M330646 八、新型說明： 【新型所屬之技術領域】 本創作涉及-種卡連接H，尤其涉及—種具有電子卡插入侦 測功能的卡連接器。 、 【先前技術】 按，行動電話、數位相機等電子產品令皆設有SIM卡或者犯 卡等電子切實舰息存储之魏。料電子卡藉由卡連接器與 電子產品的其它部件電性連接，_縣卡連接^具備能侦測電 子卡是否完全插入的功能。 習知技術中已有可提供電子卡插人_魏之卡連接器，如 第十圖所示。該卡連接器包括一絕緣本體10，、複數個端子20，及 -侧機構。該侧機構包括—可動端子3G，及—固定端子你， 藉由可動端子3G，與固定端子4G，的分離或接觸來實現偵測電子卡 是否插入之目的。 惟，在使用該卡連接器時，如果用力不當，電子卡㈣端可 能直接抵壓在可動端子30’之自由端31，上，從而造成該可動端子 30’的損壞，因祕組裝時，纽格限難可鱗子初，朗定端子 4〇’之位置，以防止電子卡的前端直接抵壓在可動端子3〇,之自由端 31上，這樣增加了組裝該卡連接器的難度。 【新型内容】 本創作之目的係提供一種卡連接器， 受裔β卡連接器能防止插卡 時損壞其偵測機構。 M3 3 0646 -金：=':Γ作提供之卡連接器包括-絕緣本體、 在該笔=體κ貞測機構。該等導電端子插置 之間以 合在崎树上並触絕緣本體 子=成一插卡空間。該偵測機構包括一固定端子及一可動端 -失=定端子财—岐在絕緣本虹㈣—夾持部及從該第 寺销-觀伸出來的長餘之本體部。财_子具有— 疋在絕緣本體上的第二夾持部，該第二夾持部一端向 =彎折形成有一伸入插卡空間内的彎折部，該彎折部二 子之本體部的i，且該騎部之末端向所述第二夹持部 2斤回延伸形成有—接觸部，該接觸部位於固定端子之本體 的另一側。 機構的可動端子之彎折部 從而在插卡時可達成避免 之可動端子的自由端而對 如上所述，本創作卡連接器之偵測 與接觸部分別設置於固定端子之兩侧， 電子卡在插卡方向上直接推壓偵測機構 偵测機構造成損壞之效果。 【實施方式】 為詳細說明本創作之技細容、輯朗目的及功效，以下 I么舉實施例並配合圖式詳予說明。 請參閱第-圖及第二圖，本創作之卡連接器i包括一金屬外 殼H)、-絕緣本體20、複數個導電端子及一偵測機構6〇。該等導 電端子包括複數個第一端子30及複數個第二端子4〇，該等端子 3〇、40及谓測機構6〇分別設置於絕緣本體2〇上。所述金屬外殼 M3 3 0646 10包覆該絕緣本體20並與絕緣本體20之間形成一插卡空間。 該金屬外殼10包括一矩形之頂板U，該頂板u之兩側緣分 別向下彎折延伸形成-第-側板12a及一第二側板12b。該頂板n 的前邊緣於靠近該第二侧板12b之一端向下彎折形成一固定片 m。該第一側板12a、第二側板12b上分別開設複數個矩形之固 定孔121。 請結合參閱第三圖，該絕緣本體20具有一板狀之基板21，該 基板21之前端縱向開設有複數個端子槽211，該等端子槽2ιι用 於收容該等第一端子30。該基板21之後端緣向上延伸形成一後壁 23，後壁23上開設有複數個前後貫穿該後壁23的端子孔231，該 等端子孔231用於收容該等第二端子40。該基板21的左、右兩側 緣分別向上延伸形成一第一侧牆22a及一第二側牆2¾，該兩側牆 22a、22b的前端分別向前凸伸出基板21的前端緣。該第一侧牆 22a的後部處向下鏤空形成一貫通部212，該貫通部212將該第一 側牆22a分為前、後兩部分。 该絕緣本體20的第一側牆22a之外側向外凸出設置一擒牆 222。該擋牆222的長度略短於該第一侧牆22a的長度，以供所述 金屬外殼10之固定片111之夾固。擔踏222的外側與第二侧牆22b 的外側分別設置有複數個矩形之固定塊221，該等固定塊221與所 述金屬外殼10之固定孔121相卡合固定。為供不同規格之電子卡 的插入，該兩侧牆22a、22b之内側分別設置一縱向延伸之導轨 223 °該第二侧牆22b内侧設置一縱向之容置槽道224，對應收容 M3 3 0646 一退卡機構5〇。該退卡機構50包括-導鎖5卜-滑塊52及-彈 ” 八、。構一功成皆已為熟悉此技藝者所公知，故在此不再詳 述。 杯閱第二圖、第四圖及第五圖，本創作卡連接器1之後壁 ί^刀細滅—第一夾持槽232、-第二夾持槽234及-第二 口持槽237其中’所述第一夾持槽232係開設於該後壁23之底 面且H緣本H 20之基板η底面對應開設有一與第一夾持槽 鲁232相連通的第—固持槽，且該第-固持槽213被所述貫穿部 212刀為刖、後兩部分。該第一央持槽232之底壁開設有一上下貫 穿該後壁23的第—夾持孔233，該第一固持槽213之底壁前端開 设有-上下貫穿該基板21的第—固持孔214。 斤述第一火持槽234及第二固持槽237係開設於該後壁23之 頂面’且该第二夾持槽234平行於該等端子孔231開設。該第二 固持才曰237垂直於第二夾持槽234開設而成，其一端與該第二失 • 浦234 #直連通，其另一端與該絕緣本體2〇之外部連通。該第 二夾持槽234的底壁上開設有一貫穿該後壁23的第二夾持孔235。 請參閱第六圖，所述偵測機構60包括一固定端子61及一可 動端子65。該固定端子61具有一呈豎直板狀的第一夾持部62， 该第一夾持部62 —端之下側緣向一側彎折延伸形成一第一焊接腳 63，其另一端之上侧緣豎直向上延伸設置一第一插腳621，且該端 向一側彎折形成一連接部622。該連接部622之末端呈縱向延伸形 成一長條形之本體部64。該本體部64下側緣的中部向上開設有一 M330646 第-凹陷64卜該本體部64末端的上侧緣向下開設有—第二凹陷 642，且該本體部64的末端登直向上延伸有—固定腳⑷。 該可動端子65具有-第二失持部66，該第二央持部％的下 側緣賢直向下延伸有-第二插腳662。該第二夾持部Μ的一端緣 之上部向-靖折延伸形成—輯部661，該曲折部661之下侧緣 沿向下延伸再向料折形成—第二焊接腳67 ;該第二夾持部的的 另-端向-侧彎折延伸再反向彎折形成折部Μ。該彎折部關 之末端再向該第二鱗部66折回延伸形成—接觸部的，該接觸部 69大致平行於該第二夾持部66，且其下侧緣的—端向内側水平彎 折形成-限位部691，其下側緣的另一端登直向下延伸形成一 部692。 胃 請參閱第七圖及第八圖，所述偵測機構⑼安裝於絕緣本體％ 上夺該口定端子61從絕緣本體2〇的底面插設在絕緣本體汾上， 销端子靴絕緣本體2〇的頂面插設在絕緣本體2G上。該固定 端子61之第一炎持部62設置於該第一夾持槽232内。該連接部 622及本體部64設置於該第一固持槽213内，且該本體㈣的一 部勿位於絕緣本體2〇的貫通部212内。第一焊接腳幻伸出該絕 緣本體20的底祕與—外部板（圖未示）焊接，且其第一插 腳621插置於該第一夾持孔说内，其固定腳643插置於該第一 固持孔214中’從而實現固定端子61之穩固設置。 ，可動端子65之第二夾持部％設置於該第二夹持槽⑽内， 且其第二插腳662插置於該第二夾持孔235内，其曲折部661設 M3 3 0646 置於邊第二固持槽237内，其第二燁接腳67設置於絕緣本體 外以與外部電路板焊接。該可動端子65之彎折部68係設置於唁 固定端子61之本體部64的一側，且該彎折部68的至少_部分伸 入金屬外殼10與絕緣本體20圍成的插卡空間内。可動端子幻之 接觸部69係設置於該固定端子之本體部Μ的另一側，且接觸 部69之限位部691伸入於該固定端子61之第一凹陷⑷内，接 觸部69之止擋部與該固定端子61之本體部64的一端接觸。 請參閱第九圖，當-電子卡7G未完全插人本創作卡連接器工 f ’所述可動端子65之接觸部69彈性抵接於固定端子61的本體 邛64上，彳文而该偵測機構6〇導通一偵測電路。隨著電子卡％之 插入’其電子卡70的一侧緣向一侧抵壓該偵測機構60之可動端 子幻的彎折部68，並使該彎折部68發生彈性形變。當電子卡凡 完全插入插卡空間後’可_子65之接觸部69與_定端子Μ 分離而斷社賴測，從柯觸電子卡衫完全插入本 創作之卡連接器i内。 练上所述，藉由偵测機構6〇，該卡連接器！可偵測電子卡川 之插’且其可動端子65 折部68與鋪部69分別設置 ' 子1兩側’可防止插卡時對摘測機構6〇造成損傷。 【圖式簡單說明】 第一圖係摘作之核接H社體分解圖。 第二圖係摘作之卡連接騎立體组合圖。 第圖係第一圖之卡連接器移除金屬外殼後的組合圖。 M330646 第四圖係絕緣本體從底側看的局部視圖。 第五圖係絕緣本體從上側看的局部視圖。 第/、囷係本創作之卡連接器的偵測機構的結構示意圖。 第七圖係第三圖中VII部分的局部放大圖。 第八圖係固定端子組裝於絕緣本體後的局部視圖。 第九圖係-電子卡插入本創作卡連接器後的局部視圖。 第十圖係一習知卡連接器的結構示意圖。 回M330646 VIII. New description: [New technical field] This creation involves a kind of card connection H, especially related to a card connector with electronic card insertion detection function. [Prior Art] Press, mobile phones, digital cameras and other electronic products are equipped with SIM cards or electronic cards such as cards. The electronic card is electrically connected to other components of the electronic product through the card connector, and the _ county card connection has a function of detecting whether the electronic card is fully inserted. The electronic card insertion _Weizhi card connector has been provided in the prior art, as shown in the tenth figure. The card connector includes an insulative housing 10, a plurality of terminals 20, and a side mechanism. The side mechanism includes a movable terminal 3G, and a fixed terminal. By separating or contacting the movable terminal 3G and the fixed terminal 4G, it is possible to detect whether the electronic card is inserted. However, when the card connector is used, if the force is improper, the electronic card (four) end may directly press against the free end 31 of the movable terminal 30', thereby causing damage to the movable terminal 30'. The grid is limited to the beginning of the scale, and the position of the terminal 4' is determined to prevent the front end of the electronic card from directly pressing against the free end 31 of the movable terminal 3, which increases the difficulty of assembling the card connector. [New Content] The purpose of this creation is to provide a card connector that prevents the detection mechanism from being damaged when the card is inserted. M3 3 0646 - Gold: = ': The card connector provided by Γ 包括 includes - an insulating body, in the pen = body κ measuring mechanism. The conductive terminals are interposed between the saki trees and the insulating body = a card space. The detecting mechanism comprises a fixed terminal and a movable end---================================================================================== The second nip has a second clamping portion on the insulating body, and the second clamping portion is bent at one end to form a bent portion extending into the card space, and the body portion of the bending portion is i, and the end of the riding portion extends back to the second clamping portion to form a contact portion located on the other side of the body of the fixed terminal. The bent portion of the movable terminal of the mechanism can achieve the free end of the movable terminal when the card is inserted. As described above, the detecting and contacting portions of the creative card connector are respectively disposed on both sides of the fixed terminal, the electronic card Directly push the detection mechanism detection mechanism in the direction of the card to cause damage. [Embodiment] In order to explain the technical details, the purpose and the effect of the present invention in detail, the following embodiments are described in detail with reference to the drawings. Referring to the first and second figures, the card connector i of the present invention comprises a metal casing H), an insulative housing 20, a plurality of conductive terminals and a detecting mechanism 6A. The conductive terminals include a plurality of first terminals 30 and a plurality of second terminals 4〇, and the terminals 3〇, 40 and the pre-measuring mechanism 6〇 are respectively disposed on the insulative housing 2〇. The metal casing M3 3 0646 10 covers the insulative housing 20 and forms a card space with the insulative housing 20. The metal casing 10 includes a rectangular top plate U, and the side edges of the top plate u are bent downwardly to form a first side plate 12a and a second side plate 12b. The front edge of the top plate n is bent downward to form a fixing piece m near one end of the second side plate 12b. A plurality of rectangular fixing holes 121 are defined in the first side plate 12a and the second side plate 12b. Referring to the third embodiment, the insulative housing 20 has a plate-shaped substrate 21. The front end of the substrate 21 is longitudinally provided with a plurality of terminal slots 211 for receiving the first terminals 30. The rear end edge of the substrate 21 extends upwardly to form a rear wall 23. The rear wall 23 defines a plurality of terminal holes 231 extending through the rear wall 23, and the terminal holes 231 are for receiving the second terminals 40. The left and right side edges of the substrate 21 respectively extend upward to form a first side wall 22a and a second side wall 226. The front ends of the side walls 22a and 22b respectively protrude forwardly from the front end edge of the substrate 21. The rear portion of the first side wall 22a is hollowed down to form a through portion 212 which divides the first side wall 22a into front and rear portions. A wall 222 is protruded outwardly from the outer side of the first side wall 22a of the insulative housing 20. The length of the retaining wall 222 is slightly shorter than the length of the first side wall 22a for clamping the fixing piece 111 of the metal casing 10. A plurality of rectangular fixing blocks 221 are respectively disposed on the outer side of the pedestal 222 and the outer side of the second side wall 22b, and the fixing blocks 221 are engaged with and fixed to the fixing holes 121 of the metal casing 10. For the insertion of the electronic cards of different specifications, a longitudinally extending rail 223 is disposed on the inner side of the two side walls 22a, 22b, and a longitudinal receiving channel 224 is disposed on the inner side of the second side wall 22b, corresponding to the M3 3 0646 A card withdrawal agency 5〇. The card ejecting mechanism 50 includes a guide bar 5 - a slider 52 and a bounce. 8. The structure is well known to those skilled in the art, and therefore will not be described in detail herein. In the fourth and fifth figures, the wall of the creative card connector 1 is smashed out - the first clamping slot 232, the second clamping slot 234 and the second slot 237 of which the first The clamping groove 232 is formed on the bottom surface of the rear wall 23 and the bottom surface of the substrate η of the H edge H 20 is correspondingly provided with a first holding groove communicating with the first clamping groove 232, and the first holding groove 213 is The bottom portion of the first central holding groove 232 defines a first clamping hole 233 extending through the rear wall 23, and the front end of the bottom wall of the first holding groove 213 is opened. The first holding hole 234 and the second holding groove 237 are formed on the top surface of the rear wall 23 and the second clamping groove 234 is parallel to the first holding hole 214. The second holding hole 237 is formed perpendicular to the second clamping groove 234, and one end thereof is in direct communication with the second ballast 234#, and the other end is insulated from the other end. The second clamping hole 235 extends through the bottom wall of the second clamping slot 234. Referring to the sixth figure, the detecting mechanism 60 includes a fixed terminal 61. And a movable terminal 65. The fixed terminal 61 has a first clamping portion 62 in a vertical plate shape, and the lower edge of the first clamping portion 62 is bent toward one side to form a first soldering leg 63. A first pin 621 extends vertically upward from the other side of the other end, and the end is bent toward one side to form a connecting portion 622. The end of the connecting portion 622 extends longitudinally to form an elongated body portion. 64. The middle portion of the lower side edge of the main body portion 64 defines an M330646 first recess 72. The upper edge of the end of the main body portion 64 is downwardly provided with a second recess 642, and the end of the main body portion 64 extends straight upward. There is a fixing leg (4). The movable terminal 65 has a second missing portion 66, and a lower side edge of the second central portion N extends straight downward with a second pin 662. One end of the second clamping portion The upper edge of the edge extends to form a portion 661, and the lower edge of the meandering portion 661 is extended downward. And forming a second welding leg 67; the other end of the second clamping portion is bent toward the side and then bent in the opposite direction to form a folding portion. The end of the bending portion is further turned toward the first The two scales 66 are folded back to form a contact portion 69. The contact portion 69 is substantially parallel to the second clamping portion 66, and the end of the lower side edge thereof is horizontally bent to form a limit portion 691, and the lower side thereof The other end of the rim extends straight down to form a portion 692. Please refer to the seventh and eighth figures for the stomach. The detecting mechanism (9) is mounted on the insulating body % to capture the opening terminal 61 from the bottom surface of the insulating body 2 The top surface of the pin terminal shoe insulative housing 2 is inserted into the insulative housing 2G. The first insulative portion 62 of the fixed terminal 61 is disposed in the first clamping groove 232. The connecting portion 622 and the body portion 64 are disposed in the first holding groove 213, and a portion of the body (4) is not located in the through portion 212 of the insulating body 2〇. The first soldering foot protrudes from the bottom of the insulative housing 20 and is soldered to the outer panel (not shown), and the first pin 621 is inserted into the first clamping hole, and the fixing leg 643 is inserted. The first holding hole 214 is 'in order to achieve a stable arrangement of the fixed terminal 61. The second clamping portion of the movable terminal 65 is disposed in the second clamping slot (10), and the second pin 662 is inserted into the second clamping hole 235, and the bent portion 661 is placed at M3 3 0646 In the second holding groove 237, the second clamping leg 67 is disposed outside the insulating body to be welded to the external circuit board. The bent portion 68 of the movable terminal 65 is disposed on one side of the body portion 64 of the fixed terminal 61, and at least a portion of the bent portion 68 extends into the card space surrounded by the metal casing 10 and the insulative housing 20. . The movable terminal phantom contact portion 69 is disposed on the other side of the main body portion 该 of the fixed terminal, and the limiting portion 691 of the contact portion 69 extends into the first recess (4) of the fixed terminal 61, and the contact portion 69 terminates. The stopper is in contact with one end of the body portion 64 of the fixed terminal 61. Referring to the ninth figure, when the electronic card 7G is not fully inserted into the present card connector, the contact portion 69 of the movable terminal 65 elastically abuts against the body 邛 64 of the fixed terminal 61. The measuring mechanism 6 turns on a detecting circuit. As the electronic card is inserted, the side edge of the electronic card 70 is pressed against the movable end of the detecting mechanism 60 toward the one side, and the bent portion 68 is elastically deformed. When the electronic card is fully inserted into the card space, the contact portion 69 of the _ _ 65 is separated from the _ terminal Μ and the shackle is completely inserted into the card connector i of the creator. As described above, the detection mechanism 6〇, the card connector! The insertion of the electronic card can be detected, and the movable portion 65 and the flap portion 69 are respectively provided with 'sub1 sides' to prevent damage to the picking mechanism 6 when the card is inserted. [Simple description of the diagram] The first figure is an exploded view of the core of the H-body. The second picture is a three-dimensional combination diagram of the card connection riding. The figure is a combination of the card connector of the first figure after removing the metal casing. M330646 The fourth figure is a partial view of the insulative body as seen from the bottom side. The fifth figure is a partial view of the insulative body as seen from the upper side. The / / 囷 is the structure diagram of the detection mechanism of the card connector of the present invention. The seventh figure is a partial enlarged view of the portion VII in the third figure. The eighth figure is a partial view of the fixed terminal assembled to the insulative housing. The ninth figure is a partial view of the electronic card inserted into the creative card connector. The tenth figure is a schematic structural view of a conventional card connector. return
【主要元件符號說明】 習知技術： 絕緣本體 10, 可動端子 30, 自由端 31， 本創作： 卡連接器 1 頂板 11 第一側板 12a 固定孔 121 基板 21 貫通部 212 第一固持孔 214 第二側牆 22b 擋牆 222 端子 20 固定端子 40 金屬外殼 10 固定片 111 第二側板 12b 絕緣本體 20 端子槽 211 第一固持槽 213 第一側牆 22a 固定塊 221 導執 223[Main component symbol description] Conventional technology: Insulating body 10, movable terminal 30, free end 31, the present invention: card connector 1 top plate 11 first side plate 12a fixing hole 121 substrate 21 through portion 212 first holding hole 214 second Side wall 22b Retaining wall 222 Terminal 20 Fixed terminal 40 Metal case 10 Fixing piece 111 Second side plate 12b Insulating body 20 Terminal groove 211 First holding groove 213 First side wall 22a Fixed block 221 Guide 223
11 M330646 容置槽道 端子孔 第一夾持孔 第二夾持孔 第一端子 退卡機構 滑塊 偵測機構 第一夾持部 連接部 本體部 第二凹陷 可動端子 曲折部 第二焊接腳 接觸部 止擋部 後壁 23 第一夾持槽 232 第二夾持槽 234 第二固持槽 237 第二端子 40 導銷 51 彈簧 53 固定端子 61 第一插腳 621 第一焊接腳 63 第一凹陷 641 固定腳 643 第二夾持部 66 第二插腳 662 彎折部 68 限位部 691 電子卡 70 1211 M330646 accommodating channel terminal hole first clamping hole second clamping hole first terminal ejector mechanism slider detecting mechanism first clamping portion connecting portion body portion second recess movable terminal meandering portion second soldering foot contact Part stop rear wall 23 first clamping groove 232 second clamping groove 234 second holding groove 237 second terminal 40 guide pin 51 spring 53 fixed terminal 61 first pin 621 first soldering leg 63 first recess 641 fixed Leg 643 second clamping portion 66 second pin 662 bent portion 68 limiting portion 691 electronic card 70 12