M439964 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種殼體裝置’特別是指一種可便 於攜帶的殼體裝置及殼體裝置與儲存裝置的組合。 【先前技術】 參閱圖1、圖2與圖3，一般的可攜式隨身硬碟的硬 碟盒，包括上下相結合的一上蓋11及一下蓋12。上蓋11 具有一頂壁111、及一自頂壁111 一側延伸的上侧壁112 ’及多個間隔排列的卡槽Π 3，所述卡槽113自頂壁111 向下凸伸且鄰近上側壁112。下蓋12具有一下侧壁121， 及數量對應卡槽113的卡勾組122，所述卡勾組122分別 自下側壁121的内壁面凸伸，各卡勾組丨22具有三個間 隔排列的卡勾123。參閱圖！與圖4，當上蓋η與下蓋 12對接蓋合時，每一卡槽113與對應的三個卡勾123扣 合。 參閱圖1至圖4，當硬碟盒因摔落或受到外力撞擊時 ，卡槽113與卡勾123僅能抵抗上下方向的外力，而來自 左右方向的施力，會使上蓋〗丨的上側壁丨12或下蓋12的 下侧壁121變形位移，因此使卡槽U3與卡勾123側向相 對位移，導致上蓋u與下蓋12得以分離。再者，硬碟各 在拆解上蓋11與下蓋12時，需要施力逐-將各別的卡： 123脫離對應的卡槽113,操作上並不方便。 【新型内容】 因此，本新型之目的，即在提供一種承受外力不易 3 M439964 使上蓋與下蓋分離且輕鬆拆卸的殼體裝置。 本新型的另一目的，即在提供一種承受外力不易使 上蓋與下蓋分離且輕鬆拆卸的殼體裝置與儲存 人 衣直的組 於是，本新型殼體裝置，適用於容置—健 並包含一下蓋及一上蓋。 " :蓋包括-底壁’及由底壁向上凸伸的—第_肋板與 至>一第一定位件，第一定位件具有一法線方向平行—第 方向的第一連接板，及一沿第一方向貫穿第一連接板的 定位穿孔，第一肋板具有一法線方向平行第一方向的第一 定位面。上蓋包括一頂壁，及由頂壁向下凸伸的—第二肋 板與數量對應第一定位件的第二定位件，第二定位件具有 一法線方向平行苐一方向的第二連接板，及一自第二連接 板朝第-方向凸伸的定位凸柱’第二肋板具有_法線方向 相反於第一方向的第二定位面。上蓋的第二定位件的定位 凸柱供沿第一方向穿入，且卡扣於下蓋的第一定位件的定 位穿孔，第二肋板供沿第一方向越過第一肋板而使第二定 位面抵靠第一肋板的第-定位面，藉此限制上蓋相反於第 一方向退出且脫離下蓋’上蓋與下蓋結合界定出一供儲存 裝置放置的容置空間》 第肋板具有平行第一方向的壓制部，及一自愿制 部斜向延伸的導引部，屋制部具有第二定位面；第-肋板 具有-平行第-方向的板體，及一自板體向上凸伸的凸部 ’凸部具有在第-方向上依序相間隔的一與第一方向夾— 4 M439964 銳角的導引斜面及第一定位面，第一肋板的凸部受第二肋 板沿第一方向越過，第二肋板不形變，而第一肋板提供在 垂直第一方向的彈性變形’使壓制部的第二定位面靠抵在 凸部的第一定位面。 下蓋還包括一由底壁周緣朝上延伸的第一周壁，及一 自底壁凸伸向上的止擋肋板，且止擋肋板間隔地排列於第 一肋板内侧。M439964 V. New description: [New technical field] The present invention relates to a housing device', in particular to a portable housing device and a combination of a housing device and a storage device. [Prior Art] Referring to Figures 1, 2 and 3, a conventional hard disk case for a portable hard disk includes an upper cover 11 and a lower cover 12 combined with upper and lower sides. The upper cover 11 has a top wall 111, an upper side wall 112' extending from one side of the top wall 111, and a plurality of spaced-apart card slots 1-3. The card slot 113 protrudes downwardly from the top wall 111 and is adjacent to the upper cover 111. Side wall 112. The lower cover 12 has a lower side wall 121 and a plurality of hook groups 122 corresponding to the card slots 113. The hook groups 122 respectively protrude from the inner wall surface of the lower side wall 121, and each of the hook groups 22 has three spaced intervals. Hook 123. See the picture! As shown in Fig. 4, when the upper cover η and the lower cover 12 are butted together, each of the slots 113 is engaged with the corresponding three hooks 123. Referring to FIG. 1 to FIG. 4, when the hard disk case is dropped or subjected to an external force, the card slot 113 and the hook 123 can only resist the external force in the up and down direction, and the force from the left and right direction causes the upper cover to be on the upper side. The side wall 丨 12 or the lower side wall 121 of the lower cover 12 is deformed and displaced, so that the card slot U3 and the hook 123 are laterally displaced relative to each other, so that the upper cover u and the lower cover 12 are separated. Further, when the hard disk is disassembled from the upper cover 11 and the lower cover 12, it is necessary to apply force to separate the respective cards: 123 from the corresponding card slots 113, which is inconvenient in operation. [New content] Therefore, the object of the present invention is to provide a housing device that is resistant to external forces. 3 M439964 Separates the upper cover from the lower cover and easily disassembles. Another object of the present invention is to provide a housing device that is easy to disengage from the upper cover and the lower cover and that is easy to disassemble, and the storage device is straight. Therefore, the present novel housing device is suitable for housing and containing A cover and an upper cover. " : the cover includes a bottom wall ′ and a ribbed plate extending upward from the bottom wall and a first locating member, the first locating member having a normal direction parallel to the first directional plate in the first direction And a positioning through hole extending through the first connecting plate in the first direction, the first rib having a first positioning surface whose normal direction is parallel to the first direction. The upper cover includes a top wall, and a second rib protruding downward from the top wall and a second positioning member corresponding to the first positioning member, the second positioning member having a second connection in a normal direction parallel to the first direction The plate, and a positioning post 'the second rib protruding from the second connecting plate toward the first direction, have a second positioning surface with a normal direction opposite to the first direction. a positioning protrusion of the second positioning member of the upper cover is inserted into the first direction, and is engaged with the positioning hole of the first positioning member of the lower cover, and the second rib is provided for crossing the first rib in the first direction The second positioning surface abuts against the first positioning surface of the first rib, thereby restricting the upper cover from exiting opposite to the first direction and detaching from the lower cover. The upper cover and the lower cover are combined to define an accommodating space for the storage device to be placed. a pressing portion having a parallel first direction, and a guiding portion extending obliquely from the voluntary portion, the housing portion having a second positioning surface; the first rib having a plate parallel to the first direction, and a self-plate body The convex portion convex portion protruding upward has a guiding inclined surface and a first positioning surface which are sequentially spaced apart from each other in the first direction, and the convex portion of the first rib is subjected to the second positioning surface. The ribs pass over the first direction, the second ribs are not deformed, and the first ribs provide elastic deformation in a first direction perpendicular to the first locating surface of the pressing portion against the first locating surface of the projection. The lower cover further includes a first peripheral wall extending upward from the peripheral edge of the bottom wall, and a retaining rib extending upward from the bottom wall, and the retaining ribs are spaced apart from the inside of the first rib.
下蓋還包括一貫穿第一周壁且鄰近第一肋板的拆解孔 儲存裝置包括四個分設於二相對侧的定位孔；殼體裝 置還包含四個分別固定儲存裝置的所述定位孔的定位柱， 及四個分別套設於所述定位柱的緩衝套。The lower cover further includes a disassembly hole storage device extending through the first peripheral wall and adjacent to the first rib plate, and includes four positioning holes respectively disposed on opposite sides of the first rib; the housing device further includes the positioning of the four fixed storage devices respectively a positioning post of the hole, and four buffer sleeves respectively sleeved on the positioning post.
下蓋還包括一由底壁周緣朝上延伸的第一周壁，及四 個分別由錢向上凸伸且連接於第—周壁二相對側的第一 懸掛件，上蓋還包括一由頂壁周緣朝下延伸的第二周壁， 及四個分別由頂壁向下凸伸且連接於第二周壁二相對側的 第二懸掛m懸掛件與各第二懸掛件皆沿法線方向 平行第-方向間隔排列，上蓋與下蓋結合，各第一懸掛件 與各第二懸掛件對應罩覆固定各緩衝套。 殼體裝置還包含一設置於容置空間的屏蔽罩屏蔽罩 包括-罩本體及複數與罩本體連接的彈片，罩本體供儲存 裝置安裝’且所述彈片的末端接觸儲存裝置的表面。 於是’本新型殼體裝置與儲存裝置的組合，包含一 儲存裝置及一殼體裝置。 5 M439964 殼體裝置容置儲存裝置 下蓋包括-底壁，及由底壁向上凸=下蓋與-上蓋。 少—第一定位件，第一定位件具右—第—肋板與至 —方向的第一連接板，及一沿第―—法、線方向平行-第 的定位穿孔，第一肋板且 方向貫穿第一連接板 第-定位面。上蓋包括：：壁一法及線方向平行第-方向的 第二肋板與數量對應第—定你彼由頂壁向下凸伸的- 疋位件的第_ 位件具有一法線方向平行篦— 牛，第二定 白笛 ..—方向的第二連接；a :第二連接板朝第-方向凸伸的定位凸柱，；板：及一 有—法線方向相反於第—方向的— 第一肋板具（ 二定位件的凸柱供沿第—方向^ —定位面。上蓋的第 向穿入，且卡扣於下甚从咕 -定位件的定位穿孔，第二肋板 &下盍的第 肋板而使第二定位面抵靠第—肋板的第一定過第- 限制上蓋相反於第-方向退^脫離下蓋，上蓋與= 結合界定出一供儲存裝置放置的容置空間。 、蓋 本㈣之功效在於：藉由上蓋的各第：定位 :凸柱對應穿設於下蓋的各第一定位件的定位穿孔“ |在垂直第一方向移動的自由度。再者，第二肋板的第 二定位面抵靠第一肋板的第一定位面，限制在第—方向 移動的自由度。當殼體裝置受到外力時，第一定位件。 第一肋板或第二定位件、第二肋板也隨第一周壁或第一 周壁同時變形，不會發生上蓋與下蓋分離；再者，只i 沿持一細長物往拆解孔插入頂抵第一肋板，再沿—相反 於第一方向推動上蓋，使拆解過程更佳容易操作。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效 在以下配合參考圖式之一個較佳實施例的詳細說明中 將可清楚地呈現。 參閱圖5,本新型殼體裝置的實施例，供容置一儲存 裝置2。儲存裝置2是以硬碟為例作說明，其中，硬碟可 為磁頭式硬碟或是固態式硬碟（Solid State Disk，SSD)。儲 存裝置2包括四個分設於兩相對側的定位孔2ι。殼體裝 置包括一下蓋3，及一上蓋4。 、 配合參閱圖6,下蓋3包括一底壁31、一由底壁3ι 周緣朝上延伸的第一周壁32,及由底壁31向上凸伸的一 第一肋板33、一止擋肋板34、至少一第一定位件35,及 四個第-懸掛件36。第一周壁32區分為兩個長邊側32ι 及兩個短邊侧322。本實施例中，是以圖示方向來說明第 一方向D1是由前朝後方向。 配合參閱圖7與圖14,第一肋板33位於其中一長邊 側321内側，並具有平行第一方向m的板體331，及一 自板體331向上凸伸的凸部332，凸部332具有在第—方 向Di上依序相間隔的一與第—方向Di夾一銳角的導引 斜面333 &-法線方向平行第一方肖⑴的第一定位面 3 34。止擋肋板34間隔地排列於第一肋板33内侧，也就 疋說，第一肋板33鄰近第一周壁32(見圖6)的長邊側 321，止擋肋板34遠離第一周壁32的長邊側321。 參閱圖6,在本實施例中，下蓋3包括八個第一定位 35 ’第-定位件35具有一法線方向平行一第一方向 的第一連接板35卜及一沿第一方向m貫穿第一連接 ^。35_1 @定位穿孔352，第一連接板連接第一周壁 個第定位件35相間隔連接在第一周壁32的其 長邊側321的内側，三個第一定位件35相間隔連接 …第周壁32的其中另一長邊側321的内側，二個第一 "'位件35則疋間隔地透過兩連接壁35〇連接在第一周壁 ^2的短邊側322其卜。但不以此為限，下i 3僅包括 辟個第一疋位件35亦可實施，在實際實施時，依第一周 壁32的尺寸有所調整第一定位件^的數量。 各第一懸掛件36概呈c形，所述第一懸掛件％中 其中兩個第一懸掛件36是相間隔地連接於第一周壁32 的其中一長邊側32卜另二個第一懸掛件36是相間隔地 連接於第一周壁32的其令之另一長邊側321。 參閱圖8，上蓋4包括一頂壁41、一由頂壁41周緣 朝下延伸的第二周壁42，及由頂壁41向下凸伸的一第二 肋板43、數量對應第一定位件35(見圖6)的第二定位件籲 44，及四個第二懸掛件45。第二周壁42區分為兩個長邊 側421及一個短邊侧422。 配合參閱圖14,第二肋板43鄰近第二周壁42的其 中一長邊側421内側，並具有一平行第一方向〇 1的壓制 部431 ’及一自壓制部431斜向延伸的導引部432，壓制 部431具有一法線方向相反於第一方向di的第二定位面 433。 參閱圖8,在本實施例中，上蓋4包括八個第二定位 件44,第二定位件44具有—法線方向平行一第一方向 D1的第二連接板441，及一自第二連接板441朝第一方 向D1凸伸的定位凸柱442，第二連接板連接第二周 壁42。三個第二定位件44分別間隔連接在第二周壁π 的其中-長邊側42i内側’另三個第二定位件44分別間 隔連接在第二周壁42的其中另__長邊側421内側，二個 第一定位件44則是間隔地透過一連接壁44〇連接在第二 周壁42的短邊側422。但不以此為限，上蓋4僅包括一 個第二定位件44亦可實施，在實際實施時依第二周壁 42的尺寸有所調整第二定位件44的數量。 各第二懸掛件45呈倒c形，所述第二懸掛件Μ中 ，二個第二懸掛件45是相間隔地連接於第二周壁42的 其中一長邊侧42丨，另二個第二懸掛件45是相間隔地連 接於第二周壁42的其中之另一長邊側421。 參閱圖5、圖6與圖9，為使儲存裝置2能與外界電 連接，殼體裝置還包括一且供儲存裝置2插設的電連接 單疋5，電連接單元5包括多數個供外部纜線（圖未示）電 連接的插座電連接器51，以下以四個插座電連接器51舉 例說明。此外，殼體裝置還包括一屏蔽罩6，屏蔽罩6是 以金屬製成可使儲存裝置2接地，並達到防電磁波干擾 (Electromagnetic lnterference，ΕΜΙ)效果。屏蔽罩 6 包括 一概呈開口朝上的矩形盒的罩本體61、複數與罩本體6ι 相連接的彈片62，及四個位於罩本體61後側四個插座電 M439964 連接器51且對應穿置的通道63,在本實施例中，屏蔽罩 6包括九個彈片62,四個彈片62由罩本體6ι的底壁切 割向上彎折而成，另外五個彈片62由罩本體61的^壁 向下凸伸。下蓋3還包括四個對應四個通道且貫穿第 一周壁32的後側的短邊側322的開口 37。在 ，插座電連接器51、通道63與開口 37的數量7可視需 求而增減。另一方面，為使儲存裝置2更穩固且兼具防 震效果的套設於殼體裝置内，殼體裝置還包括四個用來 固定儲存裝置2的定位柱7 ’及四個分別套設於所述定位 柱7的緩衝套8。屏蔽罩6還包括四個分別對應所述定位 孔21且貫穿罩本體61兩相對側的貫孔64。 參閱圖5、圖1〇與圖π，儲存裝置2與殼體裝置组 合方式，是先將儲存裝置2插入於電連接單元5，秋 儲存裝置2連同電連接單元5套入屏蔽罩6的罩本： 内，使所述插座電連接器51對應所述通道63而外露於 罩本體61’且彈片62末端接觸儲存裝置2的表面，再將 四個定位柱7鎖固在罩本體61的兩相對側的貫孔64，並 將四個緩衝套8分別套設於四個定位柱7外而呈四個 突出的圓柱狀。 接著，將儲存裝置2與罩本體61連同四個緩衝套8 沿第-方向m置入下蓋3,罩本體61的一側頂抵第一周 壁32在後側的短邊側322,四個通道63對應四個開口 37,使所述插座電連接器51外露於第一周壁32，四個第 -懸掛件36供四個緩衝套8沿第—方向⑴對應置入， 10 M439964 到達圖η所示位置，各緩衝套8的一半圓柱受第一懸掛 件36罩覆，一半圓柱另外露。The lower cover further includes a first peripheral wall extending upward from a peripheral edge of the bottom wall, and four first suspension members respectively protruding upward from the money and connected to opposite sides of the first circumferential wall, the upper cover further including a periphery of the top wall a second peripheral wall extending downward, and four second suspension m suspension members respectively protruding downward from the top wall and connected to opposite sides of the second peripheral wall and the second suspension members are parallel to the normal direction in the first direction Arranged at intervals, the upper cover is combined with the lower cover, and each of the first suspension members and the second suspension members are correspondingly covered and fixed to the respective buffer sleeves. The housing device further includes a shield shield disposed in the accommodating space, including a cover body and a plurality of elastic pieces connected to the cover body, the cover body being mounted for the storage device and the end of the elastic piece contacting the surface of the storage device. Thus, the combination of the novel housing device and the storage device comprises a storage device and a housing device. 5 M439964 Housing device housing storage device The lower cover consists of a bottom wall and is convex upwards from the bottom wall = lower cover and upper cover. Less-first positioning member, the first positioning member has a right-first rib and a first connecting plate in the direction of the direction, and a positioning perforation along the first-method, the line direction-the first rib and The direction runs through the first connecting plate first positioning surface. The upper cover comprises: a wall method and a second rib in a parallel direction in the direction of the line, the number corresponding to the first one being defined by the top wall - the _th member of the clamp has a normal direction parallel篦 - cow, the second fixed white flute.. - the second connection of the direction; a: the positioning post protruding from the second connecting plate in the first direction; the plate: and one has - the normal direction is opposite to the first direction The first rib plate (the two ribs of the locating member are provided for the locating surface along the first direction). The first cover of the upper cover penetrates, and the buckle is positioned under the 甚-positioning member, the second rib & the lower rib of the lower jaw so that the second positioning surface abuts against the first fixed first-restricted upper cover of the first rib opposite to the first direction, and the upper cover and the = combination define a storage device Placement of the accommodating space. The effect of the cover (4) is: by the first cover of the upper cover: positioning: the corresponding position of the first locating member of the lower cover that is inserted through the locating hole of the lower cover "| Furthermore, the second positioning surface of the second rib abuts against the first positioning surface of the first rib, and is restricted to the first direction The degree of freedom of the first positioning member when the housing device is subjected to an external force. The first rib or the second locating member and the second rib are also deformed simultaneously with the first peripheral wall or the first peripheral wall, and the upper cover does not occur. The lower cover is separated; in addition, i only inserts an elongated object into the disassembly hole to insert the top against the first rib, and then pushes the upper cover along the opposite direction, so that the disassembly process is easier and easier to operate. The foregoing and other technical aspects, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the present invention. Referring to Figure 5, an embodiment of the present novel housing device is provided. The storage device 2 is illustrated by a hard disk. The hard disk may be a magnetic hard disk or a solid state disk (SSD). The storage device 2 includes four separate devices. The positioning device 2 includes a lower cover 3 and an upper cover 4. The lower cover 3 includes a bottom wall 31 and a first circumference extending upward from the periphery of the bottom wall 3ι. a wall 32, and a first rib 33 protruding upward from the bottom wall 31, A stop rib 34, at least one first positioning member 35, and four first-hanging members 36. The first peripheral wall 32 is divided into two long sides 32i and two short sides 322. In this embodiment, The first direction D1 is the front-rear direction in the illustrated direction. Referring to FIGS. 7 and 14, the first rib 33 is located inside one of the long sides 321 and has a plate body parallel to the first direction m. And a convex portion 332 protruding upward from the plate body 331. The convex portion 332 has a guiding inclined surface 333 &-normal which is spaced apart from the first direction Di in the first direction Di The direction is parallel to the first positioning surface 3 34 of the first square diaphragm (1). The stop ribs 34 are spaced apart from the inside of the first rib 33, that is, the first rib 33 is adjacent to the first peripheral wall 32 (see FIG. The long side 321 of 6), the stop rib 34 is away from the long side 321 of the first peripheral wall 32. Referring to FIG. 6, in the present embodiment, the lower cover 3 includes eight first positioning positions 35'. The first positioning member 35 has a first connecting plate 35 with a normal direction parallel to a first direction and a first direction m. Through the first connection ^. 35_1 @ positioning perforation 352, the first connecting plate connecting the first peripheral wall of the first positioning member 35 is connected to the inner side of the long side 321 of the first peripheral wall 32, and the three first positioning members 35 are connected to each other... On the inner side of the other long side 321 of the peripheral wall 32, the two first "position members 35 are connected to the short side 322 of the first peripheral wall^2 through the two connecting walls 35〇 at intervals. However, not limited thereto, the lower i 3 can only be implemented by including the first clamping member 35. In actual implementation, the number of the first positioning members ^ is adjusted according to the size of the first peripheral wall 32. Each of the first suspension members 36 is substantially c-shaped, and two of the first suspension members 36 are spaced apart from one of the long sides 32 of the first peripheral wall 32 and the other two A suspension member 36 is spaced apart from the first peripheral wall 32 by the other long side 321 thereof. Referring to Figure 8, the upper cover 4 includes a top wall 41, a second peripheral wall 42 extending downward from the periphery of the top wall 41, and a second rib 43 projecting downwardly from the top wall 41. The number corresponds to the first positioning member. The second positioning member 44 of the 35 (see FIG. 6) and the four second suspension members 45. The second peripheral wall 42 is divided into two long sides 421 and one short side 422. Referring to FIG. 14, the second rib 43 is adjacent to the inner side of one of the long sides 421 of the second peripheral wall 42 and has a pressing portion 431' parallel to the first direction 〇1 and a guide extending obliquely from the pressing portion 431. The portion 432 has a pressing portion 431 having a second positioning surface 433 whose normal direction is opposite to the first direction di. Referring to FIG. 8, in the embodiment, the upper cover 4 includes eight second positioning members 44. The second positioning member 44 has a second connecting plate 441 whose normal direction is parallel to a first direction D1, and a second connection. The plate 441 has a positioning boss 442 protruding in the first direction D1, and the second connecting plate connects the second peripheral wall 42. The three second positioning members 44 are respectively connected to the inner side of the second peripheral wall π on the inner side of the long side 42i. The other three second positioning members 44 are respectively spaced apart from the inner side of the second peripheral wall 42 on the inner side 421. The two first positioning members 44 are connected to the short side 422 of the second peripheral wall 42 through a connecting wall 44 at intervals. However, not limited thereto, the upper cover 4 only includes one second positioning member 44, and the number of the second positioning members 44 is adjusted according to the size of the second peripheral wall 42 in actual implementation. Each of the second suspension members 45 has an inverted c shape. The second suspension members 45 are spaced apart from each other on one of the long sides 42丨 of the second peripheral wall 42. The two suspension members 45 are spaced apart from each other on the other long side 421 of the second peripheral wall 42. Referring to FIG. 5, FIG. 6, and FIG. 9, in order to enable the storage device 2 to be electrically connected to the outside, the housing device further includes an electrical connection unit 5 for inserting the storage device 2, and the electrical connection unit 5 includes a plurality of external components. A socket electrical connector 51 electrically connected to a cable (not shown) is exemplified below by four socket electrical connectors 51. In addition, the housing device further includes a shield cover 6 which is made of metal to ground the storage device 2 and to achieve an electromagnetic interference (Electromagnetic Linearity) effect. The shield cover 6 includes a cover body 61 having a rectangular opening with an upwardly facing upward opening, a plurality of elastic pieces 62 connected to the cover body 6ι, and four four socket electrical M439964 connectors 51 located on the rear side of the cover body 61 and correspondingly disposed. In the present embodiment, the shield cover 6 includes nine elastic pieces 62. The four elastic pieces 62 are bent upwardly by the bottom wall of the cover body 6ι, and the other five elastic pieces 62 are downwardly walled by the cover body 61. Protruding. The lower cover 3 further includes four openings 37 corresponding to the four passages and penetrating the short side 322 of the rear side of the first circumferential wall 32. The number 7 of the receptacle electrical connector 51, the passage 63 and the opening 37 can be increased or decreased as needed. On the other hand, in order to make the storage device 2 more stable and have a shockproof effect, the housing device further includes four positioning posts 7' for fixing the storage device 2 and four sleeves respectively. The buffer sleeve 8 of the positioning post 7. The shield case 6 further includes four through holes 64 respectively corresponding to the positioning holes 21 and penetrating the opposite sides of the cover body 61. Referring to FIG. 5, FIG. 1 and FIG. π, the storage device 2 and the housing device are combined in such a manner that the storage device 2 is first inserted into the electrical connection unit 5, and the autumn storage device 2 is inserted into the shield cover 6 together with the electrical connection unit 5. The inner socket connector 51 is exposed to the cover body 63 and the end of the elastic piece 62 contacts the surface of the storage device 2, and then the four positioning posts 7 are locked to the cover body 61. The through holes 64 on the opposite sides, and the four buffer sleeves 8 are respectively sleeved outside the four positioning posts 7 to have four protruding cylindrical shapes. Next, the storage device 2 and the cover body 61 together with the four buffer sleeves 8 are placed into the lower cover 3 along the first direction m. One side of the cover body 61 abuts against the short side 322 of the first peripheral wall 32 on the rear side, four The plurality of openings 63 are corresponding to the four openings 37, so that the socket electrical connector 51 is exposed to the first peripheral wall 32, and the four first suspension members 36 are provided for the four buffer sleeves 8 to be placed in the first direction (1), and 10 M439964 is reached. In the position shown in Figure n, the half cylinder of each buffer sleeve 8 is covered by the first suspension member 36, and the half cylinder is additionally exposed.
/閱圖12、圖13、圖15與圖16,最後，使上蓋4 覆盍於下盖3上方’並相對於下i 3沿第一方向m推移 ，且使上^ 4的人個第二定位件44的定位練442 ,對 應穿入下蓋3的八個第一定位件35的定位穿孔352並且 相互卡扣。四個第二懸掛件45已沿第一方向D1對應罩 覆在四個緩衝套8的外露另一半圓柱。參閱圖14、圖Μ 與圖16’比時第二肋板43已沿第_方向⑴越過第一肋 板33而使第二定位面433抵靠第一肋板33的第一定位 面334(也可參閱圖17)，藉此限制上蓋々相反於第一方向 m退出且脫離下^ 上蓋4與下蓋3結合界定出一供 儲存裝置2放置的容置空間9。更切確地說，第二肋板 43的導引部432沿第一方向D1通過凸部332的導引斜面 333，此時迫使第一肋板33垂直第一方向Di地產生彈性 變形，第二肋板43則是不形變地越過第一肋板33,使壓 制部431的第二定位面433靠抵在凸部332的第一定位 面334，而止擋肋板34限制第一肋板33在垂直第一方向 D1的最大變形量 參閱圖5與圖π，為使殼體裝置易於維修或更換儲 存裝置2’下蓋3還包括一貫穿第一周壁32且鄰近第一 肋板33的柝解孔38 ^欲拆解殼體裝置取出儲存裝置2時 先執持一細長物1 〇 (如小圓棒或是將一迴紋針板直）往 拆解孔3 8插入頂抵第一肋板3 3，使第一肋板3 3沿法線 11 方向平行第—方向D1彈性變形，因此凸#332的第-定 位面334離開壓制物的第二定位面433。接著，沿一 相反於第一方向〇1推動 上现4，如圖13所示的，使各定 位凸柱442離開對廊的久— 應的各疋位穿孔352且四個第二懸掛 件45離開對應的四個 ^ 8最後，依前述步驟反向 刼作使儲存裝置2離關越触# 離開威體裝置。利用此方式拆解殼體 裝置取出儲存裝晋7，h , 較—般可攜式隨身硬碟的硬碟盒， 拆解過程更佳容易操作。 參閱圖13'圖16與圖17，由於，上蓋4與下蓋3 的定位機制’是藉助上蓋4的各第二定位# 44的定位ώ 柱442對應穿設於下蓋3的各第一定位件35的定位穿孔 352，限制在垂直第一古 弟方向D1移動的自由度。再者，第 二肋板43的第-中从r Λ 第一疋位面433抵靠第一肋板33的第一定 位面3 3 4 ’限制在第一古 方向D1移動的自由度。當殼體裝 置因摔落或受到外力撞擊時，雖㈣使下蓋3的第一周 壁32或上蓋4的第二周壁42變形位移但第一定位件 第肋板33或第二定位件44、第二肋板^也隨第 一周壁32或第二周壁42同時變形，不會發生上蓋4與 下蓋3刀離。再者’因殼體裝置的下蓋3與上蓋4是藉 由所述第—懸掛件36、第二懸掛件45、緩衝套8,及^ 位柱7固定儲存裝置2(見圖5)，而在本實施例中緩衝套8 疋以橡膠材質製成’而有彈性可以吸收儲存裝置2工 作所產生的震動能量’或是可以緩衝殼體裝置因摔落或 文到外力撞擊的震動’而具有抗震的功效。 is 12 M439964 綜上所述，本新型殼體裝置，藉由上蓋4的各第二 定位件44的定位凸柱442對應穿設於下蓋3的各第—二 位件35較位穿孔352，限制在垂直第—方向m移^ 自由度。再者，第二肋板43的第二定位面433抿靠第— 肋板33的第一定位面334,限制在第一方向⑴移 由度。當殼體裝置受到外力時，第一定位件h、第—肋 板33或第二定位件44、第二肋板43也隨第一周壁 第二周壁42同時變形，不會發生上蓋4與下蓋3分離： 再者’只需沿持-細長# 1〇往拆解孔38插人頂抵第— 肋板33，再沿一相反於第一方向⑴推動上蓋*，使拆解 過程更佳容易操作，故確實能達成本新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當 不能以此限定本新型實施之範圍，即大凡依本新型申； 專利範圍及新型說明内容所作之簡單的等效變化與修： ’皆仍屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體示意圖，說明—般可攜式隨身硬碟的硬 碟盒的組裝關係； 圖2是一立體圖，說明一上蓋； 圖3是一立體圖，說明一下蓋； 圖4是一局部立體放大圖，說明一卡槽與三卡勾的組 裝關係； 圖5是一立體分解圖，說明本新型殼體裝置的一實施 例，且供容置一儲存裝置； 13 M439964 圖6是一立體圖，說明—下蓋； 圖7是一立體放大圖，說 。 第—肋；^ 、及一拆解孔； 肋板、—止擋肋板 圖8是一立體圖，說明〜上蓋. 圖9是一立體圖，說明〜屏蔽罩； 圖10是一立體圖，說明一罩 —方向套入該下蓋； 同四個緩衝套沿第 圖11是一立體圖，說明該罩本 壁，使四個第一懸掛件沿第— 侧頂抵該第一周 —半圓柱； 方向對應套入四個緩衝套的鲁 割面的剖視圖，說明該上蓋 圖13是一沿圖12之 沿第一方向推入該下蓋； 說明遙第二肋板沿第一方向越過 圖14一俯視示意圖， 該第一肋板； 圖15是一立體圖，說明^ 兄明6亥上盍與該下蓋結合定位； 圖16一沿圖15之室，丨；认、 «割面的剖視圖，說明該上蓋與 該下蓋結合定位；及 圖17是一俯視示意圖，约Ha m , E ^ 說明用一細長物拆解該上蓋與 該下蓋。 is 14 M439964 【主要元件符號說明】 2 ..........儲存裝置 21.........定位孔 3 ..........下蓋 31 .........底壁 32 .........第一周壁 321 .......長邊側 322 .......短邊側 33 .........第一肋板 331 .......板體 332 .......凸部 333 .......導引斜面 334 .......第一定位面 34 .........止擋肋板 35 .........第一定位件 350 .......連接壁 351 .......第一連接板 352 .......定位穿孔 36 .........第一懸掛件 37 .........開口 38 .........拆解孔 4 ..........上蓋 42•.… •…第二周壁 421… •…長邊側 422… •…短邊侧 43•…· …·第二肋板 431… …·壓制部 432… •…導引部 433… …·第二定位面 44•.… •…第一定位件 440… •…連接壁 441… •…第二連接板 442… •…定位凸柱 45…… •…第二懸掛件 5 ....... •…電連接單元 51…… •…插座電連接器 6 ....... …·屏蔽罩 61…… …罩本體 62…… •…彈片 63…… …·通道 64…… …貫孔 7 ....... …定位柱 8 ....... …緩衝套 9 ..........容置空間 41.........頂壁 15 M439964 ίο.........細長物 D1 ........第一方向 16/ Figure 12, Figure 13, Figure 15, and Figure 16, finally, the upper cover 4 is placed over the lower cover 3' and moved relative to the lower i3 in the first direction m, and the second person is second The positioning 442 of the positioning member 44 corresponds to the positioning through holes 352 of the eight first positioning members 35 that are inserted into the lower cover 3 and are buckled with each other. The four second suspension members 45 have been correspondingly covered in the first direction D1 over the exposed other half cylinders of the four buffer sleeves 8. Referring to FIG. 14 and FIG. 16', the second rib 43 has passed the first rib 33 in the _ direction (1) and the second locating surface 433 abuts against the first locating surface 334 of the first rib 33 ( See also FIG. 17), thereby restricting the upper cover 退出 from exiting and disengaging from the first direction m. The upper cover 4 and the lower cover 3 are combined to define an accommodating space 9 for the storage device 2 to be placed. More precisely, the guiding portion 432 of the second rib 43 passes through the guiding slope 333 of the convex portion 332 in the first direction D1, at which time the first rib 33 is forced to elastically deform in the first direction Di, The two ribs 43 are non-deformed across the first rib 33 such that the second locating surface 433 of the pressing portion 431 abuts against the first locating surface 334 of the convex portion 332, and the retaining rib 34 limits the first rib 33. The maximum amount of deformation in the vertical first direction D1 Referring to FIG. 5 and FIG. π, in order to make the housing device easy to repair or replace the storage device 2', the lower cover 3 further includes a first peripheral wall 32 extending adjacent to the first rib 33. Relief hole 38 ^To disassemble the housing device When removing the storage device 2, first hold an elongated object 1 如 (such as a small round bar or straighten a needle plate) into the disassembly hole 38 into the top A rib 3 3 elastically deforms the first rib 3 3 in the direction parallel to the normal direction D1, so that the first positioning surface 334 of the projection #332 is separated from the second positioning surface 433 of the compact. Next, the upper side 4 is pushed in a direction opposite to the first direction 〇1, as shown in FIG. 13, so that the positioning ribs 442 are separated from the long-lasting perforated 352 of the pair of porches and the four second suspension members 45. After leaving the corresponding four ^ 8 finally, in the reverse of the foregoing steps, the storage device 2 is separated from the off-the-shelf device. Use this method to disassemble the shell device and take out the storage box 7 , h , the hard disk box of the portable portable hard disk, the disassembly process is easier and easier to operate. Referring to FIG. 13'FIG. 16 and FIG. 17, the positioning mechanism of the upper cover 4 and the lower cover 3 is corresponding to the first positioning of the lower cover 3 by the positioning posts 442 of the second positioning #44 of the upper cover 4. The positioning perforation 352 of the member 35 limits the degree of freedom of movement in the first vertical direction D1. Further, the first-middle of the second rib 43 from the r Λ first aligning surface 433 abuts against the first locating surface 3 3 4 ' of the first rib 33 to restrict the degree of freedom of movement in the first ancient direction D1. When the housing device is dropped or subjected to an external force, although (4) the first peripheral wall 32 of the lower cover 3 or the second peripheral wall 42 of the upper cover 4 is deformed and displaced, the first positioning member rib 33 or the second positioning member 44 is deformed. The second ribs are also deformed simultaneously with the first peripheral wall 32 or the second peripheral wall 42 so that the upper cover 4 and the lower cover 3 are not cut away. Furthermore, the lower cover 3 and the upper cover 4 of the housing device are fixed to the storage device 2 by the first suspension member 36, the second suspension member 45, the buffer sleeve 8, and the position post 7 (see FIG. 5). In the present embodiment, the buffer sleeve 8 is made of rubber material and is elastic to absorb the vibration energy generated by the operation of the storage device 2 or can buffer the shock of the housing device due to falling or impact to the external force. It has anti-shock effect. As described above, the positioning device 442 of the second positioning member 44 of the upper cover 4 is correspondingly disposed through the positioning hole 352 of each of the second and second members 35 of the lower cover 3, It is restricted to shift the degree of freedom in the vertical direction - direction m. Further, the second positioning surface 433 of the second rib 43 abuts against the first positioning surface 334 of the first rib 33 to restrict the degree of displacement in the first direction (1). When the housing device is subjected to an external force, the first positioning member h, the first rib 33 or the second positioning member 44, and the second rib 43 are simultaneously deformed along with the second peripheral wall 42 of the first peripheral wall, and the upper cover 4 does not occur. Separation of the lower cover 3: In addition, 'only need to follow the holding-slender #1〇 to the disassembly hole 38 to insert the top to the first rib 33, and then push the upper cover* in a direction opposite to the first direction (1), so that the disassembly process is further It is easy to operate, so it can achieve the purpose of this new type. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and repair of the patent scope and the new description content. : 'All are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing the assembly relationship of a hard disk case of a portable portable hard disk; FIG. 2 is a perspective view showing an upper cover; FIG. 3 is a perspective view showing a lower cover; 4 is a partially enlarged view showing the assembled relationship between a card slot and a third hook; FIG. 5 is an exploded perspective view showing an embodiment of the novel housing device and accommodating a storage device; 13 M439964 Figure 6 is a perspective view showing the lower cover; Figure 7 is a perspective enlarged view of the same. Fig. 10 is a perspective view showing a shield cover; Fig. 10 is a perspective view showing a cover; Fig. 9 is a perspective view showing a shield cover; Fig. 9 is a perspective view showing a shield cover; - the direction of the lower cover; the same four buffer sleeves along the first Figure 11 is a perspective view of the cover wall, so that the four first suspension members along the first side of the top against the first circumference - semi-cylindrical; direction corresponding A cross-sectional view of the cut surface of the four buffer sleeves, illustrating that the upper cover 13 is a first cover along the first direction of FIG. 12; the distal second rib is shown in a first direction across the top view of FIG. Fig. 15 is a perspective view showing the positioning of the upper arm of the brother 6 and the lower cover; Fig. 16 is a view along the room of Fig. 15, 认, «, the sectional view of the cut surface, illustrating the upper cover Positioned in conjunction with the lower cover; and Figure 17 is a top plan view, about Ha m , E ^ indicating that the upper cover and the lower cover are disassembled with an elongated object. Is 14 M439964 [Description of main component symbols] 2 ..........Storage device 21.........Positioning hole 3 .......... Lower cover 31 .. ....... bottom wall 32 ......... first peripheral wall 321 .... long side 322 .... short side 33 .... ..... first rib 331 . . . plate 332 .... convex 333 .... guiding bevel 334 .... first Positioning surface 34 ... ... stop rib 35 ... ... first positioning member 350 ... ... connecting wall 351 .... first Connecting plate 352 . . . positioning perforation 36 ... ... first suspension member 37 ... ... opening 38 ... ... disassembly hole 4 .......... Upper cover 42•.... •...Second peripheral wall 421... •...Long side 422... •... Short side 43•...·...·Second rib 431... Portion 432... • Guide portion 433... The second positioning surface 44•.... • The first positioning member 440... • The connecting wall 441... • The second connecting plate 442... • The positioning boss 45... •...Second suspension member 5 ....... •...Electrical connection unit 51...•...Socket electrical connector 6.................. Shield 61... Cover body 62... ...shrap 63... ...·Channel 64...... ...through hole 7............ Positioning post 8............ Buffer sleeve 9 .......... accommodation space 41.... ..... top wall 15 M439964 ίο.........slender D1 ........first direction 16