M293576 八、新型說明： • 【新型所屬之技術領域】 ρπλΪΪ作^狀—種電子切制，尤其涉及—_於數碼相機及 PDA荨電子设備中的電子卡連接器。 【先前技術】 通常數二馬相機及PDA等電子設備均需配置用於實現存儲魏的電子 轉借助減的電子卡連接11才能與減的電子設備實 H生連接。轉㈣子卡連接雜包括絕緣本體 電 ，觸之端子電子卡在賴時，部分露在相时便細者直 1目W市場上所偏的電子卡連接_ = ==:電子卡即可將電子卡彈出，部分電子卡連ΐ器;^ 配有鎖卡衣置’用來避免在使用狀態下誤將電子卡直接拔出。 台灣專利公告第507956號公開了 一種電子卡連接器， 數端子的殼體於對電子卡作退卡操作之退卡機構。該退 滑塊、閃鎖裝置、彈簧及固鎖裝置。所述滑塊可在電子卡插一 :簧設置在滑塊與殼體之間，可提供退卡所需 成固鎖裝置’可將電子卡及滑塊對抗所述彈二 =卩位置。所朗鎖裝置包括_持在滑塊上之彈性臂及 在设體r比鄰於滑塊一側壁上之缺口，所述彈性臂具有一大 1 的接觸端’用於與形成在電子卡側緣凹口配合。 箱 t 彈性臂之自由末端與殼體側壁的缺口對齊，電子卡二’彈二 :ίΐΐ2是該彈性臂的接觸部即被保持在所述電子卡之凹口内，二 Ζ 卡在使用時被錯誤拔L，此類型的電子卡連接 要牢固可#的設在滑塊上，於料致成本較高，曰。 另’弹性#的接觸端在多次使用後容易變形而影響鎖卡的效果。斤· 【新型内容】 ' 黎於上述狀況，有必要提供—種結構簡單並且能夠可靠鎖卡的電子卡 M293576 連接器。 為達成上述目的，士左 > 包括絕緣本體、複數用於方案··一種電子卡連接器，其 殼體及退卡機構。退卡妾觸之端子、遮覆絕緣本體之金屬 出方向賴謂本獅，其包村沿電子卡插入及退 電子卡之收容β兀件閂鎖裝置。所述絕緣本體與金屬殼體形成 兒千卞之收合I間，絕緣本 冑成篮祕 上設有一體成划66 一上^…· 鬼之一側面形成有一空檔。 滑塊 上設有一體成型的一卡始，兮r & 风 絕緣本體的空檔盥位於、设在電子卡一側之凹口配合。所述 位於讀卡位置的讀塊對齊以允賴馳可向外移動；與M293576 VIII. New description: • [New technical field] ρπλΪΪ^^—Electronic cutting, especially related to electronic card connectors in digital cameras and PDA荨 electronic devices. [Prior Art] Usually, electronic devices such as two-horse cameras and PDAs need to be configured to realize the electronic transfer of the electronic switch to the reduced electronic device connection 11 to connect with the reduced electronic device. Turn (4) daughter card connection miscellaneous including the insulation body, touch the terminal electronic card in the Lai, when the part is exposed in the phase, it will be straight to the eye. The electronic card connection on the market is _ = ==: The electronic card can be The electronic card pops up, and some electronic cards are connected to the device; ^ is equipped with a lock card device' to prevent the electronic card from being directly pulled out in the use state. Taiwan Patent Publication No. 507956 discloses an electronic card connector in which a housing of a plurality of terminals is a card ejecting mechanism for performing an ejecting operation on an electronic card. The retracting slider, the flash lock device, the spring and the locking device. The slider can be disposed between the slider and the housing in the electronic card insertion, and can provide a locking device required to retract the card. The electronic card and the slider can be used to oppose the bullet. The locking device includes a resilient arm held on the slider and a notch on the side wall of the slider r adjacent to the slider, the resilient arm having a large contact end for forming a side edge of the electronic card Notched fit. The free end of the elastic arm of the box t is aligned with the notch of the side wall of the casing, and the contact point of the elastic arm is held in the recess of the electronic card, and the second card is mistaken in use. Pull L, this type of electronic card connection should be firm and can be set on the slider, resulting in higher cost, 曰. The contact end of the 'elastic#' is easily deformed after repeated use and affects the effect of the lock card.斤· 【New Content】 'In the above situation, it is necessary to provide an electronic card M293576 connector that is simple in structure and can reliably lock the card. In order to achieve the above objectives, Shi Zuo > includes an insulative body, a plurality of schemes, an electronic card connector, a housing and a card ejecting mechanism. The terminal that touches the card and the metal that covers the insulative body are in the direction of the lion, and the package is inserted into the electronic card and the electronic card is inserted into the beta device. The insulative body and the metal casing form a fold between the two, and the insulation is formed into a basket. The upper part is provided with a line 66. The upper side of the ghost forms a gap. The slider is provided with a one-piece one-piece card, and the 盥r & wind-insulated body has a gap 盥 located on the side of the electronic card. The read blocks located at the card reading position are aligned to allow the locating to move outward;
是在此讀卡位置，贿塊的向外移動，於 器結=?先:術’本_電子卡連翻具杨下功效：該電子卡連接 s早σ牛低製造成本及簡化組裝工序，並可 位置時提供有效的鎖卡功能。 斤IT保也电子卡位於項卡 【實施方式】 應，=閱第一圖及第二圖所示，本創作電子卡連接器可收容一電子卡 的退卡機緣本體10、複數端子20、金屬殼體30及用於實施退卡動作 一 “，參閱第三圖及第四圖所示，絕緣本體10大致呈“L，，型，其包括 ή。L’、’、型的底壁11、沿底壁11兩外侧設有相互連接的前壁12及右側壁 所述右側壁13僅沿底壁11外緣的前端部分設置，絕緣本體10在底壁 上相對於右側壁13的後端另設有一凸台14。 匕山㈤壁12設有複數前後貫穿的端子槽道12〇,前壁12靠近右側壁13的 石端處形成一壁厚較厚的擋壁122，該擋壁122與相鄰的右側壁13之間形 成限仅空間123，前壁12設有一向後延伸入限位空間123内的導引柱 124凸台丨4前端設有一固持槽140。另，前壁12頂面設有複數條形凸塊 \21 ’右側壁13、凸台14及前壁12的外側設有複數扣持塊15 ;前壁12的 左立而及凸台14的後端分別設有一狹缝16 ;凸台14外側部分向内凹陷形成 一開槽17。 每—端子20包括一接觸部21、自接觸部21向前延伸之連接部22、 21持在絕緣本體丨〇的端子槽道120内的固持部(未圖示)及延伸出絕緣本體 7 M293576 10以用於焊接之尾部(未圖示）。 請參閱第二圖，並結合第三圖所示，金屬殼體30由一金屬片製成， 包括主體部31及自主體部31兩側邊緣向下延伸形成側壁32，主體部31前 端設有一向下延伸的前擋片33。位於左側之側壁32進一步向内彎折，形成 一導引槽320。 所述主體部31形成有一對豎直垂片310及複數長孔311，主體部31 後緣設有複數卡持口 312，兩側壁32及前擋片33形成有複數扣持孔34。 所述金屬殼體30自上而下組裝於絕緣本體1〇上，其豎直垂片31〇卡入絕 緣本體10之狹缝16内，其長孔311位於端子20正上方，其卡持口 312分 別與絕緣本體10上對應之凸塊121相配合，所述扣持孔34分別與絕緣本 體10上對應的扣持塊15相配合，於是借該等結構，可將金屬殼體3〇牢固 組裝在絕緣本體10上。並且金屬殼體3〇的左右兩側的前端各設有一焊接 腳35，可直接焊接至安裝該電子卡連接器的印刷電路板（未圖示）上，其 中右側的焊接腳35可延伸入絕緣本體的開槽17内。 明繼績麥閱第二圖，並結合第五圖所示，金屬殼體3〇與絕緣本體1〇 共同構成收容電子卡1〇〇的收容空間18。該電子卡⑽可通過右側的絕緣 本體10及金屬殼體3〇的導引槽32〇之導引進入收容空間18内。金屬殼體 30之主體部31上峨鄰於端子20的位置向下衝壓形成一防誤插片313，該 防誤插片313包括沿電子卡删插入方向延伸的抵擋部及垂直於抵撞 部314之作用部315。該作用部315與抵擋部314相連接，並且直接作用^ 電子卡100之前緣。 請參閱第四圖及第六圖所示，該電子卡連接器設有可將電子卡卿退 之退卡機構。該退卡機構包括滑塊40、導引件4卜彈性元件42及按壓 、接43。絕緣本體10在其凸塊14與_ 12之間設有—沿右側壁延伸的 =逼（未標號）’所述滑塊40缝在該槽道（未標號）Θ， 卡100插入及退出的方向上滑動。 。在弘子 ί括基座4G1、設於基座彻前端内側的退卡臂搬、心型样 Γ’ΐ: 前端的導引柱404。導引件41由—金屬桿兩端彎折‘ 知固疋在凸台14上’另-端滑動設置在滑塊4〇的心型槽彻 所述心型槽403與導引件41構朗鎖裝置，可將滑塊如鎖定在日—讀=立 8 M293576 置。彈性元件42設在滑塊40與絕緣本體10的前壁12之間，其兩端分別 套設在導引柱404、124上，前端進入限位空間123内以被限制。按壓片纪 設有一固持部430及自固持部430向前延伸之懸臂431，固持部430插入絕 緣本體10的固持槽140内以被固持住，懸臂431抵壓在導引件41上以避 免導引件41跳出心型槽403。 睛參閱第二圖及弟四圖，並結合第七圖所示，電子卡在其靠近滑 塊41之一側邊設有一凹口 101，滑塊4〇的内側對應該凹口 1〇1形成有一體 成型的卡塊405。所述卡塊405可卡入電子卡1〇〇之凹口 内，用於將電 子卡100鎖在滑塊40上。所述滑塊40的外側面形成有一臺階4〇6，並將^ 塊40劃分爲前後兩個部分。在滑塊40沿電子卡1〇〇插入方向上滑動的過 程中，由於滑塊40前部較窄，其可沿右側壁13的内側滑動，而臺階4〇6 可抵接右側壁13。滑塊40的前部設有導引面407以導引滑塊4〇前端進入 右侧壁13内側。滑塊40後部的外側面與右側壁13之外側面大致位於同一 直線上。 絕緣本體10在其右側壁13與凸台14之間形成一空稽19，該空槽19 與位於初始位置的滑塊40對齊，其尺寸大於基座4〇1的長度以便可允許滑 塊40向外轉動。金屬外殼3〇之側壁32對應空檔19處設有一彈片321。 電子卡100插入時，滑塊40將因爲卡塊405的突出將被其向外擠壓， 此時的空檔19與滑塊40對齊，所以滑塊40以對抗金屬殼體3〇的彈片321 的方式向外移動，當電子卡1〇〇前端推動到退卡臂41，彈片321所施加的 彈力可迫使滑塊40的卡塊405卡入電子卡1〇〇的凹口 内，同時滑塊4〇 回到槽道（未標號）内。 電子卡100推動滑塊40繼續向前移動，並引起彈性元件42壓縮變形， 導引件41在心型槽403内滑動。電子卡1〇〇完全插入時，其與端子2〇電 通’導引件41配合心型槽403將電子卡1〇〇及滑塊鎖在讀卡位置。 此時，滑塊40的前部位於絕緣本體1〇右侧壁13内，即滑塊4〇與空槽19 相錯開，由於右側壁13的限制滑塊40無法向外移動，卡塊4〇5被保二在 電子卡100之凹口 101内，避免了電子卡1〇〇在讀卡位置被不當拔出。需 要退卡時，再次向前推動電子卡100可解除閂鎖，然後在彈性元件42的彈 力作用下將電子卡100及滑塊40沿電子卡1〇〇退出方向上退出。當滑塊 9 M293576 退出到初始位置時，滑塊40再次位於絕緣本體1〇的空檔19内，即電子卡 100可輕易的被拔出。 另，所述可促使滑塊40歸位的彈片321也可以用其他結構代替，例 如，可在金屬殼體30的側壁32衝壓出一類似按壓片43的彈性臂（未圖示 來提供彈力。 μ 綜上所述，本創作確已符合創作專利之要件，爰依法提出專利申請。 惟，=上所揭露者僅為賴狀較佳實施方式，自*能以此限定本創作之 權利範圍。舉凡所屬脑賴巾具麵常知識者纽摘狀精神 等效修飾或變化，皆應涵蓋於後附之申請專利範圍内。It is in this card reading position, the outward movement of the bribe block, the device knot = first: surgery 'this _ electronic card with the flip yang effect: the electronic card connection s early σ cattle low manufacturing costs and simplify the assembly process, Provides effective lock function when available. Jin IT Bao also electronic card is located in the item card [implementation] should, = read the first picture and the second picture, the creation of the electronic card connector can accommodate an electronic card card machine edge body 10, a plurality of terminals 20, metal The housing 30 and the card ejection operation are as follows. Referring to the third and fourth figures, the insulative housing 10 is substantially "L," and includes a crucible. The bottom wall 11 of the L', ', type, and the front wall 12 and the right side wall which are connected to each other along the outer side of the bottom wall 11 are provided only along the front end portion of the outer edge of the bottom wall 11, and the insulating body 10 is at the bottom. A boss 14 is further provided on the wall with respect to the rear end of the right side wall 13. The wall (12) of the Lushan (5) is provided with a plurality of terminal channels 12 贯穿 extending through the front and rear. The front wall 12 forms a thick wall 122 with a thick wall near the stone end of the right side wall 13. The barrier wall 122 and the adjacent right side wall 13 There is only a space 123 formed therebetween, and the front wall 12 is provided with a guiding post 124 extending rearwardly into the limiting space 123. The front end of the boss 4 is provided with a holding groove 140. In addition, the top surface of the front wall 12 is provided with a plurality of strip-shaped bumps\21', and the outer side of the right side wall 13, the boss 14 and the front wall 12 are provided with a plurality of latching blocks 15; the left side of the front wall 12 and the boss 14 The rear end is respectively provided with a slit 16; the outer portion of the boss 14 is recessed inward to form a slot 17. Each of the terminals 20 includes a contact portion 21, a connecting portion 22, 21 extending forward from the contact portion 21, and a holding portion (not shown) held in the terminal channel 120 of the insulating body 及 and extending the insulating body 7 M293576 10 for the tail of the weld (not shown). Referring to the second figure, and in conjunction with the third figure, the metal casing 30 is made of a metal sheet, and includes a main body portion 31 and a side wall 32 extending downward from both side edges of the main body portion 31. A front flap 33 extending downward. The side wall 32 on the left side is further bent inwardly to form a guide groove 320. The main body portion 31 is formed with a pair of vertical fins 310 and a plurality of long holes 311. The rear end of the main body portion 31 is provided with a plurality of retaining openings 312, and the two side walls 32 and the front flaps 33 are formed with a plurality of latching holes 34. The metal housing 30 is assembled from the top to the bottom of the insulative housing 1 , and the vertical tab 31 〇 is inserted into the slot 16 of the insulative housing 10 . The slot 311 is located directly above the terminal 20 and the latching opening 312 thereof The latching holes 34 are respectively matched with the corresponding latching blocks 15 of the insulative housing 10, and the latching holes 34 are respectively matched with the corresponding latching blocks 15 of the insulative housing 10, so that the metal shells 3 can be firmly assembled by the structures. On the insulative body 10. And the front ends of the left and right sides of the metal casing 3 are respectively provided with a soldering leg 35, which can be directly soldered to a printed circuit board (not shown) on which the electronic card connector is mounted, wherein the soldering leg 35 on the right side can be extended into the insulation. The inside of the body is slotted 17. According to the second figure, and in conjunction with the fifth figure, the metal casing 3〇 and the insulative housing 1〇 together constitute a receiving space 18 for accommodating the electronic card 1〇〇. The electronic card (10) can be guided into the accommodating space 18 through the guiding body 32 of the insulating body 10 and the metal casing 3 右侧 on the right side. The main body portion 31 of the metal casing 30 is stamped downwardly at a position adjacent to the terminal 20 to form an anti-missing insert 313. The anti-missing insert 313 includes a resisting portion extending in the insertion direction of the electronic card and perpendicular to the abutting portion. Acting portion 315 of 314. The action portion 315 is connected to the resisting portion 314 and directly acts on the leading edge of the electronic card 100. Referring to the fourth and sixth figures, the electronic card connector is provided with a card ejecting mechanism that can retreat the electronic card. The card ejecting mechanism includes a slider 40, a guiding member 4, an elastic member 42, and a pressing and connecting 43. The insulative housing 10 is provided between its bumps 14 and _ 12 - extending along the right side wall = forced (not labeled). The slider 40 is sewn in the channel (not labeled), and the card 100 is inserted and withdrawn. Slide in the direction. . In the Hiroko pedestal 4G1, the retracting arm is placed on the inner side of the pedestal, and the heart-shaped Γ'ΐ: the guide post 404 at the front end. The guiding member 41 is bent by the two ends of the metal rod. The core groove of the slider 4 is slid on the boss 14 and the core groove 403 and the guiding member 41 are arranged. The lock device can lock the slider to the day-read=立8 M293576. The elastic member 42 is disposed between the slider 40 and the front wall 12 of the insulative housing 10. The two ends are respectively sleeved on the guiding posts 404 and 124, and the front end enters the limiting space 123 to be restricted. The pressing piece is provided with a holding portion 430 and a cantilever 431 extending forward from the holding portion 430. The holding portion 430 is inserted into the holding groove 140 of the insulative housing 10 to be held, and the cantilever 431 is pressed against the guiding member 41 to avoid guiding. The lead 41 jumps out of the core groove 403. Referring to the second figure and the fourth figure, and in conjunction with the seventh figure, the electronic card is provided with a notch 101 on the side of one of the sliders 41, and the inner side of the slider 4 is formed corresponding to the notch 1〇1. There is an integrally formed block 405. The block 405 can be snapped into the recess of the electronic card 1 for locking the electronic card 100 to the slider 40. The outer surface of the slider 40 is formed with a step 4〇6, and the block 40 is divided into two parts. In the process of sliding the slider 40 in the insertion direction of the electronic card 1 ,, since the front portion of the slider 40 is narrow, it can slide along the inner side of the right side wall 13, and the step 4〇6 can abut against the right side wall 13. The front portion of the slider 40 is provided with a guiding surface 407 for guiding the front end of the slider 4 to the inside of the right side wall 13. The outer side of the rear portion of the slider 40 is substantially in line with the outer side of the right side wall 13. The insulative housing 10 defines a gap 19 between its right side wall 13 and the boss 14, which is aligned with the slider 40 in the initial position and has a size greater than the length of the base 4〇1 to allow the slider 40 to Rotate outside. A side piece 32 of the metal casing 3 is provided with a spring piece 321 corresponding to the neutral position 19. When the electronic card 100 is inserted, the slider 40 will be pressed outward by the protrusion of the block 405. At this time, the neutral 19 is aligned with the slider 40, so the slider 40 is opposed to the elastic piece 321 of the metal casing 3〇. The manner of moving outwardly, when the front end of the electronic card 1 is pushed to the eject arm 41, the elastic force exerted by the elastic piece 321 can force the block 405 of the slider 40 to be caught in the recess of the electronic card 1 , while the slider 4 〇 Return to the channel (not labeled). The electronic card 100 pushes the slider 40 to continue moving forward and causes the elastic member 42 to compress and deform, and the guide member 41 slides within the core groove 403. When the electronic card 1 is fully inserted, it is electrically connected to the terminal 2, and the guide member 41 is engaged with the core groove 403 to lock the electronic card 1 and the slider to the card reading position. At this time, the front portion of the slider 40 is located in the right side wall 13 of the insulative housing 1 , that is, the slider 4 is offset from the slot 19 , and the slider 4 cannot move outward due to the restriction of the right side wall 13 . 5 is protected in the notch 101 of the electronic card 100, and the electronic card 1 is prevented from being improperly pulled out at the card reading position. When the card needs to be retracted, pushing the electronic card 100 forward again can release the latch, and then the electronic card 100 and the slider 40 are ejected in the ejecting direction of the electronic card 1 in the direction of the elastic force of the elastic member 42. When the slider 9 M293576 is withdrawn to the initial position, the slider 40 is again located in the neutral 19 of the insulative housing 1 , i.e., the electronic card 100 can be easily pulled out. In addition, the elastic piece 321 which can urge the slider 40 to be returned can also be replaced by other structures. For example, a resilient arm similar to the pressing piece 43 can be punched on the side wall 32 of the metal casing 30 (not shown to provide elastic force). μ In summary, this creation has indeed met the requirements for the creation of a patent, and has filed a patent application according to law. However, the person disclosed above is only a preferred embodiment of the application, and the scope of the creation can be limited by this. Any equivalent modification or change of the spirit of the brain that belongs to the brain will be covered in the scope of the patent application attached.
【圖式簡單說明】 係摘作電子卡連㈣與—電子卡配合之立體組合圖； 弟一圖係本創作電子卡連接器之立體組合圖； 第三圖=、本創作電子卡連接器之金屬殼體與絕緣本體相互分離之立體 弟四圖係摘作電子卡連接器的部分立體分解圖； !五圖係本創作電子卡連接器的金屬殼體之仰視立體圖· 弟六圖係本創作電子卡連 夕， 第七圖係糊作電子卡之立Μ。鉢體4錢構之讀分解圖； 【主要元件符號說明】 絕緣本體 10 前壁 12 凸塊 121 限位空間 123 右側壁 13 固持槽 140 狹缝 16 收容空間 18 端子 20 金屬殼體 30 底壁 11 端子槽道 120 擋壁 122 導引柱 124 凸台 14 扣持塊 15 開槽 17 空檔 19 接觸部 21 主體部 31 M293576 垂片 310 長孔 311 卡持口 312 防誤插片 313 抵擋部 314 作用部 315 側壁 32 導引槽 320 彈片 321 前擋片 33 扣持孔 34 滑塊 40 基座 401 退卡臂 402 心型槽 403 導引柱 404 卡塊 405 臺階 406 導引面 407 導引件 41 彈性元件 42 按壓片 43 電子卡 100 凹口 101 11[Simple diagram of the drawing] is a three-dimensional combination diagram of the electronic card connection (four) and the electronic card; the brother one picture is the three-dimensional combination diagram of the electronic card connector of the creation; the third picture =, the electronic card connector of the creation The three-dimensional four-figure diagram of the metal shell and the insulating body separated from each other is taken as a partial exploded view of the electronic card connector; the fifth figure is the bottom view of the metal shell of the electronic card connector of the present invention. The electronic card is in the evening, and the seventh picture is the standpoint of the electronic card. Insulating body 10 front wall 12 bump 121 limiting space 123 right side wall 13 holding groove 140 slit 16 receiving space 18 terminal 20 metal casing 30 bottom wall 11 Terminal channel 120 Block wall 122 Guide post 124 Boss 14 Buckle block 15 Slot 17 Neutral 19 Contact part 21 Body part 31 M293576 Tab 310 Long hole 311 Hold port 312 Anti-error insert 313 Resistant part 314 Port 315 Side wall 32 Guide groove 320 Spring piece 321 Front flap 33 Buckle hole 34 Slider 40 Base 401 Retracting arm 402 Heart groove 403 Guide post 404 Block 405 Step 406 Guide surface 407 Guide member 41 Resilience Element 42 Pressing sheet 43 Electronic card 100 Notch 101 11