M383803 五、新型說明： 【新型所屬之技術領域】 一種隨身碟裝置，尤其是具有伸縮功能之隨身碟裝置。 【先前技術】 有關伸縮式隨身碟的構造，例如中華民國專利申請案第 〇9謂05號，請參照其圖式，該專利申請針所揭示的結構 主要是由材料為塑膠的上殼體、下殼體、及電路载具組成，將 腦電路裝人祕魅之後，令魏顿躲人下殼體， 然後組裝上殼體及下殼體，使上殼體、下殼體可包覆該電路載 具及USB電路裝置而形成—種可伸縮崎輕結構。然而， 此種裝置需要分卿成上殼體、下殼體、及電路载具，上殼體、 孩體之結構須分別具有多個相互卡合的定位件、鏤空的定位 坑，及供設於電路載具上的突台所卡合的凹槽。定位坑、定位 件用以使USB電路裝置於伸縮時不易晃動，而能穩定地與直 ^電子裝置的聰對接孔接合。電路無切突台可沿著凹 曰滑動，秘聰電喊置可前後滑動。但殼體之鏤空會導 致殼體對於電路及電路載具的包覆性不佳，無法完 絕Γ電路裝置免於受外部干擾，或者會使隨身碟於插入另 一電子裝置的叫，會轉絲。越據 =卿’在組裝步驟中USB電路裝置可能會相= 移動而使隨身碟的成品為瑕疲品。且由於受限於_ 材料的特性，難啸物細I梅雜感要求/ 【新型内容】 本創作旨在提供-種隨身碟伸縮褒置，包含USB電路機 構’具有USB接頭構件以及記憶體構件，内殼機構，具有上 内殼構件以及下1^構件，姑_織構之内部係設置聰 電路機構後將該上内殼構件與該下喊構件組合構成該内殼 機構’其中該内殼機構的一側壁具有有一條形彈性件，該條形 彈性件的上下位置處設置為條形巾空’㈣當該條形彈性件被 下壓後可為復位’且該條轉性件之外表面具有—外凸構件， 該外凸構件之上下端部分別具有上卡合凸體以及下卡合凸 體’定向卡合機構，係由-基體構件以及於左右二側向前延伸 的側壁覆蓋構件所構成，·於該條形彈性件之—側的側壁覆 蓋構件具有-巾空部位’収在將定向卡合機構套置於該内殼 機構之左右側後，使該巾空雜供該外凸構件前後定向移動， 其中該中空部位的前部以及後部於該側壁覆蓋構件上分別具 有上卡合凹體以及下卡合凹體，用以當該内殼機構的上卡合凸 體與下卡合凸體經過該上卡合凹體與該下卡合凹體時可相互 卡合，外殼機構，係為前後中空結構，套置於完成套置後之該 内殼機構與該定向卡合機構套置之左右上下表面，以及前蓋機 構，套置於該内殼機構之前端。 藉由位在基體構件上之中空部位以及位在内殼機構上之 條形彈性件上的外凸構件相互個，當該條形件前後滑動 時，可使該内殼機構隨之沿著中空部位前後滑動。當需要使用 :載—性件向前滑動，_ 機構，崎合於電子h财使前SB接顯倾推出前羞 用usb電路機構時，、的^接口。另—方面，當不需使 _SB__。__沿著中空部位後退，以 件作之伸縮式隨身碟可利用上内殼構件、下内殼構 件、疋向卡合機構及顿機_歸準較健置於其中的 電路機構’科需要設置習知的伸縮式隨身碟中的多數 個疋位件i定位坑’此’根據本創作之伸縮式隨身碟的定位 精準度^ ’且外殼包覆餘佳。此外，由射卜殼機構的材料 不需限定為轉’卿藉由其他種材料（例如金屬）達成更美 觀的設計及質感。 【實施方式】 以下所述之實施方式並非用以限定本創作，而僅為本創作 之一較佳實施例，說明如下。參删丨朗2，本創作係 為-種Ik身碟伸縮裝置’包含USB電路機構u，具有USB接 頭構件111以及記憶體構件112,利用該USB接頭構件1U與 相對應的母型連接器耦接’以形成資料傳輸介面並將所傳輸之 資料儲存於該記憶體構件中112 ;内殼機構13，具有上内殼構 件131以及下内殼構件132，將USB電路機構11設置於該内 殼機構13之下内殼構件132的上表面，接著將該上内殼構件 131與該下内殼構件132組合而使容納該USB電路機構η構 殼構件132之中，該_構 件133，該條形彈性件133的上下 2為條形中空以使該條形彈性件133具有彈性用以 d#i33w卜㈣彻，墙力移除後該 條形彈性件！33可回稽 ’、來^置’此外，該條形彈性件133 之外表面具有-外凸構件134，該外凸構件134之上下端部分 ⑽141 w卡合⑽142;定向卡合機構 摄杜土體構件151以及於左右二側向歧伸的側壁覆蓋 ^ ^'153 ^ ^ 盍構件（於圖！中所示者為1S2)具有一中空部位⑼，用以 在將定向卡合機構Μ套置於該内殼機構13之左右側後，使該 中空部位154供該外凸構件134前後定向移動，其中該中空部 位154的前部以及後部於該側壁覆蓋構件上分別具有上卡合 凹體155以及下卡合凹體156 (如圖2所示），用以當該内: 機構13的上卡合凸體141與下卡合凸體142經過該上卡合凹 請與該下卡合哺則物㈣卡合，侧構Μ 係為前後中空結構，套置於完成套置後之該内殼機構η如亥 定向卡合機構15套置之左右上下表面，以及前蓋機構Η，套 置於該内殼機構16之前端。 參照圖1與ffi 2，該内殼機構13之上内殼構件ΐ3ι具有 -彈性固定件135 ’其於套置該内殼機構13至外殼機構Μ中 時’受外殼機構I6的空間限制而使該彈性固定件出產生此 微變形而對USB電路機構11施加一力，以使該USB電路機 構11可固定於該内殼機構13中而防止該USB電路機構丨丨在 該内殼機構13中之跳動。進一步說明，該外殼機構16於一側 設置有相對應中空部位161，以使於組裝完成後對應定向卡合 機構15上之中空部位154。此外，該前蓋機構17具有導光紋 體構件172 ’沿著該前蓋機構17之上下内表面而前後設置， 用以將該USB電路機構11所發出之光導引至前蓋機構17之 前端開口 173 ;以及一卡合構件171設置於該前蓋機構17之 左右兩私，用以與該内殼機構13卡合。另外，該條形彈性件 133其左右兩端係固定在該下内殼構件132上，而形成一兩端 固定之可撓性懸壁樑。在内殼機構13中，於該上内殼構件131 與該下内殼構件132組裝時，係利用位於上内殼構件131之多 數個凸型體136 ’插接錄於下喊構件132之多數個對應之 凹型體137而彼此接合，並内置該USB電路機構n而形成内 殼機構13。 接著，請參考圖1與圖2作為本創作之組合示意圖。首先， USB電路機構U放置並定位於下内殼構件132上之對應電路 容置部138巾，接著上内殼構件131依照其多數個凸型體136 對齊至下喊構件132之錄個對應凹型體137而與下内殼構 件132相互接合’形成具有USB電路機構n包含其中之内殼 機構13。接著’將_殼機構13套置於較向卡合機構15 中’其中該外凸構件134須組裝至中空部位154中以使該内 f機構13可藉由外凸構件134射空部位1M之滑動配合而 以後’月動秘著將，喊好之定向卡合機構Μ以及内殼機構 13 一起套置於外域構16中，其中射线位丨54係對應至 位在外殼機構16之對應中空部位⑹而使外凸構件⑶可 突出外殼機構16之外。最後，將前蓋機構17插入外殼前端開 :162内’喊朗域構13以及定向卡合機構丨5之定位而 完成組裝。完賴身碟伸縮裝置1Q立體圖如圖3所示。 °月參…圖4與® 5作為隨身碟伸縮動作示；t®(為求示意 清楚，將圖3之完成立體圖之外殼機構16去除卜首先於圖* 中下内λ又構件132上之上卡合凸體141與下卡合凸體142分 別位於在定向卡合機構15之後側上卡合凹體155與後側下卡 °凹體156之卡，而形成收回之隨身碟伸縮裝置1(Π。按下該 外凸構件134並將該外凸構件134往前推，可使聰電路機 構11之USB接頭構件U1伸出於前蓋機構17之前端開口⑺ 之外’直至下喊齡132 ±之上卡合凸體w與下卡合凸體 142分別位於在定向卡合機構15之前側上卡合凹體⑸與前 側下卡合凹體156之t，形成伸出之隨身碟伸縮裝置ι〇2，以 供USB接麟件lu可與相對應的母型連接器相接。 又’在上内殼構件131及下内殼構件132的外表面上形成 前後延伸的凸起導執’導執可㈣平滑的外殼機構16容易套 入内咸機構13，且在外殼機構16與内殼機構13套合之後， 使其不會輕易地相對滑動。 【圖式簡單說明】 圖1為USB隨身碟伸縮裝置之一實施例的爆炸圖。 圖2為USB P遠身碟伸縮裝置之一實施例的另一爆炸圖。 圖3為USB隨身碟伸縮裝置之-實施例的立體圖。 圖4為USB隨身碟伸縮裝置之一實施例的收回位置之示 思、立體圖。 圖5為USB隨身碟伸縮裝置之一實施例的伸出位 意立體圖。 夏<不 【主要元件符號說明】 10 :隨身碟伸縮裝置 11 : USB電路機構 B:内殼機構 15:定向卡合機構 π :外殼機構 17 :前蓋機構 101 .收回之隨身碟伸縮裝置 102 ·伸出之隨身碟伸縮裝置 111 : USB接頭構件 112 ·•記憶體構件 131 :上内殼構件 132 :下内殼構件 133 .條形彈性件 M383803 134 :外凸構件 135 :彈性固定件 136 :凸型體 137 :凹型體 138 :電路容置部 141 :上卡合凸體 142 :下卡合凸體 151 :基體構件 152 :側壁覆蓋構件 153 :側壁覆蓋構件 154 :中空部位 155 :上卡合凹體 156 :下卡合凹體 161 :中空部位 162 :外殼前端開口 171 :卡合構件 172 :導光紋體構件 173 :前蓋機構之前端開口M383803 V. New description: [New technical field] A portable disk device, especially a portable disk device with telescopic function. [Prior Art] For the construction of the retractable flash drive, for example, the Republic of China Patent Application No. 9 is No. 05, please refer to the drawings. The structure disclosed by the patent application needle is mainly composed of a plastic upper casing. The lower casing and the circuit carrier are composed, and after the brain circuit is secreted, Weiton hides the lower casing, and then assembles the upper casing and the lower casing, so that the upper casing and the lower casing can cover the casing. A circuit carrier and a USB circuit device form a scalable and light-weight structure. However, such a device needs to be divided into an upper casing, a lower casing, and a circuit carrier, and the structures of the upper casing and the child body respectively have a plurality of positioning members that are engaged with each other, a hollow positioning pit, and a supply device. The groove that the tab on the circuit carrier is engaged with. The positioning pit and the positioning member are used to make the USB circuit device not easy to shake when being stretched, and can be stably engaged with the Cong docking hole of the electronic device. The circuit has no cutting protrusions that can slide along the concave ridge, and the secret electric scream can be slid back and forth. However, the hollowing out of the casing may result in poor coverage of the circuit and the circuit carrier, and the circuit device may not be completely protected from external interference, or the portable disk may be inserted into another electronic device. wire. According to the data, the USB circuit device may move in the assembly step and the finished product of the flash drive is exhausted. And because of the limited nature of the material, the difficulty of whistling fine I Mei noise requirements / [new content] This creation aims to provide a kind of flash drive expansion device, including USB circuit mechanism 'with USB connector components and memory components, The inner casing mechanism has an upper inner casing member and a lower inner member, and the inner structure of the cultivating structure is combined with the lower squeezing member to form the inner casing mechanism, wherein the inner casing mechanism One side wall has a strip-shaped elastic member, and the upper and lower positions of the strip-shaped elastic member are arranged as a strip-shaped towel empty '(4) when the strip-shaped elastic member is pressed down, it can be reset' and the outer surface of the strip-shaped rotating member Having a convex member, the upper end portion of the outer convex member respectively has an upper engaging convex body and a lower engaging convex body directional engaging mechanism, and the base member and the side wall covering member extending forwardly on the left and right sides The side wall covering member on the side of the strip-shaped elastic member has a - empty portion to receive the directional engaging mechanism on the left and right sides of the inner casing mechanism, so that the towel is empty The convex member moves directionally forward and backward, The front portion and the rear portion of the hollow portion respectively have an upper engaging concave body and a lower engaging concave body on the side wall covering member for passing the upper engaging convex portion and the lower engaging convex portion of the inner casing mechanism through the The upper engaging concave body and the lower engaging concave body can be engaged with each other, and the outer casing mechanism is a front and rear hollow structure, and the inner casing mechanism and the directional engaging mechanism are disposed to be placed on the left and right sides after the sleeve is placed. The surface, as well as the front cover mechanism, is placed over the front end of the inner casing mechanism. By means of a hollow portion located on the base member and a protruding member on the strip-shaped elastic member on the inner casing mechanism, when the strip member slides back and forth, the inner casing mechanism can be followed by hollow The part slides back and forth. When it is necessary to use: the carrier-sliding member slides forward, the _ mechanism, the sacrificial electrons, the front SB, the front SB, the front-end shy, the usb circuit mechanism, the ^ interface. On the other hand, when you don't need to make _SB__. __Retreat along the hollow part, the telescopic type of portable disc can be used for the upper inner shell member, the lower inner shell member, the slanting engagement mechanism and the shovel _ the more critically placed circuit mechanism Set most of the clamps in the conventional telescopic flash drive i positioning pit 'this' according to the positioning accuracy of the retractable flash drive of this creation ^ 'and the outer cover of the shell. In addition, the material of the shelling mechanism is not limited to the use of other materials (such as metal) to achieve a more aesthetic design and texture. [Embodiment] The embodiments described below are not intended to limit the present invention, but are merely preferred embodiments of the present invention, as explained below. In addition, the present invention is a type Ik dish expansion device 'including a USB circuit mechanism u, having a USB connector member 111 and a memory member 112, and the USB connector member 1U is coupled to the corresponding female connector. Connecting to form a data transmission interface and storing the transmitted data in the memory member 112; the inner casing mechanism 13 has an upper inner casing member 131 and a lower inner casing member 132, and the USB circuit mechanism 11 is disposed on the inner casing The upper surface of the inner casing member 132 below the mechanism 13, and then the upper inner casing member 131 and the lower inner casing member 132 are combined to accommodate the USB circuit mechanism n-shell member 132, the member 133, the strip The upper and lower sides 2 of the elastic member 133 are strip-shaped hollow so that the strip-shaped elastic member 133 has elasticity for d#i33wb (four), and the strip-shaped elastic member is removed after the wall force is removed! In addition, the outer surface of the strip-shaped elastic member 133 has a convex member 134, and the upper end portion (10) 141 w of the outer convex member 134 is engaged with (10) 142; the directional engaging mechanism captures the soil The body member 151 and the side wall covering the left and right sides are covered with a ^ ' 153 ^ ^ 盍 member (1S2 shown in the figure!) having a hollow portion (9) for arranging the directional engaging mechanism After the left and right sides of the inner casing mechanism 13, the hollow portion 154 is moved forward and backward by the outer convex member 134, wherein the front portion and the rear portion of the hollow portion 154 respectively have an upper engaging concave body 155 on the side wall covering member. And a lower engaging recess 156 (shown in FIG. 2) for the inner: the upper engaging protrusion 141 and the lower engaging protrusion 142 of the mechanism 13 pass through the upper engaging recess and the lower engaging Then, the object (4) is engaged, and the side structure is a front and rear hollow structure, and the left and right upper and lower surfaces of the inner casing mechanism η such as the directional locking mechanism 15 are disposed after the installation, and the front cover mechanism 套, the sleeve is placed At the front end of the inner casing mechanism 16. Referring to Figures 1 and ffi 2, the inner casing member 之上3ι of the inner casing mechanism 13 has an elastic fixing member 135' which is limited by the space of the casing mechanism I6 when the inner casing mechanism 13 is placed in the casing mechanism The elastic fixing member generates the micro-deformation to apply a force to the USB circuit board 11 so that the USB circuit mechanism 11 can be fixed in the inner casing mechanism 13 to prevent the USB circuit mechanism from being clamped in the inner casing mechanism 13. Beating. Further, the outer casing mechanism 16 is provided with a corresponding hollow portion 161 on one side so as to correspond to the hollow portion 154 of the orientation engaging mechanism 15 after the assembly is completed. In addition, the front cover mechanism 17 has a light guide body member 172' disposed forward and backward along the upper and lower inner surfaces of the front cover mechanism 17 for guiding the light emitted by the USB circuit mechanism 11 to the front cover mechanism 17. The front end opening 173; and an engaging member 171 are disposed on the left and right sides of the front cover mechanism 17 for engaging with the inner casing mechanism 13. Further, the strip-shaped elastic member 133 is fixed to the lower inner casing member 132 at its left and right ends to form a flexible cantilever beam fixed at both ends. In the inner casing mechanism 13, when the upper inner casing member 131 is assembled with the lower inner casing member 132, the majority of the lower squeezing members 132 are inserted by the plurality of convex bodies 136' located in the upper inner casing member 131. The corresponding concave bodies 137 are joined to each other, and the USB circuit mechanism n is built in to form the inner casing mechanism 13. Next, please refer to FIG. 1 and FIG. 2 as a schematic diagram of the combination of the present creation. First, the USB circuit mechanism U is placed and positioned on the corresponding circuit receiving portion 138 on the lower inner casing member 132, and then the upper inner casing member 131 is aligned with the corresponding convex portion 136 to the corresponding lower concave member 132. The body 137 and the lower inner casing member 132 are joined to each other to form an inner casing mechanism 13 having a USB circuit mechanism n therein. Then, the 'shell mechanism 13 is placed in the relatively engaging mechanism 15', wherein the male member 134 has to be assembled into the hollow portion 154 so that the inner f mechanism 13 can be vacated by the outer convex member 134. After the sliding fit, the rearward moving secret, the directional locking mechanism and the inner casing mechanism 13 are placed together in the outer structure 16, wherein the ray position 54 corresponds to the corresponding hollow portion of the outer casing mechanism 16. (6) The projecting member (3) can be protruded beyond the outer casing mechanism 16. Finally, the front cover mechanism 17 is inserted into the front end of the casing: 162, and the positioning of the directional engagement mechanism 丨5 is completed. The stereo view of the 1Q telescopic device is shown in Figure 3. °月参... Figure 4 and ® 5 as the display of the telescopic movement of the portable disc; t® (for the sake of clarity, the outer casing mechanism 16 of the completed perspective view of Fig. 3 is removed first in the lower part of the figure λ and above the member 132 The engaging convex body 141 and the lower engaging convex body 142 are respectively located on the rear side of the directional engaging mechanism 15 to engage the concave body 155 and the rear lower lower concave body 156, thereby forming the retracted flash drive expansion device 1 ( Pressing the male member 134 and pushing the male member 134 forward, the USB connector member U1 of the smart circuit mechanism 11 can be extended beyond the front opening (7) of the front cover mechanism 17 until the next call age 132 The upper engaging convex body w and the lower engaging convex body 142 are respectively located on the front side of the directional engaging mechanism 15 on the front side of the engaging concave body (5) and the front lower lower engaging concave body 156, forming an extended flashing device 〇2, for the USB connector lu can be connected to the corresponding female connector. Further, 'the front and rear extended convex guides are formed on the outer surfaces of the upper inner casing member 131 and the lower inner casing member 132' The guide can (4) the smooth outer casing mechanism 16 is easy to fit into the inner salt mechanism 13, and after the outer casing mechanism 16 is engaged with the inner casing mechanism 13, Figure 1 is an exploded view of one embodiment of a USB flash drive expansion device. Figure 2 is another exploded view of one embodiment of a USB P remote disk expansion device. Fig. 3 is a perspective view of an embodiment of a USB flash drive telescopic device. Fig. 4 is a perspective view and a perspective view of a retracted position of an embodiment of a USB flash drive telescopic device. Extensional position stereoscopic diagram. Summer <not [main component symbol description] 10: flash drive expansion device 11: USB circuit mechanism B: inner casing mechanism 15: orientation engagement mechanism π: outer casing mechanism 17: front cover mechanism 101. The portable disk expansion device 102. The extended portable disk expansion device 111: USB connector member 112 • Memory member 131: upper inner casing member 132: lower inner casing member 133. Strip elastic member M383803 134: convex member 135 : elastic fixing member 136 : convex body 137 : concave body 138 : circuit receiving portion 141 : upper engaging convex body 142 : lower engaging convex body 151 : base member 152 : side wall covering member 153 : side wall covering member 154 : hollow Part 155: upper snap 156: the engagement recess 161: hollow portion 162: a housing end opening 171: engagement member 172: groove of the light guide member 173: front end of the front cover opening mechanism