M436240 五、新型說明： 【新型所屬之技術領域】 一種電子複合卡插座連接器，尤其指一種可提供雙卡同時 容納作電性連接的電子複合卡插座連接器；藉以提供二種不同 種類的電子卡片容置用途’達到電子卡片二合一的電性連接作 用。 【先前技術】 在現有科技的各式各樣的電子產品、電氣數位產品，諸 如：數位相機、數位攝錄影機、數位行動電話、數位電視機、 MP3、MP4、桌上型電腦、個人數位助理(PDA)、數位錄音機等 都趨向多功能的設計模式，且電子產品在使用時必須記憶的文 件資料或靜態、動態的影音資料，都必須透過電子卡(記憶卡） 來進行記H、記憶，而記憶卡’大致可分衫卡⑽c)、 保全數字卡（SD)、靈巧媒體卡(SM)、微型記憶卡(CF)、存儲 2〇條卡(MS)，以及以它們為基礎進行改進設計而得到的系列 記憶卡、逑你型電子卡、微型電子卡，則於使用後再利用讀卡 機讀取電子卡巾所§&憶、儲存的電子訊號，也因為電子卡的種 樣式焦多，尺寸、大小各有所別，乃必須利用讀卡機將各 種電子卡内部的儲存資料讀出，或進行複製、修改、編輯等， 但基於電子卡_式、尺寸不―，若要讀取各種型式的電子 卡即必須安裝多種款式的讀卡機(卡連接器），不僅費用昂 3 M436240 貴，並會佔用電路板上的大部分空間，並會在電子產品表面形 成大量的槽孔，也相當不美觀。 電子卡的繁乡麵巾’諸如彡_卡⑽G Multi Media Card)體積只有-般記憶卡的-半，但卻有著高相容性的表 現，且適躲手機及電子數位產^，像是手機、數位攝影機、 數位錄音機、個人數⑽理等，並由_卡為基礎再開發之保 全數字卡(SD)，_型式且可共用連接^之電子卡，而該多媒 體卡(MMC)也有_C PLUS型式、RS MMC 4 · 〇型式，其傳輸訊 號之金屬接點（金手指)數量不同，蘭c卡、RS遍^為與SD卡 相同，均為具9個金屬接點’而聽PLUS及RS 4 · 〇則 除了具有七排9個金屬接點之外，還增加後排4個金屬接點。 MS卡(Memory Stick)係為SONY公司在1998年10月所推 出之一種可移除式的快閃記憶卡格式，主要用來做為手提式裝 置的儲存載體，並且以其易於移除的特性方便供pc存取；在 現有的MS卡系列當中，就外型區分係包括有：標準MS外型之 MS 卡(Memory Stick)、小型格式 MS Duo 卡（Memory Stick Duo)，以及比 MS Duo 更小的 Memory Stick Micro(M2)。 然而’一般傳統的電子複合卡插座連接器的設計中，往往 都僅具備單一種類的電子卡片容置用途，縱使有各種電子卡片 有僅能應用在單一電子連接器；因此，為了滿足每一種的電子 卡片的使用’使用者必須設計出多種電子複合卡插座連接器， 以搭配不同的電子卡片。 4 【新型内容】 本創作之目的在於提供-種電？複合卡插錢接器，利用 2疋中間定位結構的設計，藉W提供二種不同麵的電子卡片 合置用途’達到電子卡片二合―的電性連接作用。 為了達成上述目的，本創作電子複合卡插座連接器包括： 、是緣本體、-金屬殼體、—定位板體、—卡接觸塊、以及一 導電端子組。其巾’絕緣本體的内部具有__收容部及—連接於 -亥收谷部的雜部’·金屬聽係可職並蓋合於魏緣本體： 定位板體係設置介魏緣本體與金屬殼體之間，且定位板體設 於絕緣本體敝容部，兩相戦—卡轉置㈣，粒板體 具有-對位開π ;卡接概可對應設於對位部與對位開口，並 向内t/成肖應於g收容部的接觸端子組；導電端子組係具有 多數個收容於該絕緣本體的收容部之複數個導電端子。 藉以提供二種不__電子卡片容置用途，達到電子卡 片二合一的電性連接作用。 【實施方式】 清參閱第-圖至第四贿示，本創作為一種電子複合卡插 座連接器1Q Q各種不同視角的立體分解圖與組合圖，其包 括：-絕緣本體1、-金屬殼體2、一定位板體3、一卡接觸 塊4、一導電端子組5、以及一鎖扣件6。 透過上述各構件的組裝之下，本創作的電子複合卡插座連 M436240 接器1 Ο 0用於提供二種不同種類的第一卡片7、第二卡片8 容置（如第四圖），作為二種類卡片的電性連接用途。 該絕緣本體1係為一基體’用以提供電子複合卡插座連接 器各構件設置的主要基體，絕緣本體1的内部設有一收容部丄 〇，在絕緣本體1的右側設有一鎖扣部11，在其後侧設有一 對位部1 2 ’係與收容部χ 〇貫穿連接，在其左側設有一抵扣 部13 ’可以作為各構件設置用途。 在本創作中，該收容部1 〇係形成一第一收容槽丄4與一 第二收容槽15，用以提供二種不同種類的電子卡片容置用 途。本創作的實施例中，第一收容槽1 4係可容置一多媒體卡 (MMC)或一記憶卡(SD)等相似類型的電子卡片，而第二收容槽 1 5則可容置一 USB3.D界面卡等相似類型的電子卡片，藉以完 成具複合卡之連接器。 該金屬殼體2可對應地蓋合於絕緣本體1 ,作為電子複合 卡插座連接器的屏蔽保護用途。在金屬殼體2的左、右兩側壁 分別開設有多數個抵扣孔2 4，並且絕緣本殼體1的左、右兩 側也設有多數個抵扣塊1 6，該等抵扣塊1 6與該等抵扣孔2 4係彼此配合固定；此外，金屬殼體2的四個角落分別設有一 定位凸塊2 2 ’可作為與絕緣本體1的四個定位處1 7相互對 應配合。 6 M436240 亥疋位板體3係設置位於絕緣本體 =^嫩喻。谢—位二的 一鎖扣空3 _部之預定處係形成 湖扣部1⑽ΓΓ於鎖扣部11 ’藉以鎖扣空間3 置。 而也成一鎖扣容置區，作為該鎖扣件6的容 在本創作中，定位板體3具有一對位 =的對位部12，該對位.32與對位部= 對位區域，可以提供該卡接觸塊4對應容置。 在本創作中，定位板體3係設於絕緣本们的收容部1 置irt定位β板體3與絕緣本體1兩者之間係形成一卡片容 二曰，以提供第一卡片（第四圖所示） 的收容W。形成第一收容= ^ 讀15’定位板體3在對應第一收容槽14的表面 形成一容置凹槽3 ◦，第一收容槽14與容置凹槽3〇之間传 频一第二卡片容置空間，用以提供第二卡片8(第四圖所示） 作各置、電性連接用途4述的第—卡片7與第二卡片8中， 可為多媒體卡_、記憶卡(SD)、或咖界面卡，可依昭— 使用者的制喜好，本創作結_部的第-收容槽i 4或第二 收容槽1 5不_設計，藉收成具複合卡之連接器。 7 M436240 —此外，該德板體3具有多數個定位貫孔3 3 (如圖式）， 母疋4貝孔33可對應配合於絕緣本體1的每一定位處工 7與金屬殼體2的每一枝凸塊2 2，透較位凸塊2 2 _ 」置於,亥疋位貝孔3 3與定位處1 7，可以將絕緣本體1、 金屬殼體2、定位板體3可對触裝與固定。 該卡接觸塊4係可對應地容置於上述對位區域，其具有一 塊體4 ◦及-接觸端子組4丄，接觸端子組4丄係向内形成一 L於掀Q ’提供至少—電子卡片作連接、接觸用途。 該導電端子組5係組裝於絕緣本體1内的收容部丄〇，其 具有f數個導電端子5 G，導電端子5 0收容於該絕緣本體工 的收合和作為上述f子卡片的紐導_途。其巾，導電端 子組5具有—抵扣端子5 1，係設於絕緣本體丨的抵扣部工3 並且向内凸出形成之’作為電子卡片的抵扣定位用途，本實施 例中’抵扣端子5 1可為-種躺端子組。 該鎖扣件6，係設置於定位板體3的鎖扣空間3 本體1的鎖扣部11之間的鎖扣件6可相對地在鎖扣空間3、 1之作移動’作為鎖扣卡片用途。 藉此，本創作電子複合卡插座連接器1 〇 〇利用上述各 構件的組合之下，可峨供二種不同種朗電子卡片7 作容置與紐連接，達到電子卡片二合—的電性連接作用。 M436240 【圖式簡單說明】 第一圖為本創作電子複合卡插座連接器一視角的立體分解圖。 第二圖為本創作電子複合卡插座連接器另一視角的立體分解 圖。 第三圖為本創作電子複合卡插座連接器另二視角的立體分解 圖。 第四圖為本創作電子複合卡插座連接器的立體組合圖。 【主要元件符號說明】 1〇 〇 電子複合卡插座連接器 1絕緣本體 1 0收容部 1 1鎖扣部 1 2對位部 1 3抵扣部 1 4第一收容槽 1 5第二收容槽 1 6抵扣塊 1 7定位處 2金屬殼體 2 2 定位凸塊 2 4抵扣孔 3定位板體 3 〇 容置凹槽 31 鎖扣空間 32 對位開口 33 定位貫孔 4卡接觸塊 4 0塊體 41 接觸端子組 9 M436240 5 導電端子組 50 導電端子 51 抵扣端子 6 鎖扣件 7第一卡片 8 第二卡片M436240 V. New description: [New technical field] An electronic composite card socket connector, especially an electronic composite card socket connector that can provide dual cards and accommodate electrical connection; thereby providing two different kinds of electronic The card is used to achieve the electrical connection function of the electronic card two-in-one. [Prior Art] A wide range of electronic products and electrical digital products in the prior art, such as digital cameras, digital video cameras, digital mobile phones, digital televisions, MP3, MP4, desktop computers, personal digital devices. Assistants (PDAs), digital tape recorders, etc. all tend to be multi-functional design modes, and the file data or static and dynamic audio-visual materials that must be memorized when the electronic products are used must be recorded by the electronic card (memory card). And the memory card 'approximate card card (10) c), security digital card (SD), smart media card (SM), micro memory card (CF), storage 2 cartridge card (MS), and based on them to improve The series of memory cards designed, the type of electronic card, and the micro-electronic card are used to read the electronic signals of the electronic card towel after reading and using the card reader, and also because of the electronic card type. There are different sizes and sizes. It is necessary to use a card reader to read out the stored data inside various electronic cards, or to copy, modify, edit, etc., but based on the electronic card _ type, size is not, To read various types of electronic cards, you must install a variety of styles of card readers (card connectors), not only expensive 3 M436240, but also take up most of the space on the board, and will form a large number of electronic products The slot is also quite unsightly. The electronic card's traditional noodle towel 'such as 彡_卡(10)G Multi Media Card) is only half the size of a memory card, but it has a high compatibility performance, and it is suitable for mobile phones and electronic digital products, such as mobile phones and digital devices. Camera, digital recorder, personal number (10), etc., and re-developed digital card (SD) based on _ card, _ type and can share the electronic card connected ^, and the multimedia card (MMC) also has _C PLUS type , RS MMC 4 · 〇 type, the number of metal contacts (gold finger) of the transmission signal is different, the blue c card, RS pass ^ is the same as the SD card, are with 9 metal contacts 'and listen to PLUS and RS 4 · In addition to having seven rows of nine metal contacts, it also adds four metal contacts in the rear row. The Memory Stick is a removable flash memory card format introduced by SONY in October 1998. It is mainly used as a storage carrier for portable devices and is easy to remove. Convenient for PC access; in the existing MS card series, the external type includes: MS card (Memory Stick) with standard MS appearance, MS Duo card (Memory Stick Duo) with smaller format, and more than MS Duo Small Memory Stick Micro (M2). However, in the design of the conventional electronic composite card socket connector, only a single type of electronic card housing is often used, even if various electronic cards can be applied to a single electronic connector; therefore, in order to satisfy each The use of electronic cards 'Users must design a variety of electronic composite card socket connectors to match different electronic cards. 4 [New Content] The purpose of this creation is to provide a kind of electricity? The composite card plug-in connector utilizes the design of the 2疋 intermediate positioning structure to provide the electrical connection function of the electronic card combination use of the two different faces. In order to achieve the above object, the electronic composite card socket connector of the present invention comprises: a flange body, a metal casing, a positioning plate body, a card contact block, and a conductive terminal group. The inside of the towel 'insulating body has __ accommodating part and - the part connected to the -he valley part. · The metal listening system is available and covers the body of the Wei margin: the positioning plate system is set to the core body and the metal shell Between the bodies, the positioning plate body is disposed in the insulating body receiving portion, the two-phase 戦-card is transposed (four), and the granular plate body has a --position opening π; the carding can be correspondingly disposed in the aligning portion and the aligning opening, And the pair of contact terminals arranged in the g receiving portion; the conductive terminal group has a plurality of conductive terminals accommodated in the receiving portion of the insulating body. In order to provide two kinds of electronic card storage purposes, the electronic card two-in-one electrical connection function is achieved. [Embodiment] Referring to the first to fourth bribery, the present invention is an exploded view and a combination view of various different viewing angles of an electronic composite card socket connector 1Q Q, which includes: - an insulating body 1, a metal shell 2. A positioning plate body 3, a card contact block 4, a conductive terminal set 5, and a locking member 6. Through the assembly of the above components, the electronic composite card socket of the present invention is connected with the M436240 connector 1 Ο 0 for providing two different types of the first card 7 and the second card 8 (as shown in the fourth figure). Electrical connection use for two types of cards. The insulative housing 1 is a main body for providing the components of the electronic composite card socket connector. The insulative housing 1 is provided with a receiving portion 丄〇, and a locking portion 11 is disposed on the right side of the insulating body 1 . A pair of seat portions 1 2 ' is provided on the rear side thereof to be connected to the accommodating portion ,, and a buckle portion 13' is provided on the left side thereof for use as a member. In the present invention, the accommodating portion 1 defines a first receiving slot 4 and a second receiving slot 15 for providing two different types of electronic card accommodating purposes. In the embodiment of the present invention, the first receiving slot 14 can accommodate a similar type of electronic card such as a multimedia card (MMC) or a memory card (SD), and the second receiving slot 15 can accommodate a USB3. A similar type of electronic card, such as a .D interface card, to complete a connector with a composite card. The metal casing 2 can be correspondingly covered to the insulative housing 1 for shielding protection of the electronic composite card socket connector. A plurality of abutting holes 24 are respectively defined in the left and right side walls of the metal casing 2, and a plurality of the buckle blocks 1 6 are also provided on the left and right sides of the insulating body 1. And the fastening holes 24 are fixed and fixed to each other; in addition, the four corners of the metal casing 2 are respectively provided with a positioning protrusion 2 2 ' as a corresponding position with the four positioning portions 17 of the insulating body 1 . 6 M436240 The 疋 疋 plate body 3 series is located in the insulation body = ^ tender. The predetermined position of a lock buckle 3 _ part is formed by the lake buckle portion 1 (10) and the lock portion 11 ′ by the lock space 3 . In the present invention, the positioning plate body 3 has a pair of bit=alignment portions 12, the alignment bit 32 and the alignment portion=alignment region. The card contact block 4 can be provided for corresponding accommodation. In the present invention, the positioning plate body 3 is disposed in the housing portion 1 of the insulating body. The positioning plate between the β plate body 3 and the insulative housing 1 is formed to form a card capacitor to provide a first card (fourth As shown in the figure). The first receiving body is formed. The first receiving body is formed with a receiving recess 3 在 between the first receiving slot 14 and the receiving recess 3 〇. The card accommodating space is for providing the second card 8 (shown in the fourth figure) for the first card and the second card 8 for each of the electrical connection purposes, and may be a multimedia card _, a memory card ( The SD) or the coffee interface card can be designed according to the user's preference. The first receiving slot i 4 or the second receiving slot 15 of the creating knot is not designed to be a connector with a composite card. 7 M436240 - In addition, the German body 3 has a plurality of positioning through holes 3 3 (as shown in the figure), and the female 4 holes 33 can be correspondingly fitted to each of the positioning portions 7 of the insulating body 1 and the metal casing 2 Each of the bumps 2 2 is placed through the higher-position bumps 2 2 _ ′, and the insulating body body 3 and the positioning plate body 3 can be in contact with each other. Packed and fixed. The card contact block 4 is correspondingly accommodated in the above-mentioned alignment area, and has a body 4 ◦ and a contact terminal group 4 丄, and the contact terminal group 4 向 forms an L inwardly to provide at least - electrons The card is used for connection and contact. The conductive terminal group 5 is assembled in the accommodating portion 内 in the insulative housing 1 and has f conductive terminals 5 G. The conductive terminals 50 are accommodated in the insulating body and are used as the guide of the f-card. _way. The towel, the conductive terminal group 5 has a buckle terminal 51, which is provided on the buckle portion 3 of the insulating body 并且 and is formed inwardly as a buckle positioning application of the electronic card. In this embodiment, The buckle terminal 51 can be a set of lying terminals. The locking member 6 is disposed on the locking space 3 of the positioning plate body 3. The locking member 6 between the locking portions 11 of the body 1 can be moved relative to the locking space 3, 1 as a locking card. use. Therefore, the electronic composite card socket connector 1 of the present invention can be used for the connection of two different kinds of electronic cards 7 to achieve the electrical property of the electronic card combination by using the combination of the above components. Connection effect. M436240 [Simple description of the diagram] The first figure is an exploded perspective view of a connector of the electronic composite card socket. The second figure is an exploded perspective view of another perspective of the creative electronic composite card socket connector. The third figure is an exploded perspective view of the other two views of the electronic composite card socket connector. The fourth figure is a three-dimensional combination diagram of the electronic component card socket connector. [Main component symbol description] 1〇〇Electronic composite card socket connector 1 Insulation body 1 0 accommodating part 1 1 Snap part 1 2 Alignment part 1 3 Snap part 1 4 First accommodating groove 1 5 Second accommodating groove 1 6 Deduction block 1 7 Positioning position 2 Metal housing 2 2 Positioning projection 2 4 Resisting hole 3 Positioning plate body 3 〇 accommodating groove 31 Locking space 32 Alignment opening 33 Positioning through hole 4 Card contact block 4 0 Block 41 Contact terminal group 9 M436240 5 Conductive terminal set 50 Conductive terminal 51 Deductive terminal 6 Locking piece 7 First card 8 Second card