M337787 八、新型說明： 【新型所屬之技術領域】 本創作是-種儲存裝置，_是—種可攜式儲存裝置。 【先前技術】 常見的隨㈣轉護蓋罩覆隨輕域及USB連接綱，使用者在使 用ik身碟b ’先取下保#蓋’输USB連接插職至電腦的usb插座，即 可存取隨身碟的資料。 此種-件式的結構設計，常因使用者疏忽而遺失保護蓋，相當不方便， 為解决此-問題’ 4參閱第1騎示，為—種習知滑蓋式隨身碟，係設有 隨身碟主體A1與保護蓋A2，隨身碟主體A1 —端具有連接插頭An， 並於二側邊設有滑執A12，保護蓋μ則於二側延伸出側板仙，並於側板 A21上設有嵌入滑執A12之凸點。習知滑蓋式隨身碟於不使用時，以保護 蓋A2罩覆USB連接插頭A11與部分隨身碟主體A1。當使用者欲使用習知 /月蓋式IW身碟4，先將保護蓋Μ自隨身碟主體A1拉出，保護蓋Μ即會 沿著滑執Α12位移，再旋轉隨身碟主體A1使其未設置USB連接插頭A11 之-端朝向保護蓋A2，使用者推動保護蓋μ沿著雜A12位移，使保護 蓋A2罩覆隨身碟主體A1未設置USB連接插頭An之一端，即可將usb 連接插頭All插至電腦使用，如中華民國新型第體695〇8號專利「滑軌式 插頭保護蓋之隨身碟結構」、中華民國新型第M254698號專利「隨身碟之結 構改良」。 然而，當保護蓋罩覆隨身碟主體未設置USB連接插頭之一端時，常因 M337787 晃動而使iw身链觀綠纟蓋，触目者㈣相冑錢，目此，如何改 良隨身碟及其保護蓋之結構，避免使用者遺失保護蓋，進而解決隨身碟主 體脫出保護蓋之問題，是一個刻不容緩的待解決課題。 【新型内容】 有鐘於此’本創作提出一種可攜式儲存裝置，包含：蓋體，包含：底 板；及二側板，位於底板之二側邊，每一側板包含具有第一位置與第二位 置之/月槽，儲存媒體，位於蓋體内，包含：殼體，包含第一端與第二端； 連接介面’位於第一端；複數定位凸點，位於第一端之二側邊；及複數定 錄，位科二端之二側，嵌人於滑槽並於滑槽活移，當定位轴移動至第 一位置，纽凸點嵌人崎槽之第二位置，使殼體與連接介面收容於蓋體 内’當定位軸移動至第二位置’定位凸點嵌入於滑槽之第一位置，使連接 介面露出蓋體而連接於主機端。 +本創作·存舰之紐減人__待脫㈣槽，使儲存媒體 與盍體不會分離，避免使用者在使用館存媒體過程中遺失蓋體，而儲存媒 體之疋位凸_可依儲存媒體的使態欽滑_或脫崎槽，當儲存 媒體於不使用時，定位轴移至滑槽之第一位置，並將定位凸點後入於滑槽 第位置即可以蓋體收容儲存媒體，藉此達到保護及防塵之目的。當 者'乂開始使贿存舰，僅⑼定錄射錢轉齡顧，使定位 凸點脫罐，敝_輕_像妓，餅細蘭入於滑 s第位置藉以使儲存媒體之殼體收容於蓋體内並使連接介面露出蓋 體，使用者柯將連财崎齡域翻躲儲存媒體 ，無論館存媒體 6 M337787 在不使用或存取時，均不會因晃動而自蓋體内脫出。 有關本創作的較佳實施例及其功效，茲配合圖式說明如後。 【實施方式】 請參照第2圖、第3A圖、第3B圖、第4A圖及第4B圖，本創作之 可攜式儲存裝置包含：蓋體丨〇、儲存媒體30。 蓋體10，至少由底板11與二側板16所組成，其中，二側板16可由 底板11之二側邊以一體成型方式延伸而形成。底板η上設有透孔no，並 於透孔110 —側設有頂持塊111。側板16於内面（靠近另一側板16之一面） 延伸設有凸部161，並於凸部161之一側設有滑槽164，其中，滑槽164靠 近凸部161之一端為第二位置164b，另一端則為第一位置164a。此外，侧 板16可於凸部161上設置抵持塊162，並可於外面（遠離另一側板％之 一面）對應凸部161之位置處設有握持槽166。 前述說明之蓋體10，更可於底板11之一端設有懸掛部18，其中，懸 掛部18可由底板11之側邊以一體成型方式延伸而形成。再者，懸掛部18 上設有懸掛孔181，用以懸掛吊飾或其他裝飾用物品，或經由懸掛孔ία 將蓋體10懸掛鑰匙圈或其他使用者隨身攜帶之物品，以供使用者隨身攜帶 使用。 儲存媒體30，位於蓋體1〇内，設有概呈矩形狀之殼體31，殼體31内 設有記憶體，用以儲存資料，此外，殼體31具有第一端3la與第二端31b， 第一端31a設有與記憶體電性連接之連接介面32，並於第一端31a之二側 邊分別設有定位凸點34,第二端31b之二側邊則分別設有定位軸妬，其令， 7 M337787 定位凸點34與定位轴36可分別嵌入滑槽i64之二端 ，且定位軸36於滑槽 164内活移。 月j述”兄明之德凸點％之表面為弧面，並可由彈性材質所製成，但非 乂此為限亦可視貝際結構設計需求改變定位凸點％之表面形狀，並選用 適田之材貝。再者’定位軸36上亦可設有滑移平面如，當定位軸％於 /月槽164 Θ活移時，滑移平面361緊貼滑槽164之壁面並沿著滑槽164之 壁面移動。 明繼、貝乡“、、第2圖、第3A圖及第3B圖，當使用者不使用儲存媒體％ t僅而定位軸36移至滑槽164之第一位置购，並將定位凸點从嵌入 於滑槽164之第二位置164b，即可以底板u之頂持塊出爾連接介面 32之底面’並以蓋體1G二侧之凸部i6i的抵持塊⑹鱗連接介面^， 達到以蓋體10收谷健存媒體3〇之目的。由於定位凸點％欲入於滑槽脱 之第二位置164b，定位軸36可同時定位於滑槽164之第一位置咖，使 儲存媒體3〇_定收容在蓋體1G内，藉此可避免因晃動造成儲存媒體％ 脫出蓋體10。 请參照第4A圖、第4B圖 '第5A圖、第5B圖、第5C圖、第6A圖、 第6B圖、第7圖、第8A圖及第8B圖，使用者欲開始使用儲存媒體如 時，先握持蓋體H)二側之握持槽166，並經由蓋體1〇之透孔ιι〇推動儲 存媒體30之殼體31 (視透孔11〇於底板u上位置之不同，亦可推動儲存 媒體30之連接介面32或同時推動儲存媒體3〇之連接介面32與殼體⑴， 使定位凸點34嫌壓轉賴形而脫綺槽⑹，並驅使儲存媒體％以 8 M337787 位於滑槽164之第-位置164a的定位轴36為中心旋轉。待儲存媒體％旋 轉至與蓋體10約略呈直線狀時，推_存媒體3G使定位軸1 之=-位請績移至第二位置祕，使定位_4受缝彳^== 而嵌入滑槽I64 H置1純，使贿雜3〇翻定收容在蓋體⑺内 並使連接介面32露出蓋體10，即可供使用者連接於主機端存取儲存媒體 3〇之資料。由於定位凸點34嵌入於滑槽164之第一位置16如，定位軸％ 可同時定位於賴164之第二位置164b，使儲存媒體3G穩固定收容在蓋 體10内，避免儲存媒體30因晃動而脫出蓋體10。 使用後僅需推動儲存媒體30之連接介面32，使定位凸點34受擠壓後 彈性變形而脫出滑槽164，再推動儲存媒體3〇使定位軸％由滑槽⑹之 第二位置祕位移至第-位置祕，續以定位軸％為中心旋轉儲存媒體 3〇，將儲存媒體30壓入蓋體10，使定位凸點34受擠壓後彈性變形而嵌入 滑槽164之第二位置164b，使儲存媒體3〇穩固定收容在蓋體1〇内（如第 2圖）’即元成收谷健存媒體3〇，對使用者而言，既簡單又方便。 本創作同時將儲存媒體之定位凸點與定位軸分別嵌入蓋體之滑槽的二 ^ ’無論儲存媒體在存取或不使用時，均不會因晃動而自蓋體内脫出，此 外’使用者僅需推動儲存媒體使定位轴於滑槽内活移而改變其使用狀態， 操作非吊簡便’再者’懸掛孔可懸掛吊飾或其他裝飾用物品，亦可將本創 作懸掛於輪匙圈或其他使用者隨身攜帶之物品，藉此可便於使用者隨身攜 帶使用。 雖然本創作的技術内容已經以較佳實施例揭露如上，然其並非用以限 9 M337787 定本創作，任何熟習此技藝者，在不脫離本創作之精神所作些許之更動與 潤飾，皆應涵蓋於本創作的範疇内，因此本創作之保護範圍當視後附之申 請專利範圍所界定者為準。 M337787 【圖式簡單說明】 第1圖為一種習知滑蓋式隨身碟之外觀圖。 第2圖為本創作於不使用時之外觀圖。 第3A圖為第2圖之剖面示意圖。 第3B圖為第2圖另一視角之剖面示意圖。 第4A圖為本創作將儲存媒體旋轉出蓋體之外觀示意圖。 第4B圖為第4A圖於A部份之局部放大示意圖。 第5A圖為第4A圖之剖面示意圖。 第5B圖為第4A圖另一視角之剖面示意圖（一）。 第5C圖為第4A圖另一視角之剖面示意圖（二）。 第6A圖為本創作於使用時之狀態示意圖（一）。 第6B圖為第6A圖另一視角之示意圖。 第7圖為本創作於使用時之狀態示意圖（二）。 第8A圖為第6A圖之剖面示意圖。 第8B圖為第7圖之剖面示意圖。 【主要元件符號說明】 10 ..............蓋體 11 ..............底板 110 .............透孔 111 .............頂持塊 16..............側板 11 M337787 161 .............凸部 162 .............抵持塊 164.............滑槽 164a.............第一位置 164b.............第二位置 166.............握持槽 18..............懸掛部M337787 VIII. New description: [New technical field] This creation is a kind of storage device, _ is a portable storage device. [Prior Art] Common with (4) transfer cover cover with light domain and USB connection program, users in the use of ik body b 'first take off the # cover' input USB connection plugged into the computer's usb socket, you can save Take the information on the pen drive. This type of structural design often loses the protective cover due to the user's negligence, which is quite inconvenient. To solve this problem, 4 refer to the first riding display, which is a conventional sliding type flash drive. The body A1 of the portable body and the protective cover A2 have a connecting plug An at the end of the body A1 of the body, and a sliding handle A12 is arranged on the two sides, and the protective cover μ extends from the side plate on both sides, and is provided on the side plate A21. Embed the bump of the slider A12. When the conventional slide type flash drive is not in use, the USB connector plug A11 and the partial body A1 are covered with the protective cover A2. When the user wants to use the conventional/monthly cover type IW body disc 4, first pull the protective cover from the body A1 of the portable body, the protective cover will be displaced along the sliding handle 12, and then rotate the body A1 of the portable body to make it Set the end of the USB connector plug A11 toward the protective cover A2, and the user pushes the protective cover μ along the miscellaneous A12, so that the protective cover A2 covers the plug body A1 without one end of the USB connector plug An, and the usb connector plug can be connected. All is plugged into the computer, such as the Republic of China's new 695 〇 8 patent "slide-type plug protective cover of the pen drive structure", the Republic of China new M254698 patent "the structure of the portable drive." However, when the protection cover is not provided with one end of the USB connection plug, the M337787 is often shaken to make the iw body chain look green, and the eye catcher (4) pays for it. In this way, how to improve the pen drive and its protection The structure of the cover prevents the user from losing the protective cover, thereby solving the problem that the body of the portable body is detached from the protective cover, which is an urgent problem to be solved. [New content] There is a clock in this case. The present invention proposes a portable storage device comprising: a cover body comprising: a bottom plate; and two side plates located on two sides of the bottom plate, each side plate comprising a first position and a second position a position/month slot, the storage medium, located in the cover body, comprising: a housing comprising a first end and a second end; the connection interface 'is located at the first end; and the plurality of positioning bumps are located at two sides of the first end; And the multiple records, the second side of the second end of the branch, embedded in the chute and moved in the chute, when the positioning axis moves to the first position, the new bump is embedded in the second position of the riveting, so that the shell and the shell The connection interface is received in the cover body. When the positioning axis moves to the second position, the positioning bump is embedded in the first position of the sliding slot, so that the connection interface exposes the cover body and is connected to the host end. + This creation, save the ship, the new __ to be off (four) slot, so that the storage media and the carcass will not be separated, to avoid the user lost the cover in the process of using the library media, and the storage media is convex _ According to the state of the storage medium, if the storage medium is not in use, the positioning axis is moved to the first position of the chute, and the positioning protrusion is inserted into the position of the chute to accommodate the cover. Store media for protection and dust protection. When the person began to make the bribe, only (9) set the record to turn the age, so that the positioning bumps can be removed, 敝 _ light _ like 妓, cake fine blue into the sliding s position to make the storage media shell It is housed in the cover body and the connection interface is exposed to the cover body. The user will sneak into the storage media in the fiscal area, no matter whether the storage medium 6 M337787 is not used or accessed, it will not be covered by the cover. Come out inside. The preferred embodiment of the present invention and its effects are described below in conjunction with the drawings. [Embodiment] Referring to Figures 2, 3A, 3B, 4A and 4B, the portable storage device of the present invention comprises a cover body and a storage medium 30. The cover 10 is composed of at least a bottom plate 11 and two side plates 16, wherein the two side plates 16 are formed by integrally extending the two side edges of the bottom plate 11. A through hole no is provided in the bottom plate η, and a top holding block 111 is disposed on the side of the through hole 110. The side plate 16 has a convex portion 161 extending from the inner surface (near one surface of the other side plate 16), and a sliding groove 164 is disposed on one side of the convex portion 161. The sliding groove 164 is adjacent to one end of the convex portion 161 and is at the second position 164b. The other end is the first position 164a. In addition, the side panel 16 may be provided with a resisting block 162 on the convex portion 161, and a holding groove 166 may be provided at a position corresponding to the convex portion 161 on the outer surface (one side away from the other side panel). The lid body 10 described above may further have a hanging portion 18 at one end of the bottom plate 11, wherein the hanging portion 18 may be formed by integrally extending the side edges of the bottom plate 11. Furthermore, the hanging portion 18 is provided with a hanging hole 181 for hanging the hanging ornament or other decorative articles, or suspending the key ring 10 or other items carried by the user through the hanging hole ία for the user to carry around. Carry and use. The storage medium 30 is located in the cover body 1 and is provided with a generally rectangular casing 31. The casing 31 is provided with a memory for storing materials. In addition, the casing 31 has a first end 31a and a second end. 31b, the first end 31a is provided with a connection interface 32 electrically connected to the memory, and two positioning edges 34 are respectively disposed on two sides of the first end 31a, and two sides of the second end 31b are respectively provided with positioning The shaft 妒, the 7 M337787 positioning bump 34 and the positioning shaft 36 can be respectively inserted into the two ends of the sliding slot i64, and the positioning shaft 36 is moved in the sliding slot 164. The description of the month of the "brother" is a curved surface, and can be made of elastic material, but it is not limited to this, it can also change the surface shape of the positioning convex point according to the design requirements of the structure of the shell, and select the material of the field. Further, the positioning shaft 36 may be provided with a sliding plane. For example, when the positioning axis % is in the / month slot 164 Θ, the sliding plane 361 abuts against the wall surface of the sliding groove 164 and along the sliding groove 164. Wall movement. Mingji, Beixiang ",, Figure 2, Figure 3A and Figure 3B, when the user does not use the storage medium % t only the positioning axis 36 moves to the first position of the chute 164, and will The positioning bumps are embedded in the second position 164b of the sliding slot 164, that is, the bottom surface of the bottom plate of the bottom plate u can be connected to the bottom surface of the connecting portion 32 and the sliding block (6) of the convex portion i6i on both sides of the cover 1G can be connected. ^, to achieve the purpose of covering the body 10 to save the media. Since the positioning bump % is to be inserted into the second position 164b of the chute, the positioning shaft 36 can be simultaneously positioned at the first position of the chute 164, so that the storage medium 3 _ is accommodated in the cover 1G, thereby Avoid the storage medium % from coming out of the cover 10 due to shaking. Please refer to FIG. 4A and FIG. 4B 'FIG. 5A, FIG. 5B, FIG. 5C, FIG. 6A, FIG. 6B, FIG. 7 , FIG. 8A and FIG. 8B. The user wants to start using the storage medium, for example. First, the holding groove 166 of the cover H) is grasped first, and the housing 31 of the storage medium 30 is pushed through the through hole ι of the cover 1 (the position of the through hole 11 on the bottom plate u is different) The connection interface 32 of the storage medium 30 or the connection interface 32 of the storage medium 3 can be pushed to the housing (1) at the same time, so that the positioning bump 34 is disengaged and disengaged from the slot (6), and drives the storage medium to 8 M337787. The positioning shaft 36 located at the first position 164a of the chute 164 rotates center. When the medium to be stored is rotated to be approximately linear with the cover 10, the push-and-discharge medium 3G shifts the position of the positioning axis 1 to The second position is secret, so that the positioning _4 is stitched 彳^== and the embedded chute I64 H is set to 1 pure, so that the bribe 3 〇 is placed in the cover body (7) and the connection interface 32 is exposed to the cover body 10, The user can connect to the host to access the storage medium. Since the positioning bump 34 is embedded in the first position 16 of the chute 164, the positioning axis % can be simultaneously determined. In the second position 164b of the 164, the storage medium 3G is stably received in the cover 10 to prevent the storage medium 30 from coming out of the cover 10 due to shaking. After use, only the connection interface 32 of the storage medium 30 needs to be pushed to make the positioning. After being pressed, the bump 34 is elastically deformed to escape the chute 164, and then the storage medium 3 is pushed, so that the positioning axis % is displaced from the second position of the chute (6) to the first position, and continues to rotate around the positioning axis %. After the storage medium 3 is pressed, the storage medium 30 is pressed into the cover body 10, and the positioning bumps 34 are elastically deformed after being squeezed to be inserted into the second position 164b of the sliding groove 164, so that the storage medium 3 is securely received and received in the cover body 1〇. Inside (as shown in Figure 2), it is simple and convenient for the user. The creation also inserts the positioning bump and the positioning axis of the storage medium into the chute of the cover. No matter whether the storage medium is accessed or not used, it will not come out of the cover body due to shaking. In addition, the user only needs to push the storage medium to make the positioning axis move in the chute to change its use. State, operation is not easy to hang, 'further' suspension hole can be suspended Or other decorative articles, the present invention may also be hung on a key ring or other items carried by the user, thereby facilitating the user to carry it with them. Although the technical content of the present invention has been disclosed above in the preferred embodiment, However, it is not intended to limit the creation of the 9 M337787. Anyone who is familiar with this art, and some changes and refinements that do not depart from the spirit of this creation, should be covered in the scope of this creation, so the scope of protection of this creation is considered. The scope of the patent application is subject to change. M337787 [Simple description of the drawing] Figure 1 is an external view of a conventional slide-type flash drive. Figure 2 is an external view of the creation when not in use. Fig. 3A is a schematic cross-sectional view of Fig. 2. Fig. 3B is a schematic cross-sectional view showing another view of Fig. 2. Figure 4A is a schematic view showing the appearance of rotating the storage medium out of the cover body. Figure 4B is a partial enlarged view of the portion A of Figure 4A. Fig. 5A is a schematic cross-sectional view of Fig. 4A. Fig. 5B is a schematic cross-sectional view (I) of another angle of view of Fig. 4A. Figure 5C is a cross-sectional view (2) of another perspective view of Figure 4A. Figure 6A is a schematic diagram (I) of the state of the creation at the time of use. Figure 6B is a schematic view of another perspective of Figure 6A. Figure 7 is a schematic diagram of the state of creation at the time of use (2). Figure 8A is a schematic cross-sectional view of Figure 6A. Fig. 8B is a schematic cross-sectional view of Fig. 7. [Description of main component symbols] 10 ..............Cover 11 ..............Backplane 110 .......... ... through hole 111 ............. top holding block 16............. side plate 11 M337787 161 ......... .... convex portion 162 .......... resisting block 164 ..... chute 164a .......... ...first position 164b.............second position 166.............holding slot 18......... ..... hanging section
181.............懸掛孔 30 ..............儲存媒體 31 ..............殼體 31a.............第一端 31b.............第二端 32 ..............連接介面 34..............定位凸點 36..............定位軸 361.............滑移平面 A1..............隨身碟主體181.............suspension hole 30 ..............storage media 31 ..............shell 31a.............first end 31b.............second end 32 ..............connection Interface 34..............positioning bump 36.............. positioning axis 361............. Slip plane A1..............The body of the flash drive
All.............USB連接插頭 A12.............滑軌 A2..............保護蓋 A21 側板All.............USB connection plug A12.............slide rail A2..............protection cover A21 side panel