M414622 五 • » • 、新型說明： 【新型所屬之技術領域】 本新型是有關於一種記憶裝置，特別是指一種可攜式 片狀記憶裝置β 【先前技術】 隨著科技的發展及消費市場之需求，能儲存大量資料 且體積小又方便攜帶之記憶卡遂應運而生，但在使用上卻 發現δ己憶卡因體積小，可供使用者隨意放置於上衣口袋或 褲子口袋内，因而容易遺失或損壞。 有鑑於此，遂有業者研發出許多可供收納記憶卡之裝 置，如我國公告第Μ365507號「卡片式隨身資料記錄裝置 」新型專利案即是一例，該案是設計有一卡片卡片上設 有一谷納槽，該容納槽一側内壁設有凸柱另一側内壁則 設有一定位孔，另外所配設之記憶卡的一側設有一孔記 憶卡的另一側則設有一滑槽，滑槽内設有一推鈕，推鈕末 知形成制止塊，推—可沿滑槽橫向推動，使制止塊可藉 推紐β動操作控制而凸出或縮回記憶卡内，且記憶卡之孔 對應嵌接於該卡片之容納槽一側之凸柱使記憶卡得以向 外翻插入電腦或電子設備讀卡使用，或者在該記憶卡使用 完畢後再向内翻轉閉合收納於該卡片之容置槽内，並藉由 推鈕末端之制止塊對應插人^位孔内，使記憶卡固定定位 於卡片之 > 置槽内，以構成__具小體積卡片隨身收納攜帶 之隨身資料記錄裝置。 」而因》己It卡疋採可相對卡片樞轉之設計所以必須 3 增設-駭結構’亦㈣推財端之制錢對應插入定位 孔内之配合《X什，才能讓使用完畢後之記憶卡向内翻轉閉 合收納於卡片之容置槽後能保持定位，因此所述之習知卡 片式隨身資料。己錄裝置之製造卫序較多’且記憶卡不能選 擇性地完全脫離卡片，也會讓使用範圍受限。 【新型内容】 此，本新型之目的，即在提供一種方便攜帶且不易 遺失之可攜式片狀記憶裝置。 ;疋本新型可樵式片狀記憶裝置，包含有一基片， 及一組合於該基片上之記憶卡。 該基片具有—安裝槽、一第一止擋件，及-第二止擋 件，該安裝槽定義有二相對之側槽壁、一連接該等侧槽壁 同側端之端壁，及—位於與該端壁相對位置處之槽口該 等，槽壁分別形成有—滑槽’該第—止檔件與該第二止撐 件是間隔設於該等滑槽内。 該記憶卡兩相對側分別凸設有一導條，以及二分別凸 設於各該導條外侧面謂扣件..，讓記憶.卡是設置於該安裝 槽内且各該導條分別伸人於各該滑槽，並使該記憶卡可在 一使用位置及一隱藏位置之間滑移]P當該記憶卡位於該 使用位置時，該㈣扣件是被該第—止擋件阻擋而定位， ^之’當該記憶卡滑移至該隱藏位置時，料彈扣件是觸 罪於該第二止擋件鄰側。 本新型之功效在於， 使得結合於基片上的記 該基片之大小約等同於一般名片 憶卡於閒置不用時，可藏置於基 M414622 片之安裝槽内，不但記憶卡能受到基片之保護而不易受損 ’也不易遺失’更方便攜帶；另於使用時，只需將記憶卡 的插接端推移出該基片之安裝槽的槽口外，即可供隨插即 用，使用便利性佳。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 參閱圖1、2’為本新型可攜式片狀記憶i置2之一較 佳實施例’包含有—基片3，及—組合㈣基片3上之記憶 卡4;其中，該基片3是呈薄片體狀，其—表面上具有一安 裝槽31 ’至於’該記憶卡4具有一插接端41，並使該記憶 卡4可滑設於該基片3之安裝槽爿中，且允許該記憶卡* 之插接端41有需要時，能凸出於的該基片3之外；當然， 本新型於單-該基# 3上的記憶卡4的數量不以—個為限 ’該基片3上用以供裝配該等記憶卡4之安裝槽3ι的數量 只需對應增設即可；再者，該安裝槽3!於該基片3的成型 位置亦不揭限於本實施例所顯示之位置，製造者可視消費 者需求而作變化’於此，不再一 一賛述。 再請一併參閱圖卜2,於該基片3的表面上更具有一 第-止檔件32及-第二止擋件33，且該安裝槽31包含有 相互對應的兩滑槽314、-連接該等滑槽314同侧端之端壁 312,及-位於與該端# 312相對位置處之槽口 313 :其; ，每-滑槽314的槽底定義為—側槽壁311，並使該兩側槽 5 M414622 壁311是呈相互對應狀態；且於每一滑槽314鄰近該槽口 313處形成有一呈筆直面狀的第一側部315，另於每一滑槽 314中再形成有一呈導弧面狀的第二側部316，且令該第一 側部315與該第二侧部316之間具有一設定距離。另外， 該第一止擋件32具有二個分別凸設於各該滑槽3丨4内相對 應的位置處之第一圓弧凸粒321。而第二止擋件33則具有 二個分別凸設於各該滑槽314内相對應的位置處之第二圓 弧凸粒331，位於同一滑槽314内之第一圓弧凸粒321與第 二圓弧凸粒331是彼此相間隔，且均是位於該第一側部315 與該第二側部316之間。 續參閱圖2，該記憶卡4更具有分別凸設於其兩相對側 的兩導條42 ’以及二分別凸設於各導條42外側面之彈扣件 43 ’各彈扣件43具有一延伸自各導條42之彈性臂431，及 一凸設於各彈性臂431外表面之卡掣塊432。各卡掣塊432 具有一呈筆直面狀之第一抵觸面433，及一鄰接該第一抵觸 面433且呈斜面狀之第二抵觸面434。 參閱厨2、3及4 ’备組合—時，可將該記憶卡4之插接 41的該相反端先經由該基片3之槽口 313伸入該安裝槽 31，即，該記憶卡4之兩導條42是如圖4所示般插入該基 片3之兩滑槽314内滑移，隨著記憶卡4的持續推入，利 用記憶卡4兩側各彈扣件43之卡掣塊432的第二抵觸面 434呈斜面狀能’而能被第一圓弧凸粒321或第二圓弧凸粒 331推壓，使得各彈扣件43内縮，造成該記憶卡4能順暢 地通過第一止擋件32與第二止擋件33，進而伸置於該安裝 6 曰内卩位於如圖3所不之隱藏位置，在此隱藏位置時 該等彈扣件43之卡掣塊432的第一抵觸面是位於該 等滑槽314之第二圓弧凸粒331鄰側處。 參閱圖3、5及6,在使用時，制者只要將如圖3所 示位於隱藏位置之記憶卡4往安裝槽31之槽口 313方向推 移，記憶卡4兩側各彈扣件43同樣能順沿第一圓弧凸粒 321與第二圓弧凸粒331之弧度内縮位移，直至記憶卡4兩 側之卡拏塊432的第-抵觸面433抵觸滑槽314之第一側 部315，即可使該記憶卡4停留於一如圖5所示的使用位置 ，找❹位置時，該記憶卡4之插接端41是伸出於基片 3之安裝槽31外，藉此如圖6所示可供用以隨插即用地插 s又於一電子裝置5的連接埠51 0 仍請繼續參閱圖3、5及6’當記憶卡4不再使用時， 於抽離電子裝置5之連接埠51後，只需將記憶卡4往遠離 安裝槽31之槽口 313方向推移，如上述藉記憶卡4兩側各 彈扣件43之卡擎塊432的第二抵觸面434呈斜面狀，能被 第圓弧凸粒321與第二圓弧凸粒331推麼，使得遇到第 一圓弧凸粒321與第二圓孤凸粒331日夺，各彈扣件Μ能順 勢内縮，讓記憶卡4能順暢地通過第—止擋件32與第二止 擋件33並回到如圖3所示之隱藏位置，如此，即完成記憶 卡4之收合’記憶卡4受到基片3之保護不易受損且因 本實施例中的基片3大小約等同於—般名片，不但方便攜 帶’也不易遺失。 綜上所述，本新型可攜式片狀記憶裝置2藉由上述構 造設計’使得結合於基片3上的記憶卡4於間置不用時， 可藏置於基片3之安裝槽31内，不但記憶卡4能受到基片 3之保護而不易受損或遺失，且因該基片3之大小約等同於 一般名片，重量輕薄且體積小，更方便攜帶；另於使用時 ’只需將記憶卡4推移出該基片3之安裝槽31的槽口 313 外，即可供隨插即用；因此提供使用便利性佳之功效，故 確實能達成本新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體分解圖，說明本新型可攜式片狀記憶裝 置之一較佳實施例； 圖2是一局部剖視圖，輔助說明圖工； 圖3是一使用狀態圖，說明該較佳實施例之記憶卡滑 移至該隱藏位置時-的態樣; --- 圖4是圖3之IV-IV剖面線剖視圖，辅助說明圖^ ; 圖5是一使用狀態之部份剖視圖，說明該較佳實施例 之記憶卡滑移至該使用位置時的態樣；及 圖6是一作動示意圖’說明該較佳實施例之記憶卡可 用於插設至一電子裝置的連接埠上。 〜 M414622 【主要元件符號說明】 2 可攜式片狀記憶裝置 331 第二圓弧凸 3 基片 4 記憶卡 31 安裝槽 41 插接端 311 側槽壁 42 導條 312 端壁 43 彈扣件 313 槽口 431 彈性臂 314 滑槽 432卡掣塊 315 第一側部 433 第一抵觸面 316 第二側部 434 第二抵觸面 32 第一止擋件 5 電子裝置 321 第一圓弧凸粒 51 連接埠 33 第二止擋件M414622 V• » • New description: [New technology field] This new type is related to a memory device, especially a portable chip memory device [Previous technology] With the development of technology and the consumer market Demand, a memory card that can store a large amount of data and is small and convenient to carry, came into being, but found that the use of delta recall card is small, and can be placed in the jacket pocket or trouser pocket at will, so it is easy Lost or damaged. In view of this, some manufacturers have developed a number of devices for accommodating memory cards. For example, the new patent case of "Card-type portable data recording device" in China's announcement No. 365507 is an example. The case is designed to have a card with a valley. The inner slot of the receiving slot is provided with a positioning hole on the inner wall of the other side of the receiving slot, and the other side of the memory card is provided with a slot on the other side of the memory card. There is a push button inside, and the push button is formed to form a stop block, and the push can be pushed laterally along the chute, so that the stop block can be protruded or retracted into the memory card by the push button operation control, and the hole of the memory card corresponds. The stud embedded on the side of the receiving slot of the card enables the memory card to be flipped into the computer or electronic device for reading the card, or after the memory card is used, the inward flipping and closing is received in the receiving slot of the card. The inside of the button is inserted into the hole of the card by the stop block at the end of the push button, so that the memory card is fixedly positioned in the slot of the card to form a portable data recording device with a small volume card. "Because of the fact that it has been designed to be able to pivot relative to the card, it must be added to the structure of the card." (4) The money for pushing the money is corresponding to the insertion of the positioning hole. "X, in order to make the memory after use." The card can be inwardly flipped and closed to be stored in the accommodating groove of the card to maintain the positioning, so the conventional card-type portable information is described. The recording device has a large number of manufacturing orders, and the memory card cannot be completely detached from the card, and the use range is limited. [New Content] Therefore, the purpose of the present invention is to provide a portable chip memory device that is convenient to carry and is not easily lost. The novel portable tablet memory device includes a substrate and a memory card combined on the substrate. The substrate has a mounting groove, a first stopper, and a second stopper, wherein the mounting groove defines two opposite side groove walls, an end wall connecting the same side ends of the side groove walls, and - a notch located at a position opposite to the end wall, the groove walls being respectively formed with a - chute', wherein the first stop member and the second stop member are spaced apart from each other in the chute. The opposite sides of the memory card are respectively provided with a guide bar, and the two are respectively protruded from the outer side of each of the guide bars, so that the memory card is disposed in the installation slot and each of the guide bars respectively protrudes In each of the chutes, and the memory card is slidable between a use position and a hidden position]P when the memory card is in the use position, the (four) fastener is blocked by the first stop Positioning, ^' When the memory card slides to the hidden position, the bullet fastener is inaccurate to the adjacent side of the second stop. The utility model has the advantages that the size of the substrate bonded to the substrate is about equal to that of the general business card memory card when it is idle, and can be hidden in the mounting groove of the base M414622, and the memory card can be received by the substrate. Protection is not easy to damage 'it is not easy to lose' is more convenient to carry; in addition, when the plug end of the memory card is pushed out of the slot of the mounting slot of the substrate, it is convenient for plug and play, easy to use Good sex. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to Figures 1 and 2', a preferred embodiment of the present portable chip memory device 2 includes a substrate 3, and a combination (4) memory card 4 on the substrate 3; wherein the substrate 3 is in the form of a sheet having a mounting groove 31' on the surface thereof. The memory card 4 has a plug end 41, and the memory card 4 is slidably disposed in the mounting slot of the substrate 3. And the insertion end 41 of the memory card* is allowed to protrude outside the substrate 3 when necessary; of course, the number of the memory cards 4 of the present invention on the single-the base #3 is not The number of the mounting slots 3 1 for mounting the memory cards 4 on the substrate 3 only needs to be correspondingly added; furthermore, the mounting position of the mounting slots 3 in the substrate 3 is not limited to this. The position shown in the embodiment can be changed by the manufacturer according to the needs of the consumer, and will not be mentioned one by one. Referring to FIG. 2 together, a first stop member 32 and a second stop member 33 are further disposed on the surface of the substrate 3, and the mounting groove 31 includes two sliding slots 314 corresponding to each other. - an end wall 312 connecting the same side end of the chute 314, and a notch 313 located at a position opposite to the end #312; the bottom of each trough 314 is defined as a side groove wall 311, And the wall 311 of the two sides of the slot 5 M414622 are in a corresponding state; and a first side portion 315 is formed in a straight surface adjacent to the slot 313 of each slot 314, and is disposed in each slot 314. A second side portion 316 having a curved surface is formed, and a distance between the first side portion 315 and the second side portion 316 is set. In addition, the first stopper 32 has two first circular protrusions 321 respectively protruding from corresponding positions in the sliding grooves 3丨4. The second stop member 33 has two second arcuate protrusions 331 respectively protruding from corresponding positions in the sliding grooves 314, and the first arcuate convex 321 located in the same chute 314 and The second arcuate lobes 331 are spaced apart from each other and are located between the first side portion 315 and the second side portion 316. 2, the memory card 4 further has two guide bars 42' respectively protruding from opposite sides thereof, and two latching members 43 respectively protruding from the outer sides of the guide bars 42. Each of the latching members 43 has a The elastic arm 431 extending from each of the guide bars 42 and a latching block 432 protruding from the outer surface of each of the elastic arms 431. Each of the latching blocks 432 has a first abutting surface 433 which is straight in the shape of a straight surface, and a second abutting surface 434 which is adjacent to the first abutting surface 433 and has a sloped shape. Referring to the kitchen 2, 3, and 4' combination, the opposite end of the plug 41 of the memory card 4 can be first inserted into the mounting slot 31 through the slot 313 of the substrate 3, that is, the memory card 4 The two guiding strips 42 are slipped into the two sliding slots 314 of the substrate 3 as shown in FIG. 4. As the memory card 4 is continuously pushed in, the latches of the latching members 43 on both sides of the memory card 4 are utilized. The second abutting surface 434 of the block 432 has a sloped shape and can be pressed by the first circular arc 321 or the second circular arc 331, so that the elastic members 43 are retracted, thereby making the memory card 4 smooth. Passing through the first stopper 32 and the second stopper 33, and then extending into the installation 6 卩 in a hidden position as shown in FIG. 3, the latch of the elastic fastener 43 is hidden in the hidden position. The first abutting surface of block 432 is located adjacent the second arcuate lobes 331 of the chutes 314. Referring to Figures 3, 5 and 6, in use, the controller only needs to move the memory card 4 in the hidden position as shown in Figure 3 to the slot 313 of the mounting slot 31, and the latch members 43 on both sides of the memory card 4 are the same. The first arc portion 321 and the second arc bump 331 can be displaced in the arc until the first contact portion 433 of the card 432 on both sides of the memory card 4 abuts against the first side of the chute 314 315, the memory card 4 can be stopped at a use position as shown in FIG. 5. When the position is found, the insertion end 41 of the memory card 4 protrudes out of the mounting slot 31 of the substrate 3, thereby As shown in FIG. 6, the plug-in 510 for plug-and-play plug-in and an electronic device 5 can still be continued. Referring to Figures 3, 5 and 6', when the memory card 4 is no longer used, the electronic device is removed. After the connection port 51 of the switch 51, the memory card 4 only needs to be moved away from the slot 313 of the mounting slot 31, as described above, the second abutment surface 434 of the card block 432 of each of the latching members 43 on both sides of the memory card 4 is The inclined surface can be pushed by the first circular convex 321 and the second circular convex 331 so that the first circular convex 321 and the second circular convex 331 are encountered, and each elastic fastener can be used. The inward retraction allows the memory card 4 to smoothly pass through the first stop 32 and the second stop 33 and return to the hidden position as shown in FIG. 3, thus completing the folding of the memory card 4 'memory card 4 is not easily damaged by the protection of the substrate 3, and since the size of the substrate 3 in this embodiment is approximately equal to a general business card, it is not only convenient to carry but also not easily lost. In summary, the portable memory device 2 of the present invention can be disposed in the mounting slot 31 of the substrate 3 when the memory card 4 coupled to the substrate 3 is placed between the substrates 3 by the above-mentioned configuration design. Not only the memory card 4 can be protected from the substrate 3 but is not easily damaged or lost, and because the size of the substrate 3 is equivalent to a general business card, the weight is light and small, and it is more convenient to carry; The memory card 4 is pushed out of the slot 313 of the mounting slot 31 of the substrate 3, so that it can be used for plug-and-play; therefore, it provides the convenience of use, so that the purpose of the present invention can be achieved. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view showing a preferred embodiment of the portable portable chip memory device; FIG. 2 is a partial cross-sectional view for explaining the drawing; FIG. 3 is a state diagram of use. FIG. 4 is a cross-sectional view taken along the line IV-IV of FIG. 3, and FIG. 5 is a view showing the state of use. FIG. A partial cross-sectional view showing the state in which the memory card of the preferred embodiment is slid to the use position; and FIG. 6 is an actuation diagram illustrating the memory card of the preferred embodiment being slidable to an electronic device. Connected to the port. ~ M414622 [Description of main component symbols] 2 Portable chip memory device 331 Second arc convex 3 Substrate 4 Memory card 31 Mounting slot 41 Plug end 311 Side slot wall 42 Bar 312 End wall 43 Spring clip 313 Notch 431 Elastic Arm 314 Chute 432 Clamping Block 315 First Side 433 First Abutment Face 316 Second Side 434 Second Abutment Face 32 First Stop 5 Electronic Device 321 First Arc Bump 51 Connection埠33 second stop