M434356 五、新型說明： 【新型所屬之技術領域】 本創作係屬於記憶卡'。轉換器（Adapter )之技術領 域，特別是關於一種利用電路板佈設電連接之導電部及 接點，並错電連接件之複數個端子耦接對應之接點而使 Micro SD 4.0 §己憶卡訊號腳位各別電性連接對應之導電 部，以轉換成SD 4·〇規格之轉接卡。 【先前技術】 據悉’ SD卡協會在CES 2〇u上推出了 sdxC和 SDHC産品技術的全新匯流排規格UHS_n，可謂為SD 4.〇k準，使SD匯流排介面讀寫速度達到312MB〜[π bps ’以縮短記憶資料的讀寫時間而滿足消費者需求。依 據SD 4.0標準定義可知，新規格之記憶卡前緣具有前後 並排设置之1 7個訊號腳位，即包括原先設於記憶卡前緣 之9個訊號腳外，更添加兩組用以傳輸lvds資料、接 電壓及接地等8個訊號腳位。由此可知，^ D 4. 〇標準具 有向下相容的特色，以於不支援UHS_n規格的設備上實 現Class 10標準。 又’無淪疋習知SD 3.0或SD 4.0標準皆通用於各 式卡體大小’諸如標準卡及微型卡，且微型卡可透過一 轉接卡轉換成標準卡而藉標準槽讀寫資料。請參閱第i 圓’其係為習知Micro SD 3.0記憶卡轉接器之分解圖。 如圖所示，該轉接器1係製成對應標準SD3〇規格之卡 體尺寸’利用設於一電路板10正面之複數個插接片1〇〇 形成SD 3.0規格之訊號腳位，且利用設於.該電.路板1〇 M434356 背面之複數個導接點（圖未示）焊接複數個電氣導片 11該等電氣導片11用以抵接Micro SD 3.0記憶卡之 訊號腳位’並電性連接該等插接月100,以轉送訊號至 對應之該等插接片100而轉換成標準SD3〇瑪格。 由此可知，Micro SD 4.0記憶卡前緣設有依序並排 成刖後兩列之訊號腳位，不同於Micr〇sD3.0規格，故 無法沿用上述習知之轉接卡結構。 【新型内容】 有鑑於S知技藝之問題，本創作之目的在於提供一 種製成對應SD4.0規格之卡體尺寸，供以轉換心〇叩 =規格之-記憶卡之轉接卡，其係藉—電路板佈設符 。SD 4_〇 S格之訊號腳位之複數個導電部及延伸自該 等導電部之複數個接點，桩基 ..^ ^ .^ ^接者，藉一電連接件連接於該 §己憶卡及該等接點間，而使哕 格之一插槽。 …隐卡用於具有SD4.0規 為達上述目的，本創作 下盍、一電路板及一電連接 蓋之一面而於該下蓋之一側 憶卡’且該下蓋另一側具有 一通孔，該等第一通孔與該 該電路板具有一第一面及— 該等第一通孔而設有複數個 二通孔而設有複數個第二導 之處設有複數個第—接點及 一導電部分別與該等第一接 部分別與該等第二接點電性 之轉接卡係包括一上蓋、一 件。該下蓋對合設置於該上 形成一卡槽，供以容置該記 複數個第一通孔及複數個第 等第二通孔前後並排設置。 第一面，該第一面上係對應 第一導電部，及對應該等第 電部’該第二面鄰近該卡槽 複數個第二接點，且該等第 點電性連接’該等第二導電 連接。又該電連接件具有— M434356 框架、複數個第一端子及複數個第二端子，該框架設於 對應該卡槽之部位，使該等第一端子分別與該第一接點 電丨生=接，及該等第二端子分別與該等第二接點電性連 接，當該記憶卡插入該轉接卡後而能使用於該插槽内。 : 其中，該框架係呈中空框結構，且該等第一端子及 第二端子分別並排置於該框架之相對兩側，該等第 端T之兩端係為一第一連接部及一第一頂抵部，該等 :端子之兩端為一第二連接部及一第二頂抵部，該等 頂抵部及該等第二頂抵部設於該框架内側，該等第 :士接部及該等第二連接部設於該等框架外側，且該等 別、車ί接部各別連接該等第一接點’該等第二連接部各 該電路：等第：接點。如此’該電連接件可輕易組裝於 ° 上而簡化組裝步驟與縮短製程時間。 電邻^者，為使該記憶卡之各訊號腳位與其對應之該導 = = 該等第一頂抵部及該等第二頂抵部係 j上題起而凸出於該框. 及該黧笛^杧架之表面。並且，該等第一接點 °第—接點分別為插孔結構，而該等第^ _ 該等第二連接邻八“ ㈣㈣等第-連接部及 別插置於該等第=針結構’該等第-連接部係分 等第二接點。戈者’‘…該等第二連接部分別插置於該 為焊塾等第一接點及該等第二接點分別 分別連❹表面黏著技術以將料第—連接部 該等第二接點接點，肖等第二連接部分別連接於: 於—實施態樣中，該雷庙 有-嵌合槽，用以容w φ,對應該卡槽之部位係設 側分設有該等第杻〜連接件’該嵌合槽之相對兩 等第一接點及該等第二接點，且該電連接件 M434356 之該等第一頂抵部及該等第二頂抵 於該框架之表面。並卫，該等第二Q “ °上翹起而凸出 分別為插孔結構，且該等第— f點及該等第二接點 分別為插針結構，該等第 p及該等第二連接部 一接點，該等第二連接部分別插置插置於該等第 者’該等第-接點及該等第二接點：該等第二接點。或 透過表面黏著技術以將該等第_連:，為焊塾結構，係 第-接點，該等第二連接=別=部分別連接於該等 ^別連接於該等第二接點。 【實施方式】 為使貴審查委員能清楚了解 列說明搭配圖式，敬請參閱。 卞之内谷，謹以下 請參閱第2圖〜第4圖，其係M434356 V. New description: [New technology field] This creation belongs to memory card'. The technical field of the converter (Adapter), in particular, relates to a conductive portion and a contact which are electrically connected by using a circuit board, and a plurality of terminals of the wrong electrical connection are coupled to corresponding contacts to make the Micro SD 4.0 § recall card The signal pins are electrically connected to the corresponding conductive parts to convert them into SD 4·〇 specification adapter cards. [Prior Art] It is reported that the SD Card Association has introduced the new busbar specification UHS_n of sdxC and SDHC product technology on CES 2〇u, which can be described as SD 4.〇k, so that the SD bus interface read and write speed reaches 312MB~[ π bps 'to meet the needs of consumers by shortening the reading and writing time of memory data. According to the SD 4.0 standard definition, the front edge of the memory card of the new specification has 17 signal pins arranged side by side, that is, including 9 signal pins originally set on the leading edge of the memory card, and two sets for transmitting lvds. 8 signal pins for data, voltage and ground. It can be seen that the ^ D 4. 〇 standard has a downward compatibility feature to implement the Class 10 standard on devices that do not support the UHS_n specification. Moreover, the SD 3.0 or SD 4.0 standard is commonly used for various card body sizes such as standard cards and mini cards, and the micro card can be converted into a standard card through a transfer card to read and write data through a standard slot. Please refer to the i-th circle, which is an exploded view of the conventional Micro SD 3.0 memory card adapter. As shown in the figure, the adapter 1 is formed into a card body size corresponding to the standard SD3 specification, and a plurality of connector pieces 1 disposed on the front surface of a circuit board 10 are used to form an SD 3.0 specification signal pin, and Soldering a plurality of electrical guides 11 for abutting the signal pins of the Micro SD 3.0 memory card by using a plurality of conductive contacts (not shown) disposed on the back of the circuit board 1 〇 M434356 'The electrical connection is made to the plug-in month 100 to transfer the signal to the corresponding plug-in piece 100 and converted into a standard SD3 〇 。 。. It can be seen that the front edge of the Micro SD 4.0 memory card is provided with the signal pins in the rear two rows in sequence, which is different from the Micr〇s D3.0 specification, so the above-mentioned conventional riser card structure cannot be used. [New Content] In view of the problem of S-skilled technology, the purpose of this creation is to provide a card that is made to correspond to the size of the SD4.0 specification, and is used to convert the heartbeat=specification-memory card. Borrow - board layout. The plurality of conductive portions of the SD 4_〇S grid signal pin and a plurality of contacts extending from the conductive portions, the pile base .. ^ ^ .^ ^ is connected to the § by an electrical connector Recall the card and the ones between the contacts, and make one of the slots. The hidden card is used for the above purpose with the SD4.0 specification. The present invention has a side plate, a circuit board and an electrical connection cover on one side of the lower cover, and a card on the other side of the lower cover. The first through hole and the first through hole and the circuit board have a first surface and the first through holes are provided with a plurality of two through holes, and the plurality of second guides are provided with a plurality of first portions. The adapter and the conductive portion and the first contact portion respectively and the second contact electrical adapter card comprise an upper cover and a piece. The lower cover is disposed on the upper surface to form a card slot for accommodating the plurality of first through holes and the plurality of second second through holes to be arranged side by side. The first surface corresponds to the first conductive portion, and corresponds to the first electrical portion 'the second surface is adjacent to the plurality of second contacts of the card slot, and the first points are electrically connected A second electrically conductive connection. The electrical connector has a - M434356 frame, a plurality of first terminals and a plurality of second terminals, the frame is disposed at a portion corresponding to the card slot, so that the first terminals are respectively electrically connected to the first contact = And the second terminals are electrically connected to the second contacts respectively, and can be used in the slot when the memory card is inserted into the adapter card. The frame is in a hollow frame structure, and the first terminal and the second terminal are respectively arranged on the opposite sides of the frame, and the two ends of the first ends T are a first connecting portion and a first a top abutting portion, the two ends of the terminal are a second connecting portion and a second abutting portion, and the top abutting portion and the second abutting portions are disposed on the inner side of the frame, the first: The connecting portion and the second connecting portion are disposed outside the frame, and the other connecting portions are respectively connected to the first contacts. The second connecting portions are respectively the circuit: the first: the contact . Thus the electrical connector can be easily assembled on ° to simplify the assembly process and shorten the process time. In order to make the respective signal pins of the memory card correspond to the guide == the first abutting portion and the second abutting portions j are raised from the frame. The surface of the whistle ^ truss. And the first contact point-the contact point is a jack structure, and the second connection adjacent to the eighth (four) (four) and the like - the connection portion and the other insertion of the first pin structure The first connection portion is divided into second contacts. The second connection portions are respectively inserted into the first contact point such as the soldering iron and the second contact points respectively. The surface adhesion technique is to connect the second contact points of the material first connection portion, and the second connection portion such as the second connection portion is respectively connected to: In the implementation aspect, the Lei Temple has a fitting groove for receiving w φ Providing the side portions of the card slot to be opposite to the first two contacts and the second contacts of the connector slot, and the electrical connector M434356 The first abutting portion and the second top portion abut against the surface of the frame. The second Q "° is lifted up and protruded into a jack structure, and the first point - f point and the same The second contact is a pin structure, and the second connection portion and the second connection portion are respectively connected to each other, and the second connection portions are respectively inserted and inserted into the first ones and the first contacts Etc. The second point: the second of those contacts. Or through the surface adhesion technique to connect the first connection: a solder joint structure, a first contact, and the second connection = the other portion are respectively connected to the second contact. [Embodiment] Please refer to the explanation of the matching diagram for your review board.卞之内谷,Please refer to Figure 2~4, below
:例之第一實施態樣分解圖、示意圖及第4= I 電路板與電連接件㈣圖。如圖所示，該轉接卡2^ =應SD4.0規格之卡體尺寸，供以轉換Micr〇s〇U 卡二’而使用於具有sd4.°規格之-插槽 (圖未不），其包括一上蓋2〇、— 筌 及-電連接件23。該上蓋20及，二電路板22 及該下盍21可由塑膠材質 所製成符合標準SD 4·〇大小之毅蓋’且該下蓋21可藉 超音波焊接機鉚合對接於該上蓋20之一面而於該下蓋 21之一侧形成一卡槽，供以容置該記憶卡3。該下蓋η 另一側具有複數個第一通孔21〇及複數個第二通孔 21卜該等第一通孔210與該等第二通孔211前後並排設 置。該電路板22可為單層板、雙層板或多層板而具有一 第一面及一第二面’該第一面上對應該等第一通孔210 而設有複數個第一導電部22〇,及對應該等第二通孔211 M434356 而設有複數個第二導電部221，且該第二面鄰近該卡槽 之一側前後並排設有複數個第一接點222及複數個第二 接點223 ’且該等第一導電部22 0沿該電路板22中電路 走線而分別與該等第一接點222電性連接，該等第二導 電部221分別與該等第二接點223電性連接。 該電連接件23具有一框架23 0、複數個第一端子 及複數個第二端子232，該框架230亦可由塑膠材料所 製成且呈中空框結構，且該等第一端子231及該等第二 鲁端子232可由金屬彈片一體折製而成且分別並排置於該 框架230之相對兩側。該等第一端子231之一端以一角 度向上赵起凸出於該框架230表面而形成一第一頂抵 部，另一端則延伸形成一第一連接部，同樣地，該等第 二端子232之一端以一角度向上翹起凸出於該框架 表面而形成一第二頂抵部，另一端亦延伸形成一第二連 接部，料第一頂抵部及該等第二頂抵部設於該：架 230内側，該等第一連接部及該等第二連接部設於該 框架230外側。 牙 一端子231 端子232謂The first embodiment of the example is an exploded view, a schematic view, and a fourth = I circuit board and an electrical connector (four). As shown in the figure, the adapter card 2^ = the size of the card body of SD4.0 specification, for converting Micr〇s〇U card two' and used for the slot with sd4.° specification (not shown) It includes an upper cover 2〇, a 筌 and an electrical connector 23. The upper cover 20 and the two circuit boards 22 and the lower jaw 21 can be made of a plastic material and conform to the standard SD 4·〇 size cover and the lower cover 21 can be riveted to the upper cover 20 by an ultrasonic welding machine. A card slot is formed on one side of the lower cover 21 to accommodate the memory card 3. The other side of the lower cover η has a plurality of first through holes 21 and a plurality of second through holes 21, and the first through holes 210 and the second through holes 211 are arranged side by side. The circuit board 22 can be a single layer board, a double layer board or a multi-layer board and has a first surface and a second surface. The first surface corresponds to the first through hole 210 and is provided with a plurality of first conductive portions. 22〇, and corresponding to the second through hole 211 M434356, a plurality of second conductive portions 221 are disposed, and the second surface is adjacent to one side of the card slot, and a plurality of first contacts 222 and a plurality of The second contact portion 223 ′ and the first conductive portions 22 0 are electrically connected to the first contact points 222 along the circuit traces of the circuit board 22 , and the second conductive portions 221 and the second conductive portions 221 respectively The two contacts 223 are electrically connected. The electrical connector 23 has a frame 230, a plurality of first terminals, and a plurality of second terminals 232. The frame 230 can also be made of a plastic material and has a hollow frame structure, and the first terminals 231 and the like The second lug terminal 232 can be integrally folded from the metal dome and placed on opposite sides of the frame 230, respectively. One end of the first terminal 231 protrudes upward from the surface of the frame 230 to form a first abutting portion, and the other end extends to form a first connecting portion. Similarly, the second terminals 232 are formed. One end is raised upward at an angle to protrude from the surface of the frame to form a second abutting portion, and the other end also extends to form a second connecting portion, and the first abutting portion and the second abutting portion are disposed on The first connecting portion and the second connecting portion are disposed outside the frame 230. One terminal 231 terminal 232
並且，·Τ ’一 1 第一端子23 點222及該： 連接部各別連接該等第一接累占 別連接該等第二接點223。當 抵接該等第一端子231及贫裳 端子232電性連接該等第二接點 送該記憶卡3之訊號至該等第一 7 Π 。如此’該記憶卡3即可使用於該插梓内， :夕卜，該電連接件23可易於組裳於該電路板2心： 需逐-擺置與焊接該以—端子231及 ^ 232於該電路板22上， 乐一端子 間及製程成本。 因而簡化組裝步驟、縮短組裝時 =實m該#第_接點.222及料第 可》別為焊塾結構，以透過點焊或迴 节荨笛-IL 別連接於該等第-接點222, 该等第一連接部分別連 該等第—接點222及該等卜=第—接點⑵。或者， 槐 。等第一接點2 2 3可分別A丨认 構，該等第一連接部及該 刀別為插孔結 構，且該等第一 ^ Α 。則分別為插針結 中，該等第二連接別置插/於該等第一接點222 史伐。丨刀別插置於該等第二 :導通該記憶卡3之各訊號，， 電部咖及該等第二導電部221間迴^之該等第一導 承上，請一併參閱第5圖，1係 例之第三實施態樣之電路 連接件較佳實施 示，為考量該轉接卡2之實體古产接件^見圖。如圖所 卡槽之部位係設有_嵌〜^ "電路板22對應該 23。該嵌合槽224 J二槽4,用以容置該電連接件 及該等第二接點223曰 分設有該等第-接點222 ^ ^ 223 -Τ ν 且該等第一接點222及該$ $ _ = :23可分别為同上所述 結 一 部及該等第二連接部分帛㈣第-連接 部分別插置於該等第—接點22 了室使該等第一連接 插置於該等第_接 ·’ ，專第二連接部分別 該等第二接匕ί:或者，該等第-接心及 刀別為焊塾結構而透過表面點著技術 M434356 將該等第—硇&▲ 遲接部分別連接於守 第二連接部Α 茌於泫等第一接點222，該等 呀接邛分別連接於該等第二 这寻 固該電連接件 接點223，以嵌固或焊 者。 件23於該電路板22中，同時電性連接其兩 點2 2 :〜的是該轉接卡2主要係利用該等第一接 击 該等第二接點223，.使該電路板22電性連接該電 連接件23而實現電路迴路，因此該等第一接點222及該Further, the first terminal 23 point 222 of the first terminal 23 and the connection portion are connected to the first connection terminal 223. When the first terminal 231 and the poor terminal 232 are electrically connected to the second contacts, the signals of the memory card 3 are sent to the first 7 。. Thus, the memory card 3 can be used in the plug, and the electrical connector 23 can be easily assembled on the center of the circuit board 2: the terminal 231 and the ^232 are required to be placed and soldered one by one. On the circuit board 22, Le-terminal and process cost. Therefore, the assembly step is shortened, the assembly time is shortened = the real m, the #__ contact point .222, and the material can be the weld bead structure, and the spot joint is transmitted through the spot welding or the whistle flute-IL. 222. The first connecting portions are respectively connected to the first contact 222 and the second contact (2). Or, 槐. The first contact point 2 2 3 can be separately configured, and the first connecting portion and the knife are respectively a jack structure, and the first ^ Α . Then, the pin connections are respectively inserted, and the second connections are not inserted/disposed to the first contacts 222. The knives are not inserted in the second: the respective signals for turning on the memory card 3, and the first guides between the electric coffee makers and the second conductive portions 221, please refer to the fifth guide. The circuit connector of the third embodiment of the present invention is preferably shown in the figure, in order to consider the physical ancient connector of the adapter card 2. As shown in the figure, the portion of the card slot is provided with _ inlay ~ ^ " circuit board 22 corresponds to 23. The fitting slot 224 J is a slot 2 for receiving the electrical connector and the second contacts 223 are provided with the first contacts 222 ^ ^ 223 - Τ ν and the first contacts 222 and the $ _ = : 23 can be respectively the same as the above-mentioned knot and the second connecting part 四 (4) the first-connecting portion is respectively inserted in the first-contact 22 to make the first connection Inserted in the first _ connection ·, the second connection portion respectively the second connection 匕: or, the first and the center and the knives are welded structure and through the surface point technology M434356 The first - 硇 & ▲ 迟 部 ▲ ▲ ▲ ▲ 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 223 To insert or weld the welder. The device 23 is electrically connected to the circuit board 22 at the same time. The adapter card 2 mainly uses the first contacts to the second contacts 223. The circuit board 22 is used. Electrically connecting the electrical connector 23 to implement a circuit loop, and thus the first contacts 222 and the
等第二接點223可僅設於該電路板22之該第二面表面 上’或者可由該第二面貫穿該電路板22而設於該第一 面’同樣地’可設於該嵌合槽224内或外之兩側，即不 受限於本實施例所舉述之態樣。 以上所述僅為舉例性之較佳實施例，而非為限制性 者。任何未脱離本創作之精神與範疇，而對其進行之等 效修改或變更，均應包含於後附之申請專利範圍中。 M434356 【圖式簡單說明】 第1圖 係為習知Micro SD 3.0記憶卡轉接器之分解 圖。 第2圖 係為本創作較佳實施例之第一實施態樣分解 圖。 第3圖 係為本創作較佳實施例之第一實施態樣示意-圖。 第4圖 係為本創作較佳實施例之第二實施態樣之電路 板與電連接件剖視圖。 第5圖 係為本創作較佳實施例之第三實施態樣之電路 板與電連接件剖視圖。 【主要元件符號說明】 習知技藝 1 轉接器 10 電路板 100 插接片 11 電氣導片 本創作 2 轉接卡 20 上蓋 21 下蓋 210 第一通孔 211 第二通孔 22 電路板 220 第一導電部 221 第二導電部 10 M434356 222 第一接點 223 第二接點 224 嵌合槽 23 電連接件 230 框架 23 1 .第一端子 232 .第二端子 3 記憶卡The second contact 223 can be disposed only on the second surface of the circuit board 22 or can be disposed on the first surface by the second surface through the circuit board 22. The inside or outside of the groove 224 is not limited to the embodiment described in the embodiment. The above description is only illustrative of preferred embodiments and not of limitation. Any modification or change to the spirit and scope of this creation without departing from the spirit and scope of this creation shall be included in the scope of the appended patent application. M434356 [Simple description of the diagram] Figure 1 is an exploded view of the conventional Micro SD 3.0 memory card adapter. Figure 2 is an exploded view of the first embodiment of the preferred embodiment of the present invention. Figure 3 is a schematic view of a first embodiment of the preferred embodiment of the present invention. Figure 4 is a cross-sectional view showing a circuit board and an electrical connector of a second embodiment of the preferred embodiment of the present invention. Figure 5 is a cross-sectional view showing a circuit board and an electrical connector of a third embodiment of the preferred embodiment of the present invention. [Main component symbol description] Conventional technology 1 Adapter 10 Circuit board 100 Connector piece 11 Electrical guide piece Creation 2 Adapter card 20 Upper cover 21 Lower cover 210 First through hole 211 Second through hole 22 Circuit board 220 A conductive portion 221 second conductive portion 10 M434356 222 first contact 223 second contact 224 fitting groove 23 electrical connector 230 frame 23 1 . first terminal 232 . second terminal 3 memory card