M3 52749 八、新型說明： 【新型所屬的技術領域】 本創作是有關於-種可攜式儲存裳置，且特別是有關 於-種具有方便推移且不易損壞蓋體的可攜式儲存裝置。 【先前技術】 隨著多媒體猶的發展，難作__荦侖來愈 大。傳統的L44靡軟式磁碟雖賴帶方便，但容量已瘦 =符所需。另外，硬碟雖可提供大容量的儲存空間，炉因 體積較大而造成攜帶不方便。近年來，隨著通 匯流 排（Universal Serial Bus，USB)介而沾並 '' _sh M_ry)的降價，於是，)丄:=，閃記憶體 佳、方㈣帶的替代性產品於是兼二^大、相容性M3 52749 VIII. New description: [New technical field] This creation is about a portable storage rack, and in particular, it relates to a portable storage device that has a convenient and easy to damage cover. [Prior Art] With the development of multimedia, it is difficult to make __ 荦 来 。. The traditional L44 靡 floppy disk is easy to use, but the capacity is thin. In addition, although the hard disk can provide a large-capacity storage space, the furnace is inconvenient to carry due to its large size. In recent years, with the Universal Serial Bus (USB) and the price reduction of '' _sh M_ry), so) 丄:=, flash memory good, square (four) with the replacement product and then ^ Large, compatible
DisB，古杨—丁门 疋產生—隨身碟（USB Flash 輸與齡不同的娘儲存裝置之間進行資料的傳 心身碟具備了容量大、睹杯P 帶，因此逐漸成為軟式磁碟的及方便攜 -金手指結構與不同電子裝置由於隨身碟乃藉由 手指結構遭受外物碰撞而，j纟’因此為了避免金 構作為隨身碟的本體。換P身碟便以滑移式機 時可將金手指結構藉由滑使用者不使用隨身碟 手指結構。這些具有滑:機構私入於本體内以保護金 涉以作為定位的方式，二^的隨身碟通常利用凸點干 涉’使得金手指結構能在移=與本體上的凹陷彼此干 多出或移入本體後分別得到定位 M352749 的效果’並且讓使用者具有明確的定位感。 雖然這些凸點干涉的結構簡易，但隨著 時間日益增加，伴之而來賴是凸點會 : ' 吏用 :逐漸被磨耗。—旦,點已被磨耗至無 =將使得隨身碟無法再凸听㈣方歧位金^ 、、，口構。在這種情形下，當未使麟身，時候 二 構亦有可能滑移出本體外，此時滑移式便去^ ^ 金手指結制功效。 _㈣去其保遵 【新型内容】 構盘ΐ=Γ種可攜式儲存裝置’其蓋體具有彈性結 其祕的⑽部，使可攜式料 地移動，且不易因此而損壞。 I之皿體此方便 創種可攜式儲存裝置，包括底座、儲存模 槿^及第二蓋體。底座具有承载面，其中儲存 此承載面上。第—蓋體是連接於底座，且第 1具有，少—第一驅動單元’其位於第一蓋體的頂 -移動地配設於第—蓋體及儲存模組上，炅第 ΐ對第：驅動單元作用之第二驅動單 力。：第弟芸：動早兀與弟二驅動單元彼此間形成作用 星-1 r::自弟—位置移動至第二位置時，第二驅動 第：=:第一驅動單元移動，此時作用力逐漸增加。當 體朝向第1署動單元會驅動第二盍 白乐一位置矛夕動。相反地，當第—驅動翠元未越過操 M352749 第二蓋體畅第—位置移動。 上述的作用力包括磁性力或 作點日年，弟一驅動單元則驅動 在本創作的一實施例中， 彈性力。 、ί，出:種可攜式儲存'置，包括底座、儲存模 構:底ί具有承載面，其中:存及至少一 組 配置於此承 第—蓋體、第二蓋體、至少 。底座具有承載面，並 第—蓋體是連接於底且㈣ :’且第二蓋體移動地配設於第—蓋體;儲存 =彈=構具有朝向第—凸起部的反曲點。當第二蓋體自、 :動ΐ!動至第二位置時，彈性結構會沿著第-凸起部 =i弟―凸料壓_性結構。當第―凸起部越過反 曲點％，彈性結構的回復力會驅動第二蓋體向第二位 地’ ΐ第：凸起部未越過反曲點時，彈性結構的 回设力a驅動第二蓋體向第一位置移動。 體成=本創作的—實施例中」上述㈣―蓋體與底座為一 在本創作的一實施例中，可攜式儲存裝置更包 體。此殼體是配置在第二蓋體上，其中此殼體的材質為铭。 在本創作的一實施例中，上述的儲存模組具有金手 指^且當第二蓋體位於第二位置時，此金手指會外露於第 -盍體，當第二蓋體位於第一位置時，第 蓋於金手指上。 菔…復 在本創作的一實施例中，上述的底座還具有位於該承 載面上的至y弟一止擋部以及位於該底座之相對兩側緣 M352749 的至少一東一 擔部以及〜/擋部，且該第二蓋縣具有至少-第三止 止擔部，叫2㈣’其中該第三止擋部干涉於該第二 止播部干涉蓋體維持於該第二位置，以及該第四 一位置。；Λ第一止擋部，以使該第二蓋體維持於該第 在本;α 載面上的1:—實施射，上述的底座還具*位於該承 體還具有至少起部以及至少—第—執道，且該第一蓋 的-第-卡力弟二凸起部以及位於該第—蓋體之-底面 該第-蓋‘广第三凸起部自該第—蓋體延伸，且位於 起部沿著議^對二侧緣，其中該第—蓋體藉由該第三凸 第二凸起部，:軌道移^該底座，且該第-卡勾卡扣於該 在本創吏垓第一蓋體連接在該底座上。 -第二卡勾作的—實施例中’上述的第-蓋體還具有至少 有至少—柄位於該第—蓋體的該頂面，且第二蓋體還具 卡扣於該第ϋ該第二卡㈣第二軌道，其中該第二卡勾 該第—蓋體道上，以使該第二蓋體藉由該第二轨道在 工移動。 菩莖可攜式儲存裝置’其具有第—驅動單元與沿 用六。單元移動的第二驅動單元，且彼此之間形成作 备盍體在移動時，此作用力漸增，並使第二驅動單 元驅動蓋體往第一位置或往第二位置移動。藉以使儲存模 組的金手指能在使用時外露於蓋體之外，而在不使用時能 被蓋體覆蓋，以保護金手指不受外物碰撞而損壞。 再者，本創作能避免習知技術中以凸點干涉的方式而 M3 52749 造成滑移式機構的損壞。因此相較於習知技術，本創作之 可攜式儲存裝置具有較佳的耐用性。 為讓本創作的上述特徵和優點能更明顯易懂，下文特 舉實施例，並配合所附圖式，作詳細說明如下。 【實施方式】 本創作提出一種可攜式儲存裝置，包括底座、儲存模 組、第一蓋體以及第二蓋體。底座具有承載面，其中儲存 模組是配置於此承載面上。第一蓋體是連接於底座，且第 一蓋體具有至少一第一驅動單元，其位於第一蓋體的頂 面。第二蓋體移動地配設於第一蓋體及儲存模組上，且第 二蓋體具有至少一相對第一驅動單元作用之第二驅動單 元，其中第一驅動單元與第二驅動單元彼此間形成一作用 力。當第二蓋體自第一位置移動至第二位置時，第二驅動 單元會沿著第一驅動單元移動，此時兩者之間的作用力會 逐漸增加。當第一驅動單元越過操作點時，此作用力會驅 動第二蓋體朝向第二位置移動。相反地，當第一驅動單元 未越過操作點時，此作用力則驅動第二蓋體朝向第一位置 移動。 在本創作中，此作用力例如為磁性力或彈性力，其皆 能使第一驅動單元與第二驅動單元彼此相互作用並進而驅 動第二蓋體移動。本創作即利用此作用力與操作點的搭 配，而使第二蓋體能藉此在二位置之間移動。此外，本創 作並未限定作用力之形式，凡符合上述作動模式者皆屬本 9 M352749 創作之範圍。以下將以一彈性結構與一凸起部及彼此所產 生的彈性力為例進一步說明。 圖1是繪示根據本創作一實施例的可攜式儲存裝置的 爆炸圖。請參考圖1，可攜式儲存裝置1〇〇包括底座11〇、 儲存模組120、第一蓋體130、第二蓋體140、第一凸起部 160以及彈性結構170。底座110具有承載面112,其中儲 存模組120是配置於承載面112上。第一蓋體13〇是連接 垂 於底座110。第二蓋體140是連接於第一蓋體130,並且第 二蓋體140是移動地配設於第一蓋體130及儲存模組12〇 上。 在本實施例中，第一凸起部160配置於第一蓋體13〇 亡，而彈性結構170則位於第二蓋體14〇。然而，本創作 並未限定第一凸起部160與彈性.結構17〇的配置位置，在 本創作另一未繪示的實施例中，第—凸起部16〇亦可配置 在第二蓋體140’而彈性結構170則可配置於第一蓋 再者，儲存模組120是以系統封裝(System in package • SlP)的技術所製成，藉此將可攜式儲存裝置100所需要的 ，子元件，例如快閃記憶體(FlashMemory)、控制Ic等， ，由塑膠、金屬或㈣材料使其構成系統集成的封裝模 式，並封裝於單-構件中，以保護封魏構㈣電子元件、。 瞭解的是，本創作不限於以系統封裝的 2其他適當的封裝方式所製作的儲存模組亦可應用於本 另外，圖2是圖1可攜式儲存|置丨⑻中第二蓋體⑽ M3 52749 於第：位置c的剖面圖。請同時參考圖i及圖2,在本實 加例’配^於第二蓋體140白勺兩個彈性結構，其分 別具有朝向第-凸起部16〇的反曲點p。值得—提的是， 本創作並不限於制兩轉性結構m，在本創作另一實 施例中亦可僅仙-轉性結構m， 的彈性結構170。DisB, Gu Yang - Dingmen 疋 — 随 随 随 随 USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB Portable-golden finger structure and different electronic devices, since the flash drive is subjected to foreign object collision by the finger structure, j纟' is therefore used to avoid the gold structure as the body of the flash drive. The gold finger structure does not use the finger structure of the finger by sliding the user. These have the sliding: the mechanism is privately placed in the body to protect the gold from being used as a positioning method, and the flash drive of the ^^ usually uses the bump interference to make the golden finger structure The effect of positioning M352749 can be obtained after shifting and recessing on the body with each other or moving into the body' and giving the user a clear sense of positioning. Although the structure of these bump interferences is simple, as time goes by, Accompanied by the bumps will be: ' 吏 :: gradually worn out. - Once, the point has been worn to no = will make the flash drive can no longer listen to (four) square position gold ^,,, mouth structure. Here In this case, when the body is not made, the two structures may slip out of the body. At this time, the slip type will go to ^^ the golden finger to make the effect. _(4) Go to its compliance [new content] The portable storage device's cover body has elastic and secretive (10) parts, which makes the portable material material move and is not easy to be damaged. I can conveniently create a portable storage device, including a base. a storage module and a second cover. The base has a bearing surface, wherein the bearing surface is stored. The first cover is connected to the base, and the first has, the first - the first drive unit is located at the first cover The top-moving ground is disposed on the first cover body and the storage module, and the second drive single force acting on the first drive unit: the first brother: the first mover and the second drive unit form each other Action star-1 r:: From the younger brother - when the position moves to the second position, the second drive is: =: the first drive unit moves, and the force is gradually increased. When the body is oriented toward the first actuator, the second drive is driven.盍Bai Le a position spear moves. Conversely, when the first - driving Tsui Yuan has not crossed the M352749 The second cover is smooth and the position is moved. The above-mentioned force includes magnetic force or a day of the year, and the driver-drive unit drives the elastic force in an embodiment of the present creation. ί, 出: Portable storage 'Setting, including base, storage mold: bottom ί has a bearing surface, wherein: at least one set is disposed on the bearing body - the cover body, the second cover body, at least. The base has a bearing surface, and the first cover body is Connected to the bottom and (4): 'and the second cover is movably disposed on the first cover; the storage=elastic=the structure has an inflection point toward the first raised portion. When the second cover is self-contained! When moving to the second position, the elastic structure will follow the first-protrusion portion = i--------------------------------------------- The second direction of the body is '': when the raised portion does not pass the inflection point, the resilient force a of the elastic structure drives the second cover to move to the first position. In the embodiment of the present invention, the above-mentioned (4) - the cover body and the base are one. In an embodiment of the present invention, the portable storage device is further encapsulated. The housing is disposed on the second cover, wherein the material of the housing is Ming. In an embodiment of the present invention, the storage module has a gold finger and the gold finger is exposed to the first body when the second cover is in the second position, and the second cover is in the first position. When the first cover is on the golden finger. In an embodiment of the present invention, the base further has a stop portion on the bearing surface and at least one east shoulder portion on the opposite side edges M352749 of the base and ~/ a second portion, wherein the second cover county has at least a third stop support portion, called 2 (four)', wherein the third stop portion interferes with the second stop portion to interfere with the cover body being maintained at the second position, and the first cover portion Four one position. The first stop portion is configured to maintain the second cover body on the first surface of the alpha bearing surface: the base is further disposed, and the base body further has at least a portion and at least - the first - the - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - And at the beginning of the second side edge of the pair of sides, wherein the first cover body is moved by the third convex second protrusion, the track is moved, and the first hook is buckled at the The first cover of the present invention is connected to the base. - the second card is hooked - in the embodiment, the above-mentioned first cover further has at least at least the handle is located on the top surface of the first cover, and the second cover is further engaged with the third cover a second card (four) second track, wherein the second hook is on the first cover body track to move the second cover body by the second track. The stalk portable storage device has a first drive unit and a sixth. When the unit moves the second driving unit and forms a workpiece between them, the force is gradually increased, and the second driving unit drives the cover to move to the first position or to the second position. Therefore, the gold finger of the storage module can be exposed outside the cover when in use, and can be covered by the cover when not in use to protect the golden finger from being damaged by foreign objects. Furthermore, this creation can avoid the damage of the sliding mechanism caused by the bump interference in the conventional technology and the M3 52749. Therefore, the portable storage device of the present invention has better durability than the prior art. To make the above features and advantages of the present invention more comprehensible, the following detailed description of the embodiments and the accompanying drawings are set forth below. [Embodiment] The present invention proposes a portable storage device comprising a base, a storage module, a first cover and a second cover. The base has a bearing surface, wherein the storage module is disposed on the bearing surface. The first cover is coupled to the base, and the first cover has at least one first drive unit located on a top surface of the first cover. The second cover body is movably disposed on the first cover body and the storage module, and the second cover body has at least one second drive unit that acts relative to the first drive unit, wherein the first drive unit and the second drive unit are in contact with each other Form a force. When the second cover moves from the first position to the second position, the second driving unit moves along the first driving unit, and the force between the two gradually increases. This force drives the second cover to move toward the second position as the first drive unit passes over the operating point. Conversely, when the first drive unit does not cross the operating point, this force drives the second cover to move toward the first position. In the present creation, the force is, for example, a magnetic force or an elastic force, which enables the first drive unit and the second drive unit to interact with each other and thereby drive the second cover to move. This creation utilizes this force to align with the operating point so that the second cover can be moved between the two positions. In addition, this creation does not limit the form of force. Anyone who meets the above-mentioned mode of action belongs to the scope of this 9 M352749 creation. Hereinafter, the elastic force generated by an elastic structure and a convex portion and each other will be further described as an example. 1 is an exploded view of a portable storage device in accordance with an embodiment of the present invention. Referring to FIG. 1 , the portable storage device 1 includes a base 11 , a storage module 120 , a first cover 130 , a second cover 140 , a first protrusion 160 , and an elastic structure 170 . The base 110 has a bearing surface 112, wherein the storage module 120 is disposed on the bearing surface 112. The first cover 13 is connected to the base 110. The second cover 140 is connected to the first cover 130, and the second cover 140 is movably disposed on the first cover 130 and the storage module 12A. In the present embodiment, the first boss portion 160 is disposed on the first cover 13 and the elastic structure 170 is located on the second cover 14b. However, the present invention does not limit the arrangement position of the first convex portion 160 and the elastic structure 17〇. In another embodiment of the present invention, the first convex portion 16〇 may also be disposed on the second cover. The body 140' and the elastic structure 170 can be disposed on the first cover. The storage module 120 is made by a system in package (SLP) technology, thereby requiring the portable storage device 100. Sub-components, such as Flash Memory, Control Ic, etc., are made of plastic, metal or (4) materials to form a system-integrated package mode, and packaged in a single-component to protect the package (4) electronic components ,. It is understood that the present invention is not limited to the storage module manufactured by the other suitable packaging methods of the system package, and can also be applied to the present invention. FIG. 2 is the second cover body (10) of the portable storage device in FIG. M3 52749 Section: Position c. Referring to Figures i and 2, the two elastic structures of the second cover 140 are respectively provided in the present embodiment, which have inversion points p toward the first raised portion 16A, respectively. It is worth mentioning that the present creation is not limited to the two-turn structure m, and in another embodiment of the present invention, only the elastic structure 170 of the cent-transform structure m may be used.
圖3疋圖1可攜式儲存袭置1〇〇中第二蓋體14〇於第 二位置D的示意圖。請同時參考圖2及圖3，當第二蓋體 14=弟一位置C移動至第二位置D時，彈性結構17〇會 々者弟ΰ起部160移動，並使第一凸起部⑽麵彈性 、、’。構170其中田第_凸起部16〇越過反曲點ρ時，彈性 結構m的回復力會驅動第二蓋體⑽向第二位置d移 動。倘若第一凸起部16〇未越過反曲點p 的回復力會驅動第二蓋體140向第一位置c::、:構 請同時參相1、圖2與® 3，在本實_巾，儲存模 Ϊ 12=有金手指122。值得—提的是，在本實施例中當 140 ί於第—位置C時’金手指122會被第二蓋 體 兀全覆盍，而當第二蓋體140位於第二位置D時， 此金手指122會外露於第二蓋體H0。換句話說，當使用 者欲使用此可攜式儲存裝置時，使用者可移動第二蓋 體 並且使弟凸起部160越過反曲點p，則彈性结 ，17〇 =回復力會驅動第二蓋體140移至第二位置D，此 時金手指122便會外露於第二蓋體刚，由此可與其他電 子裝置電性連接以進行資料的傳輸或轉移。 M352749 另一方面，當使用者不使用可攜式儲存裝置丨⑻時， 使用者可將第一盍體140從第二位置β朝向第一位置c移 動，並且使第一凸起部160越過反曲點ρ，此時彈性結構 170的回復力會驅動第二蓋體14〇移回第一位置c，：使 第二蓋體140完全地覆蓋在金手指122上，由此保護金手 指122以避免因外物碰撞而損壞。 基於上述，本創作之可攜式儲存模la 100由於且有彈 性結構170與第-凸起部16〇，除了可使金手指122在不 使用時能有第二蓋體14G覆蓋保護之外，亦可藉由第一凸 16〇與彈性結構170之間的彈性配合使第二蓋體14〇 此夠明確地定位在第—位置c或第二位置D。 圖4A是圖i可攜式儲存裝置⑽中底座u 參止， ”有弟-止擋# 114、第二止擔部116、第二凸起部ιΐ8 以及第-軌道119,其巾第—止擋部114是位於 上:S曰第Γ止播部114是用以定位儲存模組120。 100 110 ^ _、、且120a在另-實施例的示意圖。本實施例盘上述者 能將儲存模組㈣定位於底座’= ^ 收便需配置於底座n。的—第三位^此日巧―止擋部 組咖組裝於底座11〇時 =付合儲存模 、弟止擋部的位置，凡是可依 12 M352749Fig. 3 is a schematic view showing the second cover 14 of the portable storage device 1 in the second position D. Referring to FIG. 2 and FIG. 3 simultaneously, when the second cover 14=the position C moves to the second position D, the elastic structure 17〇 moves the pick-up portion 160 and the first raised portion (10) Surface elasticity, '. The restoring force of the elastic structure m drives the second cover (10) to move to the second position d when the first ridge portion 16 〇 passes over the inflection point ρ. If the restoring force of the first raised portion 16〇 does not cross the inflection point p, the second cover 140 is driven to the first position c::, :, please participate in the phase 1, the figure 2 and the ® 3, in the present _ Towel, storage module 12 = There is a gold finger 122. It is worth mentioning that, in this embodiment, when the 140 is at the position - C, the gold finger 122 is completely covered by the second cover, and when the second cover 140 is at the second position D, this The gold finger 122 is exposed to the second cover H0. In other words, when the user wants to use the portable storage device, the user can move the second cover body and make the young boss portion 160 pass the inflection point p, then the elastic knot, 17〇=recovery force will drive the first The second cover 140 is moved to the second position D, and the gold finger 122 is exposed to the second cover body, thereby being electrically connected to other electronic devices for data transmission or transfer. M352749 On the other hand, when the user does not use the portable storage device (8), the user can move the first body 140 from the second position β toward the first position c, and cause the first boss 160 to cross the opposite The curvature point ρ, at this time, the restoring force of the elastic structure 170 drives the second cover 14 to move back to the first position c, so that the second cover 140 completely covers the gold finger 122, thereby protecting the gold finger 122 Avoid damage due to foreign objects. Based on the above, the portable storage mold la 100 of the present invention has the elastic structure 170 and the first raised portion 16〇, except that the gold finger 122 can be covered and protected by the second cover 14G when not in use. The second cover 14 can also be clearly positioned at the first position c or the second position D by the elastic fit between the first projection 16 and the elastic structure 170. 4A is a view showing the base u in the portable storage device (10) of FIG. i, "the younger-stop #114, the second stop portion 116, the second raised portion ι8, and the first track 119. The blocking portion 114 is located above: the first blocking portion 114 is used to position the storage module 120. 100 110 ^ _, and 120a is a schematic diagram of another embodiment. The above embodiment can store the storage module Group (4) Positioned on the base '= ^ Received need to be placed on the base n. - The third place ^ This day, the stop block group coffee is assembled on the base 11〇 = the position of the storage mold, the brother stop, Anything can be according to 12 M352749
當第二蓋體140移動至第二位置D時，第二止擋部116能 與第二蓋Μ 140干涉，以避免第二蓋體14〇滑出於底座11〇 之外而自底座110上脫落。請再同時參考圖卜圖4Α及圖 4aB，第二凸起部118是位於承載面112上。第一軌道119 疋位於第二止擋部116的相對二内側。特別是，第一蓋體 130是沿著第-執道119滑入底座11〇，並且藉由第二凸起 部118卡合於第-蓋體13〇，由此使第一蓋體13〇得 定於底座110上。When the second cover 140 is moved to the second position D, the second stopping portion 116 can interfere with the second cover 140 to prevent the second cover 14 from sliding out of the base 11 and from the base 110. Fall off. Referring to FIG. 4A and FIG. 4aB, the second raised portion 118 is located on the bearing surface 112. The first track 119 is located on the opposite inner side of the second stop 116. In particular, the first cover 130 slides into the base 11〇 along the first lane 119, and is engaged with the first cover 13 by the second protrusion 118, thereby causing the first cover 13 to be folded. It is determined on the base 110.
據儲存模組120的外型尺寸而適當地將第一 土擋部〗4()配 置在承載面112上者皆屬於本創作之應用範園。 在本實施例中’第二止擋部U6是位於底座n〇的相 對二側緣’並且第二止擋部U6是垂直於承載面n2。然 而’在此值得注意的是，本創作並未對第二止擋部丨16與 承載面112之間的結構關係而加以限定。請再參考圖3， 地說明’,5A是圖1可攜式儲存裝置100 _弟-盖體130的俯視圖，圖5B是圖J可攜 ^中;—盍體13。的仰視圖。請同時參考圖从及圖犯， 還具有第三凸起部136、第—卡勾US以及 底:131 :其中第-卡㈣是位於第1體130的 卡勾139是位於第―篕體⑽的了貝面 一:再參考圖卜在本實施例中，第三凸 弟一盍體130的相對二侧緣延伸，以使第— 疋 由第三凸起部136沿著第一轨道119而移人=〇可藉 時，位於笛一輩触底座110。此 、弟皿體m之底面131的第一卡勾138與其相 13 M352749 對的第二凸起部118會互相卡扣，而使第—蓋體i3〇連接 於底座110。 ^在本發明另—實施例中，可攜式儲存裝置100中的第 -蓋體130與底S 110可以塑膠射出技術製作而成，藉此 使第-盖體130與底座11〇為一體成型。此舉因構件減少 而可簡化可攜式儲存裝置1〇〇的組裝程序，並同時降低製 造構件及組裝時的成本。 i ^式儲妓置咖中第二蓋體14〇的俯 圖5A及圖6,第二蓋體⑽還具 中第-執ί 144 β弟二止擋部146以及第四止擋部148，其 2「軌道144疋相對於第二卡勾13 會卡扣於第二執道144 μ ^ I且弟一卡勾139 是藉由第二執道144第在$施例中’第二蓋體140 三止擔部_是位於第2體上移動。此外，第 播部Η8是位於第_宴:了體140的弟一端A，且第四止 圖2及圖3,㈠^^體⑽的第二端B。請再同時參考 動時，第三止擋1 2體140相對於第一蓋體130移 第二蓋體14G ^持難Ί二止擔部116會互相干涉以使 干涉於第二止"位置D’並且第四止擔部148可 置C。 拉$ 116以使得第二蓋體U0维持於第一位 擋部148與=體140的第三止播部146、第四止 第二苔體14()^；，弟〜止擋部116分別互相干涉，可使 在此;動行程C蓋體130移動時，第二蓋體140 月確的起始點與終點，讓使用者開啟 M352749 或關閉可攜式儲存裝置刚時具有明確的定位感。 請再參相丨，本創作之可攜式儲存裝置觸更包括 =體150。殼體150是配置在第二蓋體14〇上，且在本實 150是用以將第二蓋體140的彈性結構142 /、第一軌逍144完全遮覆，除了保護1内的任 存的裝飾銘板，讓料攜式儲存裝 -有車乂美硯的外型。在本實施例中，殼體b =且m’殼㈣亦树其他具有質 綜上所述，本創作的可攜式儲存裝置，由於 構’彼此可互相搭配移動，以讓第二蓋體能在 ΐ二^移動。此舉使得在未使用可攜式 免因=碰1=壞且的金手指能受到第二蓋體的保護而避 再者’當凸起部沿著彈性結構移動時，會同 性結構，使得凸起部未超越雜 2 構的回復力會驅使第二蓋體退回原來位置。::凸= 彈=r::會=二蓋_ 構的:性配合，使可攜式物置能:有 感。另外，相較於習知以凸點干^^：；具的有明確的定位 本創f也因此而改善了因滑移而造成二磨構所 以，相較於習知技術，本創作之可攜式爾= M352749 的耐用性。 雖^本創作已以較佳實施例揭露如上， ’任何所屬技術領域 因此本創作的伴ζ耗圍内，當可作些許的更動與潤飾， 為準。丨—f關當視後_申請專概圍所界定者 【圖式簡單說明】 爆炸=會示根據本創作-實施例的可攜式儲存裝置的 剖面^是圖1可攜式儲存裝置中第二蓋體於第—位置的 示』伽可攜式亀置中第二蓋體於第二位置的 =圖本LT,攜响^ 在另-實施Ξ的示意ί可攜式儲存裝置中底座與儲存模組 圖6是圖1可攜式储存裝置中第弟二蓋圖圖。 【主要元件符號說明】 100 :可攜式儲存裂置 110 :底座 112 :承载面 16 M352749 114、114a :第一止擂部 116 :第二止擋部 118 ··第二凸起部 119 :第一軌道 120、120a :儲存模組 122 :金手指 130 :第一蓋體 131 :底面 • 134 :頂面 136 :第三凸起部 138 :第一卡勾 139 :第二卡勾 140 :第二蓋體 144 :第二軌道 146 :第三止擋部 148 :第四止擋部 φ 150 :殼體 160 :第一凸起部 170 :彈性結構 A :第一端 B :第二端 C:第一位置 D:第二位置 E:第三位置 P :反曲點 17According to the outer dimensions of the storage module 120, appropriately configuring the first soil stop portion 4() on the bearing surface 112 belongs to the application garden of the present invention. In the present embodiment, the 'second stop portion U6 is located at the opposite side edges ' of the base n' and the second stop portion U6 is perpendicular to the bearing surface n2. However, it is noted here that this creation does not define the structural relationship between the second stop portion 16 and the bearing surface 112. Referring to FIG. 3 again, FIG. 5A is a top view of the portable storage device 100 of FIG. 1 , and FIG. 5B is a portable body of FIG. The bottom view. Please also refer to the figure and figure, and also has a third raised portion 136, a first hook US and a bottom: 131: wherein the first card (four) is located in the first body 130, the hook 139 is located in the first body (10) In the present embodiment, the opposite side edges of the third convex body 130 extend such that the first side is along the first track 119 by the third raised portion 136. When you move, you can use it when you borrow it. The first hook 138 of the bottom surface 131 of the tray body m and the second boss portion 118 of the pair 13 M352749 are mutually engaged, and the first cover body i3 is connected to the base 110. In another embodiment of the present invention, the first cover 130 and the bottom S 110 of the portable storage device 100 can be fabricated by a plastic injection technique, whereby the first cover 130 and the base 11 are integrally formed. . This simplifies the assembly process of the portable storage device 1 因 due to the reduced number of components, and at the same time reduces the cost of manufacturing components and assembly. In the i ^ type storage device, the second cover body 14 of the second cover body 14A and FIG. 6 , the second cover body ( 10 ) further has a middle first block 144 β second stop portion 146 and a fourth stop portion 148 , The 2 "track 144" will be snapped to the second track 144 μ ^ I relative to the second hook 13 and the second card 139 is the second cover by the second way 144. The 140th stop portion _ is moved on the second body. In addition, the first broadcast portion 是8 is located at the first end of the body of the body 140, and the fourth end of Fig. 2 and Fig. 3, (1) ^^ body (10) The second end B. Please refer to the movement at the same time, the third stop 112 body 140 moves relative to the first cover body 130 to the second cover body 14G, and the second load-bearing portion 116 interferes with each other to interfere with the first The second position " position D' and the fourth stop portion 148 can be set to C. Pulling $116 to maintain the second cover U0 at the first stop portion 148 and the third stop portion 146 of the body 140, fourth The second moss body 14 () ^;, the brother - stop portion 116 respectively interfere with each other, can be here; when the movement stroke C cover body 130 moves, the second cover body 140 months of the starting point and the end point, let When the user turns on the M352749 or turns off the portable storage device, it has a clear Positioning sense. Please refer to the same, the portable storage device of the present invention includes a body 150. The housing 150 is disposed on the second cover 14〇, and the present cover 150 is used to place the second cover. The elastic structure 142 of the body 140 is completely covered by the first rail 144, and in addition to the decorative nameplate in the protection 1, the material-carrying storage device has a shape of a rut. In this embodiment, The housing b = and the m' shell (four) are also in other qualities. The portable storage device of the present invention, because the structures can move with each other, so that the second cover can move in the second cover. Therefore, the gold finger which is not used in the portable type factor = touch 1 = bad can be protected by the second cover body and avoids the same when the convex portion moves along the elastic structure, so that the convexity The restoring force of the part that does not exceed the structure will drive the second cover back to its original position.:: convex = bullet = r:: will = two cover _ structure: sexual fit, make the portable object: feel. Compared with the conventional method, the bump is dried ^^:; the clear positioning of the original f also improves the two-grinding due to the slip, so compared to Known technology, the portability of this creation = the durability of the M352749. Although the creation of the present invention has been disclosed above in the preferred embodiment, 'any of the technical fields are therefore within the companion of the creation, when a slight change can be made And retouching, prevail. 丨 f f 当 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The second cover body of the portable storage device is in the first position of the gamma portable device, and the second cover body is in the second position of the map LT, which carries the signal in the other embodiment. Base and storage module in the storage device FIG. 6 is a second diagram of the second working device in the portable storage device of FIG. [Main component symbol description] 100: Portable storage split 110: Base 112: Bearing surface 16 M352749 114, 114a: First stop portion 116: Second stop portion 118 · Second raised portion 119: A track 120, 120a: storage module 122: gold finger 130: first cover body 131: bottom surface 134: top surface 136: third convex portion 138: first hook 139: second hook 140: second Cover body 144: second rail 146: third stopper portion 148: fourth stopper portion φ 150: housing 160: first boss portion 170: elastic structure A: first end B: second end C: One position D: second position E: third position P: inflection point 17