M268776 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種複合式記憶卡連接器，尤指一種具 有定位及退卡之複合式記憶卡連接器。 【先前技術】 由於電子積體電路技術材料日新月異，其應用益加廣 泛’利用電子積體電路為主所生產之產品種類繁多，不但功 月匕強大’其產品之趨勢亦朝向輕薄短小之型態，舉凡電子辭 典、數位相機、數位攝影機及各種數位產品等等不勝枚舉， 而其中以數位相機為例，因其必須記錄大量影像資料，故需 要如記憶體之電子媒體，因此即發展出一種將記憶晶片與一 薄i卡片相結合而形成一多媒體記憶卡（MuitiMecjiaCard，簡 % MMC卡），不但具有儲存資料之能力，其體積輕巧更符合 電子產品未來之趨向，以漸漸成為各種電子產品所廣泛應用 之記憶媒體者。 隨著數位科技發展，應運而生的許多數位電子產品，例 數位攝衫機、數位相機、多媒體播放機、數位投影機、數 位錄音機等，其改革傳統相同的影音產品，達到以最小的儲 存獲致最大的儲存功能，前述資訊、電子產品等多屬隨 =攜帶，是以儲存資料等必須依賴體積精巧的記憶卡，而一 ^ 5己^卡的用途主要用來當作數位週邊產品的儲存媒介，由 / )市面上的數位機種、型號種類繁多，每一機種的數位 二邊產cm都僅限於特定的記憶卡所使用，因此多媒體記愧 經常被製作成讀π雜或規格，以制於各種型號Γ機 ，之6己憶卡連接器，但由於各種數位機種規格並不一定相 同而彼此間替換使用的可能性不高，因 媒體記憶卡時常發生規料相符而無法使用之情況，、=; M268776 前坊間有業者所推出的多媒體記憶卡連接器，該連接器係由 絕緣座體、複數端子組、插槽及上蓋板所構成，當MMC卡 插入该連接器之插槽時，該MMC卡的輸出入端子恰可與第 二端子組電氣連接，並透過導接線路與第一端子組形成導通 狀態，俾能藉由讀寫裝置對MMC卡進行資料的讀寫。 然而’前述連接器所能插接之多媒體記憶卡的數目皆為 單一片型式；現今使用者除了追求更大容量之多媒體記憶卡 外’又期望複數片的多媒體記憶卡能夠同時插接於同一連接 器上’以減少在儲存完資料後，更換多媒體記憶卡所花費之 時間；故可預先將複數片之多媒體記憶卡插接於一連接器 上，在儲存完該複數片之多媒體記憶卡資料後，再行更換其 他之多媒體記憶卡，如此一來，便可省下不少更換記憶卡所 花費的時間，且使用者也可以一次大量地傳輸並儲存記憶卡 之資料。 【新型内容】 本創作之目的在於提供一種可供不同規格多媒體記憶卡 或安全數位卡插接之複合式記憶卡連接器，藉由複數個容置 空間可同時插接多媒體記憶卡或安全數位卡，且複數端子組 依卡片插接方向獨立順序排列於本體上，俾使卡片插接時不 會產生接點訊號錯誤。 達到上述目的之複合式記憶卡連接器，其係於一本體設 有兩容置空間及複數端子組，而可供不同規格之多媒體記憶 卡或安全數位卡插接，包含：一本體，設有兩容置空間及複 數個導槽，而於該本體前端及本體之容置空間内設有複數個 槽孔，且於該本體兩侧邊設有複數個扣接點；複數端子組， 5亥複數端子組係由複數第/端子及複數第二端子所組成，且 該端子具有接點及接腳；複數個退卡裝置設於該本體之複數 個導槽上；一上蓋板，係由一金屬材料所製成，且兩側設有 M268776 卡扣部，該第一端子之接腳係置於該本體之後側，而該第二 端子之接腳則置於該本體之前側，俾使第一端子及第二端子 分別獨立縱向排列於本體之兩容置空間内。 較佳地，該複數個導槽係為第一導槽及第二導槽所組成。 較佳地，該第一導槽係為導引一安全數位卡插接於該第 一容置空間的複數第一端子。 較佳地，該第二導槽係為導引一多媒體記憶卡或安全數 位卡插接於該第二容置空間的複數第二端子。 較佳地，該複數個退卡裝置係為第一退卡裝置及第二退 卡裝置所組成。 較佳地，進一步包含一上蓋板，該上蓋板係由一金屬材 料所製成。 【實施方式】 雖然本新型將參閱含有本新型較佳實施例之所附圖式予 以充分描述，但在此描述之前應瞭解熟悉本行之人士可修改 本文中所描述之新型，同時獲致本新型之功效。因此，須瞭 解以下之描述對熟悉本行技藝之人士而言為一廣泛之揭示， 且其内容不在於限制本新型。 請參考第一圖，係顯示本創作複合式記憶卡連接器之立 體分解圖。本創作複合式記憶卡連接器1，包含：一本體10， 該本體10設有第一、二容置空間11、12及複數個導槽13， 而該本體10前端及第一、二容置空間11、12内設有複數個 槽孔14，且於本體10兩側邊設有複數個扣接點15 ;複數端 子組20，該複數端子組20具有第一端子30、第二端子40， 且該端子具有接點及接腳；複數個退卡裝置設於該複數個導 槽13上；一上蓋板60，該上蓋板60係由一金屬材料所製成， 且該上蓋板60兩側設有卡扣部61。 請繼續參考第一圖並配合參考第二圖，係顯示本創作複 M268776 合式記憶卡連接器之立體組合圖，其中該第一、二容置空間 11、12係為兩上、下相鄰接之空間，該第一容置空間11位 在該第二容置空間12之下，該複數個導槽13包含第一導槽 131及第二導槽132,且該第一導槽131係為導引一安全數位 卡（Security Digital Card，簡稱SD卡）以插接於該第一容置 空間11，該第二導槽132係為導引一 MMC卡或SD卡以插 接於該第二容置空間12,該第一退卡裝置111設於該第一導 槽131上，該第二退卡裝置121設於該第二導槽132上，該 本體10前端及第一、二容置空間11、12之複數個槽孔14 包含第一槽孔141、第二槽孔142及第三槽孔143,該第一槽 孔141係設於該第一容置空間11之後側，而該第二槽孔142 係設於該第二容置空間12，且該第二槽孔142呈現不等距離 之排列，該第三槽孔143係設於該本體10之前端而與該第二 槽孔142連通，俾使該第一槽孔141、該第二槽孔142及該 第三槽孔143呈現獨立緃 向排列3贼緯接«筇 係置於該第一槽孔141上，而使該第一端子30之接腳32置 於該本體10之後側，該第二端子40之接點41係置於該第二 槽孔142上，該第二端子40之接腳（圖未示）則穿經該第三槽 孔143而突露於該本體10前端之外側。 該上蓋板60之卡扣部61在本實施例中為一穿孔，當該 上蓋板60欲與該本體10扣合時，藉由壓接將該上蓋板60 兩側之穿孔扣接該本體10兩側之扣接點15，以形成本創作 複合式記憶卡連接器1。 請參考第三圖與第四圖，分別顯示本創作複合式記憶卡 連接器與SD卡、MMC卡連接示意圖及本創作複合式記憶卡 連接器與Mini SD卡（z你安全數位卡）插接示意圖。插接於 該第一容置空間11的記憶卡如：Mini SD卡71 ;插接於該第 二容置空間12的記憶卡如：MMC V4.0卡72、SD卡73、 M268776 MMC卡74、小型MMC V4.0卡75、小型MMC卡76。該 Mini SD卡71經由該第一導槽131導引而收容於該第一容置 空間11，且該Mini SD卡71插接於該第一端子30定位，俾 使該Mini SD卡71之金屬接面（圖未示）與該第一端子30之 接點31導通連接，同時可藉由第一端子30之接腳32獲得該 Mini SD卡71之資料；而當另一 MMC卡或SD卡經由該第 二導槽132導引而收容於該第二容置空間12時，位於該第二 容置空間12之MMC卡或SD卡須經一按壓動作，以壓縮該 彈簧裝置50而插接於該第二端子40定位，俾使該MMC卡 或SD卡之金屬接面與該第二端子40之接點41導通連接， 同時可藉由第二端子40之接腳（圖未示）獲得MMC卡或SD 卡之資料。 請參考第四圖並配合第一圖，當該MiniSD卡71經由該 第一導槽131導引而收容於該第一容置空間11時，該第一退 卡裝置111便會向後作動；而經按壓該MiniSD卡71，俾使 該第一退卡裝置111作動以便退出該Mini SD卡71。 當一 MMC卡或SD卡經由該第二導槽132導引而收容於 該第二容置空間12時，該第二退卡裝置121便會向後作動； 而經按壓該MMC卡或SD卡，俾使該第二退卡裝置121作動 以便退出該MMC卡或SD卡。 在詳細說明本創作的較佳實施例之後，熟悉該項技術人 士可清楚的瞭解，在不脫離下述申請專利範圍與精神下可進 行各種變化與改變，且本創作亦不受限於說明書中所舉實施 例的實施方式。 M268776 【圖式簡單說明】 第一圖係顯示本創作複合式記憶卡連接器之立體分解 圖。 第一圖係顯示本創作複合式記憶卡連接器之立體組合 圖。 第三圖係顯示本創作複合式記憶卡連接器與SD卡、 MMC卡連接之示意圖。 第四圖係顯示本創作複合式記憶卡連接器插接Mini SD 卡之示意圖。 【主要元件符號說明】 I— 複合式記憶卡連接器 10…本體 II— -第一容置空間 12—-第二容置空間 13 —複數個導槽 14—-複數個槽孔 15…扣接 20—複數端子組 30…第一端子 31— -第一端子之接 32— -第一端子之接腳 40…第二端子 41—-第二端子之接 50…彈簧裝置 60—上盖板 61 ---卡扣部 7迷你安全數位卡 72 ' 74…多媒體記憶卡 M268776 73 — 75、 111-121- 131- 132- 141- 142- 143- I安全數位卡 76…小型多媒體記憶卡 一第一退卡裝置 一第二退卡裝置 一第一導槽 --第二導槽 第一槽孔 _ 第二槽孔 第三槽孔M268776 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a composite memory card connector, especially a composite memory card connector with positioning and ejection. [Previous technology] Due to the rapid development of electronic integrated circuit technology materials, its applications have been widely used. 'The use of electronic integrated circuits is mainly produced by a wide range of products. Not only is it powerful, its products are also trending toward thin, light and short. There are numerous electronic dictionaries, digital cameras, digital cameras, and various digital products. Among them, digital cameras are taken as an example. Since they must record a large amount of image data, electronic media such as memory are required, so a kind of electronic media has been developed. Combining a memory chip with a thin i-card to form a multimedia memory card (MuitiMecjiaCard, simple MMC card), not only has the ability to store data, its volume is more compact and more in line with the future trend of electronic products, in order to gradually become a variety of electronic products. Widely used memory media. With the development of digital technology, many digital electronic products, such as digital camcorders, digital cameras, multimedia players, digital projectors, digital recorders, etc., have evolved. The same traditional audiovisual products have been reformed to achieve minimal storage. The largest storage function, most of the aforementioned information, electronic products, etc. are carried along, so the storage of data and so on must rely on a compact memory card, and the use of a ^ 5 ^ card is mainly used as a storage medium for digital peripheral products There are many types of digital models and models on the market, and the digital dual-side cm of each model is limited to the use of specific memory cards. Therefore, multimedia regrets are often made to read π miscellaneous or specifications. Various types of Γ machines, 6 have memory card connectors, but because the specifications of various digital models are not necessarily the same, they are not likely to be replaced with each other. Media media cards often fail to be used because they match the specifications. =; M268776 A multimedia memory card connector introduced by a vendor in the front office. The connector is composed of an insulating base, a plurality of terminal groups, slots and The cover plate is formed. When the MMC card is inserted into the slot of the connector, the input and output terminals of the MMC card can be electrically connected to the second terminal group, and a conductive state is formed with the first terminal group through the conductive line. Read and write data to and from the MMC card with a read-write device. However, 'the number of multimedia memory cards that can be plugged in by the aforementioned connectors is a single chip type; today's users, in addition to multimedia memory cards in pursuit of larger capacity,' also expect that multiple multimedia memory cards can be simultaneously plugged into the same connection On the device to reduce the time it takes to replace the multimedia memory card after storing the data; therefore, multiple multimedia memory cards can be inserted in a connector in advance, and after storing the multiple multimedia memory card data , And then replace the other multimedia memory card. In this way, you can save a lot of time spent replacing the memory card, and users can also transfer and store the data of the memory card in large quantities at one time. [New content] The purpose of this creation is to provide a composite memory card connector that can be used for plugging in multimedia memory cards or secure digital cards of different specifications, and can simultaneously insert multimedia memory cards or secure digital cards through a plurality of accommodation spaces. Moreover, the plurality of terminal groups are arranged on the body independently according to the card insertion direction, so that no contact signal error occurs when the card is inserted. A composite memory card connector that achieves the above-mentioned purpose is provided with two housing spaces and a plurality of terminal groups on a body, and can be used for plugging in multimedia memory cards or secure digital cards of different specifications, including: a body with Two accommodating spaces and a plurality of guide grooves, and a plurality of slot holes are provided in the front end of the body and the accommodating space of the body, and a plurality of buckling points are provided on both sides of the body; The plurality of terminal groups are composed of a plurality of first / terminals and a plurality of second terminals, and the terminals have contacts and pins; a plurality of card ejection devices are provided on a plurality of guide grooves of the body; an upper cover plate is composed of Made of a metal material with M268776 buckle parts on both sides, the pins of the first terminal are placed on the back side of the body, and the pins of the second terminal are placed on the front side of the body, so that The first terminal and the second terminal are independently and longitudinally arranged in two accommodation spaces of the body. Preferably, the plurality of guide grooves are composed of a first guide groove and a second guide groove. Preferably, the first guide slot is a plurality of first terminals for guiding a secure digital card to be inserted into the first accommodation space. Preferably, the second guide slot is a plurality of second terminals for guiding a multimedia memory card or a secure digital card to be inserted into the second accommodation space. Preferably, the plurality of card ejection devices are composed of a first card ejection device and a second card ejection device. Preferably, it further comprises an upper cover plate, which is made of a metal material. [Embodiment] Although the present invention will be fully described with reference to the drawings containing the preferred embodiment of the present invention, it should be understood before this description that persons familiar with the bank can modify the new model described herein and obtain the new model at the same time Effect. Therefore, it must be understood that the following description is a broad disclosure for those familiar with the skills of the bank, and its content is not intended to limit the new model. Please refer to the first figure, which is an exploded perspective view showing the creative composite memory card connector. The creative composite memory card connector 1 includes: a body 10, the body 10 is provided with first and second accommodation spaces 11, 12 and a plurality of guide grooves 13, and the front end of the body 10 and the first and second accommodations A plurality of slot holes 14 are provided in the spaces 11 and 12 and a plurality of buckle contacts 15 are provided on both sides of the body 10; a plurality of terminal groups 20 having a first terminal 30 and a second terminal 40, The terminal has contacts and pins; a plurality of card ejection devices are provided on the plurality of guide grooves 13; an upper cover plate 60, which is made of a metal material, and the upper cover plate 60 is provided with buckle portions 61 on both sides. Please continue to refer to the first figure and refer to the second figure, which is a three-dimensional combination diagram showing the M268776 composite memory card connector of the creative complex. The first and second accommodation spaces 11, 12 are two upper and lower adjacent connections. Space, the first accommodation space 11 is located below the second accommodation space 12, the plurality of guide grooves 13 include a first guide groove 131 and a second guide groove 132, and the first guide groove 131 is Guide a Security Digital Card (SD card) to be inserted into the first accommodation space 11, and the second guide slot 132 is used to guide an MMC card or SD card to be inserted into the second accommodation space 11. In the accommodation space 12, the first card ejection device 111 is disposed on the first guide slot 131, the second card ejection device 121 is disposed on the second guide slot 132, and the front end of the body 10 and the first and second containers are accommodated. The plurality of slot holes 14 in the spaces 11 and 12 include a first slot hole 141, a second slot hole 142, and a third slot hole 143. The first slot hole 141 is provided behind the first receiving space 11, and the The second slot holes 142 are disposed in the second accommodation space 12, and the second slot holes 142 are arranged at unequal distances. The third slot holes 143 are provided in the body 10. The first slot 141, the second slot 142, and the third slot 143 are arranged in an independent direction, and the first slot 141, the second slot 142, and the third slot 143 are independently arranged. Slot 141, so that the pin 32 of the first terminal 30 is placed on the rear side of the body 10, the contact 41 of the second terminal 40 is placed on the second slot 142, and the second terminal 40 Pins (not shown) pass through the third slot hole 143 and protrude outside the front end of the body 10. The buckling portion 61 of the upper cover plate 60 is a perforation in this embodiment. When the upper cover plate 60 is to be fastened with the body 10, the perforations on both sides of the upper cover plate 60 are fastened by crimping. The buckling points 15 on both sides of the body 10 form the creative composite memory card connector 1. Please refer to the third and fourth diagrams, which show the connection diagram of the creative composite memory card connector with SD card and MMC card, and the creative composite memory card connector with Mini SD card (zyou secure digital card). schematic diagram. The memory card inserted in the first accommodation space 11 is: Mini SD card 71; the memory card inserted in the second accommodation space 12 is: MMC V4.0 card 72, SD card 73, M268776 MMC card 74 , Small MMC V4.0 card 75, small MMC card 76. The Mini SD card 71 is guided to be received in the first accommodating space 11 through the first guide groove 131, and the Mini SD card 71 is inserted into the first terminal 30 for positioning, so as to make the metal of the Mini SD card 71 The interface (not shown) is connected to the contact 31 of the first terminal 30, and the information of the Mini SD card 71 can be obtained through the pin 32 of the first terminal 30; and when another MMC card or SD card is used When being guided in the second accommodation space 12 through the second guide groove 132, the MMC card or SD card located in the second accommodation space 12 must be pressed to compress the spring device 50 and be inserted. Position the second terminal 40 so that the metal interface of the MMC card or SD card is connected to the contact 41 of the second terminal 40. At the same time, it can be obtained by the pin (not shown) of the second terminal 40 Information of MMC card or SD card. Please refer to the fourth figure and cooperate with the first figure. When the MiniSD card 71 is received in the first accommodation space 11 through the first guide slot 131, the first card ejection device 111 will move backward; After pressing the MiniSD card 71, the first card ejection device 111 is actuated to eject the Mini SD card 71. When an MMC card or an SD card is received in the second accommodation space 12 guided by the second guide slot 132, the second card ejection device 121 moves backward; and by pressing the MMC card or SD card, The second card ejection device 121 is actuated to eject the MMC card or SD card. After explaining the preferred embodiment of this creation in detail, those skilled in the art can clearly understand that various changes and changes can be made without departing from the scope and spirit of the patent application described below, and this creation is not limited to the description Implementation of the illustrated embodiment. M268776 [Brief description of the diagram] The first diagram is a three-dimensional exploded view of the creative composite memory card connector. The first picture is a three-dimensional assembly diagram showing the connector of the creative composite memory card. The third picture is a schematic diagram showing the connection of the creative composite memory card connector with the SD card and the MMC card. The fourth diagram is a schematic diagram of inserting a Mini SD card into the creative composite memory card connector. [Description of Symbols of Main Components] I—Composite type memory card connector 10… Body II—-First accommodating space 12—-Second accommodating space 13—Multiple guide grooves 14—-Multiple slot holes 15 ... 20—Plural terminal group 30… First terminal 31—-First terminal connection 32—-First terminal pin 40… Second terminal 41—-Second terminal connection 50… Spring device 60—Top cover 61 --- Clamping section 7 Mini secure digital card 72 '74… Multimedia memory card M268776 73 — 75, 111-121- 131- 132- 141- 142- 143- I Secure digital card 76… Small multimedia memory card first Card ejection device, second card ejection device, first guide slot--second guide slot, first slot hole_ second slot hole, third slot hole
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