodation space. Yes-reverse the elastic force. M282377 The tenon press u 冓 is a card shaft formed on the plate-shaped body to protrude from the surface of the plate-shaped body. The F part of the plate body is a tongue catching part, and a storage space communicating with the outside around the card shaft. The snap pin of the tenon button is engaged on the turn-reducing wiper, the turn spring is sleeved on the Wei, and the twisted elastic spring / engaged in the storage space, and the other end of the torsion spring that elastically supports the tenon seat is extended out of the storage space. At the force position, the tongue blocking part protrudes from the lower part of the seat body. A cylindrical block is formed on the tenon button, a cylindrical groove is formed on the tenon seat, and the cylindrical block is fitted in the cylindrical groove. Anti-skid teeth are formed on the tenon button. The tongue and tongue part of the tenon button has a riding surface and a straight engaging surface. The opening of the accommodating space on the seat body is provided with a groove as a point of force for the torsion spring. The biggest outstanding effects of this creation are: solidity and stability. It makes the connection between the interface card and the connector more rigid. [Implementation method] Example-, please refer to Figures-to Figure 5,-a kind of interface card expansion slot 2-in-1 connector, including connector 1, A tenon device 2 is fixedly connected to the connector i, and the tenon device 2 is composed of a card seat 2 丨, a button 22 and a torsion spring 23. The structure of the tenon seat 21 is formed on the seat body with an accommodation space criminal. On the two sides of the accommodation space are formed coaxial shaft holes. The upper seat body of the shaft hole M is called a guide slope. Alas, a torsion spring biasing position 215 is provided on the base 211. The structure of the tenon button 22 is formed on the plate-shaped body milk with a protruding shaft protruding from the surface of the plate-shaped body. The lower part of the plate-shaped body 221 is a step-shaped tongue block m, and the shaft 222 is formed to communicate with the outside. Containment space 224. 6 M282377 The latch shaft of the latch button 22 is engaged in the shaft hole 213 of the latch seat 21, the torsion spring 23 is sleeved on the clamp shaft 222, one end 231 of the torsion spring 23 is engaged in the accommodation space 224, and the other end is extended The accommodating space 224 is elastically supported by the torsion spring force of the latch seat ^, and the tongue blocking part milk protrudes from the lower part of the seat body 211. A square block 226 is formed on the tenon button 22, a square groove 216 is formed on the tenon seat η, and the square block 226 is fitted in the square groove 216. ‘The latch button 22 is formed with anti-skid teeth 225. > The tongue portion 223 of the tongue tenon 22 has a guide inclined surface 2231 and a straight engagement surface section. A groove is provided at the opening of the valley space 212 on the base 211 as a torsion spring force point 215. “Embodiment 1” Please refer to FIG. 3, FIG. 6, and FIG. 8. The card Zen device 2 in FIG. 3 in the first embodiment is installed on the left side of the connector 1, and the card tongue device 2 in FIG. 6 in this embodiment is installed in The right side of the connector 1. That is, the tenon device part can be installed on any side of the connector i. Its working principle is: the interface card 3 is provided with a card slot 31. When the interface card 3 is inserted into the connector, L is The tongue blocking part 223 has a guide slanting surface and a straight engaging surface to help guide the stepped tongue. The slanting surface 2231 slides forward along the slot 31 to move the tenon, and rotates with the card shaft 222 as the fulcrum. When the tongue part 223 enters the card slot 31, the connector 1 and the interface card 3 are engaged, making it difficult to teach. When 4 wants to remove the "face card 3 B, press the tenon button M At this time, the tongue milk will leave the card slot, and the interface card 3 can be pulled away from the connector. &Quot; Installation and use method: First, put the torsion spring a into the card shaft m. The guide bevel m is buckled, and the card shaft μ2 follows the guide bevel, which is called to engage in the shaft hole, and the torsion spring a protruding from the trough space 224-the end η2 will spring. Press on the torsion spring to force the point, and play 7 M282377 tongue can be just extended to fit into the slot 3 of the interface card 3. Example _, Qingshenjian Figure VII, the above symmetry connection according to user needs Press the tenon button 22 and the twist spring spring ^ ten tenon seats 21, according to the fourth embodiment, please refer to Fig. 9A, nine B, ten A, ten on B, '-a card seat. Twelve B , Thirteen Hearts, Thirteen B, Thirteen C, Fourteen A, Ten Ten βB Ten ™, Twelve A,-Structures, which are tenon devices 2 Fourteen Beta '14 Fourteen c, are another pair of this creation / The company expects that Kawei is placed on the connection = ::: Γ_1. There are two mortise seats 21, which make it into a _-Gal ΓΓ surface _ card secret exhaust any of them and = structure does not require the use of a torsion bomb. Jing 23 can reduce the number of product parts and assembly processes; and when the invention 4 is scrapped and shattered, the torsion spring 23 can be directly punched without refolding. [Simplified illustration of the drawing] Figure 1 is an embodiment The schematic diagram of the structure of Fig. 1; Fig. 2 is a bottom view of Fig. 1; Fig. 2 is an exploded perspective view of Embodiment 1; Fig. 4 is a schematic perspective view of Embodiment 1; The three-dimensional exploded view of the tenon device. Figure 6 is a perspective exploded view of the second embodiment; Figure 7 is a schematic structural diagram of the third embodiment; Figure 8 is a schematic diagram when the interface card is connected to the connector. It is a side view of another structure of the right-type connector of this creation; Figure 9 is a plan view of another structure of the right-type connector of this creation; M282377 Figure 10A is another structure of the left-type connector of this creation Figure 10B is a side view of another structure of the left connector of this creation; Figure 10-A is a side view of another structure of the common right-type connector of the creation; Figure 10-B is this Top view of another structure of the shared right connector of the creation; Figure 12A is a top view of another structure of the shared left connector of the creation; Figure 12B is another structure of the shared right connector of the creation • Side view of 81 thirteen A series of right-shaped tenon buttons of another structure for this creation; # ffi thirteen B series of side views of right-type tenon button of another structure for this creation; Thirteen C series is another creation of this creation-the bottom view of the right card stick button of the structure Figure 14A is the left-side tenon of the structure of this creation.—Top view; Figure 14B is the side view of the left-type tenon of the structure of the other structure of the creation. Bottom view of the left stick button of another structure. [Description of main component symbols] 1 Connector 2 Tenoning device 21 Card stick seat 22 Kaxiang button 23 Torsion spring 211 Base body 212 Receiving space 01, ^ 213 Shaft hole 214 Guide bevel 215 Torsion spring force point 216 Square groove 221 plate-shaped body 222 card shaft 223 shoulders 〇〇 彳 ^ pull tongue ° 224 receiving space 225 non-slip teeth 226 square block 2231 guide slope 2232 straight engagement surface 231 torsion spring upper end 232 torsion spring lower end 3 interface card 9 M282377 31 card slot