M302792 八、新型說明： 【新型所屬之技術領域】 _種連接器結構改良’係包括具導電端子之絕緣框體、組裝於絕緣 框體上用於導引記憶卡***與退出之退卡機構，與一包覆於絕緣框體外 周面之金屬遮蔽體，其中該絕緣柜體上設有常開式之開關端子，當記憶 卡***時會減該關端子，使其與域雜體之㈣牌觸導通檢知 電路；又退卡機構係、-滑塊抵頂於彈性元件之一端，滑塊中設導引溝槽 供拉桿滑動，且滑塊旁設-卡勾，當記憶卡推至定位時，該卡勾向下卡 扣住記憶卡之凹槽，使記憶卡能穩固不鬆脫偏位。 【先前技術】 “隨著資訊科技與數位化之發展，儲存設備之發展亦日新月異，且因 著儲存設備之容量愈來愈大，使儲存設備小型化亦得以實現；而現今數 位商品早以習用各種輕薄短小之記憶卡做為儲存設備，記憶卡之連結器 亦為使用記憶卡必備之器材。 • 〜然而，此類記憶卡連接器的體積小，且插卡行程短，因而不容易感 覺定位的確實性，較容易造成資料傳輸的不穩定，因此往往設置有觸動 開關以便令記憶卡***至某一定位時，啟動觸動開關使記憶卡資料開始 傳輸；而習用觸動開關的型態不論是常開式或是常閉式設計，皆以二個 或三個不同型態之零組件組成，使製程與組裝較繁瑣，成本較高。 又記憶卡***定位後，若沒有加以固定，則易受碰裝或搖動而使記 憶卡鬆動位移，造成資料傳輸錯誤或毀損，甚至造成導電端子與記憶卡 本身不當之磨損，亟需改善。 M3 02792 【新型内容】 二種連接器結構改良，係包括一具導電端子之絕緣框體、組裝於絕 緣框體上·導引記憶卡插人與退出之退卡機構，以及包覆於絕緣框體 外周面之金屬遮_，其巾該躲框體上财常财⑽舰丨_)之 開關端子，而退卡機射之滑塊旁設—卡勾，可於記憶卡***至定位 時，該卡勾可卡扣於記憶卡之凹槽，使記憶卡固定於定位，不因搖動而 移位，確保電訊傳輸之敎，又記憶卡插人時將推動開義子，使開關 端子被推抵向上’觸碰金屬遮蔽體上之導電片，即可導通檢知電路。 【實施方式】 請參閱第-圖與第二圖，該等圖示係本創作之連接器結構改良之分 解圖與組裝示細，本齡連接n結構改良丨主要係由-絕緣框體2、 一金屬遮蔽體3、-滑塊4、-彈性元件5、-組導電端子6所組成；絕 緣框體2 —侧設有退卡機構，該退卡機構係由一滑塊4、彈性元件$與 一拉桿41構成，彈性元件5 —端套設於絕緣框體2之彈性元件座21 上，另一端抵頂滑塊4使其移動可藉彈性元件之彈性回復定位，滑塊4 上设有導引溝槽42，拉桿41之一端插設於絕緣框體2之固定孔23，另 一端於導引溝槽42中，使滑塊4移動時拉桿41能循導引溝槽42使滑塊 4定位，滑塊4靠近導電端子6之一侧設有一《·^勾43，記憶卡7***時 該卡勾43先向下卡扣記憶卡7之凹槽，滑塊4便隨著記憶卡7向内推； 絕緣框體2内設導電端子6，該導電端子6 —端設有開關端子61，該開 關端子61係由導電端子6—側以九十度彎折向上至適當高度後再彎折九 十度與其他端子平行，該開關端子61設第一抵頂部611、第二抵頂部 612與接觸部613，該第一抵頂部611係一向下彎曲之凸弧，記憶卡7插 M302792 ^時第-抵頂部611被推抵向上，使第二抵卿6i2被推頂 2邊_塊’記憶卡7再向前推動第一抵頂部6ιι後，= 二推頂接觸部613與金屬遮蔽體3之導電片32接觸，導 3框以外設概個卡榫22，赫驗紐3齡時料卡榫t能 。扣入金屬賴體3之扣孔33，而金屬遮蔽體3設有彈性壓片: 彈性壓片B 34’係用於壓抵拉桿41與卡勾奶於定位。 ' 請參閱第三圖與第四圖’該等圖示係本創作之連接器結之動 乍;=:)__㈡，_示_卡7***絕緣框= 疋位刖與疋位後之狀態，記憶卡7 —插人滑塊4即被向内推動，拉桿 之-端亦在導引溝槽42滑動，滑塊4上之卡勾43被記憶卡7猶微推 了 :上，當記憶卡7推人-半時，卡勾43即卡扣記憶卡7之凹槽，使纪 愧卡7能穩固保持於定位；記憶卡7另一侧接觸開關端子6ι之第一 部611，並將第一抵頂部611推頂向上，第二抵頂部⑽隨著第一抵頂 部m而向上頂住絕緣框體2邊緣之凸塊，記憶卡7推入至定位後進一 步使接觸部613能與金屬遮蔽體3之導電片32接觸，導通檢知 始資料之傳輸。 幵 1 _、請參閱第五圖’該圖係本創作之連接器結構改良之立體圖，圖中所 不為記憶卡7已插人至定位之狀態，圖中可見金屬遮_ 3之彈性壓片 A 31與彈性壓片B 34，壓抵拉桿41與卡勾43於定位，使其不易晃動， 而導電片32因開關端子61被記憶卡7向上推抵而接觸導通，使記憶卡 7與導電端子6得以開始傳輸資料。 、夕綜上所述，本案不但在結構上確屬綱，並能較制之物品增進上 述夕項功效’應已充分符合卿性及進步性之法轴新專利要件，麦依 去提出中晴，賴貴局核准本件發明專利申請案，鴻創作，至感德 M302792 便0 【圖式簡單說明】 第一圖係本創作之連接器結構改良之分解圖。 第二圖係本創作之連接器結構改良之組裝示意圖。 第三圖係本創作之連接器結構改良之動作示意圖（一）。 第四圖係本創作之連接器結構改良之動作示意圖（二）。 第五圖係本創作之連接器結構改良之立體圖。 【主要元件符號說明】 1連接器結構改良 2絕緣框體 21彈性元件座 22卡榫 23固定孔 3金屬遮蔽體 31彈性壓片A 32導電片 33扣孔 34彈性壓片B 4滑塊 41拉桿 42導引溝槽 43卡勾 5彈性元件 M302792 6導電端子 61開關端子 611第一抵頂部 612第二抵頂部 613接觸部 7記憶卡M302792 VIII. New description: [New technical field] _ kinds of connector structure improvement' includes an insulating frame with conductive terminals, and a card-removing mechanism assembled on the insulating frame for guiding the insertion and withdrawal of the memory card. And a metal shielding body covering the outer peripheral surface of the insulating frame, wherein the insulating cabinet is provided with a normally open switch terminal, and when the memory card is inserted, the closing terminal is reduced to make the (four) card with the domain hybrid The touch-through detection circuit; the card-retracting mechanism, the slider is placed on one end of the elastic element, the guide groove is provided in the slider for the pull rod to slide, and the slider is provided with a hook, when the memory card is pushed to the position When the hook is hooked down, the groove of the memory card is buckled, so that the memory card can be stable and not loose. [Prior Art] "With the development of information technology and digitalization, the development of storage devices is changing with each passing day, and the capacity of storage devices is becoming larger and larger, so that the miniaturization of storage devices can be realized. Nowadays, digital products have been used for a long time. A variety of light and short memory cards are used as storage devices, and the memory card connector is also a necessary device for using a memory card. • However, such a memory card connector is small in size and has a short card stroke, so that it is not easy to feel the positioning. The authenticity is more likely to cause instability of data transmission. Therefore, when a touch switch is often provided to insert the memory card into a certain position, the touch switch is activated to start the transmission of the memory card data; and the type of the conventional touch switch is always The open or normally closed design is composed of two or three different types of components, which makes the process and assembly more complicated and costly. After the memory card is inserted and positioned, if it is not fixed, it is easy to touch. Loading or shaking to loosen the memory card, causing data transmission errors or damage, and even causing improper use of the conductive terminals and the memory card itself. M3 02792 [New content] The two types of connectors are improved in structure, including an insulated frame with conductive terminals, assembled on an insulating frame, and a card-removing mechanism for guiding the insertion and exit of the memory card. And the metal cover _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ When the card is inserted into the positioning, the hook can be buckled in the groove of the memory card, so that the memory card is fixed in the positioning, and is not displaced by shaking, ensuring the embarrassment of the telecommunication transmission, and the memory card will push the Kaiyi when inserted. When the switch terminal is pushed up to touch the conductive piece on the metal shielding body, the detection circuit can be turned on. [Embodiment] Please refer to the first and second figures, which are the connector structure of the present invention. The improved exploded view and assembly are fine, and the structure of the aged connection n is mainly composed of - insulating frame 2, a metal shielding body 3, - slider 4, - elastic member 5, - group of conductive terminals 6; The frame body 2 is provided with a card ejecting mechanism on the side, and the card ejecting mechanism is composed of a slider 4. The elastic member $ is formed with a pull rod 41. The elastic member 5 is sleeved on the elastic member seat 21 of the insulating frame 2, and the other end is abutted against the top slider 4 to move and can be positioned by the elastic return of the elastic member. The block 4 is provided with a guiding groove 42. One end of the pull rod 41 is inserted into the fixing hole 23 of the insulating frame 2, and the other end is in the guiding groove 42. When the slider 4 is moved, the pulling rod 41 can follow the guiding groove. The slot 42 positions the slider 4, and the slider 4 is disposed on one side of the conductive terminal 6 with a "·^ hook 43. When the memory card 7 is inserted, the hook 43 first buckles the groove of the memory card 7 downward, and the slider 4 The insulative housing 2 is internally provided with a conductive terminal 6 , and the conductive terminal 6 is provided with a switch terminal 61 at the end thereof. The switch terminal 61 is bent from the conductive terminal 6 side by 90 degrees. After being at an appropriate height, the nine-degree angle is parallel to the other terminals. The switch terminal 61 is provided with a first abutting top portion 611, a second abutting top portion 612, and a contact portion 613. The first abutting top portion 611 is a convex arc that is bent downward. When the memory card 7 is inserted into M302792 ^, the first-to-top 611 is pushed up, so that the second abutment 6i2 is pushed up by 2 sides _ block 'memory card 7 is pushed forward again After the first one reaches the top 6 ιι, the second ejector contact portion 613 is in contact with the conductive sheet 32 of the metal shielding body 3, and the lead frame is surrounded by the outer card 榫22, and the hexagram is 3 aging. The buttonhole 33 of the metal body 3 is buckled, and the metal shield 3 is provided with an elastic pressing piece: the elastic pressing piece B 34' is used for pressing the tie rod 41 and the hooking milk for positioning. 'Please refer to the third and fourth figures'. These illustrations are the connection of the connector of this creation; =:) __ (two), _ shows _ card 7 inserted into the insulating frame = the state after the 刖 position and the 疋 position, The memory card 7 - the insertion slider 4 is pushed inward, the end of the lever is also slid in the guiding groove 42, and the hook 43 on the slider 4 is pushed by the memory card 7: on, when the memory card 7 push people - half time, the hook 43 is the groove of the memory card 7, so that the card 7 can be firmly maintained in the positioning; the other side of the memory card 7 contacts the first part 611 of the switch terminal 6ι, and will When the top 611 is pushed up, the second abutting top (10) is pressed against the edge of the insulating frame 2 along the first top m, and the memory card 7 is pushed into the positioning to further shield the contact portion 613 from the metal. The conductive sheet 32 of the body 3 is in contact, and the conduction is detected to detect the transmission of the data.幵1 _, please refer to the fifth figure' This figure is a perspective view of the improved connector structure of the present creation. The figure is not in the state where the memory card 7 has been inserted into the position, and the elastic sheet of the metal cover _ 3 can be seen in the figure. The A 31 and the elastic pressing piece B 34 are pressed against the pulling rod 41 and the hook 43 to make it difficult to shake, and the conductive piece 32 is contacted and turned on by the switch terminal 61 being pushed up by the memory card 7, so that the memory card 7 and the conductive card are electrically conductive. Terminal 6 is allowed to start transferring data. According to the above, the case is not only structurally important, but also able to improve the above-mentioned effects of the items in the system. It should have fully complied with the new patent requirements of the legal and progressive laws. Lai Your Board approved this invention patent application, Hong Creation, to the sense of M302792 will be 0 [Simple diagram description] The first picture is an exploded view of the structure improvement of the connector. The second figure is an assembled view of the improved connector structure of the present invention. The third figure is a schematic diagram of the action of the connector structure improvement of this creation (1). The fourth picture is a schematic diagram of the action of the connector structure improvement of this creation (2). The fifth figure is a perspective view of the improved connector structure of the present invention. [Description of main components] 1 connector structure improvement 2 Insulation frame 21 Elastic component holder 22 cassette 23 fixing hole 3 metal shielding body 31 elastic pressing piece A 32 conductive piece 33 fastening hole 34 elastic pressing piece B 4 slider 41 pulling rod 42 guide groove 43 hook 5 elastic element M302792 6 conductive terminal 61 switch terminal 611 first to the top 612 second to the top 613 contact portion 7 memory card