201100265 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種兼具記憶裝置的筆，特別係有關 一種具有摺疊插頭及記憶體模組的筆型結構。 【先前技術】 由於積體電路製程的優越發展，卓越的小型化封裝 技術’例如板上晶片封裝（Chip-On-Board，COB)或 ❹ 者是多晶片封裝（Multi-Chip-Package，MCP )等製程 技術的發展’促使非揮發性記憶體（Non-Volatile Memory，NVM)在體積上大幅縮小且在其密度上則大 幅提升，使得可攜式資料儲存裝置的體積隨之縮小亦符 合輕薄短小的趨勢，但是相對的，可攜式資料儲存裝置 體積的縮小也讓其本身在隨身撝帶與收納存放上產生 新的問題纟於體積小不易隨身收納於明顯可取用的地 ❹ #，即容易造成遺失或受壓損壞的問題。 此外以往的可攜式資料儲存裝置並未具有更換記 L體模組的功％ ’因此絲裝置之記憶體容量已經無法 滿足使用者的需求時，㈣者往往需要付出—㈣費用 ㈣踐的可攜式資料儲存裝置，才能獲取較大的記憶 體今里’對制者而言，無疑會造錢时較大的成本 負擔及購買意願。 3 201100265 【發明内容】 有鑑於上述現行資料儲存裝置的問題，本發明之主 要目的係在提供一種兼具記憶裝置的筆，該筆筒係包含 一上筆筒及一下筆筒，其中該上筆筒係包含一外管及一 内管，而該内管具有一收容空間，所述該收容空間係可 容置一資料儲存裝置，且該下筆筒係可為筆具或紅外線 指示器等結構，令本發明不但具備隨身儲存資料的功能 Ο 更結合其他構件之功能，使本發明具有複合性功能。 本發明之再一目的係在提供一種兼具記憶裝置的 筆，該筆筒係包含一上筆筒及一下筆筒，其中該上筆筒 係包含一外管及一内管，而該内管具有一收容空間，該 收容空間係可容置一資料儲存裝置，使該資料儲存裝置 收納容易、不易遺失且不易受壓損壞。 本發明之次一目的係在提供一種兼具記憶裝置的 q 筆，該資料儲存裝置係包含一摺疊插頭、一承載座、一 記憶體模組，其中該承載座係與該記憶體模組組接結 合，使可置換不同記憶體容量之記憶體模組，繼而降低 使用者的購置成本。 為達到上述目的，本發明所使用的主要技術手段是 採用以下技術方案來實現的：本發明為一種兼具記憶裝 置的筆，其包含一筆筒、一資料儲存裝置，其中該筆筒 係包含一上筆筒及一下筆筒，所述該上筆筒係包含一外 201100265 管、一内管’其中該外管之内表面設有至少一滑塊，所 述該内管係安置於該外管内，其中該内管之外表面對應 該外管内表面之該滑塊設有一軌道，使該滑塊嵌入於該 軌道中’並沿該軌道位移；所述該内管具有一收容空 間，該收容空間之上端係貫通該内管之外表面，且其下 端係設置至少一第一彈性體；所述該資料儲存裝置係包 含一摺疊插頭、一承載座、一記憶體模組，其中該資料 〇 儲存裝置係容置於該内管之該收容空間中；所述該摺疊 插頭具有複數個金屬觸點；所述該承载座之上端係結合 於該摺疊插頭，且該承載座之下端係與該記憶體模組組 接；所述該收容空間下端之該第一彈性體係與該記憶體 模組抵接；其中該收容空間内具有一推壓元件，其係設 置於該資料儲存裝置之鄰近處。 本發明的目的及解決其技術問題還可採用以下技 〇 術措施進一步實現。 依上述之一種兼具記憶裝置的筆，其中該内管之内 表面設有-抵擋部、-穿孔，其中該抵檔部係與該穿孔 相鄰，所述該抵擒部與該穿孔相接處具有一擋止面；所 述該外管之内表面設有—推塊，該推塊係透過該穿孔穿 掣入該内管’其中該推塊對應於該抵擔部之該擋止面具 有一推面。 依上述之-種兼具記憶裝置的筆，其中該推壓元件 201100265 係包含一推抵片、一第二彈性體，其中該推抵片具有_ 第一側端及一第二側端’所述該第一侧端係設置於該推 面及該擋止面之間，所述該第二側端係與該第二彈性體 抵接。 依上述之一種兼具記憶裝置的筆，其中該摺疊插頭 係包含一第一摺疊部、一第二摺疊部，所述該第一摺疊 部對應於該推抵片之該第二側端之表面具有一第—卡 槽，所述該第二折疊部對應於該推抵片之該第二側端之 表面具有一第二卡槽，其中該第一卡槽與該第二卡槽係 為相鄰設置。 依上述之一種兼具記憶裝置的筆，其中該承載座之 一側邊具有一第三卡槽，該第三卡槽係呈相互錯開對應 於該推抵片之該第二側端。 依上述之一種兼具記憶裝置的筆，其中該第一摺疊 部具有一第一槽道，該第二折疊部具有一第二槽道，其 中所述該[槽道係貫賴第二槽道，其中該第胃一槽道 内固接-扭力彈簧’該扭力彈簧具有抵接該第一槽道之 一抵壓端以及接觸該第二槽道之一固定端。 依上述之-種兼具記憶裝置的筆，其中該摺疊插頭 與該承載座電性連接，且該承載座錢該記憶體模 性導通。 、’ 依上述之-種兼具記憶裝置的筆，其中該承載座係 201100265 以插接方式與該記憶體模組組接接合。 依上述之一種兼具記憶裝置的筆，其中該摺疊插頭 之該些金屬觸點係相容於序列先進附加技術（Externai Serial ΑΤΑ，e-SATA)傳輸介面。 依上述之一種兼具記憶裝置的筆，其中該摺疊插頭 之該些金屬觸點係相容於通用序列匯流排（Universe Serial Bus，USB)傳輸介面。 依上述之種兼具5己憶裝置的筆，其中該摺疊插頭 之該些金屬觸點係皆可相容於刪傳輸介面及MAM 傳輸介面。 依上述之種兼具§己憶裝置的筆，其中該上筆筒與 該下筆筒係採用分離式連接。 依上述之種兼具§己憶裝置的筆，其中該上筆筒及 該下筆筒可為一筆結構。 ❹ 依上述之種兼具δ己憶裝置的筆，其中該下筆筒可 為一紅外線指示器結構。 依上述之一種兼具記憶跋置的筆，I中該外管可被 套置於一套管内。 依上述之一種兼具記憶裝置的筆，其中該套管可為 塑膠材質。 依上述之-種兼具讀、裝置的筆，其中該記憶體模 組係包含至少一記憶體晶片、至少一被動元件至少一 7 201100265 控制晶片。 本發明的主要操作方法，其特徵在於包括以下步 驟：步驟1 :該資料儲存裝置容置於該收容空間；步驟 2 :施力於該上筆筒，使該滑塊沿著該執道位移並使該 推塊之該推面抵接該推抵片之該第一側端並朝該抵擋 部之該擋止面位移，此時該推抵片之該第二側端逐漸被 推離該第一卡槽與該第二卡槽，且該第二彈性體逐漸呈 Ο 壓縮狀態；步驟3 :再依該第一彈性體所釋放的回復彈 力，使該摺疊插頭彈出該内管之該收容空間；步驟4 : 停止施力於該上筆筒，使該第二彈性體釋放回復彈力使 該推抵片之該第二側端卡掣於該第三卡槽；步驟5 :藉 由該扭力彈簧之彈性回復力，使該第一摺疊部旋轉展 開，藉使與該第二折疊部呈於同一水平面。 依上述之一種兼具記憶裝置的筆的操作方法，其中 Q 於步驟1之後，可施力使該上筆筒與該下筆筒分離，並 置換不同記憶體容量之記憶體模組。 相較於習知技術，本發明具有功效在於，藉由該資 料儲存裝置容置於該上筆筒之該收容空間中，且該下筆 筒可為筆具或紅外線指示器等結構，令本發明不但具備 隨身儲存資料的功能更結合其他構件之功能，使本發明 具有複合性功能；亦可使該資料儲存裝置收納容易、不 易遺失且不易受壓損壞；此外，由於該資料儲存裝置之 8 201100265 該承載座與該記憶體模組係以組接方式結合，因此當該 記憶體餘之記髓容量已錢使騎使用時，使用者 可置換不同之記憶體模組藉此提昇該記憶體容量，繼而 降低使用者的購置成本。 【實施方式】 為了讓本發明之上述目的、特徵、優點能更淺顯易 懂’下文將特舉本發明較佳實例，並配合賴圖示，做 洋細說明如下。 :月參閱f 1 ®所示’為本發明之一具體實施例為 種兼具s己憶裝置的筆，其包含有：一筆筒（1〇)，其 係包含一上筆筒（11)及一下筆筒（12)，其中，該上 筆筒（11)係包含一外管（13)、一内管（14)，其中該 外S (13)之内表面設有至少一滑塊（131)，所述該内 & (14)係安置於該外管（13)内，並且該内管（14) 〇 之外表面對應該外管（13)内表面之該滑塊（131)設 有軌道（141 ) ’使該滑塊（131 )嵌入於該軌道（14ι ) 中並/σ β亥軌道（141 )位移，然而本實施例並不限於 此任何移動件可置入並沿著軌道位移之結構，只要能 得到同樣的位移效果即可；所述該内管（14)具有一收 容空間（142)，該收容空間（142)之上端係貫通該内 管（14)之外表面，且其下端係設置至少一第一彈性體 (15) ’其中該第一彈性體（15)亦可為一壓縮彈簧； 9 201100265 所述該資料儲存裝置（20)，其係包含一摺疊插頭（21)、 一承載座（22)、一記憶體模組（23)，該資料儲存裝置 (2〇)係容置於該内管（14)之該收容空間（142)中， 使該資料儲存裝置（20 )得以被妥善收藏、不易遺失且 不易受壓損壞，此外該摺疊插頭（21)具有複數個金屬 觸點（211)，該些金屬觸點（211)係可為相容於e_SATA 傳輸介面（未顯示於圖示），亦可為相容於USB傳輸介 面，甚者，該些金屬觸點（211)係皆可相容於e_SATA 傳輸介面及USB傳輸介面（未顯示於圖示所述該承 載座（22)之上端係結合於該摺疊插頭（21)，且該承 載座（22)之下端係與該記憶體模組（23)組接，其中 該承載座（22)與該記憶體模組（23)係以插接方式組 接接合，然而本實施例並不限於此，任何具有接合效果 之構件組合方式皆可做為運用，此外，該上筆筒（u) 與該下筆筒（12)係採用分離式連接，因此當使用者需 要獲取不同容量之記憶體時，使时僅需更換該記憶體 模組（23)即可，以降低使用者的購置成本。再者，所 述該收容空間（142)下端之該第一彈性體（15)係與 3亥s己憶體模組（23)抵接，且該收容空間（m2)内設 置有一推壓元件（16 )’其係裝設於該資料儲存裝置（2〇 ) 之鄰近處，此外，所述該上筆筒（11)及該下筆筒（12) 可為一筆結構（未顯示於圖式），或者該下筆筒（12) 201100265 可為一紅外線指示器結構（未顯示於圖式）。此外，該 外管（13)可被套置於一套管（17)内，且該套管（17) 可為塑膠材質’藉由該套管（17)顏色的變化，使該上 筆筒具有美觀的效果。 請再參閱第2圖所示’該内管（14)之内表面設有 一抵擋部（143)、一穿孔（144)，其中該抵擋部（143) 係與該穿孔（144)相鄰，所述該抵擋部（143)與該穿 孔（144)相接處具有一擋止面（1431 )，且該外管（^3) 之内表面設有一推塊（132)，該推塊（132)係透過該 穿孔（144)穿掣入該内管（14)，其中該推塊（132) 對應於該抵檔部（143)之該擋止面（1431)具有一推 面（1321);所述該推壓元件（16)係包含一推抵片 (161)、一第二彈性體（162)，其中該推抵片（π。 具有一第一側端（1611 )及一第二側端（1612)，所述 該第一側端係設置於該推面（1321)及該檔止 面（1431 )之間，所述該第二側端（1612)係與該第二 彈性體（162)抵接，其中該第二彈性體（162)係可為 一壓縮彈簧。 · 請再參閱第3圖所示，該摺叠插頭（21)係包含一 第-摺疊部（212)、-第二摺疊部（213)，所述該第一 摺疊部對應於該推抵片（161)之該第二側端 (1612)之表面具有一第一卡槽（2i2i)，所述該第二 201100265 折疊部（213)對應於該推抵片（161)之該第二側端 (1612)之表面具有一第二卡槽（213〇,其中該第— 卡槽（2121)與該第二卡槽（2131)係為相鄰設置，因 此使该第二側端（1612)可藉由該第二彈性體（162) 所釋放的回復彈力卡掣於該第一卡槽（2121)與該第二 卡槽（2131)中，繼而讓該資料儲存裝置（2〇)妥當容 置於該收容空間（142)。所述該承載座（22)之一側邊 具有-第三卡槽（221)，該第三卡槽（221)係呈相互 錯開對應於該推抵片（161)之該第二側端（1612)，因 此當該摺疊插頭（21)彈出該收容空間（142)後’該 第二側端（1612)可藉由該第二彈性體（162)的回復 彈力使其位移卡掣於第三卡槽（221)中。 請再參閱第4圖所示，該第一摺疊部（212)具有 一第一槽道（2122)，該第二折疊部（213)具有一第二 槽道（2132)’其中所述該第一槽道（2122)係貫通該 第二槽道（2132)，其中該第一槽道（2122)内固接一 扭力彈簧（214)，該扭力彈簧（214)具有抵接該第一 槽道（2122)之一抵壓端（2141)以及接觸該第二槽道 (2132)之一固定端（2142)，因此當該擅疊插頭（21) 彈出該收容空間（142)後，此時可再憑藉該扭力彈簧 (214)之彈性回復力，使該第一摺疊部（212)旋轉展 開，藉使與該第二折疊部（213)呈於同一水平面。 12 201100265 此外，該摺疊插頭（21)與該承載座（22)電性連 接，且該承載座（22)亦與該記憶體模組（23)電性導 通（未顯示於圖式）。 請再參閱第5圖所示，該記憶體模組（23)係可包 含至少一記憶體晶片（231 )、至少一被動元件（232)、 至少一控制晶片（233 )。 凊再參閱第1、8A圖所示’該資料儲存裝置（2〇) 〇 係容置於該内管〇1)之該收容空間（142)，並配合參 照第6A至6D圖，當施力於該上筆筒（u)時，可使 該滑塊（131 )沿著該轨道（141 )位移（第6A圖）， 並使該推塊（132)之該推面（1321)抵接該推抵片（161) 之該第一側端（1611)(第όΒ圖），並朝該抵擋部143 之該擋止面1431位移，當該滑塊（131)持續沿著該軌 道（141)位移時（第6C圊），則該推抵片（161)之該 © 第二側端（丨612)逐漸被推離該第一卡槽（2121)與該 第二卡槽（2131)，且該第二彈性體（162)逐漸呈壓縮 狀態（第6D圖）； 請再參照第1、8B圖，此時該第一彈性體（15)釋 放回復彈力，使該摺疊插頭（21)彈出該内管（14)之 該收容空間（142); 並再參照第7、8C圖，當停止施力於該上筆筒（u) 時，該第二彈性體（162)釋放回復彈力，促使該推抵 13 201100265 片（161)之該第二侧端（1612)位移卡掣於該第三卡 槽（221); 並再參照弟8D圖，此時藉由該扭力彈簧（214) 之彈性回復力，使該第一摺疊部（212)旋轉展開，藉 使與該第二折疊部（213)呈於同一水平面；此外，若 使用者欲更換該δ己憶體模組（23 )時，則可施力使咳上 筆筒（11)與該下筆筒〇2)分離後，再置換不同記憶 體容量之記憶體模組（23)。 綜上所述，本發明提供一種兼具記憶裝置的筆，藉 由該資料儲存裝置容置於該上筆筒之該收容空間中，該 下筆筒可為筆具或紅外線指示器等結構，令本發明不但 具備隨身儲存資料的功能更結合其他構件之功能，使本 發明具有複合性功能；並可使該資料儲存裝置收納容 易、不易遺失且不易受壓損壞；此外，由於該資料儲存 裝置之該承載座與該記憶體模組係以組接方式結合，因 此當該記憶體模組之記憶體容量已不敷使用者使用 使用者可置換不同之記憶體模組藉此提昇該記憶體 、畺繼而降低使用者的購置成本。此於同類產品當中 屬首創付合發明專利要件，爰依法俱文提出申請。 准，以上所述者僅為本發明之較佳實施型態，舉凡 應用本發明說明書、中請專利範圍或圖式所為之等效結 構變化’理應包含在本發明之專利範圍内。 14 201100265 【圖式簡單說明】 第1圖：係本發明之一實施型態之零件分解圖。 第2圖：係本發明之一實施型態之上筆筒剖面示意圖。 第3圖：係本發明之一實施型態之摺疊插頭、承載座及 推壓元件之零件分解圖。 第4圖：係本發明之一實施型態之摺疊插頭前視圖。201100265 VI. Description of the Invention: [Technical Field] The present invention relates to a pen having a memory device, and more particularly to a pen-type structure having a folded plug and a memory module. [Prior Art] Due to the superior development of the integrated circuit process, excellent miniaturized packaging technology such as Chip-On-Board (COB) or Multi-Chip-Package (MCP) The development of process technology has led to a significant reduction in the size of non-volatile memory (NVM) and a significant increase in its density, making the size of portable data storage devices smaller and lighter and shorter. The trend, but the relative size of the portable data storage device also makes it a new problem in the carrying and storage of the portable data. It is easy to carry it in the apparently accessible cellar. Problems caused by loss or pressure. In addition, the conventional portable data storage device does not have the function of replacing the L-body module. Therefore, when the memory capacity of the silk device cannot meet the needs of the user, (4) often need to pay - (4) expenses (four) With the portable data storage device, in order to obtain a larger memory, the system will undoubtedly have a large cost burden and willingness to purchase when making money. 3 201100265 SUMMARY OF THE INVENTION In view of the above problems with the current data storage device, the main object of the present invention is to provide a pen having a memory device, the pen holder comprising an upper pen holder and a lower pen holder, wherein the upper pen holder includes a An outer tube and an inner tube, wherein the inner tube has a receiving space, the receiving space can accommodate a data storage device, and the lower pen holder can be a pen or an infrared indicator, etc., so that the invention not only The function of storing data with you Ο combined with the functions of other components makes the invention have a composite function. A further object of the present invention is to provide a pen having a memory device, the pen holder comprising an upper pen holder and a lower pen holder, wherein the upper pen tube comprises an outer tube and an inner tube, and the inner tube has a receiving space The accommodating space can accommodate a data storage device, so that the data storage device can be easily stored, not easily lost, and is not easily damaged by pressure. A second object of the present invention is to provide a q pen having a memory device, the data storage device comprising a folding plug, a carrier, and a memory module, wherein the carrier and the memory module group In combination, memory modules that can replace different memory capacities can be used to reduce the user's acquisition cost. In order to achieve the above object, the main technical means used in the present invention is implemented by the following technical solution: the present invention is a pen having a memory device, which comprises a barrel and a data storage device, wherein the pen holder comprises an upper a pen holder and a pen holder, wherein the upper pen barrel comprises an outer 201100265 tube, an inner tube 'where the inner surface of the outer tube is provided with at least one slider, and the inner tube is disposed in the outer tube, wherein the inner tube is disposed in the outer tube The outer surface of the tube is provided with a track corresponding to the inner surface of the outer tube, so that the slider is embedded in the track and displaced along the track; the inner tube has a receiving space, and the upper end of the receiving space is continuous The outer surface of the inner tube is provided with at least one first elastic body at the lower end; the data storage device comprises a folding plug, a carrier, and a memory module, wherein the data storage device is housed In the receiving space of the inner tube; the folding plug has a plurality of metal contacts; the upper end of the carrier is coupled to the folding plug, and the lower end of the carrier The first elastic system at the lower end of the receiving space is in contact with the memory module; wherein the receiving space has a pressing component disposed in the data storage device Nearby. The object of the present invention and solving the technical problems thereof can be further realized by the following technical measures. According to the above-mentioned pen having a memory device, the inner surface of the inner tube is provided with a resisting portion, a through hole, wherein the resisting portion is adjacent to the through hole, and the abutting portion is connected to the through hole Having a stop surface; the inner surface of the outer tube is provided with a push block through which the push block penetrates into the inner tube 'where the push block corresponds to the stop surface of the offset portion Has a push surface. According to the above-mentioned pen having a memory device, the pressing member 201100265 includes a pushing piece and a second elastic body, wherein the pushing piece has a first side end and a second side end The first side end is disposed between the pushing surface and the stopping surface, and the second side end is in contact with the second elastic body. According to the above-mentioned pen having a memory device, the folding plug includes a first folding portion and a second folding portion, and the first folding portion corresponds to a surface of the second side end of the pushing piece The second folding portion has a second card slot corresponding to the surface of the second side end of the pushing piece, wherein the first card slot and the second card slot are phased Neighbor settings. According to the above-mentioned pen having a memory device, one side of the carrier has a third card slot, and the third card slot is offset from each other corresponding to the second side end of the pushing piece. According to the above-mentioned pen having a memory device, wherein the first folding portion has a first channel, and the second folding portion has a second channel, wherein the channel is connected to the second channel The torsion spring of the first stomach channel has a pressing end that abuts one of the first channel and a fixed end that contacts the second channel. According to the above-mentioned pen having a memory device, the folding plug is electrically connected to the carrier, and the carrier is capacitively conductive. According to the above-mentioned pen having a memory device, the carrier base 201100265 is connected to the memory module in a plug-in manner. According to the above-mentioned pen having a memory device, the metal contacts of the folding plug are compatible with an Externai Serial (E-SATA) transmission interface. According to the above-mentioned pen having a memory device, the metal contacts of the folding plug are compatible with a Universal Serial Bus (USB) transmission interface. According to the pen of the above-mentioned type, the metal contacts of the folding plug are compatible with the transmission interface and the MAM transmission interface. According to the above-mentioned pen having the § recall device, the upper pen holder and the lower pen holder are separated from each other. According to the above-mentioned pen having the § recall device, the upper pen holder and the lower pen holder may have a one-piece structure.笔 A pen having a delta memory device according to the above, wherein the lower pen holder can be an infrared indicator structure. According to the above-mentioned pen having a memory device, the outer tube can be placed in a sleeve. According to the above-mentioned pen having a memory device, the sleeve can be made of plastic material. According to the above-mentioned pen, which has both a reading and a device, wherein the memory module comprises at least one memory chip, at least one passive component, at least one 201110265 control wafer. The main operation method of the present invention includes the following steps: Step 1: The data storage device is accommodated in the receiving space; Step 2: Applying force to the upper pen holder to displace the slider along the way The pushing surface of the pushing block abuts the first side end of the pushing piece and is displaced toward the stopping surface of the resisting portion, and the second side end of the pushing piece is gradually pushed away from the first side a card slot and the second card slot, and the second elastic body is gradually compressed; step 3: according to the resilience elastic force released by the first elastic body, the folding plug is ejected into the receiving space of the inner tube; Step 4: Stop applying force to the upper pen holder, so that the second elastic body releases the return elastic force to cause the second side end of the pushing piece to be clamped to the third card slot; Step 5: The elasticity of the torsion spring The restoring force rotates the first folded portion so as to be in the same horizontal plane as the second folded portion. According to the above method for operating a pen having a memory device, wherein after step 1, Q can be forced to separate the upper pen holder from the lower pen holder and replace the memory module of different memory capacities. Compared with the prior art, the present invention has the effect that the data storage device is accommodated in the receiving space of the upper pen holder, and the lower pen holder can be a pen or an infrared indicator, etc., so that the present invention not only The function of storing data with the body is combined with the function of other components to make the invention have a composite function; the data storage device can be easily stored, not easily lost, and is not easily damaged by pressure; moreover, due to the data storage device 8 201100265 The memory module and the memory module are combined in a combined manner, so that when the remaining memory capacity of the memory is used for riding, the user can replace the different memory modules to increase the memory capacity. In turn, the user's acquisition cost is reduced. [Embodiment] The above described objects, features, and advantages of the present invention will become more apparent and understood. The month of the present invention is a pen of the present invention, which comprises a pen (1〇), which comprises an upper pen holder (11) and a lower one. a pen holder (12), wherein the upper pen holder (11) comprises an outer tube (13) and an inner tube (14), wherein the inner surface of the outer S (13) is provided with at least one slider (131). The inner & (14) is disposed in the outer tube (13), and the outer surface of the inner tube (14) is provided with a track corresponding to the slider (131) of the inner surface of the outer tube (13) ( 141) 'The slider (131) is embedded in the track (14i) and displaced by /σβHai (141), however, the embodiment is not limited to the structure in which any moving member can be placed and displaced along the track. As long as the same displacement effect can be obtained; the inner tube (14) has a receiving space (142), and the upper end of the receiving space (142) penetrates the outer surface of the inner tube (14), and the lower end thereof Providing at least one first elastic body (15) 'where the first elastic body (15) may also be a compression spring; 9 201100265 the data storage device (20) The utility model comprises a folding plug (21), a carrier (22) and a memory module (23). The data storage device (2) is arranged in the receiving space (142) of the inner tube (14). The data storage device (20) is properly stored, is not easily lost, and is not easily damaged by pressure. In addition, the folding plug (21) has a plurality of metal contacts (211), and the metal contacts (211) can be Compatible with e_SATA transmission interface (not shown), or compatible with USB transmission interface, even if these metal contacts (211) are compatible with e_SATA transmission interface and USB transmission interface (not The upper end of the carrier (22) is coupled to the folding plug (21), and the lower end of the carrier (22) is assembled with the memory module (23), wherein the carrier (22) The memory module (23) is assembled and joined in a plug-in manner. However, the embodiment is not limited thereto, and any combination of members having a bonding effect can be used as an operation, and further, the upper pen holder ( u) Separate connection with the lower pen holder (12), so when the user needs to obtain different When the amount of memory is used, it is only necessary to replace the memory module (23) to reduce the user's purchase cost. Furthermore, the first elastic body at the lower end of the receiving space (142) (15) The system is in contact with the 3H s memory module (23), and the accommodating space (m2) is provided with a pressing member (16) disposed adjacent to the data storage device (2〇) In addition, the upper pen holder (11) and the lower pen holder (12) may be a one-piece structure (not shown in the drawings), or the lower pen holder (12) 201100265 may be an infrared indicator structure (not shown in the figure). formula). In addition, the outer tube (13) can be sleeved in a sleeve (17), and the sleeve (17) can be made of a plastic material. The color of the sleeve (17) is changed to make the upper barrel beautiful. Effect. Referring to FIG. 2 again, the inner surface of the inner tube (14) is provided with a resisting portion (143) and a through hole (144), wherein the resisting portion (143) is adjacent to the through hole (144). The abutting portion (143) has a blocking surface (1431) at the end of the through hole (144), and the inner surface of the outer tube (^3) is provided with a pushing block (132), the pushing block (132) Passing through the perforation (144) into the inner tube (14), wherein the pushing block (132) has a pushing surface (1321) corresponding to the blocking surface (1431) of the resisting portion (143); The pressing member (16) comprises a pushing piece (161) and a second elastic body (162), wherein the pushing piece (π has a first side end (1611) and a second side end (1612), the first side end is disposed between the pushing surface (1321) and the stop surface (1431), and the second side end (1612) is coupled to the second elastic body (162) Abutting, wherein the second elastic body (162) can be a compression spring. · Referring to FIG. 3 again, the folding plug (21) comprises a first-folding portion (212), - a second folding portion (213), wherein the first folding portion corresponds to The surface of the second side end (1612) of the pushing piece (161) has a first card slot (2i2i), and the second 201100265 folding portion (213) corresponds to the pushing piece (161). The surface of the second side end (1612) has a second card slot (213〇, wherein the first card slot (2121) and the second card slot (2131) are disposed adjacent to each other, thereby making the second side end (1612) being retractable by the release elastic force released by the second elastic body (162) in the first card slot (2121) and the second card slot (2131), and then the data storage device (2〇) The accommodating space (142) is properly placed in the accommodating space (142). One side of the carrier (22) has a third card slot (221), and the third card slot (221) is offset from each other corresponding to the push The second side end (1612) of the tab (161), so that when the folding plug (21) is ejected into the receiving space (142), the second side end (1612) can be supported by the second elastic body (162) The return elastic force causes the displacement to be clamped in the third card slot (221). Referring again to Fig. 4, the first folding portion (212) has a first channel (2122), the second folding Department (213) with a second channel (2132), wherein the first channel (2122) extends through the second channel (2132), wherein a torsion spring (214) is fixed in the first channel (2122), The torsion spring (214) has a fixed end (2142) abutting against one of the first channel (2122) and a fixed end (2142) contacting the second channel (2132), thus 21) After the accommodating space (142) is ejected, the first folding portion (212) can be rotated and deployed by the elastic restoring force of the torsion spring (214), and the second folding portion (213) Presented in the same horizontal plane. 12 201100265 In addition, the folding plug (21) is electrically connected to the carrier (22), and the carrier (22) is also electrically connected to the memory module (23) (not shown). Referring to FIG. 5 again, the memory module (23) may include at least one memory chip (231), at least one passive component (232), and at least one control wafer (233).凊 Refer to the accommodating space (142) of the inner tube 〇1) as shown in Figures 1 and 8A, and with reference to Figures 6A to 6D, when applying force In the upper pen holder (u), the slider (131) can be displaced along the track (141) (Fig. 6A), and the push surface (1321) of the push block (132) abuts the push The first side end (1611) of the abutting piece (161) is displaced toward the blocking surface 1431 of the resisting portion 143, and the slider (131) is continuously displaced along the track (141). At the time (6C圊), the second side end (丨612) of the push-up piece (161) is gradually pushed away from the first card slot (2121) and the second card slot (2131), and the The second elastic body (162) is gradually compressed (Fig. 6D); please refer to Figs. 1 and 8B again, at this time, the first elastic body (15) releases the return elastic force, and the folding plug (21) is ejected therein. The accommodating space (142) of the tube (14); and referring to Figures 7 and 8C again, when the force is applied to the upper pen holder (u), the second elastic body (162) releases the return elastic force, thereby causing the pushing 13 201100265 The film (161) of the first The side end (1612) is displaced in the third slot (221); and referring to the 8D view, the first folding portion (212) is rotated by the elastic restoring force of the torsion spring (214). Expanding, if it is in the same horizontal plane as the second folding portion (213); further, if the user wants to replace the δ-remembrance module (23), the force can be applied to cough the pen holder (11) with the After the pen holder 2) is separated, the memory module (23) of different memory capacities is replaced. In summary, the present invention provides a pen having a memory device, wherein the data storage device is housed in the receiving space of the upper pen holder, and the lower pen holder can be a pen or an infrared indicator. The invention not only has the function of storing data on the body but also the function of other components, so that the invention has a composite function; and the data storage device can be easily stored, not easily lost, and is not easily damaged by pressure; further, due to the data storage device The memory module and the memory module are combined in a combined manner. Therefore, when the memory capacity of the memory module is insufficient for the user, the user can replace the different memory modules to enhance the memory. In turn, the user's acquisition cost is reduced. This is among the first-class products that are the first to create a patent for the invention patent, and apply for it according to law. The above is only the preferred embodiment of the present invention, and equivalent structural changes of the present invention, the scope of the patent or the drawings are intended to be included in the scope of the present invention. 14 201100265 [Simplified description of the drawings] Fig. 1 is an exploded view of an embodiment of an embodiment of the present invention. Fig. 2 is a schematic cross-sectional view of a pen cartridge according to an embodiment of the present invention. Fig. 3 is an exploded perspective view showing a folding plug, a carrier and a pressing member of an embodiment of the present invention. Figure 4 is a front elevational view of a folded plug of one embodiment of the present invention.
第5圖：係本發明之一實施型態之記憶體模組剖面示意 圖。 第6A-6D圖：係本發明之一實施型態之上筆筒使用狀 態之剖面示意圖。 第7圖：係本發明之一實施型態之上筆筒另一剖面示意 圖。 第8A-8D圖：係本發明之操作流程示意圖。 〇 【主要元件符號說明】 10 筆筒 14 内管 11 上筆筒 141 執道 12 下筆筒 142 收容空間 13 外管 143 抵擋部 131 滑塊 1431擔止面 132 推塊 144 穿孔 1321推面 15 第一彈性 15 201100265 16 推壓元件 213 第二摺疊部 161 推抵片 2131 第二卡槽 1611 第一侧端 2132 第二槽道 1612第二側端 214 扭力彈簧 162 第二彈性體 2141 抵壓端 17 套管 2142 固定端 20 資料儲存裝置 22 承載座 21 摺疊插頭 221 第三卡槽 211 金屬觸點 23 記憶體模組 212 第一摺疊部 231 記憶體晶片 2121 第一卡槽 232 被動元件 2122 第一槽道 233 控制晶片Fig. 5 is a schematic cross-sectional view showing a memory module in an embodiment of the present invention. 6A-6D is a schematic cross-sectional view showing the state in which the pen cartridge is used in an embodiment of the present invention. Fig. 7 is a schematic cross-sectional view showing another embodiment of the pen cartridge according to an embodiment of the present invention. 8A-8D is a schematic diagram of the operational flow of the present invention. 〇【Main component symbol description】 10 Pen holder 14 Inner tube 11 Upper pen holder 141 Eaves 12 Lower pen holder 142 Reception space 13 Outer tube 143 Resisting part 131 Slider 1431 Supporting surface 132 Pushing block 144 Perforation 1321 Pushing surface 15 First elasticity 15 201100265 16 Pushing element 213 Second folding part 161 Pushing piece 2131 Second card slot 1611 First side end 2132 Second channel 1612 Second side end 214 Torsion spring 162 Second elastic body 2141 Pressing end 17 Bushing 2142 Fixed end 20 data storage device 22 carrier 21 folding plug 221 third card slot 211 metal contact 23 memory module 212 first folding portion 231 memory chip 2121 first card slot 232 passive component 2122 first channel 233 control Wafer
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