1376847 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種USB裝置之組裝結構， 構，主要係將針元件的四柱，嵌合至殼體的固定二碟，組裝結 件與該殼體結合’以提升隨身碟的喊效率 ’使該篏卡元 度。 科亚增加隨身碟的出貨逮 【先前技術】 隨著資訊科技的發展與進步，高儲存容量的可芦 壯 ㈣、CD-RW謂-RW等)’已成為不可或缺的儲：置子T (如: 隨身碟最受廣大賴者的青睞。由於隨 ^，、中又以 速及攜帶方便㈣點，3¾在—般備网儲存谷量、讀取快 力:發隨身侧技術，以期能更進- 二儲==:量至，資料顯示，在_年時，隨身 充到(2咖年）隨身碟_存容量已擴 ^^之隨輕^存在著許錄失，以下兹配 。圖式針對f知之隨胸妨綱。 _ 第1圖所示者為-習知之隨身碟，該隨輕包括—辦 泰 路板11、一第一外盒體12及一第 ’甘 成_ 包 兩側分別設有-第,1G1及第卜 =1 ’其中該殼體1_應 _ 弟一開口 102，該殼體10之一端靠 3 1 電路板2的一端抵靠至該阻撞部103。該第 2 續12的—側開設有—第三開口⑵，且該第-外盒體12自該 1376847 弟:開口 121向内設有-第-容置槽122，棘體iq 撤的部*，透過該第三開口 121被收納至該第—容置開 該殼體10姻至該r一容臟 固定在該第-容置槽122内，而該殼體 被瓣 分’係凸出在該第一外盒體12之外，以便使用：:=部 蟑(如個人電腦的，車)上。此外，該第二外盒:=接= 設有一第四開口 131，且該第二外盒體13自玆 、貝 筮一 —此 Μ弟四開口 131向内設有 一弟-谷置槽132。當使用者將該隨身碟拔離埠後，即可將 -外盒體13套蓋健殼體1G鄰近該第—開α m _分n， 鄰近該第-開口而的部分，透過該第四開口 i3i、銳納 入二132中。如此，即可避免外界環境中的辩污及灰塵進 姐社該電路板U受-染，雜-升該隨身1376847 VI. Description of the Invention: [Technical Field] The present invention relates to an assembly structure and structure of a USB device, mainly for fitting a four-column of a needle member to a fixed two-disc of a housing, assembling the component and the shell Body combination 'to improve the efficiency of the flash drive' to make the card. Keya increases the shipment of the flash drive [previous technology] With the development and advancement of information technology, the high storage capacity of the Lu Zhuang (four), CD-RW called - RW, etc. ' has become an indispensable storage: T (such as: the flash drive is most favored by the majority of the lazy. Because with ^,, and speed and easy to carry (four) points, 33⁄4 in the general storage net storage, reading fast: hair with side technology, in the hope Can be more advanced - two storage ==: amount to, the data shows that in _ year, with the charge (2 years) portable disk _ storage capacity has been expanded ^ ^ with the light ^ there is a record of the loss, the following match The figure is for the purpose of knowing the chest. _ The picture shown in Figure 1 is a custom-made flash drive, which includes the light---------------------------------------------------------------------------------------------- The two sides of the bag are respectively provided with -1, 1G1 and 卜=1', wherein the housing 1_ should be an opening 102, and one end of the housing 10 abuts against one end of the circuit board 2 to the blocking portion 103. The second continuous 12-side opening is provided with a third opening (2), and the first outer casing 12 is provided with the first-accommodating groove 122 from the opening 1121, and the spine body iq is withdrawn. Department*, through the first The three openings 121 are received into the first housing accommodating the housing 10 until the r is fixed in the first accommodating groove 122, and the housing is protruded by the lobes in the first outer portion Outside the casing 12, in order to use::=parts (such as a personal computer, a car). In addition, the second outer casing: = connection = a fourth opening 131 is provided, and the second outer casing 13 is self-contained兹,贝筮一—This four-in-one opening 131 is provided with a younger-valley slot 132. When the user pulls the flash drive away from the cymbal, the outer casing 13 can be placed adjacent to the housing 1G. The first opening α m _ min n, the portion adjacent to the first opening, through the fourth opening i3i, sharply incorporated into the second 132. Thus, the external environment can be avoided and the dust enters the circuit. Board U is dyed, miscellaneous
C 惟’由於製造薇商使用黏合劑結合該殼體1〇及該第一外盒體^， 故需等待黏合舰燥定通，才能將賴麵包裝❹，如^，將耗 =當長的工作時間，十分缺乏效率。此外，由於電路板的價格變動 速率快’倘若製造誠在進貨後，無法㈣組裝隨身碟並”，可能 =速度趕不取板的價格波動（如：下跌），而發生損失，相當 因此’如何改善傳統隨身碟之前述缺失，使製造鋪能快速組農 隨身碟、，約化魏度，⑽免製造廠額電路板倾肋而發生損 失，即為本發明在此欲探討的一重要課題。 【發明内容】 1376847 有鑑於傳統隨身碟諸多問題，發明人經過長久努力研究與實驗， 終於開發設計出本發批·裝置植裝結構，触加快隨身碟 速度’並提升隨身碟的出貨速度。 、、 本發明之一目的，係提供一種USB裝置之組裝結構，尤指隨身碟 =组裝=構’包括-殼體、—外殼及—射^件，其中該殼體之形狀 王矩形官狀，該殼體的對應兩側分別設有一前端開口及一後端開口， 該殼體之上壁鄰近該後端開口的位置開設有―固定孔，該殼體係供容 納-電路板’使該殼體之前端形成一 連接器；該外殼之一側開設 有-容置開口，該殼體鄰近該後端開口的部分係透過該容置開口被收 納在該外殼内；該欲卡元件係被收納在該外殼内，該嵌卡元件包括一 彈片’該彈片的厚度小於該殼體的_高度，且該彈片的寬度小於該 成體的内侧寬度，該彈片的—側面上向上延伸設有—凸柱，在該殼體 被$納至料殼_狀態下，該凸柱能與_定孔相互嵌合。如此， ^造，商無須使_合劑，即驗速組裝該嵌卡元件與該殼體，並進 一步完成隨身叙包裝’據以增加“速度，大幅增加組裝效率。 .本糾之另-目的，乃卿片的縣_尚設有_定位树，該 二==該彈月的周緣間隔一預定距離。如此，製造薇商即能藉由 内的设和輕易地將該定位元件及該彈片***至該後端開口 所雜糾财，且在該凸柱針至_定孔内後， 使該彈片穩_定位在該殼體内，而不致鬆動。 各制又—目的’乃該凸柱上遠離該座體的部分設有一斜面， 入至該後·内時，該凸柱的斜面即受到該 該固_向下產生-彈_，待該凸柱移動到 疋孔下转’姆以卩_本身的彈性，贿為縣的形狀，令 5 1376847 製造廠商即能輕易地將該彈片組合 該凸柱嵌卡至該固定孔内。如此， 至該殼體内，據以提升組裝便利性 …-為便-^¥^員紗綱项1職歡_ 步之認識與瞭解，_實關配合圖式，詳細·如下： 【實施方式】 本發明係-種USB裝置之组裝結構，參閱第2騎示，在本發明 之第-較佳實施例t，該組裝結構係_隨身碟，包括―殼體2〇、~ 卡以牛22及-外殼23，其中該殼體2〇 一般係由金屬材料所製成，且 該殼體20的形狀呈矩形管狀，該殼體2Q的對應兩側分別設有一前端 開口 2〇1及-後端開口 202 ’該殼體2〇之上壁鄰近該後端開口搬的 位置開設有-固定孔2〇3，該殼體2G係供容納一電路板21，使該殼體 20之前端形成- USB連接器。該電路板21可為印刷電路板如耐 伽也board，簡稱PCB)或使用晶片直接職（aip 〇η ， 簡稱COB)技術所製成之電路板，該電路板21的一端側面上設有連接 端子211，該連接端子211係與該電路板21上的電路相連接，當該連 接端子211與-個人電腦的USB埠相連接時，該個人電腦即可二過該 連接端子211與該電路板21 t氣連接。此外，該外殼23之一側開設 有-容置開口 231，該殼體2D鄰近該後端開口 202的部分係透過該= 置開口 231被收納在該外殼23内。 承上，請參閱第2圖所示，該嵌卡元件22係由高分子材料（如： 聚氯乙烤（polyvinyl chloride)、聚乙烤（polyethylene)等材料) 所製成，該嵌卡元件22係被收納在該外殼23内，該嵌卡元件22可透 過樞接或藉由滑軌等方式，活動地被收納在該外殼23内。或者，該嵌C Only 'Because the manufacturer of Wei Shang uses the adhesive to bond the casing 1〇 and the first outer casing ^, it is necessary to wait for the bonding of the ship to be fixed, so that the packaging can be wrapped, such as ^, will consume = long Working hours are very inefficient. In addition, because the price of the board changes rapidly, 'If the manufacturing is since the purchase, it can't (4) assemble the flash drive and", maybe = speed can not take the price fluctuation of the board (such as: down), and the loss occurs, so how 'how The improvement of the aforementioned lack of the traditional flash drive, so that the manufacturing shop can quickly set up a farmer's flash drive, and the reduction of Wei Du, (10) the loss of the manufacturing plant board ribs, which is an important topic for the present invention. [Summary of the Invention] 1376847 In view of the problems of the traditional flash drive, the inventor has finally worked hard to study and experiment, and finally developed and designed the batch and device planting structure, speeding up the speed of the pen drive and increasing the speed of the pen drive. An object of the present invention is to provide an assembly structure of a USB device, in particular, a flash drive = assembly = structure, including - a housing, an outer casing, and a radiation member, wherein the shape of the housing is a rectangular shape Corresponding sides of the housing are respectively provided with a front end opening and a rear end opening, and the upper wall of the housing is adjacent to the rear end opening, and a fixing hole is provided. a circuit board s forming a connector at a front end of the housing; a housing opening is provided on one side of the housing, and a portion of the housing adjacent to the rear end opening is received in the housing through the receiving opening; The card component is received in the casing, the card component includes a spring piece having a thickness smaller than a height of the casing, and the width of the elastic piece is smaller than an inner width of the body, and the side of the elastic piece The upper and upper extensions are provided with a protruding post, and the protruding post can be engaged with the _ fixed hole in the state that the casing is received by the casing _. Therefore, the merging does not need to make the _ mixture, that is, the speed assembly The card component with the housing and further completes the portable packaging 'according to the increase in speed, greatly increasing assembly efficiency. The other purpose of this correction is that the county of the film is still provided with a positioning tree, and the two == the circumference of the month is a predetermined distance. In this way, the manufacturing of the weishen can easily insert the positioning component and the elastic piece into the rear end opening by the inner setting and correct the wealth, and after the protruding pin is in the fixed hole, the elastic piece is stabilized. _ Positioned within the housing without loosening. The system and the purpose of the system are provided with a slope on the portion of the column away from the body. When entering the rear, the slope of the column is subjected to the solid_downward-elastic_ The column moves to the pupil to turn down the elasticity of the 卩 _ itself, bribes in the shape of the county, so that the manufacturer of the 5 1376847 can easily insert the shrapnel into the fixing hole. In this way, to the inside of the casing, it is convenient to improve the assembly. - For the convenience - ^ ¥ ^ ^ 员 纲 项 1 1 1 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The present invention is an assembly structure of a USB device. Referring to the second bicycle, in the first preferred embodiment of the present invention, the assembled structure is a portable disk, including a casing 2, a card, and a cow. 22 and the outer casing 23, wherein the casing 2 is generally made of a metal material, and the casing 20 has a rectangular tubular shape, and the opposite sides of the casing 2Q are respectively provided with a front end opening 2〇1 and - The rear end opening 202 ′ is disposed at a position adjacent to the rear end opening of the housing 2 - a fixing hole 2 〇 3, and the housing 2G is configured to receive a circuit board 21 such that the front end of the housing 20 is formed. - USB connector. The circuit board 21 can be a printed circuit board such as a gamma board (PCB) or a circuit board made by using a chip direct (aip 〇η, COB for short) technology, and the circuit board 21 has a connection on one side thereof. The terminal 211 is connected to the circuit on the circuit board 21, and when the connection terminal 211 is connected to the USB port of the personal computer, the personal computer can pass the connection terminal 211 and the circuit board. 21 t gas connection. Further, one side of the outer casing 23 is provided with a receiving opening 231, and a portion of the casing 2D adjacent to the rear end opening 202 is received in the outer casing 23 through the opening 231. As shown in FIG. 2, the card component 22 is made of a polymer material (for example, polyvinyl chloride, polyethylene, etc.), and the card component The 22 series is housed in the casing 23, and the card-incorporating member 22 is movably housed in the casing 23 by pivoting or by means of a slide rail or the like. Or, the inlay