1352891 • » 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種容置盒及電腦主機，尤其是一種可 適用於多種存取裝置尺寸之容置盒及具有容置盒之電腦主 機。 【先前技術】 • 存取裝置(如硬碟、軟碟機）通常利用其側邊或其頂部固 定於機殼框架或容置盒。於先前技術中，無論使用何種固 定方式，當使用者欲將電腦擴充裝置時，電腦機殼内之框 架或容置盒的結構之適用性皆受到偈限。 舉例來說，某一型式之容置盒僅適用特定規格之硬 碟。另外，由於機殼之裝飾面板須與軟碟機之開口對齊， 當裝飾面板厚度不同時，原容置盒之固定孔便不適用。 ^ 為了解決此一問題，於先前技術中，必須另外設計出 專為容置特定規格之機殼框架或容置盒。如此不僅會增加 容置盒之設計與生產成本，並且會增加使用者在組裝或擴 充電腦時的不便。 另外，於先前技術中，亦有一種硬碟抽取盒，係將硬 碟置入抽取盒，在將抽取盒以滑動方式置入容置盒，惟不 同尺寸之硬碟亦須使用特定尺寸之容置盒。 在某些情況下，存取裝置以直接鎖固方式較佳，而有 些情況則以滑動方式置入較佳。然而，先前技術之容置盒 5 1352891 * ·· 僅能適用於上述其中一種，因此，單一容置盒無法選擇容 置方式。 目前並無僅由單一結構即可適用於不同尺寸存取裝置 之容置盒，並且亦無僅由單一結構即可適用於直接鎖固方 式與抽取置入方式。 ‘ 因此，有必要提供一種容置盒與具有容置盒之電腦主 機，以改善先前技術所存在的問題。 【發明内容】 本發明之目的係在提供一種容置盒，係供容置各種尺 寸之存取裝置。 本發明之另一目的係在提供一種具有容置盒之電腦主 機，係可容置各種尺寸之存取裝置。 為達成上述之目的，本發明之電腦主機包括機殼與固 定於機殼内之至少一容置盒。容置盒包括第一面、第二面 φ 與至少一連結件。其中，第一面包括複數第一固定孔，藉 由複數第一固定孔可將其中之一存取裝置固定於第一面； 第二面係與第一面實質上垂直，第二面包括至少一導引 部，每一導引部係供導引外部承載件，外部承載件係可連 接其中之一存取裝置，外部承載件可以滑動方式置入容置 盒；以及至少一連結件，係供連接另一容置盒。 根據本發明之其中之一實施方式，第一面之第一固定 孔包括葫蘆孔、圓孔與長條孔。 6 1352891 Λ 【實施方式】 為讓本發明之上述和其他目的、特徵和優點能更明顯 易懂，下文特舉出本發明之具體實施例，並配合所附圖式， 作詳細說明如下。 請先參考圖1，係本發明之電腦主機之示意圖。本發明 . 之電腦主機丨〇〇 ’包括機殼lio、至少一容置盒1與至少一機 板 120。 容置盒1係固定於機殼11〇内，容置盒丨係可容置至少一 • 存取裝置9〇、90a、90b，每—存取裝置90、90a、90b包括 複數第一電性連接部，複數第一電性連接部係傳送存取裒 置90、90a、90b運作時所需之電力，以及供存取裝置9〇、 90a、90b傳遞資訊。容置盒丨可以垂直堆疊方式連接另—容 置盒，並且容置盒1可藉由直接鎖附或間接鎖附存取裝置 90、90a、90b的方式，方便電腦主機1〇〇進行功能擴充。此 外，本發明之容置盒1可供不同形式與規格之存取裝置使 用，因此便不需另外設計專為特定裝置或規格使用之容 • 盒。 存取裝置90、90a、90b為具有資料讀取及/或儲存之裴 置。舉例來說，存取裝置90、90a、90b係為硬碟、軟碟機、 或3·5吋讀卡機等。惟須注意的是，存取裝置90、9〇a、9Qb 不限於此。 當容置盒1固定於機殼110内時，可依據存取裝置90、 9〇a、90b之特性而固定於不同位置。請參考圖1，於本實施 例中’電腦主機100内設置三個容置盒1，其中最上層之容 置盒1所容納之存取裝置90a係為軟碟機，由於軟碟機有開 7 口端，因此軟碟機固定於容置各 與面板130切齊。惟須注惫的Γ" ^，軟碟機之開口端必須 層之容置盒m容納之存;裂以=實施例中’最上 然而，當存取U9G、9()b為九碟機。 位置進行硬碟之置入或取出，亦2碟時，可透過侧板刚 取存取裝置90、90b(如圖i最下^由機殼110之侧部位置抽 安裝時的便利性。於/實取裝㈣），以增進 m之下方兩層容置盒碟之容置盒K如 盒1(如m之最上層容置盒:二;與容置軟碟機之容置 是，容置盒1S1定於電腦主機丨 ㈣直。惟須注意的 自主機100内之設置位置不限於此。 機板120係固定於機殼u , , 円與主機板（圖未不）以排線 =生連接機板120包括複數第二連 接部Π2之形狀與位置係配合複 fn19"°"崎作時所需之電力二供存取:： 90a、90b傳遞資訊。兮α ¥, 固定於六罢人 叹置機板丨4〇的好處為，當存取裝置9〇 連接部時’複數第—電性連接部便分別與複數第二 之功^ —性連接，以達成以熱插拔方式拆裝存取裝置9〇 線：妾存:^種結構，存取裝置9〇便不需要另外以傳輪 —x置9〇與主機板’增進使用者組裝的便利性。 圖，圖Γ為睛r併參考圖2至圖4。圖2為容置盒實施例之立體 上視圖。’、、’各置盒實施例之剖視圖，圖4為容置盒實施例之 4〇等Si1包括第一面1〇、第二面2〇、第三面30與第四面 第二面20斑第四個面之相對的面(如第一面1〇與第三面30、 〇禾四面4〇)具有相同結構。由四個面圍成容置空 間 60 ，並且形成供存取裝置90、90a、9〇b置入或取出 之開口 第一面10包括複數第一固定孔u，藉由複數第—固 孔11可將存取裝置90直接藉由螺絲99鎖固方式固定於第— =1〇(如圖3所不）。第-固^孔11之位置係配合各類型 、置（如硬碟、軟碟機）上已設有之螺孔位置。請— 。與圖4,於本實施例中，每—第—固定孔 、圓孔14及長條孔16，以供存取裝置9〇直接鎖固於 面10日守選用。惟須注意的是，第—固定孔u之形狀 與位置不限於此。 $ 請一併參考圖3與圖4，設置销蘆孔12之目的在於供且 有吸震效果之塑膠塾片54置人。使用時先將塑膠塾片^置 =月蘆孔12之較大側i2a’然後將塑膠塾片54滑人且固定於 葫蘆孔12之較小側12b，接著將螺絲99穿人歸塾片、, 將存取裝置9G鎖固於第-面1G。由於存取裝置％與第一面 1〇之間非直接接觸，而是藉由塑膠墊片54作緩衝，以 防震之功效。惟須注㈣是，㈣孔12之位置與 於此。 藉由圓孔14可將存取裝置9〇固定於特定位置，當 裝置90鎖固於圓孔14時’存取裝置9()係與第一面ι〇 觸。圓孔14之位置與數量並不限於此， 隠置四個專為鎖固硬碟之圓孔，且可另 =置二： 為鎖固軟碟機之圓孔。 藉由長條孔16可將存取裝置％固定於數個位置之一， 當存取裝置9G鎖固於長條孔16時，存取裝請係與第一面 9 1352891 10直接接觸。於本實施例中，長條孔16具有五個昱圓弧狀 之定位點，供不同尺寸（如長度）之存取裝置選用。舉例來 說，當存取裝置90a為軟碟機時，由於面板13〇有各種厚度， 利用可彈性選擇固定位置之長條孔16，即可配合面板130 . 之厚度選用合適之固定位置，使得軟碟機固定於容置盒1 • 後’軟碟機之開口端仍可與面板130切齊。 當存取裝置90固定於容置盒1之第一面1〇時，存取裝置 90之厚度係由第一面10朝向容置盒1内部延伸，因此容置盒 • 1可固定不同厚度之存取裝置。另外，第一面10之寬度必須 賴大於一般常用之存取裝置之寬度，以適用於各式存取裝 置。 ' 綜上所述，存取裝置9 〇可直接利用螺絲固定於容置盒i 之第一面10,且容置盒丨可適用於不同尺寸（如長度、寬度、 厚度）之存取裝置。 請參考圖2。第二面20係與第一面10實質上垂直，第二 面20包括導引部22與第一定位部24。其巾，導引卿係供 • 導引外部承載件80、8〇a，外部承載件80、8〇肖 定 位部82、82a，外部承載件、则系可連接二 且外部承載件80、80a係以滑動方式置入容置盒i，並且第 二定位部82、82a係定位於第一定位部24。 於本實施例中，第一定位部24係為定位孔，定位 部82係為定位凸部。導引部22係為滑軌，^ 80a滑入容置盒卜 民戰怦δ 外部承載件80、80a可為抽履式或為邊條式。進一步來 說，抽屜式的外部承載件80可將存取裝置9〇完全置入後， 再將承載件80滑入容置盒丨内。邊 僅固定存料魏之兩側，再彻承H 載件8祕 20,且於ίίΓΓ接以外部承载件8G、8〇a固定於第二面 使用任何工且(如虫料起子），即；：1的過程中，使用者不需 置90之作業4起子）卩可進行安裝或拆下存取裝 如圖2所示’於本實施例中，夕卜部承載件80a内側且右 之形狀、數量與位置係配合軸 腾墊）u®未句，使得㈣伽峨 膠塾片作緩衝’可達防震之效果。取裝置90之間以塑 此，第容置盒1供容置兩個存取裝置90，因 第-面2〇之導引部22之數量係為 8〇a之高度稍大於—般當 Μ戰件80、 厚度之存取裝置裝厚度，以便將不同 的疋’容置盒⑽能容置存 限於上述。舉例來說，容置盒亦可僅供容置單 90、90a、90b，或是容置三個存取裝置9〇、術、_等。 當容置盒可容置三個存取裝置時，容置盒丨區分為三層容置 空間’中間層則必須利用承載件8〇、8〇a的置入方式，以將 存取裝置90、90a、90b固定於容置盒。 综上所述，存取裝置90、90a、90b係可選擇地固定於 容置盒1之第一面10或第二面2〇，增加容置盒丨的適用性。 於本實施例中，第一面10係為容置盒丨之頂面，第二面扣 1352891 • · 係為容置盒1之侧面。惟須注意的是，第-面1〇亦可為容置 盒1之側面，第二面20係可為容置盒1之頂面。 Λ置人盒1包括連結件52係將容置盒1以疊加方式連接另 = Γ本實施例中，連結件52位於第—面10，並且 連，，，„件52為L型長條件（如圖3與圖4所示 之容置盒b使其能以4加二定二: 件可置與結構不隨以。舉例來說，連社 等如卡禅、彈性卡勾、扣合件等)或為相互配合 110。於本實:16件容置盒1固定於機殼 意的r機殼固定件 谷置金1之第三面30係與第二面2G實 ，30係與第一面1()實質上平行，第三面％垂直 定孔32,藉由複數第三固定孔32可將 減第-固 固定於第三面3〇。由於第三面30之結構二7〇、9〇T〇b '。’因此不再資述。惟須注意的是，第:! 孔32可與第-面10之第-固定孔U不同。之第-固疋 另外’容置盒1之第四面4〇係與第一面 且第四面铺與第二面20實質上平行，第四面4^^寺 徵相同於第—面2G，屬相對稱結構，因此不再贅述。. 本發明之容置盒1可適用於容置不同尺寸之存取裝置 90、90a、90b，存取裝置9〇、術、之固定方式可為直 接以螺絲鎖固於第—面1G或第三㈣的H Μ㈣# 1352891 80、80a固定於第二面20與第四面40。因此，使用者可依電 腦主機100之大小及使用需求以決定容置盒1之使用數量。 綜上所陳，本發明無論就目的、手段及功效，在在均 顯示其迥異於習知技術之特徵。惟須注意，上述實施例僅 為例示性說明本發明之原理及其功效，而非用於限制本發 明之範圍。本發明之權利保護範圍應如後述之申請專利範 圍所述。 •【圖式簡單說明】 圖1係本發明之電腦主機之示意圖。 圖2係本發明之容置盒實施例之立體圖。 圖3係本發明之容置盒實施例之剖視圖。 圖4係本發明之容置盒實施例之上視圖。 【元件代表符號說明】 容置盒1 第一面10 第一固定孔11 葫蘆孔12 較大側12a 較小側12b 圓孔14 長條孔16 第二面20 導引部22 第一定位部24 第三面30 第二固定孔32 第四面40 連結件52 塑膠墊片54 13 1352891 機殼固定件56 開口 60 承載件80、80a 第二定位部82、82a 凸點84a 存取裝置90、90a、90b 螺孔92、92a 螺絲99 電腦主機100 機殼110 機板120 第二連接部122 面板130 側板1401352891 • » IX. Description of the Invention: [Technical Field] The present invention relates to a housing box and a computer mainframe, and more particularly to a housing box suitable for a plurality of access device sizes and a computer host having a housing box . [Prior Art] • Access devices (such as hard disks and floppy disk drives) are usually fixed to the chassis frame or the receiving box by the side or the top thereof. In the prior art, no matter what fixing method is used, when the user wants to expand the device, the applicability of the structure of the frame or the receiving box in the computer casing is limited. For example, a certain type of housing box is only suitable for a specific size of the hard disk. In addition, since the decorative panel of the casing must be aligned with the opening of the floppy disk drive, when the thickness of the decorative panel is different, the fixing hole of the original accommodating case is not applicable. ^ In order to solve this problem, in the prior art, it is necessary to additionally design a casing frame or a housing box for accommodating a specific specification. This not only increases the design and production cost of the housing, but also increases the inconvenience of the user when assembling or expanding the computer. In addition, in the prior art, there is also a hard disk extraction box in which a hard disk is placed in a drawing box, and the drawing box is slidably placed in the receiving box, but the hard disk of different sizes must also use a certain size. Box. In some cases, the access device is preferably directly locked, and in some cases it is preferably placed in a sliding manner. However, the prior art housing box 5 1352891 * ·· can only be applied to one of the above, and therefore, a single housing box cannot be selected. At present, there is no housing box that can be applied to different size access devices by a single structure, and there is no single structure that can be applied to the direct locking method and the extraction insertion method. ‘ Therefore, it is necessary to provide a housing box and a computer host having a housing box to improve the problems of the prior art. SUMMARY OF THE INVENTION An object of the present invention is to provide a housing box for accommodating various sizes of access devices. Another object of the present invention is to provide a computer host having a housing for accommodating access devices of various sizes. In order to achieve the above object, the computer main body of the present invention comprises a casing and at least one receiving box fixed in the casing. The accommodating case includes a first surface, a second surface φ and at least one connecting member. The first surface includes a plurality of first fixing holes, and one of the access devices can be fixed to the first surface by the plurality of first fixing holes; the second surface is substantially perpendicular to the first surface, and the second surface includes at least a guiding portion, each guiding portion is for guiding an external carrier, the external carrier is connectable to one of the access devices, the external carrier is slidably inserted into the receiving box; and at least one connecting member is For connecting another accommodating box. According to an embodiment of the invention, the first fixing hole of the first surface comprises a cucurbit hole, a round hole and a long hole. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The above and other objects, features and advantages of the present invention will become more apparent from Please refer to FIG. 1 first, which is a schematic diagram of a computer host of the present invention. The computer main body ’' of the present invention includes a casing lio, at least one housing box 1 and at least one board 120. The receiving box 1 is fixed in the casing 11 , and the receiving box can accommodate at least one access device 9〇, 90a, 90b, and each access device 90, 90a, 90b includes a plurality of first electrical properties. The connection portion, the plurality of first electrical connection portions, transmits power required for operation of the access devices 90, 90a, 90b, and transmits information to the access devices 9, a, 90a, 90b. The accommodating box 连接 can be connected to the accommodating box in a vertical stacking manner, and the accommodating box 1 can facilitate the function expansion of the computer main unit 1 by directly locking or indirectly locking the access devices 90, 90a, and 90b. . In addition, the accommodating case 1 of the present invention can be used in access devices of different forms and specifications, so that it is not necessary to separately design a container for use in a specific device or specification. Access devices 90, 90a, 90b are devices with data reading and/or storage. For example, the access device 90, 90a, 90b is a hard disk, a floppy disk drive, or a 3.5-inch card reader or the like. It should be noted that the access devices 90, 9A, 9Qb are not limited thereto. When the receiving box 1 is fixed in the casing 110, it can be fixed at different positions according to the characteristics of the access devices 90, 9〇a, 90b. Referring to FIG. 1, in the embodiment, three accommodating boxes 1 are disposed in the computer main body 100, wherein the access device 90a accommodated in the uppermost accommodating box 1 is a floppy disk drive, and the floppy disk drive is opened. 7 mouth end, so the floppy disk drive is fixed in the housing and is aligned with the panel 130. However, the Γ quot quot ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 软 软 软 软 软 软 软 软 软 软 软 软 软 软 软 软 软 软 软 软When the hard disk is placed or removed, the access panel 90, 90b can be accessed through the side panel (the bottom of the cabinet is the bottommost position of the casing 110). / Real-loading (4)), to enhance the two compartments below the m containing the box of the box K as the box 1 (such as the top layer of the m box: two; and the floppy disk drive is the capacity, the capacity The box 1S1 is set to the computer main unit (4) straight. However, it should be noted that the setting position in the host unit 100 is not limited to this. The board 120 is fixed to the casing u, , and the main board (pictured not yet) with the cable = The raw connecting plate 120 includes a plurality of second connecting portions Π2 in the shape and position of the complex fn19"°" required power for two access: 90a, 90b to transmit information. 兮α ¥, fixed at six The advantage of slamming the board is that when the access device 9 is connected, the 'multiple-electrical connection is connected to the second and second functions to achieve hot plugging. Disassembly and access device 9 〇 line: 妾 : ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 存取 存取 存取 存取 存取 存取 存取 存取 存取 存取 存取 存取 存取 存取 存取 存取Figure 2 is a perspective top view of the embodiment of the accommodating case. Fig. 4 is a cross-sectional view of the embodiment of the box, and Fig. 4 is an embodiment of the accommodating case. The Si1 includes a first surface 1〇, a second surface 2〇, a third surface 30, and a fourth surface of the second surface 20 of the fourth surface (such as the first surface 1〇 and the third surface) 30. The four sides of the 〇 具有 have the same structure. The four sides are defined as the accommodating space 60, and the first face 10 for forming the access device 90, 90a, 9 〇b is inserted or removed. The fixing hole u, by means of the plurality of first solid holes 11, the access device 90 can be directly fixed by the screw 99 to the first -1 〇 (as shown in Fig. 3). The position of the first solid hole 11 is Match the screw hole positions already provided on each type, such as hard disk and floppy disk drive. Please - and Figure 4, in this embodiment, each - the first fixing hole, the round hole 14 and the long hole 16, for the access device 9 〇 directly locked to the surface for 10 days to choose. However, it should be noted that the shape and position of the first fixing hole u is not limited to this. $ Please refer to Figure 3 and Figure 4, set together Pin hole 12 The plastic cymbal 54 for shock absorption effect is placed. When using, the plastic cymbal piece is first placed = the larger side i2a' of the moon hole 12 and then the plastic cymbal 54 is slid and fixed to the hoist hole 12 The smaller side 12b, then the screw 99 is placed on the gusset, and the access device 9G is locked to the first face 1G. Since the access device % is in direct contact with the first face 1 ,, but by The plastic gasket 54 is used as a buffer for shockproof effect. However, it is necessary to note (4) that the position of the hole (12) is the same. The circular hole 14 can fix the access device 9〇 to a specific position when the device 90 is locked. At the time of the circular hole 14, the access device 9() is in contact with the first surface. The position and number of the circular holes 14 are not limited thereto, and four circular holes for locking the hard disk are disposed, and the other two holes can be locked: the circular hole for locking the floppy disk drive. The access device % can be fixed to one of a plurality of positions by the elongated hole 16. When the access device 9G is locked to the elongated hole 16, the access device is in direct contact with the first surface 9 1352891 10. In the present embodiment, the elongated hole 16 has five arc-shaped positioning points for use in access devices of different sizes (e.g., length). For example, when the access device 90a is a floppy disk drive, since the panel 13 has various thicknesses, the length of the panel 130 can be matched with the thickness of the panel 130 by using the elongated hole 16 which can elastically select the fixed position, so that a suitable fixed position is selected. The floppy disk drive is fixed to the accommodating case 1 • The open end of the floppy disk drive can still be aligned with the panel 130. When the access device 90 is fixed to the first surface of the accommodating case 1 , the thickness of the access device 90 extends from the first surface 10 toward the inside of the accommodating case 1 , so that the accommodating box 1 can be fixed at different thicknesses. Access device. In addition, the width of the first face 10 must be greater than the width of a commonly used access device to accommodate a variety of access devices. In summary, the access device 9 can be directly fixed to the first side 10 of the receiving box i by screws, and the receiving box can be adapted to access devices of different sizes (such as length, width, thickness). Please refer to Figure 2. The second face 20 is substantially perpendicular to the first face 10, and the second face 20 includes a guide portion 22 and a first positioning portion 24. The towel, guiding guide is provided for guiding the outer carrier members 80, 8〇a, the outer carrier members 80, 8 定位 locating portions 82, 82a, and the outer carrier member is connectable to the two and the outer carrier members 80, 80a The accommodating case i is placed in a sliding manner, and the second positioning portions 82, 82a are positioned at the first positioning portion 24. In the present embodiment, the first positioning portion 24 is a positioning hole, and the positioning portion 82 is a positioning convex portion. The guiding portion 22 is a sliding rail, and the sealing member 22 is slid into the accommodating box. The outer carrier 80, 80a can be a pumping type or a side strip type. Further, the drawer-type outer carrier 80 can completely insert the access device 9 , and then slide the carrier 80 into the accommodating case. Only the sides of the storage material Wei are fixed on the side, and then the H carrier 8 secret 20 is passed through, and the external carrier 8G, 8〇a is fixed to the second side and used for any work (such as a insect starter), that is, During the process of 1:1, the user does not need to set the work of 90. The user can install or remove the access device as shown in Fig. 2. In the present embodiment, the shape of the inner side and the right side of the outer portion carrier 80a , quantity and position are matched with the axe pad) u® is not a sentence, so that (4) gamma tape can be used as a buffer to achieve shockproof effect. The receiving device 90 is shaped to accommodate the two access devices 90, and the number of the guiding portions 22 of the first surface 2 is 8〇a, which is slightly larger than the height of the device. The warhead 80 and the thickness of the access device are mounted to limit the storage capacity of the different cassettes (10) to the above. For example, the receiving box can also be used to accommodate only the single 90, 90a, 90b, or to accommodate three access devices, such as surgery, _, and the like. When the accommodating box can accommodate three access devices, the accommodating box 丨 is divided into three accommodating spaces. The intermediate layer must be placed by means of the carriers 8 〇 and 8 〇 a to access the access device 90. , 90a, 90b are fixed in the accommodating box. In summary, the access devices 90, 90a, 90b are selectively affixed to the first side 10 or the second side 2 of the receiving case 1 to increase the suitability of the receiving case. In this embodiment, the first surface 10 is a top surface of the receiving box, and the second surface fastener 1352891 is a side surface of the receiving box 1. It should be noted that the first side 1 can also be the side of the receiving box 1, and the second side 20 can be the top surface of the receiving box 1. The tamper box 1 includes a connecting member 52 for connecting the accommodating case 1 in a superimposed manner. In the present embodiment, the connecting member 52 is located on the first surface 10, and the connecting member 52 is an L-shaped long condition ( As shown in FIG. 3 and FIG. 4, the accommodating box b can be adjusted by 4 plus two: the piece can be placed and the structure is not followed. For example, the company is like a card, a flexible hook, and a fastening piece. Etc.) or for mutual cooperation 110. In this: 16 pieces of the accommodating box 1 fixed to the casing of the r-shell fixings, the third side of the valley, the third side of the 30 series and the second side of the 2G, 30 series and One side 1() is substantially parallel, and the third side is perpendicular to the fixed hole 32. The third fixing hole 32 can be used to fix the first to third surface 3〇. Since the structure of the third surface 30 is 2〇 , 9〇T〇b '. ' Therefore, it is no longer mentioned. However, it should be noted that the :: hole 32 can be different from the first-fixing hole U of the first face 10. The first-solid 疋 another 'receiving box The fourth face of the first face is the first face and the fourth face is substantially parallel to the second face 20, and the fourth face is the same as the first face 2G, which is a symmetrical structure, and therefore will not be described again. The housing box 1 of the present invention can be adapted to accommodate different sizes. The access device 90, 90a, 90b, the access device 9 can be fixed to the second surface 20 by directly locking the first surface 1G or the third (four) H Μ (4) # 1352891 80, 80a with screws. And the fourth side 40. Therefore, the user can determine the number of the use of the receiving box 1 according to the size and usage requirements of the computer host 100. In summary, the present invention displays both in terms of purpose, means, and efficacy. It is to be understood that the above-described embodiments are merely illustrative of the principles of the invention and its advantages, and are not intended to limit the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of an embodiment of a container of the present invention. Fig. 2 is a perspective view of an embodiment of a housing box of the present invention. Figure 4 is a top view of the embodiment of the accommodating case of the present invention. [Description of the symbol of the component] The first face 10 of the accommodating case 1 10 The first fixing hole 11 The hoist hole 12 The larger side 12a The smaller side 12b The round hole 14 The strip Hole 16 second face 20 guide 22 Positioning portion 24 Third surface 30 Second fixing hole 32 Fourth surface 40 Connecting member 52 Plastic spacer 54 13 1352891 Housing fixing member 56 Opening 60 Carrier member 80, 80a Second positioning portion 82, 82a Bump 84a Access device 90, 90a, 90b Screw hole 92, 92a Screw 99 Computer main unit 100 Case 110 Machine plate 120 Second connection portion 122 Panel 130 Side plate 140