M318821 八 > 新型說明： 【新型所屬之技術領域】 本創作是關於一種電子卡連接器，特別是關於一種可檢測插 入電子卡位置及設定狀態的電子卡連接器。 【先前技術】 隨著數位電視、筆記本電腦等電子産品的日益普及，相應的 移動存儲卡也成爲不可或缺的配件。然習知存儲卡標準繁多， - 各生産廠家推出如 SD(Secure Digital)卡、MS ( Memory Stick) • 卡、XD (Extreme Digital)卡等多種類型。各數碼産品製造商 爲便於用戶使用，通常會提供具有擴展功能的電子卡連接器， 如，習知的四合一、六合一電子卡連接器等，以相容多種規格 存儲卡插接。 然，當一電子卡***電子卡連接器中，若未能檢測是否被推 •入至定位點，則電子卡連接器需要耗費等待電能以隨時接受插 ‘至定位的電子卡。再者’有些電子卡上設置有讀/寫開關，以 便使用者可撥動讀/寫開關或狀態設定鈕來防止内部資料被修 改。爲解決檢測位置及讀/寫開關設定的問題，中華民國專利 第M267600號公開-種多合-電子卡連接器的檢測模組。如圖 1(a)、1(b)所示’該多合一電子卡連接器90包括、絕緣本體％、 複數端子組（未標號）及一檢測模組8,可供兩種不同類型的 電子卡***而與相應的端子組對接。 該檢測模組8包括一共用端子81及兩接觸端子82。共用端子 81爲一體成型且形狀複雜的金屬端子，其中央具有一美部 811，並於基部811上設有透孔812。基部811 一側連續彎折^第 M3 ϊ 8821 一抵持部813，而遠離第一抵持部813另一側則彎折有轉折部 814，及由轉折部814—側延伸的彈性臂815。彈性臂815末端爲 連續彎折的可于透孔812内往復位移的第二抵持部816，且第一 抵持部813與第二抵持部816末端皆設有接觸部8131、8161。接 觸端子82具有一基部821，基部821 —侧連續彎折有抵接部 822，而另一侧則設有可供連接檢測電路的接合端823。 如圖1(a)、1(b)所示，檢測模組8中的兩共用端子81設置於兩 接觸端子82的側邊，因爲該三個端子是並排組設於絕緣本體91 的—側而需佔據較大的空間，從而使得電子卡連接器9〇整體尺 寸增加，或在整體尺寸不變的情況下增加製造難度。 另外，美國專利第6641413號公開一種存儲卡連接器，然而 其檢測模組的檢測端子的焊接部並未延伸於連接器的後端，因 此與導電端子的共面性較差，將會增加烊接難度或産生虛焊的 現象。 雖然從表面上看，該習知電子卡連接器解決了檢測已***電 子卡位置及設定狀態的問題。然而，實際上檢測端子佔據空間 較大、端子形狀複雜且與導電端子的共面性較差，將會增加電 子卡連接器的整體尺寸、製造成本及造成電連接不穩定。 【新型内容】 本創作的目的就在於提供一種電子卡連接器，該電子卡連接 器的檢測模組的端子垂直排組設於絕緣本體上，可減少電子卡 連接器的整體尺寸。該檢測模組的端子形狀簡單及穩固，因此 製造性高且端子彼此接觸較穩定。另外，檢測模組端子的焊接 部與導電端子的焊接部設於同一平面，所以焊接難度較低。 M318821 一根據本創作的電子卡連接器是依據下述方案：一種電子卡 連接器，具有一絕緣本體、至少一收容於該絕緣本體内具有接 觸部及焊接部的端子組，及一檢測模組。該檢測模組包括一第 一檢測端子.、一第二檢測端子及一公共端子。該公共端子包括 一連接部，及分別自該連接部相對的兩侧同向延伸的一第一臂 部及一第二臂部。該第一檢測端子包括一第一抵持部，及一自 該抵持部向該公共端子的第一臂部延伸的第一接觸部。該第二 檢測端子包括一第二抵持部，及一自該抵持部向該公共端子的 第二臂部延伸的第二接觸部。 該第一檢測端子及第二檢測端子是並排設置在該絕緣本體 上，該公共端子的連接部設置在並排的該第一檢測端子及第二 檢測端子上方。在一實施例中，該公共端子進一步包括一自該 連接部向該端子組的焊接部方向延伸的公共焊接部。該第一檢 測端子包括一與該第一抵持部連接並且收容於該絕緣本體内 的第一基部，及一自該第一基部向該端子組的焊接部方向延伸 的焊接部。該第二檢測端子進一步包括一與該第二抵持部連接 並且收容於該絕緣本體内的第二基部，及一自該第二基部向該 端子組的焊接部方向延伸的焊接部。該第一基部進一步包括複 數個收容於該絕緣本體内的固定部。該第二基部進一步包括複 數個收容於該絕緣本體内的固定部。在另一實施例中，該絕緣 本體進一步包括一第一絕緣本體，及一設置於該第一絕緣本體 上方的第二絕緣本體。該公共端子收容於該第二絕緣本體内， 而該第一檢測端子及第二檢測端子收容於該第一絕緣本體 内。該第一檢測端子與第二檢測端子分別固定在第一絕緣本體 ‘M318821 所設置的第一收容槽及第二收容槽中。該公共端子的第一臂部 及第二臂部分別固定在該第二絕緣本體所設置的第一插合槽 及第二插合槽中。在一實施例中，該端子組用於與一具有狀態 設定鈕的電子卡對接，該電子卡會推頂該第二檢測端子的第二 抵持部，並使得該第二接觸部接觸該公共端子的第二臂部。該 第一抵持部會根據該電子卡上狀態設定紐的位置而決定被推 頂，從而使得該第一接觸部接觸該公共端子的第一臂部。 本創作與習知電子卡連接器相比較，其公共端子垂直排組設 於第一檢測端子及第二檢測端子的上方，因此佔據較小的空間 而使得電子卡連接器的整體尺寸減少。另一方面，第一檢測端 子、第二檢測端子及公共端子的形狀簡單及穩固，因此可製造 性高且端子彼此接觸較穩定，又各端子的焊接部與導電端子的 焊接部設於同一平面，所以焊接難度較低，電連接穩定，提高 産品整體性能和壽命。 【實施方式】 為便於更好的理解本創作，現結合本創作的一較佳實施例作 詳細說明。 如圖2、3、4所示，一根據本創作的電子卡連接器1包含一蓋 體2(本實施例爲一金屬蓋體）、一包含一第一絕緣本體3與一第 二絕緣本體4的絕緣本體；一收置於絕緣本體的檢測模組6 ; — 收置於第一絕緣本體3内的前排端子組5a;收容於第二絕緣本 體4内的第一後排端子組5b及第二後排端子組5c及一退卡機構 7。該電子卡連接器1可供複數規格類型電子卡Cl、C2、C3分 別由其***端10***，分別與相應的前排端子組、第一後排端 M318821 子組及第二後排端子組5a 、5b 、5c的端子51、52、53對接。 本實施例中的電子卡連接器1是設計供XD的第一類型電子卡 Cl、SD的第二類型電子卡C2、MS的第三類型電子卡03共3種 卡插置（可分別參見圖10(b)、14、15，亦可是同樣尺寸規格類 型的其他電子卡）。 本實施例中第一絕緣本體3位於下方，包含一底板30，及自 底板30相對兩側向上延伸的第一側壁31與第二側壁32。第二絕 緣本體4設於第一絕緣本體3上方，具有一基部40、自基部40前 端向***端10延伸的收納部41，及自基部40與收納部41一側向 ***端10延伸的配合部42。配合部42覆於第一側壁31上，與第 二側壁32—同於***端10形成可構成不同電子卡Cl、C2、C3 ***的第一插口 10a、第二插口 10b及第三插口 10c以及對應的 ***的執道，以選擇***相應的第一、第二或第三類型電子卡 Cl、C2、C3。又檢測模組6可檢測第二類型電子卡C2***的位 置及設定狀態，當然本創作的檢測模組6並不局限於檢測上述 第二類型電子卡C2,還應包含熟悉本領域技術人員所熟知的其 他類型電子卡。 如圖5、6所示，各導電端子組5a、5b、5c的端子51、52、53 可分別與相應電子卡Cl、C2、C3的對接，並分別具有焊接至 電路板上的焊接部501a、501b、501c。檢測模組6包括一第一 檢測端子61、一第二檢測端子62及一公共端子63，該第一檢測 端子61的第一抵持部611會對應第二類型電子卡C2上狀態設定 鈕C21(參見圖9)的位置而被推頂或未被推頂。當第一抵持部 611被狀態設定鈕C21推向侧邊，第一檢測端子61會和公共端子 M318821 63接觸並形成電性連接的通路。 、略第二檢測端子62的第二抵持部 621會因循第二類型電子卡C2的前側邊而被推頂，當第二抵持 部621被推向侧邊時使得第二一端子62接觸公共端子63，同 時也形成另一電性連接的通路。钕,κ T 0, ^ ^ t 第一檢測鈿子61與第二檢測端 子62分別固定在第一絕緣本體3 +媸3的第一收容槽33及第二收容槽M318821 八 > New Description: [New Technology Field] This creation is about an electronic card connector, especially an electronic card connector that can detect the position and setting state of an inserted electronic card. [Prior Art] With the increasing popularity of electronic products such as digital TVs and notebook computers, the corresponding mobile memory cards have become indispensable accessories. However, there are many standard types of memory cards, and various manufacturers have introduced various types such as SD (Secure Digital) cards, MS (Memory Stick) cards, and XD (Extreme Digital) cards. For the convenience of users, digital product manufacturers usually provide extended electronic card connectors, such as the traditional four-in-one, six-in-one electronic card connectors, etc., to accommodate a variety of memory card docking. However, when an electronic card is inserted into the electronic card connector, if it is not detected whether it is pushed to the positioning point, the electronic card connector needs to wait for power to accept the inserted electronic card at any time. Furthermore, some electronic cards are provided with a read/write switch so that the user can toggle the read/write switch or the status setting button to prevent internal data from being modified. In order to solve the problem of the detection position and the setting of the read/write switch, the Republic of China Patent No. M267600 discloses a detection module for a multi-integral-electronic card connector. As shown in FIGS. 1(a) and 1(b), the all-in-one electronic card connector 90 includes an insulating body %, a plurality of terminal groups (not labeled), and a detecting module 8 for two different types. The electronic card is inserted and docked with the corresponding terminal group. The detection module 8 includes a common terminal 81 and two contact terminals 82. The common terminal 81 is a metal terminal which is integrally formed and has a complicated shape, and has a beauty portion 811 at the center thereof, and a through hole 812 is formed in the base portion 811. One side of the base portion 811 is continuously bent and the M3 ϊ 8821 is abutting portion 813, and the other side away from the first abutting portion 813 is bent with a turning portion 814 and a resilient arm 815 extending from the side of the turning portion 814. The end of the elastic arm 815 is a continuously bent second abutting portion 816 which is reciprocally displaceable in the through hole 812, and the first abutting portion 813 and the second abutting portion 816 are provided with contact portions 8131 and 8161 at the end. The contact terminal 82 has a base portion 821 on the side where the abutment portion 822 is continuously bent, and the other side is provided with an engagement end 823 to which the detection circuit is connected. As shown in FIG. 1(a) and FIG. 1(b), the two common terminals 81 of the detecting module 8 are disposed on the sides of the two contact terminals 82 because the three terminals are arranged side by side on the side of the insulating body 91. It is necessary to occupy a large space, so that the overall size of the electronic card connector 9 is increased, or the manufacturing difficulty is increased without changing the overall size. In addition, U.S. Patent No. 6,641,313 discloses a memory card connector. However, the soldering portion of the detecting terminal of the detecting module does not extend to the rear end of the connector, so that the coplanarity with the conductive terminal is poor, and the connection is increased. Difficulty or the phenomenon of virtual welding. Although on the surface, the conventional electronic card connector solves the problem of detecting the position and setting state of the inserted electronic card. However, in practice, the detecting terminal occupies a large space, the terminal shape is complicated, and the coplanarity with the conductive terminal is poor, which increases the overall size, manufacturing cost, and instability of the electrical connection of the electronic card connector. [New content] The purpose of the present invention is to provide an electronic card connector in which the terminals of the detection module of the electronic card connector are vertically arranged on the insulative housing to reduce the overall size of the electronic card connector. The terminal shape of the detection module is simple and stable, so that the manufacturing property is high and the terminals are in contact with each other stably. Further, since the welded portion of the detection module terminal and the welded portion of the conductive terminal are disposed on the same plane, the welding difficulty is low. M318821 The electronic card connector according to the present invention is based on the following scheme: an electronic card connector having an insulative housing, at least one terminal set having a contact portion and a soldering portion in the insulating body, and a detecting module . The detection module includes a first detection terminal, a second detection terminal and a common terminal. The common terminal includes a connecting portion and a first arm portion and a second arm portion extending in the same direction from opposite sides of the connecting portion. The first detecting terminal includes a first abutting portion and a first contact portion extending from the abutting portion toward the first arm portion of the common terminal. The second detecting terminal includes a second abutting portion and a second contact portion extending from the abutting portion toward the second arm portion of the common terminal. The first detecting terminal and the second detecting terminal are disposed side by side on the insulating body, and the connecting portion of the common terminal is disposed above the first detecting terminal and the second detecting terminal which are arranged side by side. In one embodiment, the common terminal further includes a common weld extending from the connecting portion toward the weld portion of the terminal set. The first detecting terminal includes a first base portion connected to the first resisting portion and housed in the insulating body, and a soldering portion extending from the first base portion toward the soldering portion of the terminal group. The second detecting terminal further includes a second base portion connected to the second resisting portion and housed in the insulating body, and a soldering portion extending from the second base portion toward the soldering portion of the terminal group. The first base further includes a plurality of fixing portions housed in the insulating body. The second base further includes a plurality of fixing portions housed in the insulating body. In another embodiment, the insulative housing further includes a first insulative housing and a second insulative housing disposed above the first insulative housing. The common terminal is received in the second insulating body, and the first detecting terminal and the second detecting terminal are received in the first insulating body. The first detecting terminal and the second detecting terminal are respectively fixed in the first receiving slot and the second receiving slot provided by the first insulating body ‘M318821. The first arm portion and the second arm portion of the common terminal are respectively fixed in the first insertion slot and the second insertion slot provided in the second insulative housing. In one embodiment, the terminal set is for interfacing with an electronic card having a state setting button, the electronic card pushing the second abutting portion of the second detecting terminal, and causing the second contact to contact the common The second arm of the terminal. The first abutting portion determines to be pushed according to the position of the state setting button on the electronic card, so that the first contact portion contacts the first arm portion of the common terminal. Compared with the conventional electronic card connector, the common terminal of the common terminal is disposed above the first detecting terminal and the second detecting terminal, thereby occupying a small space and reducing the overall size of the electronic card connector. On the other hand, the shape of the first detecting terminal, the second detecting terminal, and the common terminal is simple and stable, so that the manufacturability is high and the contacts of the terminals are relatively stable, and the soldering portions of the terminals and the soldering portions of the conductive terminals are disposed on the same plane. Therefore, the welding is less difficult, the electrical connection is stable, and the overall performance and life of the product are improved. [Embodiment] In order to facilitate a better understanding of the present invention, a preferred embodiment of the present invention will now be described in detail. As shown in FIG. 2, FIG. 3 and FIG. 4, an electronic card connector 1 according to the present invention includes a cover 2 (in this embodiment, a metal cover), and a first insulative housing 3 and a second insulative housing. Insulation body of 4; a detection module 6 disposed in the insulative housing; - a front terminal group 5a received in the first insulative housing 3; and a first rear terminal group 5b housed in the second insulative housing 4 And a second rear row terminal group 5c and a card ejecting mechanism 7. The electronic card connector 1 can be inserted into the plurality of specification type electronic cards C1, C2, and C3 from the insertion end 10 thereof, respectively, and the corresponding front row terminal group, the first rear row end M318821 subgroup, and the second rear row terminal group. The terminals 51, 52, and 53 of 5a, 5b, and 5c are butted. The electronic card connector 1 in this embodiment is a type 3 card insertion of a third type of electronic card 03 of a second type of electronic card C2, MS of a first type of electronic card C1, SD for XD (see Figure 10(b), 14, and 15 can also be other electronic cards of the same size and specification type). In this embodiment, the first insulative housing 3 is located below, and includes a bottom plate 30 and first and second side walls 31 and 32 extending upward from opposite sides of the bottom plate 30. The second insulative housing 4 is disposed above the first insulative housing 3 and has a base portion 40, a receiving portion 41 extending from the front end of the base portion 40 toward the insertion end 10, and a mating portion extending from the base portion 40 and the receiving portion 41 toward the insertion end 10. Part 42. The mating portion 42 is disposed on the first side wall 31, and forms a first socket 10a, a second socket 10b, and a third socket 10c, which can form different electronic cards C1, C2, and C3, and the second side wall 32, and the insertion end 10. Corresponding insertions are made to selectively insert the corresponding first, second or third type of electronic cards C1, C2, C3. The detection module 6 can detect the position and setting state of the insertion of the second type of electronic card C2. Of course, the detection module 6 of the present invention is not limited to detecting the second type of electronic card C2, and should also include those skilled in the art. Other types of electronic cards that are well known. As shown in FIGS. 5 and 6, the terminals 51, 52, 53 of the respective conductive terminal groups 5a, 5b, 5c can be respectively abutted with the corresponding electronic cards C1, C2, C3, and have soldering portions 501a soldered to the circuit board, respectively. , 501b, 501c. The detecting module 6 includes a first detecting terminal 61, a second detecting terminal 62 and a common terminal 63. The first resisting portion 611 of the first detecting terminal 61 corresponds to the state setting button C21 of the second type electronic card C2. (See Figure 9) the position is pushed or not pushed. When the first resisting portion 611 is pushed to the side by the state setting button C21, the first detecting terminal 61 comes into contact with the common terminal M318821 63 and forms a path for electrical connection. The second abutting portion 621 of the second detecting terminal 62 is pushed up by the front side of the second type electronic card C2, and the second terminal 62 is made when the second abutting portion 621 is pushed to the side. Contacting the common terminal 63 also forms a path for another electrical connection.钕, κ T 0, ^ ^ t The first detecting scorpion 61 and the second detecting terminal 62 are respectively fixed to the first receiving slot 33 and the second receiving slot of the first insulative housing 3 + 媸 3
34中。公共端子63的第一臂部A 成H 631及第二臂部632是自一連接部 633相對的二側同向延伸並分另1 刀別固定在第二絕緣本體4上第一 插合槽431及第二插合槽432中，。 如圖7所示’公共端子63的連接部633位於第-檢測端子61及 第二檢測端子62的上方，第—臂部631及第二臂部㈣分別自連 接部633相制三側向插人端咐向延伸n部631的另一 侧和一第一彈性臂636相連接，第一彈性臂636末端連接一第一 抵接部634。公共端子63的第二臂部632本身是爲一具彈性的部 位，其刖端疋一第二抵接部635，從第一臂部631向***端1〇反 方向延伸一延展部637，並有一公共焊接部638設于延展部63；7 的末端。 位於連接部633下方的第一檢測端子61有一第一基部615向 ***端ίο的方向及反方向分別延伸，自第一基部615往***端 ίο斜向延伸一第一轉折部614。第一抵持部611是位於第一轉折 部614相對第一基部615的另一侧，其呈弧形彎折並轉向公共端 子63的第-臂部631。第—檢測端子61與第_抵接部634對應的 位置設有一第一接觸部612,當第一抵持部611被第二類型電子 卡C2侧邊或狀態設定鈕C21推向第一抵接部634後，第一抵接部 634會和第-接觸部612相互接觸，而使得公共端子神第一檢 M318821 測端子61形成電性連接的通路。于第__基部6i5的下方進一步34. The first arm portion A of the common terminal 63 is H 631 and the second arm portion 632 extends in the same direction from opposite sides of a connecting portion 633 and is fixed to the first insulating body 4 in the first engaging slot. 431 and the second insertion slot 432. As shown in FIG. 7, the connection portion 633 of the common terminal 63 is located above the first detecting terminal 61 and the second detecting terminal 62, and the first arm portion 631 and the second arm portion (four) are three laterally inserted from the connecting portion 633, respectively. The other end of the first end portion 631 is connected to a first elastic arm 636, and the first elastic arm 636 is connected to a first abutting portion 634. The second arm portion 632 of the common terminal 63 itself is an elastic portion, and the second end portion 635 is extended from the first arm portion 631 to the insertion end 1 in the opposite direction, and an extension portion 637 is extended. A common weld 638 is provided at the end of the extension 63; The first detecting terminal 61 located below the connecting portion 633 has a first base portion 615 extending in a direction opposite to the insertion end ίο and a reverse direction, and a first turning portion 614 extends obliquely from the first base portion 615 toward the insertion end ίο. The first abutting portion 611 is located on the other side of the first inflection portion 614 with respect to the first base portion 615, and is bent in an arc shape and turned to the first arm portion 631 of the common terminal 63. The first detecting portion 61 is provided with a first contact portion 612 at a position corresponding to the first abutting portion 634, and the first abutting portion 611 is pushed toward the first abutting by the side of the second type electronic card C2 or the state setting button C21. After the portion 634, the first abutting portion 634 and the first contact portion 612 are in contact with each other, so that the common terminal god M318821 measuring terminal 61 forms an electrically connected path. Further below the __ base 6i5
^複，個U613 ’固^部613的側邊設有複數個棘塊 仙；當固定部613***第—收容槽33的卡溝331内，棘塊仙 會和卡溝331的侧臂干涉而被卡持住（見圖晴。另外，自第一 基部615往插人端1G反方向延伸-延展部6Π，該延展部617是 自第-基細上端先水平往絕緣本體3内部延伸，再繼續轉向 公共焊接部638的方向並平行于延展部㈣方向延伸，並有一第 一焊接部616設于延展部617的末端。 第二檢測端子62的第二基部625向***端1〇的方向及反方向 分別延伸，自第二基部625往***端10斜向延伸一第二轉折部 624。第二抵持部621是位於第二轉折部624相對第二基部625的 另一側，其呈弧形彎折並轉向公共端子63的第二臂部632。第 二檢測端子62與第二抵接部635對應的位置設有一第二接觸部 622,當第二抵持部621被第二類型電子卡C2侧邊推向第二抵接 部635後，第二抵接部635會和第二接觸部622相互接觸，而使 得公共端子63和第二檢測端子62形成電性連接的通路。于第二 基部625的下方還延伸複數個固定部623，固定部623的側邊設 有複數個棘塊6231 ;當固定部623***第二收容槽34的卡溝341 内，棘塊6231會和卡溝341的侧臂干涉而被卡持住（見圖8(c))。 另外，自第二基部625往***端1〇反方向延伸一延展部627，該 延展部627是第二基部625向公共焊接部638的方向並平行于延 展部637方向延伸，並有一第二焊接部626設于延展部627的末 端。 圖8(a)是圖2中電子卡連接器的俯視圖。圖8(b)、8(c)、8(d)、 M318821 8⑷是分別沿圖8⑷中AA、BB、cc、⑽綠哉取的剖視圖。公 共端子63的焊接部㈣、第-檢測端子叫焊㈣616及第二檢 測端子62的焊接部626和各導電端子級的的焊接部5〇1&、 5〇1b、5〇lc均位於同-水平®，所以焊接报容易。如圖8(b)、 8⑷8(e)所示’第-檢測端子61與第二檢測端代分別The U613 'fixed portion 613 is provided with a plurality of spines on the side of the fixed portion 613; when the fixed portion 613 is inserted into the recess 331 of the first receiving groove 33, the spine block interferes with the side arm of the card groove 331 The card is held by the card (see FIG. Continue to the direction of the common weld portion 638 and extend parallel to the extension portion (four) direction, and a first weld portion 616 is provided at the end of the extension portion 617. The second base portion 625 of the second detection terminal 62 is oriented in the direction of the insertion end 1 The second extending portion 621 is obliquely extended from the second base portion 625 to the insertion end 10. The second abutting portion 621 is located on the other side of the second turning portion 624 opposite to the second base portion 625. The second arm portion 632 is bent and turned to the common terminal 63. The second detecting portion 62 is provided with a second contact portion 622 at a position corresponding to the second abutting portion 635, and the second resisting portion 621 is used by the second type of electron. After the side of the card C2 is pushed toward the second abutting portion 635, the second abutting portion 635 and the second contact portion 622 The plurality of fixing portions 623 are further disposed under the second base portion 625, and the plurality of fixing portions 623 are disposed on the side of the fixing portion 623. When the fixing portion 623 is inserted into the card groove 341 of the second receiving groove 34, the ratchet block 6231 interferes with the side arm of the card groove 341 and is caught (see FIG. 8(c)). In addition, from the second base portion 625 The insertion end 1 延伸 extends in the opposite direction to an extension portion 627 which is a direction of the second base portion 625 extending toward the common weld portion 638 and parallel to the extension portion 637, and a second weld portion 626 is disposed at the extension portion 627 Figure 8(a) is a top view of the electronic card connector of Figure 2. Figures 8(b), 8(c), 8(d), and M318821 8(4) are green along AA, BB, cc, (10) in Figure 8(4), respectively. A cross-sectional view of the soldering portion (four) of the common terminal 63, a soldering portion 626 of the first detecting terminal (four) 616 and the second detecting terminal 62, and a soldering portion of each of the conductive terminal terminals 5〇1&, 5〇1b, 5〇 Lc is located at the same level - level, so the welding report is easy. As shown in Figure 8 (b), 8 (4) 8 (e) 'the first detection terminal 61 and the second detection Generation respectively
固定在第-絕緣本體3的第-收容槽33及第二收容槽％中形成 並排的設置’ &共端子63的第-臂部631及第二臂部632也分別 固定在第二絕緣本體4上第一插合槽431及第二插合槽432中。 另外，第一檢測端子61的固定部613***第_收容槽33的卡溝 331内’並第二檢測端子62的固定部623〜第：收容槽34的卡 溝341内。如圖8⑷所示’公共端子63的連接部⑶位於第一檢 測端子61及第二檢測端子62的上方。 圖9是圖3中電子卡連接器預備***一第二類型電子卡時的 立體圖。k類型電子卡C2靠近檢測模級6的_侧設有讀寫的 狀態設定鈕C21 ’圖中狀態設定鈕C21的位置處於防防寫位置 P1。如圖10⑷所示，當第二類型電子卡C2***絕緣本體3内， 第-抵持部611被第二類型電子卡C2前緣的侧邊推向外側，第 一檢測端子61的第一接觸部612會和公共端子63的第一抵接部 634接觸並形成電性連接的通路，同時第二檢測端子62的第二 接觸部622並未和公共端子63的第二抵接部635接觸。如圖1〇(b) 所示，當第二類型電子卡C2***絕緣本體3的定位，第一抵持 部611未碰觸狀態設定鈕C21，也沒被第二類型電子+C2的侧邊 推頂，因此第一檢測端子61的第一接觸部612會和公共端子63 的第一抵接部634仍保持相當的空隙並形成電性斷路；同時第 •12- M318821 二抵持部621被第二類型電子卡C2側邊推向第二抵接部63 5 後，第二抵接部635會和第二接觸部622相互接觸，而使得公共 端子63和第二檢測端子62形成電性連接的通路。根據固定電子 卡連接器1的電路板（未圖式）分別定義公共端子63和第一檢測 端子61間形成的電性回路及公共端子63和第二檢測端子62間 形成的電性回路，就能確認第二類型電子卡C2是否推至定位及 讀寫的狀態設定爲何。 圖11是圖3中電子卡連接器預備***第二類型電子卡時的立 體圖。第二類型電子卡C2靠近檢測模組6的—侧設有讀寫的狀 態設定鈕C21，圖中狀態設定鈕C21的位置處於讀寫位置p2。 如圖12所示，t第二類型電子卡C2***絕緣本體3的定位，第 -抵持部611碰觸狀態設定紐C21而被推向外侧’第—檢測端子 ㈣第-接觸部犯會和公共端子Ο的第—抵接部糾接觸並 形成電性連接的通路；同時第二抵持部621被第二類型電 C2侧邊推向第二抵接部635後，第二抵接部635會和第二接觸部 622相互接觸’岐得公共端子_第二檢㈣子 紐 連接的通路。 X电性 =13、14所示’第—類型電子切與鄰近隸人端Μ的前 部定位，因此_ 視圖。因爲第三卡連接器對接第三類型電子卡C3的俯 卡C36^,丨: 子卡Ο的寬度較窄，所以第三類型電子 持部621。也不會因完全***而碰觸第—抵持部611及第二抵 綜上所述，本創作的 電子卡連接器通過檢測模組的端子垂直 -13 - M318821 排組設於絕緣本體上，可減少檢測模組所佔據的空間及電子卡 連接器的整體尺寸。該檢測模組的端子形狀簡單及穩固，因此 製造性高且端子彼此接觸較穩定。另外，檢測模組端子的焊接 部與導電端子的焊接部設於同一平面，所以焊接容易。 本創作的技術内容及技術特點已揭示如上，然而熟悉本領域 的技術人員仍可能基於本創作的教示及揭示而作種種不背離 本創作精神的替換及修飾。因此，本創作的保護範圍應不限於 ^ 實施例所揭示的内容，而應包括各種不背離本創作的替換及修 _ 飾，並為本專利申請請求項所涵蓋。 【圖式簡單說明】 圖1(a)係一習知電子卡連接器的立體圖； 圖1(b)係圖1中檢測模組的立體圖； 圖2係一根據本創作的電子卡連接器的立體圖； - 圖3係圖2中電子卡連接器移除蓋體後的立體圖； 圖4係圖3中電子卡連接器的另一角度的立體圖； I 圖5係圖3中電子卡連接器的俯視圖； 圖6係圖3中電子卡連接器的立體分解圖； 圖7係圖3中檢測模組的立體圖； 圖8(a)係圖2中電子卡連接器的俯視圖； 圖8(b)係沿圖8(a)中AA線截取的剖視圖； 圖8(c)係沿圖8(a)中BB線截取的剖視圖； 圖8(d)係沿圖8(a)中CC線截取的剖視圖； 圖8(e)係沿圖8(a)中DD線截取的剖視圖及局部放大圖； 圖9係圖3中電子卡連接器預備***一第二類型電子卡時的 -14- M318821 立體圖； 圖10(a)係圖9中電子卡連接器***第二類型電子卡的俯視 圖， 圖10(b)係圖9中電子卡連接器對接第二類型電子卡的俯視 圖； 圖11係圖3中電子卡連接器預備***第二類型電子卡時的立 體圖； 圖12係圖11中電子卡連接器對接第二類型電子卡的俯視圖； 圖13係圖3中電子卡連接器對接第二類型電子卡的立體圖； 圖14係圖13中電子卡連接器對接第二類型電子卡的俯視 圖；以及 圖15係圖3中電子卡連接器對接第三類型電子卡的俯視圖。 【主要組件符號說明】 1電子卡連接器 2 蓋體 3第一絕緣本體 4 第二絕緣本體 6檢測模組 7 退卡機構 8檢測模組 10 ***端 30底板 31 第一側壁 32第二側壁 40 基部 41收納部 42 配合部 51、52、53 端子 61 第一檢測端子 62第二檢測端子 63 公共端子 81共用端子 82 接觸端子 90電子卡連接器 91 絕緣本體 -15- M318821The first arm portion 631 and the second arm portion 632 which are disposed in parallel with each other in the first receiving groove 33 and the second receiving groove % of the first insulating body 3 are also fixed to the second insulating body. 4 is in the first insertion slot 431 and the second insertion slot 432. Further, the fixing portion 613 of the first detecting terminal 61 is inserted into the inside of the groove 331 of the first receiving groove 33 and the fixing portion 623 of the second detecting terminal 62 is in the groove 341 of the receiving groove 34. The connecting portion (3) of the common terminal 63 is located above the first detecting terminal 61 and the second detecting terminal 62 as shown in Fig. 8 (4). Figure 9 is a perspective view of the electronic card connector of Figure 3 when it is ready to be inserted into a second type of electronic card. The k type electronic card C2 is located near the _ side of the detecting mode 6 and is provided with a read/write state setting button C21'. The position of the state setting button C21 in the figure is at the anti-write prevention position P1. As shown in FIG. 10(4), when the second type of electronic card C2 is inserted into the insulative housing 3, the first-butting portion 611 is pushed to the outside by the side of the leading edge of the second type of electronic card C2, and the first contact of the first detecting terminal 61 The portion 612 contacts the first abutting portion 634 of the common terminal 63 and forms a path for electrical connection, while the second contact portion 622 of the second detecting terminal 62 does not contact the second abutting portion 635 of the common terminal 63. As shown in FIG. 1(b), when the second type electronic card C2 is inserted into the positioning of the insulative housing 3, the first abutting portion 611 does not touch the state setting button C21, and is not covered by the side of the second type electron + C2. Therefore, the first contact portion 612 of the first detecting terminal 61 and the first abutting portion 634 of the common terminal 63 still maintain a corresponding gap and form an electrical disconnection; and the second 12-M318821 two resisting portion 621 is After the side of the second type of electronic card C2 is pushed toward the second abutting portion 63 5 , the second abutting portion 635 and the second contact portion 622 are in contact with each other, so that the common terminal 63 and the second detecting terminal 62 are electrically connected. Pathway. The electrical circuit formed between the common terminal 63 and the first detecting terminal 61 and the electrical circuit formed between the common terminal 63 and the second detecting terminal 62 are respectively defined according to the circuit board (not shown) of the fixed electronic card connector 1 It is possible to confirm whether the second type of electronic card C2 is pushed to the state of positioning and reading and writing. Figure 11 is a perspective view of the electronic card connector of Figure 3 when it is ready to be inserted into a second type of electronic card. The second type electronic card C2 is provided with a read/write state setting button C21 on the side of the detecting module 6, and the state setting button C21 is in the reading and writing position p2. As shown in FIG. 12, the second type electronic card C2 is inserted into the positioning of the insulative housing 3, and the first-butting portion 611 is pushed to the outside by the contact state setting C21, and the first detecting portion (four) first-contact portion is guilty and The first abutting portion of the common terminal 纠 is in contact with and forms a path for electrical connection; while the second abutting portion 621 is pushed toward the second abutting portion 635 by the side of the second type of electric C2, the second abutting portion 635 The second contact portion 622 and the second contact portion 622 are in contact with each other 'the common terminal _ second detection (four) sub-link connection. X electrical = 13, 14 'the first type of electronic cutting and the front positioning of the adjacent human end, so _ view. Since the third card connector is docked with the card C36^ of the third type electronic card C3, the width of the sub-card is narrow, so the third type of electronic holding portion 621. The electronic card connector of the present invention is not disposed on the insulative body through the terminal vertical-13 - M318821 of the detection module, as described above. It can reduce the space occupied by the detection module and the overall size of the electronic card connector. The terminal shape of the detection module is simple and stable, so that the manufacturing property is high and the terminals are in contact with each other stably. Further, since the soldering portion of the detecting module terminal and the soldering portion of the conductive terminal are provided on the same plane, soldering is easy. The technical content and technical features of the present invention have been disclosed as above, but those skilled in the art can still make various substitutions and modifications without departing from the spirit of the present invention based on the teachings and disclosures of the present invention. Therefore, the scope of protection of this creation should not be limited to the contents disclosed in the embodiments, but should include various alternatives and modifications that do not depart from the creation, and are covered by the claims of this patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1(a) is a perspective view of a conventional electronic card connector; Fig. 1(b) is a perspective view of the detecting module of Fig. 1; Fig. 2 is an electronic card connector according to the present invention. 3 is a perspective view of the electronic card connector of FIG. 2 after removing the cover; FIG. 4 is a perspective view of the electronic card connector of FIG. 3; FIG. 4 is a perspective view of the electronic card connector of FIG. Figure 6 is a perspective exploded view of the electronic card connector of Figure 3; Figure 7 is a perspective view of the detecting module of Figure 3; Figure 8 (a) is a top view of the electronic card connector of Figure 2; Figure 8 (b) A cross-sectional view taken along line AA of Fig. 8(a); Fig. 8(c) is a cross-sectional view taken along line BB of Fig. 8(a); Fig. 8(d) is taken along line CC of Fig. 8(a) Figure 8(e) is a cross-sectional view and a partial enlarged view taken along line DD of Figure 8(a); Figure 9 is a perspective view of the -14-M318821 when the electronic card connector of Figure 3 is ready to be inserted into a second type of electronic card. Figure 10 (a) is a top view of the electronic card connector of Figure 9 inserted into the second type of electronic card, Figure 10 (b) is a top view of the electronic card connector of Figure 9 docked with the second type of electronic card; Figure 11 is a diagram 3 is a perspective view of the electronic card connector ready to be inserted into the second type of electronic card; FIG. 12 is a top view of the electronic card connector docking the second type of electronic card in FIG. 11; FIG. 13 is a second type of the electronic card connector docking in FIG. FIG. 14 is a top plan view of the electronic card connector of FIG. 13 docked to the second type of electronic card; and FIG. 15 is a top view of the electronic card connector of FIG. [Main component symbol description] 1 electronic card connector 2 cover body 3 first insulative body 4 second insulative body 6 detection module 7 card retracting mechanism 8 detection module 10 insertion end 30 bottom plate 31 first side wall 32 second side wall 40 Base portion 41 accommodating portion 42 fitting portion 51, 52, 53 terminal 61 first detecting terminal 62 second detecting terminal 63 common terminal 81 sharing terminal 82 contact terminal 90 electronic card connector 91 insulating body -15- M318821
431 第一插合槽 432 第二插合槽 611 第一抵持部 612 第一接觸部 613 固定部 614 第一轉折部 615 第一基部 616 第一焊接部 617 延展部 621 弟-一抵持部 622 第二接觸部 623 固定部 624 第二轉折部 625 第二基部 626 第二焊接部 627 延展部 631 第一臂部 632 第二臂部 633 連接部 634 第一抵接部 635 第二抵接部 636 第一彈性臂 637 延展部 638 公共焊接部 811 基部 812 透孔 813 抵持部 814 轉折部 815 彈性臂 816 第二抵持部 821 基部 822 抵接部 823 接合端 6131 、6231棘塊 8131、8161接觸部 5a前排端子組 5b 第一後排端子組 5c第二後排端子組 10a 第一插口 10b 第二插口 10c 第三插口 501a 、501b、501c 焊接部 Cl 第一類型電子卡 C2第二類型電子卡 C3 第三類型電子卡 | C21 狀態設定鈕 PI 1 防防寫位差 P2讀寫位置 -16- M318821431 first insertion slot 432 second insertion slot 611 first abutting portion 612 first contact portion 613 fixing portion 614 first turning portion 615 first base portion 616 first welding portion 617 extension portion 621 brother - a resisting portion 622 second contact portion 623 fixing portion 624 second turning portion 625 second base portion 626 second welding portion 627 extension portion 631 first arm portion 632 second arm portion 633 connecting portion 634 first abutting portion 635 second abutting portion 636 first elastic arm 637 extension 638 common welded portion 811 base portion 812 through hole 813 abutting portion 814 turning portion 815 elastic arm 816 second abutting portion 821 base portion 822 abutting portion 823 engaging end 6131, 6231 bucks 8131, 8161 Contact portion 5a front row terminal group 5b first rear row terminal group 5c second rear row terminal group 10a first socket 10b second socket 10c third socket 501a, 501b, 501c soldering portion C1 first type electronic card C2 second type Electronic card C3 third type electronic card | C21 status setting button PI 1 anti-write level difference P2 read and write position-16- M318821