五、新型說明： 【新型所屬之技術領域】 本創作係關於一種電子卡連接器，特別是指一種可避免 電子卡於插拔使用時彈出之電子卡連接器。 【先前技術】 隨著電子技術科技日新月異’數位相機、數位攝影機等電 子產品之使用已經普及化，同時其功能及使用領域亦隨之不斷 增加及擴大，目前上述電子產品之電子卡規格種類非常多，例 如：SD(Secure Digital Memory Card)卡、MMC_lti Media) 卡、Memory Stick PRO Duo 卡、Memory Stick PRO-HG Duo 卡等，上述不同規格之電子卡已經被廣泛應用於電子產品中。 由於電子卡之發展為了符合電子產品易於使用攜帶之潮 流，因此體積不斷縮小，同時傳輸之速度亦不斷提高，為了與 其相互對應並達到電性連接，因此需設計出許多不同之電子卡 連接器與其插接。 目刖習用電子卡連接器係於本體上設有複數接觸端子，該 接觸端子細定於本體上，其—端縣電訊接觸端，另一端則 為焊接端；本體上則罩覆設有-金屬蓋體，本體内則設有滑動 機構’透過滑動機構使其得以提供電子卡插人娜狀位及彈 性解除之功能。 然而，田電子卡插入後欲取出時，該滑動機構則會透過彈 性元件之彈力將電子卡退出，使得電子卡於退出連接器時，容 易因彈性元件之彈性而彈射飛出，造成個者於操作使用上之 不便。 由此可見，上述習用連接器仍有諸多缺失，實非一良善之 設計者，而亟待加以改良。 本案創作人鏗於上述習用連接器所衍生的各項缺點，乃蛋 思加以改I鑛’迦乡年苦叫崎取、研究後，終於成功研 發完成本件電子卡連接器。 【新型内容】 本創作之目的係透過卡扣彈片之設置，使其得以卡扣固定 於電子卡側緣開口内，避免電子卡於操作使用時彈射飛出。 本創作之另一目的係卡扣彈片係與具有接地功能之導電 端子一體成形製造，降低製造及組裝成本外，更可提供接地功 為了達到上述目的’本創作係透過下述方式達成，其包含 有： 絕緣本體，設有電子卡插接口，本體内則設有端子容置 槽’側邊則設有滑動機構容置槽，底部一側則設有卡扣彈片容 置槽； 金屬蓋體’係罩覆於絕緣本體上，形成一電子卡插設空間； 複數導電端子，其包含有固定部及分別延伸設置於固定部 之接觸部及焊接部，固定部固定於絕緣本體上，使得導電端子 容置於絕緣本體之端子容置槽内，而導電端子之接觸部自絕緣 M422788 本體底^出於電子卡插設帥内，焊接部襄伸出絕緣本 體’使其得以焊接固定於電路板上，上述之導電端子至少包含 有一具有接地功能之導電端子，該接地功能之導電端子係位於 複數導電端子之外側； 滑動機構，係設置於絕緣本體之滑動機構容置槽内，供電 子卡彈性插入鎖定及退卡解除之功能； 卡扣彈片’係自具有接地功能之導電端子上延伸—體成形 • 設置’其延伸有位於卡扣彈片容置槽内之卡扣部，透過卡扣部 之設置使其得財扣於電子卡側緣開口而㈣子卡卡扣固定。 於-實施例中，該絕緣本體之電子卡插接口兩侧則設有電 子卡導引槽’使得電子卡可透過電子卡插接口及電子卡導引槽 之設置’而順利插入於絕緣本體中。 於一實加例中，该絕緣本體後侧則形成有止擋部，金屬蓋 體一側則設有與絕緣本體止檔部相對應之定位部，當其蓋合於 ♦ 絕緣本體上時’金屬魏之定位侧與、·本體之止標部相互 止播固定。 於一實施例中，該絕緣本體側邊則設有偵測端子容置槽， 藉以容置偵測端子。 於一實施例中，該金屬蓋體係呈门字型。 於-實施例中，該導電端子係為金屬板體所沖壓製成，使 得固定部、接觸部及焊接部為一體成形設計，由於導電端子為 沖壓所製成’因此各導電端子之接觸部間係為相對排列。 6 M422788 於一實施例中，該導電端子排列方式係為SD4 〇規格。 於一實施例中’該滑動機構包含有可供電子卡插設之滑動 件’設置於滑動件内並可供滑動件彈性往復作動之彈性元件， 以及可於物件上滑移作動之滑轉，上述之滑鱗則於電子 卡插設空間之方向延伸対—卡扣部，該卡扣部_電子卡插 設空間内突設。 於一實施例中，該偵測端子組包含有固定部及分別延伸設 置於固定部之細部及焊接部’錢侧定部时於絕緣本體 偵測端子容置_，使得接觸部躺電子卡插設空間内設置， 而焊接部則延伸出絕緣本體’使其得以焊接固定於電路板上， 債測端子係當電子卡插人後，翻部熊定部會相互接觸導 通，據此判斷電子卡插入或拔出狀態。 【實施方式】 ^為讓本創作之上述和其他目的、特徵和優點能更明顯易 賡，下文特舉出較佳實施例，並配合所附圖式，作詳細說明如 下。 請參閱第一圖至第三圖所示，為本創作電子卡連接器之立 體分解、局部立體分解及立敝合示意圖；其包含有： 絕緣本體1，前端係設有電子卡插接口 n，電子卡插接口 1兩側U電子卡導引槽U，使得電子卡可透過電子卡插 接口 11及電子卡導⑽12之設置，而順利插入於絕緣本體1 中，電子卡插接口 11内則設有端子容置槽13，使其得以容置 7 導電端子3，電子卡插接口 η之一侧則設有滑動機構容置槽 14，另側則6χ偵測端子容置槽15，此外，滑動機構容置槽旁 底部則設有卡扣彈片容置槽16，絕緣本體後_形成有 部17 ; 金屬蓋體2，該金屬蓋體2係呈门字型，金屬蓋體2一侧 則设有與絕緣本體1止檔部17相對應之定位部21，當其蓋合 於絕緣本體1上時’金屬蓋體2之定位部21職絕緣本體之 止槽部17相互止檔固定，使得金屬蓋體2止檔固定於絕緣本 體1上，固定後之金屬蓋體2則與絕緣本體丨形成—電子卡插 設空間22 ; 複數導電端子3，其包含有固定部31及分別延伸設置於 固定部之接觸部32及焊接部33，於本實施例中，該導電 端子3係為金屬板體所沖壓製成，使得固定部3卜接觸部32 及焊接部33為-體成形設計，由於導電端子3為沖壓所製成， 因此各導電端子3之接觸部32間係為相對侧，降低導電端 子3之製造成本；導電端子3係透朝定部31較於絕緣本 體1上’使得導電端子3容置於絕緣本體i之端子容置槽Η 内，而導f軒3之接觸部32自姆本體1底部突出於電子 卡插汉工間22内，使其得吻目職之電子卡電性接觸，谭 接部33則延伸出絕緣本體i，使其得以焊接固定於電路板上. 上述之導電端子3排列方式係為_規格，因此導電端B 至少包含有-具有接地功能之導電端子8，該接地功能之導電 M422788 端子8係位於複數導電端子3之外側； 滑動機構4，係設置於絕緣本體1之滑動機構容置槽Μ 内，該滑動機構4包含有可供電子卡插設之滑動件41，設置 於滑動件41内並可供滑動件41彈性往復作動之彈性元件 以及可於滑動件41上滑移作動之滑動桿43，上述之滑動件41 則於電子卡插設空間23之方向延伸設有一卡扣部411，該卡 扣部411係朝電子卡插設空間22内突設，透過滑動件41、滑 動桿43及彈性元件42之相互作動配合，據此達到電子卡插入 後得以插入鎖定及退卡解除之功能；上述之滑動機構4係為目 前於電子卡連接器上廣為使用之滑動機構4，於此不再贅述； 偵測端子5，係包含有固定部51及分別延伸設置於固定 部51之接觸部52及焊接部53 ’係透過固定部51固定於絕緣 本體1偵測端子容置槽15内，使得接觸部52朝向電子卡插設 空間22内設置，而焊接部53則延伸出絕緣本體〗，使其得以 焊接固定於電路板上，偵測端子5係當電子卡7插入後，接觸 部52與固定部51會相互接觸導通，據此判斷電子卡7插入或 拔出狀態； 卡扣彈片6，係自具有接地功能之導電端子8上延伸一體 成形所製成，使其延伸有位於卡扣彈片容置槽16内之卡扣部 61，透過卡扣部61之設置使其得以卡扣於電子卡7侧緣開口 73而將電子卡卡扣固定；此外，由於卡扣彈片6係與接地功 能之導電端子8 —體成形所製成，因此卡扣彈6片亦具有接地 9 功能。 子卡連糾之電子卡立體 二T⑤，如，摘叙電子卡連接H係可應用於符 =4.0規範之電子卡7 ’該電子卡7係細電子卡相同， 包含有一榻7卜並於本體71上有呈__設置之接觸部 72，且本體71外緣卿成有開口 73。 請參閱第五第七_示，為本創作電子卡連接器之電 子卡插入剛、雜視及魏結構示意圖；當·者插入電子卡 時係頂抵α動機構4之卡扣部411往前朝絕緣本體】内部 推移此時’卡扣彈片6之卡扣部〇則與電子卡7侧緣底部 相互接觸’產生-雜力，當電子卡7透過滑動機構*定位後， 卡扣彈片6之卡扣部01則卡扣固定於電子卡7侧緣之開口乃 内，使得卡峨6得以將電子卡7卡扣定位；據此，可以避 免使用者插人或取出電子卡7時，電子卡7因滑動機構之彈力 而彈性《。此外’若使用者係透過電子轉接卡插人時，由於 電子轉接卡底㈣包㈣金肺質，因此當電子轉接卡插入 時’底部金屬材質會與卡扣則6直接接觸，此時由於卡扣彈 片6具有接地功能，因此可直接將靜電導出，避免本創作電子 卡連接器發生短路之情形。 上列詳細說明係針對本創作之一可行實施例之具體說 明，惟該實施例並非用以限制本創作之專利範圍，凡未脫離本 創作技藝精神所為之等效實施或變更，均應包含於本案之專利 後述之申睛專利範園所 範圍中。本創作之權利保護範圍應如 述。 【圖式簡單說明】 第-圖為本創作電子卡連接器之立 之立體組合示意圖 第二圖為摘作電子卡触H之局料_立 第三圖為本創作電子卡連接器、’ σ體刀解不忍圖 第四圖為棚作電子卡連接ϋ之電子卡讀i構示音圖 =五圖為梢作電升連糾之電子伟讀俯視ΐ構示意 第=圖為本創作電子卡連接器之電子卡插人後俯視結構示意 圖0 & 第七圖為本㈣電子卡連㈣之電子卡插人後剖視結構 圖。 私 【主要元件符號說明】 1絕緣本體 11電子卡插接口 I2電子卡導引槽 13端子容置槽 14滑動機構容置槽 15偵測端子容置槽 16卡扣彈片容置槽 Π止擋部 2金屬蓋體 21定位部 M422788 22電子卡插設空間 3複數導電端子 31固定部 32接觸部 33焊接部 4滑動機構 41滑動件 411卡扣部 42彈性元件 43滑動桿 5偵測端子 51固定部 52接觸部 53焊接部 6卡扣彈片 61卡扣部 7電子卡 71本體 72接觸部 73開口 8接地功能之導電端子 12V. New description: [New technology field] This creation is about an electronic card connector, especially an electronic card connector that can prevent the electronic card from popping up when it is plugged or unplugged. [Prior Art] With the rapid development of electronic technology, the use of electronic products such as digital cameras and digital cameras has become popular, and its functions and applications have also increased and expanded. At present, there are many types of electronic cards for these electronic products. For example, SD (Secure Digital Memory Card) card, MMC_lti Media card, Memory Stick PRO Duo card, Memory Stick PRO-HG Duo card, etc., the above-mentioned electronic cards of different specifications have been widely used in electronic products. Since the development of electronic cards is in line with the trend of easy to use and carry electronic products, the volume is shrinking and the transmission speed is also increasing. In order to correspond to each other and achieve electrical connection, many different electronic card connectors need to be designed. Plug in. The electronic card connector is provided with a plurality of contact terminals on the body, the contact terminals are finely fixed on the body, the end of the telecommunications contact end, the other end is a soldering end; the body is covered with a metal The cover body has a sliding mechanism in the body, which is provided with a function of inserting the electronic card into the person's position and releasing the elasticity through the sliding mechanism. However, when the field electronic card is inserted, the sliding mechanism will withdraw the electronic card through the elastic force of the elastic member, so that when the electronic card is ejected from the connector, it is easily ejected and ejected due to the elasticity of the elastic member, causing the individual to Inconvenience in operation. It can be seen that there are still many shortcomings in the above-mentioned conventional connectors, which is not a good designer, and needs to be improved. The creators of this case smashed the shortcomings derived from the above-mentioned conventional connectors. It was the result of the change of the I mine, and the research and development of the electronic card connector. [New content] The purpose of this creation is to fix the clip on the side edge of the electronic card through the setting of the snap-up shrapnel to prevent the e-card from ejecting when it is used. Another purpose of the creation is that the snap-in shrapnel is integrally formed with the conductive terminal having the grounding function, and the manufacturing and assembly costs are reduced, and the grounding work can be provided to achieve the above purpose. The present invention is achieved by the following method, which includes There are: an insulative main body, which is provided with an electronic card insertion interface, and a terminal receiving groove is arranged in the body; a sliding mechanism receiving groove is arranged on the side, and a snap-on elastic receiving groove is arranged on the bottom side; the metal cover body' The cover is overlaid on the insulative housing to form an electronic card insertion space; the plurality of conductive terminals include a fixing portion and a contact portion and a soldering portion respectively extending from the fixing portion, and the fixing portion is fixed on the insulating body to make the conductive terminal It is placed in the terminal receiving groove of the insulating body, and the contact portion of the conductive terminal is self-insulated from the bottom of the M422788 body, and the soldering portion protrudes out of the insulating body to be soldered and fixed on the circuit board. The conductive terminal includes at least one conductive terminal having a grounding function, and the conductive terminal of the grounding function is located outside the plurality of conductive terminals; The structure is disposed in the sliding mechanism receiving groove of the insulative housing for the function of elastic insertion locking and card release of the electronic card; the snapping elastic piece 'extends from the conductive terminal having the grounding function - body forming · setting 'extending There is a buckle portion located in the receiving groove of the snap-up elastic piece, and the buckle portion is arranged to be fastened to the side opening of the electronic card, and (4) the daughter card is fastened. In the embodiment, the electronic card insertion slot of the insulative housing is provided with an electronic card guiding slot ′ so that the electronic card can be smoothly inserted into the insulative body through the electronic card insertion interface and the setting of the electronic card guiding slot. . In a practical example, a stopper is formed on the rear side of the insulating body, and a positioning portion corresponding to the stopper portion of the insulating body is disposed on one side of the metal cover body when the cover is attached to the ♦ the insulating body. The positioning side of the metal Wei and the stop part of the body are stopped and fixed. In one embodiment, the side of the insulating body is provided with a detecting terminal receiving groove for receiving the detecting terminal. In one embodiment, the metal cover system is gate-shaped. In the embodiment, the conductive terminal is stamped by a metal plate body, so that the fixing portion, the contact portion and the soldering portion are integrally formed, and the conductive terminals are made by stamping, so that the contact portions of the conductive terminals are The system is in relative arrangement. 6 M422788 In one embodiment, the conductive terminal arrangement is SD4 〇 specification. In an embodiment, the sliding mechanism includes a sliding member that can be inserted into the electronic card and is provided with an elastic member for elastically reciprocating the sliding member, and a sliding member that can be slidably moved on the object. The sliding scale is extended in the direction of the electronic card insertion space, and the buckle portion protrudes from the electronic card insertion space. In one embodiment, the detecting terminal set includes a fixing portion and a detail portion extending from the fixing portion and the soldering portion of the soldering portion. The space is arranged in the space, and the soldering portion extends out of the insulating body to be soldered and fixed on the circuit board. After the electronic card is inserted, the socket portion is in contact with each other, and the electronic card is inserted or Pull out the status. [Embodiment] The above and other objects, features and advantages of the present invention will become more apparent and obvious. Referring to the first to third figures, the three-dimensional decomposition, partial stereo decomposition and vertical coupling diagram of the electronic card connector of the present invention include: an insulative body 1 with an electronic card insertion interface n at the front end. The electronic card slot U on both sides of the electronic card insertion interface 1 enables the electronic card to be inserted into the insulative housing 1 through the electronic card insertion interface 11 and the electronic card guide (10) 12, and the electronic card insertion interface 11 is provided. There is a terminal accommodating groove 13 for accommodating 7 conductive terminals 3, one side of the electronic card insertion interface η is provided with a sliding mechanism accommodating groove 14, and the other side is 6 χ detecting terminal accommodating groove 15, and further, sliding The bottom of the mechanism accommodating slot is provided with a snap-up elastic accommodating groove 16, and the insulating body is formed with a portion 17; the metal cover body 2 is formed in a gate shape, and the metal cover body 2 is provided on one side. There is a positioning portion 21 corresponding to the stopper portion 17 of the insulative housing 1 , and when it is covered on the insulative housing 1 , the positioning portion 21 of the metal cover 2 is fixed to the slot portion 17 of the insulative housing, so that the metal is fixed. The cover body 2 is fixed to the insulating body 1 and the fixed metal cover 2 is The insulative housing 丨 is formed in the electronic card insertion space 22; the plurality of conductive terminals 3 include a fixing portion 31 and a contact portion 32 and a soldering portion 33 respectively extending from the fixing portion. In the embodiment, the conductive terminal 3 is The metal plate body is stamped so that the fixing portion 3 and the soldering portion 33 are formed in a body shape. Since the conductive terminals 3 are formed by punching, the contact portions 32 of the conductive terminals 3 are relatively opposed. On the side, the manufacturing cost of the conductive terminal 3 is reduced; the conductive terminal 3 is transparently disposed on the upper portion 31 of the insulating body 1 so that the conductive terminal 3 is received in the terminal receiving groove of the insulating body i, and The contact portion 32 protrudes from the bottom of the body 1 in the electronic card insertion room 22, so that the electronic card is in contact with the electronic device, and the tan connector 33 extends out of the insulating body i to be soldered and fixed to the circuit. The above-mentioned conductive terminals 3 are arranged in a _ specification, so the conductive end B includes at least a conductive terminal 8 having a grounding function, and the conductive function M422788 terminal 8 of the grounding function is located outside the plurality of conductive terminals 3; 4, the system settings The sliding mechanism of the insulative housing 1 is accommodated in the slot, and the sliding mechanism 4 includes a sliding member 41 for inserting an electronic card, and an elastic member disposed in the sliding member 41 for elastically reciprocating the sliding member 41 and The sliding member 43 is slidably moved on the sliding member 41. The sliding member 41 extends in the direction of the electronic card insertion space 23, and a locking portion 411 is formed. The locking portion 411 protrudes toward the electronic card insertion space 22. Therefore, through the interaction of the sliding member 41, the sliding rod 43 and the elastic member 42, the function of inserting the locking and releasing the card after the insertion of the electronic card is achieved, and the sliding mechanism 4 is currently on the electronic card connector. The sliding mechanism 4 is widely used, and is not described here. The detecting terminal 5 includes a fixing portion 51 and a contact portion 52 and a soldering portion 53 ′ respectively extending from the fixing portion 51. The fixing portion 51 is fixed to the insulating portion through the fixing portion 51. The main body 1 detects the inside of the terminal accommodating groove 15 so that the contact portion 52 is disposed in the electronic card insertion space 22, and the soldering portion 53 extends out of the insulating body to be soldered and fixed on the circuit board, and the detecting terminal 5 is detected. Department of electronics After the card 7 is inserted, the contact portion 52 and the fixing portion 51 are in contact with each other, and the electronic card 7 is judged to be inserted or removed. The snap tab 6 is formed by extending and integrally forming the conductive terminal 8 having the grounding function. And extending the locking portion 61 in the snap-in elastic receiving groove 16 , and the locking portion 61 is disposed to be fastened to the side edge opening 73 of the electronic card 7 to fix the electronic card; furthermore, Since the snap tab 6 is formed integrally with the grounding function of the conductive terminal 8, the clip 6 has a ground 9 function. The sub-card is connected to the electronic card stereo two T5, for example, the electronic card connection H can be applied to the electronic card 7 of the specification of the standard of 4.0. The electronic card 7 is the same as the thin electronic card, and includes a bed and a body. There is a contact portion 72 disposed on the 71, and the outer edge of the body 71 is formed with an opening 73. Please refer to the fifth and seventh _, which is a schematic diagram of the insertion of the electronic card into the rigid, miscellaneous and Wei structure of the electronic card connector of the present invention; when the electronic card is inserted, the buckle portion 411 of the α-moving mechanism 4 is pushed forward. Inwardly, the inner portion of the latching elastic piece 6 is in contact with the bottom edge of the side edge of the electronic card 7 to generate a miscellaneous force. When the electronic card 7 is positioned by the sliding mechanism*, the snapping elastic piece 6 is The buckle portion 01 is buckled and fixed in the opening of the side edge of the electronic card 7, so that the cassette 6 can buckle the electronic card 7; accordingly, the electronic card can be avoided when the user inserts or removes the electronic card 7. 7 Resilience due to the elasticity of the sliding mechanism. In addition, if the user inserts through the electronic adapter card, because the electronic adapter card bottom (four) package (four) gold lungs, when the electronic adapter card is inserted, the bottom metal material will directly contact the buckle 6 Since the snap tab 6 has a grounding function, the static electricity can be directly led out to avoid a short circuit of the electronic card connector of the present invention. The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in The patent of this case is described in the scope of the patent application park. The scope of protection of this creation shall be as stated. [Simple diagram of the diagram] The first diagram is a three-dimensional combination diagram of the creation of the electronic card connector. The second picture is the material of the electronic card touch H. The third picture is the creative electronic card connector, 'σ The fourth figure of the body knife can not bear the picture is the electronic card connection of the shed for the electronic card reading i structure of the sound map = five pictures for the tip of the electric rise and the correction of the electronic reading of the top view of the structure = the original picture of the creative electronic card The schematic diagram of the top view of the electronic card inserted into the connector is 0. The seventh figure is the cross-sectional structural view of the electronic card inserted into the electronic card (4). Private [Main component symbol description] 1 Insulation body 11 Electronic card insertion interface I2 Electronic card guiding slot 13 Terminal receiving slot 14 Sliding mechanism accommodating slot 15 Detection terminal accommodating slot 16 Clipping elastic accommodating slot Π Stop 2 metal cover 21 positioning portion M422788 22 electronic card insertion space 3 plural conductive terminal 31 fixing portion 32 contact portion 33 welding portion 4 sliding mechanism 41 slider 411 buckle portion 42 elastic member 43 sliding rod 5 detecting terminal 51 fixing portion 52 contact portion 53 soldering portion 6 snap spring 61 snap portion 7 electronic card 71 body 72 contact portion 73 opening 8 grounding function conductive terminal 12