M335820 八、新型說明： 【新型所屬之技術領域】 本創作關於-種電子卡連接ϋ，尤指用於㈣設備上連接電子卡與印 刷電路板之電子卡連接器。 【先前技術】M335820 VIII. New description: [New technical field] This creation is about electronic card connection, especially for electronic card connectors for connecting electronic cards and printed circuit boards on (4) devices. [Prior Art]
隨著手機、數位相機等消費性電子産品之迅猛發展，尤其在各種電子 産品之功能舰拓展之前提下’趟設備本身之存餘4已稀滿足消費 者之需求。因此’電子生產商在電子設備中加人電連接器來連接外部之存 儲介質，用以齡電子設備之存齡量。電子卡連接^，係—種供電子卡 插置之電連接$ ’魏連接器-般用於行動電話上，電連接器紐持之電 連接器端子個導電介質，可將電子卡紐連接至移動設仙部之印刷電 路板上。以生活化之個人手機以及數位相機等電子産品而言，都係靠電子 卡來擴充功能和記憶資料。電子卡連接制以形成電子卡與電子産品之間 之電性連接與資料交流，另提供退功能峰出電子卡，但由於電子誓置 整體空間之縮小與限制，f子卡辑件及其相互之間配合之難要桃不 斷提高，卿需要在簡f子卡連接H相職狀叙下解決各零件之間 可靠配合之問題，尤其在製造過程中’更需要提高製造精度， 卡之穩定功能。 -種習知電子卡連接器，其包括絕緣本體、複數導電端子、遮蔽殼體 及L卡機構、，、巴緣本體包括-基部及由基部侧邊延伸之侧壁盥固持肋，里 中侧壁内側設置可5丨導電子卡插人之插槽，外_隔設有凸台及抵靠部了 所述舰殼體組裝於絕緣本體上，其包括板狀主體部及複數自該主體部延 伸之设摘p之麵及刹，這些繼及主體部與絕緣本體制構成了一 srrt收容空間’所述騰本體麵外側之凸台鎖扣於遮蔽殼體側 壁上之開口内進行定位遮蔽殼體。 然而這種結構之電子卡連接H至少存在著町缺點··鱗本體在血導 電端子=成錢，_其表面溫度迅料低，絕緣本軸對較薄之地方， 曲和躺，經常造成絕緣本贿電子切合不穩或 者k成電子卡刮傷，產品不良率高，影響生產之效率。 M335820 。鑒於上轉端’實有必要設計_雜夠解決職賴之_電子卡連 接器。 【新型内容】 本創作之目的在於提供-種能_贿錢緣描發生_之電子卡 連接器。 爲實現上述内容，本__如下技術方案：—種電子卡連接器，其 主要包括絕緣本體和導電軒，絕緣本紅設置有供導電端子插置之插 孔，並且其-側向前延伸有_肋，導電端子對應插置於所述插孔中以與 電子卡達舰性接觸，其tM-轉電端仅侧邊延伸騎有支援部， 該支援部與固持肋一體注塑成型。 相對於習知技術，本創作電子卡連接器有如下有益效果：導電端子上 之支板部與絕緣本體之麟肋—體注誠型，使得絕緣本體上較薄之固持 肋在成型後冷卻過程巾因級社援部之支撐而不會嶋和魅曲。 【實施方式】 請參閱第-圖至第二圖所示，本創作電子卡連接器包括有絕緣本體卜 導電端子2、退卡機構3及遮蔽殼體4。 請繼續參閱第-圖至第二圖所示，絕緣本體i包括一基部13、由基部13 兩側端向前延伸形成之固持肋10及一側壁^，同時基部13向上垂直延伸形 成後壁14，後壁14上凸設有定位柱14〇並凹設有嵌口 141，絕緣本體丨之側壁 η、基部13及後壁14與遮蔽殼體4一起形成電子卡之收容空間16。在固持肋 10及側壁11前端靠近中部位置處設有連接所述固持肋1〇及侧壁丨丨之插置部 12，所述插置部12設置有複數相互間隔之供導電端子2插置之插孔12()，所 述絕緣本體1之側壁11與插置部12連接處設有引導電子卡插入之槽道11〇， 絕緣本體1之側壁11前端設有收容退卡機構3之滑塊3〇之收容部112，側壁U 末端設有定位部113，所述定位部113相對於側壁η主體部之外側面(未標示） 向内凸伸’同時側壁11之外側面上設有複數用以定位之第一凸塊115及一設 置於第一凸塊115之間之第一抵靠部114。與此結構類似，固持肋1〇之外側 面上也對應間隔設有第二凸塊103及設置於第二凸塊1〇3之間之第二抵靠部 102，同時固持肋1〇之側面還凸設有擋止塊1〇1。 M3 3 5 820 請參閱第三圖所示，導電端子2包括複數相互獨立之導電端子，所述導 電端子均具有與電子卡達成電性接觸之對接部21及焊接於電路板之焊接部 22 ’其中所述對接部21與一平坦之過渡部20相接，焊接部22係由彎折部23 向下彎折延伸形成，而所述彎折部23由過渡部2〇呈一定角度向上延伸形 成’由此形成之彎折部23與焊接部22橫向寬度較過渡部20與對接部21寬度 小’組裝於絕緣本體1之導電端子之焊接部22凸伸出插孔12〇，同時導電端 子2之過渡部20及對接部21位於插置部12與基部13之間形成之收容空間16 内’以與插入之電子卡(未圖示)形成電性接觸，各導電端子2組裝於絕緣本 體1後其焊接部22具有很好之共面度。其中，緊挨絕緣本體1固持肋10—邊 之導電端子之過渡部20上，其側面延伸並彎折有支援部24，該支援部24與 絕緣本體1之固持肋1〇—起注塑成型，在絕緣本體丨冷卻過程中，支撐固持 肋10以防止固持肋1〇之翹曲變形。 請繼續參閱第一圖至第二圖所示，退卡機構3，其具有滑塊3〇、彈簧3i、 導引桿32及鎖扣彈片33，該滑塊30延伸有一具有引導面3〇〇之推動部303， 當滑塊30組裝於絕緣本體1後，推動部3〇3之導引面3〇〇可引導插入之電子卡 進一步插入與導電端子2達成電性接觸，所述滑塊3〇上同時設有内凹心形導 槽301及容置彈簧31之容置孔3〇2，所述滑塊30組裝於絕緣本體1侧壁η之收 容部112内，彈簧31—端固持於絕緣本體丨後壁14上設置之定位柱14〇内，另 一端收容於滑塊30之容置孔302内，導引桿32—端連接於絕緣本體1側壁η 之定位部113上之勾孔1131内，另一端樞動於心形導槽3〇1，遮蔽殼體4上設 置之彈性部401彈性按壓於所述導引桿32上，以確保導引桿32實現平滑退 卡，鎖扣彈片33收容於侧壁11上之收容槽内與退卡機構3之滑塊3〇配合用以 鎖扣及釋放插入之電子卡。 遮蔽殼體4具有板狀主體部40及由該主體部40向下延伸形成包括複數 固持片（未標示)之第一侧壁41、第二側壁42，其中第一側壁41上間隔設置有 與絕緣本體1側壁11上間隔設置之第一凸塊115相配合之開口412，所述侧壁 41具有開口之固持片之間設置有由遮蔽殼體4主體部4〇向下彎折延伸之可 壓彈片411，所述彈片411抵靠於絕緣本體1側壁11之抵靠部114上，第一侧壁 41前端具有焊接部4130之彎折片413係與絕緣本體1側壁丨丨前端之定位部土 113相配合，彎折片413在與遮蔽殼體4主體部4〇前端連接處設有一凹口· M335820 以與定位部113上之鎖扣塊1130配合實現在左右方向上對遮蔽殼體4之定 位’與第一侧壁41對應之第二侧壁42也包括複數設有開口422之固持片，在 所述固持片之間亦設置有可按壓彈片411，只係第二側壁42靠近卡插入口之 彈片於其前端由侧面向内彎折形成一焊接部424，與焊接部幻4臨近處侧壁 固，片之豎直部具有一缺口423用以卡扣固持肋1〇前端之擔止塊1〇1，達到 在前後方向定位遮蔽殼體4之目的。遮蔽殼體4自其主體部40後端向下延伸 叹置有彈片45及焊接片43，其中焊接片43具有豎直部(未標示)與焊接部 431 ’彈片45設有通孔45卜通孔451與絕緣本體1後壁Η上之凸塊(未標示） 扣合，焊接片43對應收容於絕緣本體丨後壁14之嵌口 141内，嵌口 141在絕緣 本體1基部13上形成平台部1410以提供遮蔽殼體4焊接于電路板時錫膏之容 置*二間，遮蔽殼體4組裝於絕緣本體1後之位置關係請參第五圖及第六圖所 示，其中遮蔽殼體4組裝於絕緣本體1之過程中，可下壓彈片411與對應之抵 靠，彈性接觸，由於彈片411豎直部與絕緣本體1抵靠部高度之和略大於遮 蔽设體4組裝於絕緣本體1後之高度，使得在組裝過程中彈片産生一定之 彈性形變，在組裝外力消失後抵靠部114及102提供給遮蔽殼體4一個向上之 作用力，借助遮蔽殼體4之彈片411恢復形變之彈力使得遮蔽殼體4侧壁固持 片之開口與絕緣本體丨上對應凸塊緊密配合，實現遮蔽殼體4與絕緣本體 精確定位。如此結構設置使得組裝於絕緣本體丨之遮蔽殼體4不會在組裝以 後存在間隙，確保組裝後之遮蔽殼體4及導電端子2焊接于電路板時各焊接 部具有很好之共面度。 故，本創作確已符合新型專利之要件，爰依法提出專利申請。惟，以 上所述僅為本新型之較佳實施例，舉凡熟悉本新型之人士援依本新型之精 神所作之等效修飾或變化，皆應涵蓋在以下申請專利範圍内。 【圖式簡單說明】 第一圖係本創作電子卡連接器不含遮蔽殼體之立體組合圖； 第二圖係第一圖所示新型電子卡連接器之立體分解圖； 第二圖係第一圖所示新型電子卡連接器導電端子之立體圖； 第四圖係第一圖所示新型電子卡連接器之立體組合圖； 第五圖係第一圖所示新型電子卡連接器另一個角度之立體組合圖。 M335820With the rapid development of consumer electronic products such as mobile phones and digital cameras, especially before the expansion of functional ships of various electronic products, the surplus of the device itself has been dilute to meet the needs of consumers. Therefore, the electronic manufacturer adds an electrical connector to the electronic device to connect the external storage medium to the age of the electronic device. Electronic card connection ^, the type of electrical connection for the insertion of the electronic card $ 'Wei connector - generally used in mobile phones, the electrical connector of the electrical connector terminals a conductive medium, the electronic card can be connected to Move the printed circuit board on the fairy. For electronic products such as personal mobile phones and digital cameras that are being used in life, electronic cards are used to expand functions and memory. The electronic card is connected to form an electrical connection and data exchange between the electronic card and the electronic product, and a retreat function peak electronic card is provided, but due to the reduction and limitation of the overall space of the electronic swearing, the f-sub-cards and their mutual The difficulty of cooperation is constantly improving. Qing needs to solve the problem of reliable cooperation between various parts in the simple F-card connection H-phase job, especially in the manufacturing process, 'more need to improve manufacturing precision, card stability function . a conventional electronic card connector comprising an insulative housing, a plurality of conductive terminals, a shielding shell and an L-card mechanism, wherein the baddle body comprises a base portion and a side wall 盥 retaining rib extending from a side of the base portion, the middle side The inner side of the wall is provided with a slot for inserting a conductive daughter card, and the outer shell is provided with a boss and an abutting portion. The ship shell is assembled on the insulative housing, and includes a plate-shaped main body portion and a plurality of main body portions. The extension surface is provided with a surface and a brake, and the body portion and the insulation system constitute a srrt receiving space. The boss on the outer side of the body surface is locked in the opening on the side wall of the shielding shell to position the shielding shell. body. However, the electronic card connection H of this structure has at least the disadvantages of the town. · The scale body is in the blood conductive terminal = money, _ its surface temperature is low, the insulation of the shaft is thinner, the curved and lying, often cause insulation. The bribe is not stable or the electronic card is scratched, and the product defect rate is high, which affects the efficiency of production. M335820. In view of the fact that it is necessary to design the _ _ electronic card connector. [New Content] The purpose of this creation is to provide an electronic card connector that can be used to generate money. In order to achieve the above, the following technical solutions: an electronic card connector, which mainly comprises an insulating body and a conductive porch, the insulating red is provided with a socket for inserting the conductive terminal, and the side thereof extends forward. The rib is inserted into the jack to be in contact with the electronic card, and the tM-turn end extends only on the side of the support portion, and the support portion is integrally molded with the holding rib. Compared with the prior art, the electronic card connector of the present invention has the following beneficial effects: the support plate on the conductive terminal and the rib of the insulating body are in the form of a body, so that the thinner holding rib on the insulating body is cooled after molding. The towel will not be stunned by the support of the Ministry of Social Security. [Embodiment] Referring to the first to second figures, the electronic card connector of the present invention includes an insulating body, a conductive terminal 2, a card ejecting mechanism 3, and a shielding case 4. Continuing to refer to the first to second figures, the insulative housing i includes a base portion 13 and a retaining rib 10 and a side wall formed by extending from both side ends of the base portion 13 while the base portion 13 extends vertically upward to form the rear wall 14 A positioning post 14 is protruded from the rear wall 14 and a recess 141 is recessed. The side wall η of the insulating body 、, the base 13 and the rear wall 14 together with the shielding shell 4 form a receiving space 16 for the electronic card. The insertion portion 12 is connected to the holding rib 1 and the side wall 在 at the front end of the holding rib 10 and the front end of the side wall 11. The insertion portion 12 is provided with a plurality of mutually spaced spaces for interposing the conductive terminals 2 The socket 12 (), the side wall 11 of the insulative housing 1 and the insertion portion 12 are provided with a channel 11 for guiding the insertion of the electronic card, and the front end of the side wall 11 of the insulative housing 1 is provided with the sliding of the card retracting mechanism 3 The accommodating portion 112 of the block 3 has a positioning portion 113 at the end of the side wall U, and the positioning portion 113 protrudes inward with respect to the outer side surface (not shown) of the main body portion of the side wall η while the outer side surface of the side wall 11 is provided with a plurality of The first bump 115 for positioning and the first abutting portion 114 disposed between the first bumps 115. Similar to the structure, the second protrusion 103 and the second abutment portion 102 disposed between the second protrusions 1〇3 are also disposed on the outer side of the holding rib 1〇, and the side of the rib 1〇 is fixed. A stop block 1〇1 is also protruded. M3 3 5 820 Referring to the third figure, the conductive terminal 2 includes a plurality of mutually independent conductive terminals, each of which has an abutting portion 21 electrically contacting the electronic card and a soldering portion 22 ' soldered to the circuit board. The abutting portion 21 is in contact with a flat transition portion 20, and the welded portion 22 is formed by bending and extending downwardly from the bent portion 23, and the bent portion 23 is formed by the transition portion 2〇 extending upward at an angle. The thus formed bent portion 23 and the welded portion 22 have a lateral width smaller than the width of the transition portion 20 and the butted portion 21, and the welded portion 22 assembled to the conductive terminal of the insulative housing 1 protrudes from the insertion hole 12, while the conductive terminal 2 The transition portion 20 and the mating portion 21 are located in the accommodating space 16 formed between the interposing portion 12 and the base portion 13 to electrically contact the inserted electronic card (not shown), and the conductive terminals 2 are assembled to the insulative housing 1 After that, the welded portion 22 has a good coplanarity. Wherein, the transition portion 20 of the conductive terminal of the insulating rib 10 is fixed to the side of the rib 10, and the support portion 24 is bent and folded, and the support portion 24 is injection-molded together with the holding rib 1 of the insulating body 1. During the cooling process of the insulating body, the holding ribs 10 are supported to prevent the warping deformation of the holding ribs 1〇. Referring to the first to second figures, the card ejecting mechanism 3 has a slider 3〇, a spring 3i, a guiding rod 32 and a locking elastic piece 33, and the slider 30 extends with a guiding surface 3〇〇. The pushing portion 303, after the slider 30 is assembled to the insulative housing 1, the guiding surface 3 of the pushing portion 3〇3 can guide the inserted electronic card to further insert into electrical contact with the conductive terminal 2, the slider 3 The sill is provided with a concave core-shaped guide groove 301 and a accommodating hole 3 〇 2 of the accommodating spring 31. The slider 30 is assembled in the accommodating portion 112 of the side wall η of the insulating body 1, and the spring 31 is end-held The insulating body is disposed in the positioning post 14 of the rear wall 14 and the other end is received in the receiving hole 302 of the slider 30. The guiding rod 32 is connected to the hook hole of the positioning portion 113 of the side wall η of the insulating body 1. In the 1131, the other end is pivoted to the heart-shaped guide groove 3〇1, and the elastic portion 401 disposed on the shielding shell 4 is elastically pressed against the guiding rod 32 to ensure smooth guiding and retracting of the guiding rod 32. The elastic piece 33 is received in the receiving groove of the side wall 11 and cooperates with the slider 3 of the card ejecting mechanism 3 to lock and release the inserted electronic card. The shielding housing 4 has a plate-shaped main body portion 40 and a downwardly extending body portion 40 to form a first side wall 41 and a second side wall 42 including a plurality of holding pieces (not labeled), wherein the first side wall 41 is spaced apart from the first side wall 41 An opening 412 is defined in the side wall 11 of the insulating body 1 , and the first protruding block 115 is disposed on the sidewall 11 of the insulating body 1 , and the supporting portion of the sidewall 41 having the opening is disposed to be bent downwardly from the main body portion 4 of the shielding housing 4 . The elastic piece 411 abuts against the abutting portion 114 of the side wall 11 of the insulative housing 1. The front end of the first side wall 41 has a bent piece 413 of the welded portion 4130 and a positioning portion of the front end of the side wall of the insulating body 1. The soil 113 is matched, and the bent piece 413 is provided with a notch M335820 at the front end of the main body portion 4 of the shielding case 4 to cooperate with the locking block 1130 on the positioning portion 113 to realize the shielding case 4 in the left-right direction. The second side wall 42 corresponding to the first side wall 41 also includes a plurality of holding pieces provided with openings 422, and a pressable elastic piece 411 is disposed between the holding pieces, and only the second side wall 42 is close to the card. The elastic piece of the insertion port is bent at the front end from the side to form a welding 424, the sidewall of the adjacent portion of the welding portion is fixed, and the vertical portion of the sheet has a notch 423 for snapping the supporting block 1〇1 of the front end of the holding rib 1 to achieve the purpose of positioning the shielding shell 4 in the front-rear direction. . The shielding shell 4 extends downward from the rear end of the main body portion 40 with a resilient piece 45 and a soldering piece 43. The soldering piece 43 has a vertical portion (not labeled) and a soldering portion 431. The elastic piece 45 is provided with a through hole 45. The hole 451 is fastened to the protrusion (not shown) on the rear wall of the insulative housing 1. The soldering piece 43 is correspondingly received in the socket 141 of the insulative housing rear wall 14. The socket 141 forms a platform on the base 13 of the insulative housing 1. The portion 1410 is provided to provide the solder paste housing 4 when the shield case 4 is soldered to the circuit board. The positional relationship between the shield case 4 and the insulating body 1 is shown in FIG. 5 and FIG. When the body 4 is assembled in the insulative housing 1, the elastic piece 411 can be pressed against the corresponding elastic contact, since the sum of the heights of the vertical portion of the elastic piece 411 and the abutting portion of the insulating body 1 is slightly larger than the shielding body 4 is assembled and insulated. The height of the rear portion of the body 1 causes a certain elastic deformation of the elastic piece during the assembly process. After the external force of the assembly disappears, the abutting portions 114 and 102 provide an upward force to the shielding housing 4, and the elastic piece 411 of the shielding housing 4 is restored. The elastic force of the deformation causes the side wall of the shielding case 4 to hold the sheet Shu insulating body opening corresponding to the bump tight fit, shielding the casing 4 to achieve precise positioning of the insulative housing. The structural arrangement is such that the shielding case 4 assembled to the insulating body 不会 does not have a gap after assembly, and ensures that the welded portions of the shielded housing 4 and the conductive terminals 2 after assembly are soldered to the circuit board have a good coplanarity. Therefore, this creation has indeed met the requirements of the new patent, and has filed a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art to the spirit of the present invention are intended to be included in the following claims. [Simple diagram of the drawing] The first figure is a three-dimensional combination diagram of the electronic card connector without the shielding shell; the second figure is an exploded view of the new electronic card connector shown in the first figure; A perspective view of the conductive terminal of the novel electronic card connector shown in the figure; the fourth figure is a three-dimensional combination diagram of the novel electronic card connector shown in the first figure; the fifth figure is another angle of the new electronic card connector shown in the first figure The three-dimensional combination map. M335820
【主要元件符號說明】 絕緣本體 1 固持肋 10 擋止塊 101 第二抵靠部 102 第二凸塊 103 侧壁 11 槽道 110 收容部 112 定位部 113 鎖扣塊 1130 勾孔 1131 第一抵靠部 114 第一凸塊 115 插置部 12 插孔 120 基部 13 後壁 14 定位柱 140 嵌口 141 平台部 1410 收容空間 16 導電端子 2 過渡部 20 對接部 21 焊接部 22 彎折部 23 支援部 24 退卡機構 3 滑塊 30 導引面 300 心形導槽 301 容置孔 302 推動部 303 彈簧 31 導引桿 32 鎖扣彈片 33 遮蔽殼體 4 主體部 40 彈性部 401 凹口 402 第一側壁 41 彈片 411 開口 412 彎折片 413 焊接部 4130 第二側壁 42 開口 422 缺口 423 焊接部 424 焊接片 43 焊接部 431 彈片 45 通孔 451 10[Main component symbol description] Insulating body 1 Holding rib 10 Blocking block 101 Second abutting portion 102 Second bump 103 Side wall 11 Channel 110 Housing portion 112 Positioning portion 113 Locking block 1130 Hook hole 1131 First abutment Portion 114 First bump 115 Insert portion 12 Jack 120 Base portion 13 Rear wall 14 Positioning post 140 Insert 141 Platform portion 1410 accommodating space 16 Conductive terminal 2 Transition portion 20 Butt portion 21 Weld portion 22 Bending portion 23 Support portion 24 Ejecting mechanism 3 Slider 30 Guide surface 300 Heart-shaped guide groove 301 accommodating hole 302 Pushing portion 303 Spring 31 Guide rod 32 Locking elastic piece 33 Shading housing 4 Main body portion 40 Elastic portion 401 Notch 402 First side wall 41 Shrapnel 411 Opening 412 Bending piece 413 Welding portion 4130 Second side wall 42 Opening 422 Notch 423 Weld portion 424 Weld piece 43 Weld portion 431 Shrapnel 45 Through hole 451 10