M361693 五、新型說明： 【新型所屬之技術領域】 尤其是適用於 本創作是有關於一種儲存裝置之設計 隨身裝置上。1 【先前技術】 按，隨著電腦科技日新月異，許多的文件、立樂、與 鲁像甚至是影片都已化為電腦中的檔案，為了能夠二攜f 各種電腦中的槽案，市面上出現了-系列的儲存裝置，最 常見的就是光碟片、磁片、攜帶型硬碟及隨身碟等等.其 中，光碟片係有CD及DVD三種，可利用一般的光碟;幾 (如：CD-ROM或是DVD-ROM)加以讀取，但是寫入資料 時就必須倚靠另外的寫入裝置(CD-RAM或dvdaam)才 可作存取。 而磁片更是不用說了，以時下最流行的Mp3音樂檔案 • 而言，通常經過壓縮過的擋案大小約為3〜5MB，甚至無法 放入一片1.44MB的磁片内，而具有更大容量的磁片（如： ZIP或是MO)也必須有對應的存取裝置才能使用；相對之 下，攜帶型硬碟係利用在殼體内部裝設有筆記型電腦或是 ' —般桌上型電腦所使用的硬碟，且在該殼體内部設置有轉 •換傳輸介面的電路板，將硬碟與該電路板相連接後，再藉 由该電路板與電腦資料連接埠連接之資料傳輸線，就可以 進行資料的存取及傳輸了，其有容量大、速度快，單位儲 存成本最低的優點，但是其體積大，不方便一般使用者外 出攜帶使用。 M361693 因此’才有；身碟的出現，其具有容量中等、速度快 體積小等優點 的織點大概就是單位成本過高，但是 由於近年來對㈣記:_的技術快速精進，不僅大大降低 了製造成本’連，▼以更加縮小了，因此，隨身碟、 曰及率也越來（门了目前一般隨身碟係利用usb匯流排M361693 V. New description: [New technology field] Especially suitable for this creation is related to the design of a storage device on the portable device. 1 [Prior Art] Press, with the rapid development of computer technology, many documents, music, and Lu and even movies have been turned into files in computers. In order to be able to carry the various cases in the computer, it appears on the market. The - series of storage devices, the most common are optical discs, magnetic discs, portable hard drives and flash drives, etc. Among them, the discs are available in CD and DVD, and can be used with ordinary discs; several (eg CD- ROM or DVD-ROM) is read, but when writing data, it must be accessed by another writing device (CD-RAM or dvdaam). Needless to say, the magnetic disk is the most popular Mp3 music file. In general, the compressed file size is usually about 3~5MB, and it can't even be put into a 1.44MB disk. Larger magnetic disks (such as ZIP or MO) must also have corresponding access devices to use; in contrast, portable hard drives use a notebook computer or 'in general'. a hard disk used in a desktop computer, and a circuit board having a transfer/transfer interface is disposed inside the casing, and the hard disk is connected to the circuit board, and then the circuit board is connected to the computer data port. The data transmission line can access and transmit data. It has the advantages of large capacity, fast speed and lowest unit storage cost, but its large size is inconvenient for ordinary users to carry out. M361693 is therefore the only one; the appearance of the dish, its medium capacity, fast speed and small size, etc., is probably too high unit cost, but due to the rapid improvement of the technology in recent years (_): not only greatly reduced Manufacturing cost 'connected, ▼ to further shrink, therefore, the pen drive, the 曰 and the rate are also coming (the door is currently the general flash drive system using usb bus
作為與電祕仙的•，大多配置於«上的都是USB 插座（目前有USB1.1邀γAs the electric secrets, most of them are arranged on the USB sockets (there are currently USB1.1 invites γ)
UsB2.0二種規格），所以在隨身碟 上自然就必須設有-對應的接頭，請參閱第一圖，隨身碟 9-般都係由-塑膠殼體91、第一電路 Γ前端所連接的接頭93所組成，而該種接頭3又L外 部的導電鐵殼叫及第二電路板93 由 所組成，作為連接溝通用之橋樑。 mi占 相互!m票9内部須由第-、第二電路板"2 932 之體積來容納第一、第二電路板92、 932,且尚需要另外焊 ^电峪极％ 接，不僅加i較為"連接件來構成兩電路板之連 形化）的阻礙，不僅組 1’、相對的也形成習知產品薄形化(微 、、、裝歿雜、無法使生產成本降低。 【新型内容】 現 ，：與使Γ使本創作之特徵與技術優勢能有更清楚的呈 佳實施例來加以詳具有儲存裝置的隨身裝置作為較 -絕=::^’咖:1刷電路板、 上係具有:c，該印刷電路板-端板面 ‘、、^、、巴緣承載座係具有一端子插接部以 M361693 及一固定部，該印刷電路板係設置於該絕緣承載座中，該 端子插接部係具有凹入之開口使該電路接點外露，而該金 屬插接套係包覆圍繞於該絕緣承載座外，該金屬插接套相 1於固定部係設有卡固部，4使該金屬插接套該絕緣承載座 結合，如此—來，經由電路接點直接設置於印刷電路板上， 且設置於絕緣承載座時厚度不至於增加，不僅組裝方式簡 化，並使整體的體積縮小，而達到薄形化（微形化）的目的。 【實施方式】 為了能使本創作的特徵更為清楚，以下將揭露本創作 各種實施例，例如各種特徵的實施方式，而所描述的特定 7G件與安排僅為簡化本案說明，然其並非用以限定本創 作。另外，本案可能會於各種實施例中重複使用參考標號 與文字，重複的目的在於簡化與清楚說明，並非用以指定 各種實施例及/或所述架構之間的關係。 本創作「改良式隨身儲存裝置」該隨身儲存裴置1之 整體結構組成如第二圖及第三圖所示，係至少包括： 。一印刷電路板11’該印刷電路板11係設有一較寬板體 區域111以及一較窄插頭區域112，而該較寬板體區域1U 2較窄插頭區域112間係以一漸擴區域113連接，而該較 窄插頭區域112遠離漸擴區域113 —端之板面上係具有電 路接點114’該較寬主體區域ln上係設有電子元件115(可 以為5己憶體）’该電子元件115係藉傳導線路116與電路接 點114形成電性連結（圖中未標示）； 一絕緣承載座12,其係具有一端子插接部121以及— M361693 固定部122，該端子插接部121係具有凹入之開口 123，如 圖所示之實施例中，該端子插接部121 —端係朝上方延伸 一連接部124，而該連接部124並向後延伸為固定部122， ‘而該端子插接部121與固定部1224間係形成有一插槽125, 以供印刷電路板11插置，該端子插接部121遠離固定部 122 —末端並設有擋部126 ;以及 一金屬插接套13,係包覆圍繞於該絕緣承載座12外， 該金屬插接套13相對於固定部122係設有卡固部131。 整體組裝時，請同時參閱第四圖所示，該印刷電路板 11先插置於該插槽125中，其印刷電路板11末端則受擋部 126之擋止作用而定位，且該印刷電路板11並設置於端子 插接部121上方，而該凹入之開口 123則該電路接點114 外露，且使該印刷電路板11不會高於該端子插接部121， 而該金屬插接套13則套接包覆於該絕緣承載座12外，其 中，該固定部122可設有至少一凹入表面之凹槽127，而 該卡固部131則可以為相對應之凸塊形式，藉由凹槽127 與卡固部131之相互卡合作用而使金屬插接套13與該絕緣 承載座12相互結合，而該印刷電路板11以及部分金屬插 接套13外侧進一步包覆設置有包覆體14，用以包覆保護 其内部結構。 其中，該印刷電路板11係設置於該絕緣承載座12中5 並受該絕緣承載座12之承載作用而定位，使電路接點114 與外部裝置（圖中未示）電性連接，藉此自電路接點114接收 的資料，便可經由傳導線路116傳送至電子元件115中處 理，如此一來，電路接點114係直接設於印刷電路板11上， M361693 .且設置於絕緣承載座12時厚度不至於增加，且該絕緣承載 座與金屬插接套之結合係重疊設置於印刷電路板11上方 或下方，而不會增加整體隨身儲存裝置1之長度，不僅組 裝方式簡化，並使整體的體積縮小，而達到薄形化(微形化） 的目的，且該印刷電路板11上之空間更可加以利用，可設 置有4個電子元件（例如記憶體）以增加其記憶體容量。 如第五圖所示為本創作之另一實施例，該端子插接部 121與固定部122可為同一平面，係皆位於該印刷電路板 ® 11下方，該印刷電路板11則設置於端子插接部凹入之開口 123上，且末端係受擋部126之擋止作用而定位，而該固 定部122可設有至少一凸出表面之凸塊128，而該卡固部 131則可以為相對應之凹槽形式，同樣藉由凸塊128與卡 固部131之相互卡合作用而使金屬插接套13與該絕緣承載 座12相互結合。 雖然本創作已以實施例揭露如上，然其並非用以限定 本創作，任何具有本創作所屬技術領域之通常知識者，在 * 不脫離本創作之精神和範圍内，當可作各種更動與潤飾， 並可思揣其他不同的實施例，因此本創作之保護範圍當視 後附申請專利範圍所界定者為準。 M361693 【圖式簡單說明】 第一圖，係習用USB儲存裝置立體示意圖。 第二圖，係本創作隨身儲存裝置實施例之立體分解圖。 第三圖 '係本創作隨身儲存裝置實施例之1組合剖面示 意圖。 第四圖，係本創作隨身儲存裝置實施例之結構立體圖。 第五圖，係本創作隨身儲存裝置實施例之組合剖面另 一實施形態示意圖。 【主要元件符號說明】 隨身儲存裝置1 印刷電路板11 較寬板體區域111 較窄插頭區域112 漸擴區域113 電路接點114 電子元件115 傳導線路116 絕緣承載座12 端子插接部121 固定部122 開口 123 連接部124 插槽125 擋部126 M361693 •凹槽127 凸塊128 金屬插接套13 卡固部131 包覆體14 隨身碟9 塑膠殼體91 第一電路板92 接頭93 導電鐵殼931 第二電路板932 金手指接點933UsB2.0 two kinds of specifications), so naturally on the flash drive must have a corresponding connector, please refer to the first picture, the USB flash drive 9 - the plastic housing 91, the first circuit Γ front end is connected The connector 93 is composed of a connector, and the conductive iron shell outside the connector 3 and the second circuit board 93 is composed of a bridge for communication. Mi accounted for each other! m ticket 9 internal must be the first and second circuit boards 92, 932 by the volume of the first and second circuit boards " 2 932, and additional welding ^ 峪 % , , , , i is more obstructive to the formation of the two boards, and not only the group 1', but also the thin products of the conventional products (micro, and noisy, can not reduce the production cost. The new content] Now, with the implementation of the characteristics and technical advantages of the creation of the creation of a better embodiment of the portable device with a storage device as a comparison - absolutely =:: ^ ' coffee: 1 brush circuit board The upper system has: c, the printed circuit board - the end plate surface ', the ^, the mat edge carrier has a terminal insertion portion for M361693 and a fixing portion, and the printed circuit board is disposed on the insulating carrier The terminal plug-in portion has a recessed opening to expose the circuit contact, and the metal plug-in sleeve is wrapped around the insulating carrier, and the metal plug-in sleeve 1 is disposed on the fixed portion. The fixing portion 4 is such that the metal socket is combined with the insulating carrier, and thus, via the circuit The contact is directly disposed on the printed circuit board, and the thickness is not increased when it is disposed on the insulating carrier. The assembly method is simplified, and the overall volume is reduced, thereby achieving the purpose of thinning (microformation). In order to clarify the features of the present invention, various embodiments of the present invention, such as embodiments of various features, will be disclosed below, and the specific 7G components and arrangements described are merely illustrative of the present invention, but are not intended to limit the present invention. In addition, the present invention may reuse reference numerals and characters in various embodiments, and the purpose of the repetition is to simplify and clearly explain, and not to specify the relationship between various embodiments and/or the architecture. The portable storage device 1 has the overall structural composition as shown in the second and third figures, and includes at least: a printed circuit board 11' having a wider board area 111 and a narrower plug region 112, and the wider plate region 1U 2 is connected by a diverging region 113 between the narrower plug regions 112, and the narrower plug The field 112 is away from the diverging region 113. The end surface has a circuit contact 114'. The wider body region ln is provided with an electronic component 115 (which may be a 5 memory). The electronic component 115 is a transmission line. 116 is electrically connected to the circuit contact 114 (not shown); an insulating carrier 12 having a terminal insertion portion 121 and a M361693 fixing portion 122 having a recessed portion The opening 123, in the embodiment shown in the figure, the terminal insertion portion 121 extends upwardly with a connecting portion 124, and the connecting portion 124 extends rearwardly to the fixing portion 122, and the terminal insertion portion 121 A slot 125 is formed between the fixing portion 1224 for inserting the printed circuit board 11 , the terminal insertion portion 121 is away from the end of the fixing portion 122 and is provided with a blocking portion 126 ; and a metal plug sleeve 13 The metal insertion sleeve 13 is provided with a fastening portion 131 with respect to the fixing portion 122. In the overall assembly, please refer to the fourth figure at the same time, the printed circuit board 11 is first inserted in the slot 125, and the end of the printed circuit board 11 is positioned by the blocking action of the blocking portion 126, and the printed circuit The board 11 is disposed above the terminal insertion portion 121, and the recessed opening 123 exposes the circuit contact 114, so that the printed circuit board 11 is not higher than the terminal plug portion 121, and the metal is plugged The sleeve 13 is sleeved and covered on the outside of the insulating carrier 12, wherein the fixing portion 122 can be provided with at least one concave surface groove 127, and the fastening portion 131 can be in the form of a corresponding convex block. The metal socket sleeve 13 and the insulating carrier 12 are coupled to each other by the mutual engagement of the recess 127 and the fastening portion 131, and the printed circuit board 11 and the part of the metal socket 13 are further covered on the outer side. The covering body 14 is used to cover and protect the internal structure thereof. The printed circuit board 11 is disposed in the insulating carrier 12 and is positioned by the bearing of the insulating carrier 12 to electrically connect the circuit contacts 114 with an external device (not shown). The data received from the circuit contacts 114 can be transferred to the electronic component 115 via the conductive line 116. Thus, the circuit contacts 114 are directly disposed on the printed circuit board 11, M361693, and disposed on the insulating carrier 12 The thickness is not increased, and the combination of the insulating carrier and the metal socket is disposed above or below the printed circuit board 11 without increasing the length of the overall portable device 1, not only simplifying the assembly, but also making the whole The volume is reduced to achieve the purpose of thinning (microformation), and the space on the printed circuit board 11 can be utilized, and four electronic components (for example, memory) can be provided to increase the memory capacity thereof. As shown in FIG. 5, in another embodiment of the present invention, the terminal insertion portion 121 and the fixing portion 122 can be in the same plane, and both are located under the printed circuit board® 11, and the printed circuit board 11 is disposed at the terminal. The insertion portion is recessed into the opening 123, and the end portion is positioned by the blocking action of the blocking portion 126, and the fixing portion 122 can be provided with at least one protruding surface protrusion 128, and the fastening portion 131 can be In the corresponding groove form, the metal plug sleeve 13 and the insulating carrier 12 are coupled to each other by the mutual engagement of the bumps 128 and the fastening portions 131. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and any person having ordinary knowledge in the technical field of the present invention can make various changes and refinements without departing from the spirit and scope of the present creation. And other different embodiments are contemplated, so the scope of protection of this creation is subject to the definition of the scope of the patent application. M361693 [Simple description of the diagram] The first figure is a stereoscopic diagram of a conventional USB storage device. The second figure is an exploded perspective view of an embodiment of the present portable storage device. The third figure is a schematic cross-sectional view of a first embodiment of the present portable storage device. The fourth figure is a perspective view of the structure of the embodiment of the present portable storage device. Fig. 5 is a schematic view showing another embodiment of a combined cross section of an embodiment of the present portable storage device. [Description of main component symbols] Portable storage device 1 Printed circuit board 11 Wide board area 111 Narrow plug area 112 Diverging area 113 Circuit contact 114 Electronic component 115 Conducted line 116 Insulated carrier 12 Terminal plug-in 121 Fixed part 122 Opening 123 Connection 124 Slot 125 Retaining 126 M361693 • Groove 127 Bump 128 Metal Socket 13 Trigger 131 Wrap 14 Drive 9 Plastic Case 91 First Board 92 Connector 93 Conductive Iron Shell 931 second board 932 gold finger joint 933