九、發明說明： 【發明所屬之技術領域】 本發明係與儲存裝置之固定結構有關，制是—種具有隔 震功能之固定裝置。 【先前技術】 電中夕會配置有至少_部的非揮發性（疏）儲 存衣lj例如硬碟及光碟機，以儲存執行電腦功能之作業系 '先及η貝寫大里的責料權案。因此於電腦之機殼中皆設計有一 固定裝置，以固定儲存裝置於機殼中。 因疋方式，係以多個螺絲 接將硬碟翻於機殼中的硬碟框架。或是姻硬碟框架之 相對側板進行板金沖型加工，以彎_雜有折賴定位支, 架以及岐座L支撐蚊撐，再分職設一卡掌 於硬碟之㈣翔樹叫合，以將㈣支撐銳 於硬碟框架中。 於裝針料找讀紐齡加工形賴謂折於側 ^座，餅支騎翻定座健接自側板 上鏤工形成，以及f用之螺合方式鎖合硬 I導致機架僅具有-綱空間，側板之另__益法翻 :固定多餘的錯存裝置。對於概器等具傷有多個硬碟的工作 站而吕，將必須額外設置多個機架以供大量 將使得電腦機架佔據過多的擺放空間。 ” 固定硬碟的硬碟框架為了具傷—定的結構強度，多半係以 光磾機等直翻定於機射ϋ知之硬磾戋是 心將電腦撞倒甚至是摔落 觸口疋，右疋不小 將直接傳送至儲存二：碟框架所承受的撞擊力量 甚至是毁壞 置上，如此將料造麵存裝置的受損， 架相mt裝置於運轉所產生的微震動能量極易與硬碟框 '、 效應，再加上與電_料_共振頻率加乘 所發出的共姆是跑重的，爾裝置亦容 f 一共振而造成相互碰撞，_驗儲存妓的使用壽 【發明内容】 乂往〇(儲存裝置之框架缺乏緩衝侧，導致儲存裝置容 易震動而受損，同時的框架結構設計也不利於儲存裝置併排設 置。鑒於以上的問題，本發g丨提供—種具有隔震功能之支樓裝 置，不但可增加電腦機架的使用空間，更可吸收震動能量，以 避免儲存裂置受損毁壞。 本發明所揭露之一種具有隔震功能之支撐裝置，係用以支 撐至少一儲存裝置’其包括有一框體及複數個成對設置的支撐 件框體係用以谷置儲存裝置，框體具有複數個側板，且於各 側板之二側面上分別凸設至少一凸點。各支撐件具有一主體及 一彈性墊圈，其中各支撐件之主體設有至少一用以供凸點嵌入 之結合孔’使各支撐件成對地固定於相鄰之二侧板，使每一對 ^樓件係於儲存裝置之二側支撐儲存裝置底面，賴墊圈係套 設於主體之相緣並翻辟U，糾吸收並隔離震動。 本發明之功效在於，預先於幢之做的兩相對側面上分 卿成多做轉狀絲，並令至少—捕制定於側板之 側面上，以形成多個可支擇容置儲存裝置的空間，不但可增加 框體内部的利用空間，且與儲存裝置相互接觸之支掉件更提供 —吸震賴_，叫賴存裝錢繼祕㈣影響而受 損。 〃、上m於本發明内谷之說明及以下之實施方式之說明 _以示範麵釋本發明之顧，並且提供本發日狀專利申請 範圍更進一步之解釋。 【實施方式】 。根據本發騎揭露之具有隔震魏之支#裝置，係用以支 ^或複數個儲存裝置，其巾所述之儲存裝置包括但不侷限於 _機、軟碟機、光碟機、燒錄機··等固定於電腦機殼中之 =揮發性（non_volatile)儲存裝置，而在以下本發明的詳細說 =中，將以硬碟機做為本發明之最佳實施例。然而所附圖式僅 提供參考與說明用，並非用以限制本發明。 第1圖」及「第2圖」所示為本發明第一實施例之具有 5展力把之支禮裝置，係用以支撐一或複數個健存裝置2〇〇。 支撐裝置包括有一框體11〇以及至少二支撐件120，框體11〇 具有二相對之側板1Π ’並間隔形成一與儲存裝置2〇〇等寬的 1321979 谷置空間’以供儲存裝置200容置於二側板Η〗之間。二側板 111互相面對之一側面分別凸設有複數個凸點112，而這些凸 點112係以一固定間距排列，並可選擇性地於側板111上之符 合儲存裝置200尺寸的高度設置多組凸點112。而支撐件12〇 具有一主體121及一彈性墊圈122 ’主體121具有對應於凸點 112之結合孔1211，用以供側板U1之凸點112嵌入，使二支 撐件120分別固定於二側板丨丨丨互相面對之一側面，並可根據 # 貫際之儲存裝置200的數量’而沿著縱向間隔設置多個支撐件 120 ’使上下相鄰的支禮件12〇之間形成恰可供單一儲存裝置 200容置的空間。當儲存裝置2〇〇放置於二側板iu之間時， 二支撐件120恰可於儲存裝置之兩側支樓儲存裝置· ; 之底面。彈性墊圈122係套設於主體⑵之外周緣，並與健存 • 裝置相互接觸，以吸收外部的震動能量，或是儲存裳置 200本身所產生的震動能量。 ^ • 請繼續參照「第1圖」及「第2圖」，其中形成於側板⑴ 上之凸點H2 ’係直接對側板U1之預定位置餘沖製加工， 使側板m受到沖製的部分變形成為凸點112。此外 120之主體121的兩端係製造為圓弧造型，當儲存裝置200牙推 入框體m的位置或纽有些許偏鱗，端_ 『將可_存裝置200兩側之滑軌21 : 件⑽的上方，以使支擇件120 J動至支掠 所構成之容置空間内，並藉由樞、^置200切於二側板 ,, 柜叹於儲存裝置200—端之囡宏 構件220扣合於側板m邊緣 疋 孔113 ’使仵儲存裝置200 8 可固定於框體110内而不致鬆脫。 如「第3圖」所7F之第-實施例之剖面示意圖，支擇件 120之彈性墊圈122係用以吸收外界傳導至儲存裝置2〇〇之震 動能量’或是於儲存裝i 200縣時所產生的震動能量。性 塾圈122相對於側板1U之垂直方向的上、下表面，各形成至 少-個凸起之肋狀吸震部㈣，並可分別與兩相鄰之儲存裝 置200側邊的滑執2〗〇相互接觸，藉以增加彈性墊圈丨22的可 變形量，以提升彈性墊圈122吸收震動能量的效果。當支撐件 120固定於側板hi上時，其套設於主體121外緣之彈性墊圈 122的犬出於側板in之高度’係高於主體121突出於側板 之南度’以將主體121包覆於彈性墊圈ία之中，並於彈性墊 圈122相對於側板hi之水平方向的側周緣表面上，設置有多 個凸點狀之^^部1221 ’並與相鄰之儲存裝置側邊相互 接觸’避免儲存裝置200直接與主體121或側板m接觸，使 能夠吸收震動能量必須通過雜墊圈122才能在側板m及儲 存裝置200傳遞，藉以提升彈性墊圈122之隔震及吸震效果。 第4圖」及「第5圖」所示為第二實施例之具有隔震功 旎之支撐裝置，係用以支撐複數個儲存裝置2〇〇。本發明第二 貫施例揭露之具有隔震功能之支撐裝置包括有_框體n〇以 及複數個成對設置之支標件12Q，框體削具有複數個侧板 111 ’並以©定間隔排列而形成多個與儲存裝置2〇〇等寬的容 且空間’且於各個側板！i j之兩相對側面上分別凸設有至少一 凸點112’而兩相削則面上之凸點112得以一固定間距交錯排 1321979 列於同一水平位置上’並可選擇性地於侧板lu上之符合儲存 裝置200尺寸的高度設置多組凸點112。 各支撐件120具有一主體121及一彈性墊圈I〕】，主體 側面開設有複數個對應於凸點112之結合孔1211，並選擇性 地供側板111任一側之凸點112嵌入，使得支撐件12〇可分別 固定於-做111之兩㈣麻料高位置，並根據實際二儲 存裝置200的數量，而間隔形成多個恰可供單一儲存裝置之⑻ • 容置的空間。當儲存裝置200放置於相鄰二側板in之間時， 位於此二側板m之-對支樓件no恰寸於儲存裝置之兩 側支撐儲存裝置200之底面。彈性墊圈122係套設於主體 t賴緣，並觸存裝置相互_，以魏外部的震動能 量，或是儲存裝置200本身所產生的震動能量。 — 請繼續參照「第4圖」及「第5圖」，其中形成於側板m 上之凸點112 ’係直接對側板m之預定位置分別對兩側面進 • 行沖製加工’以擦壓側板111變形而成為多個交錯排列的凸點 112此外’支樓件120之主體121的兩端係為圓弧造型，當 儲存裝置2〇G推入框體⑽的位置或角度有些許偏差時，端: 呈_狀之主體121將可引導儲存裝置· _之滑執 • 順利地滑動至支樓件W的上方，以使支撐件m將儲存裝置 200支撐於相鄰二側板⑴所構成之容置空間内，並藉由固定 構件220與側板ln上之定位孔113相互勾扣，而使得儲存裝 置200可固設於框體11〇内。 如第6圖」所不之第二實施例之剖面示意圖，其中於彈 10 丄 !·生墊圈122之表面設有多個依固定間距排列之肋狀及凸點狀 吸震部1221，使得彈性墊ϋ I22表面的吸震部I22〗與相鄰之 -褚存裝置200的滑執21〇相互接觸，藉以增加彈性塾圈I。 的可變形πχ提料錄圈122吸收震動能量的效果。彈性 塾圈122大出於側板111的高度大於主體121突出於側板in 之高度’避免儲存裝置2〇〇直接與主體121或側板lu接觸， 使能夠吸收震動能量必舰過雜㈣⑵才能在侧板⑴IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a fixed structure of a storage device, which is a fixing device having a vibration isolation function. [Prior Art] The electric midnight will be equipped with at least some non-volatile (sparse) storage clothes such as hard disk and CD player to store the operating functions of the computer function. . Therefore, a fixing device is designed in the casing of the computer to fix the storage device in the casing. Because of the way, the hard disk is turned over to the hard disk frame in the casing with multiple screws. Or the opposite side panels of the hard disk frame for the sheet metal punching processing, with the bend _ miscellaneous locating support, the frame and the squat L support the mosquito support, and then set a card to the hard disk (4) Xiang Shu called To make (4) support sharper in the hard disk frame. In the case of loading the needle material, the processing of the New Age is based on the side seat, the cake support is fixed and the self-side plate is formed, and the screw is used to lock the hard I. Outline space, the other side of the side plate __ benefits method: fixed redundant storage device. For workstations with multiple hard drives, such as the general device, it will be necessary to additionally set up multiple racks for a large amount of space for the computer rack to occupy too much space. The hard disk frame of the fixed hard disk is designed to have the structural strength of the injury. Most of the hard disk frames are fixed by the optical smashing machine, and the hard disk is the heart. The computer is knocked down or even dropped.疋 疋 疋 直接 直接 直接 直接 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : The frame ', the effect, plus the total output of the electric resonance _ resonance frequency multiplication is heavy, and the device also allows f to resonate and cause collision with each other. The frame of the storage device lacks the buffer side, which causes the storage device to be easily shaken and damaged. At the same time, the frame structure design is not conducive to the storage device being arranged side by side. In view of the above problems, the present invention provides a vibration isolation function. The support device not only increases the use space of the computer frame, but also absorbs the vibration energy to avoid damage to the storage crack. The support device with the vibration isolation function disclosed in the present invention is used for supporting At least one storage device includes a frame body and a plurality of paired support frame systems for the valley storage device, the frame body has a plurality of side plates, and at least one bump is respectively protruded on two sides of each side plate Each support member has a main body and a resilient washer, wherein the main body of each support member is provided with at least one coupling hole for inserting the bumps so that the support members are fixed in pairs to the adjacent two side plates, so that each A pair of floor members are supported on the bottom surface of the storage device on the two sides of the storage device, and the gasket is sleeved on the edge of the main body and is turned over to absorb and isolate the vibration. The effect of the invention is that it is pre-made in the building. The two opposite sides are divided into a plurality of rotating wires, and at least the trapping is made on the side of the side plate to form a plurality of space for accommodating the storage device, which not only increases the utilization space inside the frame, but also The supporting parts that are in contact with the storage device are provided with a shock absorption _, which is damaged by the influence of the reliance on the money and the secret (4). 说明, the description of the m in the inner valley of the invention and the description of the following embodiments _ to demonstrate Interpreting the invention And providing a further explanation of the scope of the present patent application. [Embodiment] The apparatus according to the present invention has a vibration isolation Weizhizhi# device for supporting or a plurality of storage devices, The storage device includes, but is not limited to, a non-volatile storage device fixed in a computer casing, such as a _machine, a floppy disk drive, a CD player, a burner, etc., and in the following detailed description of the present invention. The hard disk drive is the preferred embodiment of the present invention. However, the drawings are provided for reference and explanation only, and are not intended to limit the present invention. Fig. 1 and Fig. 2 show the present invention. The support device of the first embodiment has a support device for supporting one or a plurality of storage devices. The support device includes a frame 11〇 and at least two support members 120, and the frame 11 has The opposite side panels 1 Π 'and are spaced apart to form a 1321979 valley space equal to the storage device 2 以 for the storage device 200 to be placed between the two side panels. A plurality of bumps 112 are respectively protruded from one side of the two side plates 111 facing each other, and the bumps 112 are arranged at a fixed pitch, and can be selectively disposed on the side plate 111 at a height corresponding to the size of the storage device 200. Group of bumps 112. The support member 12 has a main body 121 and a resilient washer 122. The main body 121 has a coupling hole 1211 corresponding to the bump 112 for embedding the bump 112 of the side panel U1 so that the two support members 120 are respectively fixed to the two side panels. The 丨丨 face each other on one side, and a plurality of support members 120 ′ can be arranged along the longitudinal direction according to the number of the 贯 之 储存 储存 ' ' 使 ' 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下The space in which the single storage device 200 is accommodated. When the storage device 2 is placed between the two side plates iu, the two support members 120 are just on the bottom surface of the storage device on both sides of the storage device. The elastic washer 122 is sleeved on the outer periphery of the main body (2) and is in contact with the storage device to absorb external vibration energy or to store the vibration energy generated by the skirt 200 itself. ^ Please continue to refer to "1" and "2", in which the bump H2' formed on the side plate (1) is directly processed by the predetermined position of the side plate U1, so that the side plate m is partially deformed by the punching. Becomes a bump 112. In addition, the two ends of the main body 121 of the 120 are formed into a circular arc shape. When the position of the storage device 200 is pushed into the frame m or the ridge is slightly slanted, the end _ 『 can be stored on both sides of the slide rail 21 of the device 200: The upper part of the piece (10) is such that the supporting member 120 J moves into the accommodating space formed by the plucking, and is cut by the pivoting and setting 200 to the two side plates, and the cabinet sighs at the end of the storage device 200 The 220 is fastened to the side edge m of the side plate m so that the 仵 storage device 200 8 can be fixed in the frame 110 without being loosened. As shown in the cross-sectional view of the first embodiment of FIG. 3F, the elastic washer 122 of the support member 120 is configured to absorb the vibration energy transmitted from the outside to the storage device 2 or when storing the i 200 county. The vibration energy generated. The upper and lower surfaces of the elastic ring 122 are formed with at least one convex rib-shaped shock absorbing portion (four) with respect to the vertical upper and lower surfaces of the side plate 1U, and can be respectively slid with the side of the two adjacent storage devices 200. Contact each other to increase the amount of deformation of the elastic washer 22 to enhance the effect of the elastic washer 122 absorbing vibration energy. When the support member 120 is fixed on the side panel hi, the dog of the elastic washer 122 sleeved on the outer edge of the main body 121 is covered by the main body 121 because the height of the side panel in is higher than the height of the main body 121 protruding from the side panel. In the elastic washer ία, on the side peripheral surface of the elastic washer 122 with respect to the horizontal direction of the side plate hi, a plurality of convex portions 121' are provided and are in contact with the adjacent storage device sides. The storage device 200 is prevented from directly contacting the main body 121 or the side plate m, so that the shock energy can be absorbed by the miscellaneous washer 122 to be transmitted in the side plate m and the storage device 200, thereby improving the vibration isolation and shock absorption effect of the elastic washer 122. Fig. 4 and Fig. 5 show the support device with the vibration isolation function of the second embodiment for supporting a plurality of storage devices. The supporting device with the vibration isolation function disclosed in the second embodiment of the present invention comprises a frame body n〇 and a plurality of paired support members 12Q, the frame body having a plurality of side plates 111′ and spaced at intervals of © Arranged to form a plurality of widths and spaces 'with the storage device 2' and on each side panel! At least one bump 112' is convexly disposed on two opposite sides of the ij, and the bumps 112 on the two sides are arranged at a fixed pitch staggered row 1321979 at the same horizontal position' and can be selectively selected on the side plate lu A plurality of sets of bumps 112 are disposed at a height corresponding to the size of the storage device 200. Each of the supporting members 120 has a main body 121 and a resilient washer I], and a plurality of engaging holes 1211 corresponding to the bumps 112 are opened on the side of the main body, and the bumps 112 on either side of the side plates 111 are selectively embedded to support the support. The pieces 12〇 can be respectively fixed to the two (four) hemp material high positions of the 111, and according to the actual number of the two storage devices 200, a plurality of spaces suitable for the (8) storage of the single storage device are formed at intervals. When the storage device 200 is placed between the adjacent two side panels in, the two side panels m are opposite to the bottom surface of the storage device 200 on both sides of the storage device. The elastic washer 122 is sleeved on the main body, and contacts the device _, the vibration energy outside the wei, or the vibration energy generated by the storage device 200 itself. - Please continue to refer to "Fig. 4" and "Fig. 5", wherein the bumps 112' formed on the side plates m are directly punched and processed on the opposite sides of the side plates m to wipe the side plates. 111 is deformed to form a plurality of staggered bumps 112. Further, both ends of the main body 121 of the branch member 120 are arc-shaped, and when the position or angle of the storage device 2〇G is pushed into the frame (10), the position is slightly deviated. The main body 121 of the _ shape will guide the sliding device of the storage device to smoothly slide over the support member W so that the support member m supports the storage device 200 to the adjacent two side panels (1). The storage device 200 can be fixed in the frame 11〇 by being fastened by the fixing member 220 and the positioning holes 113 of the side plate ln. A cross-sectional view of the second embodiment, which is not shown in Fig. 6, wherein a plurality of rib-like and convex-like shock absorbing portions 1221 arranged at a fixed pitch are provided on the surface of the spring washer 122. The shock absorbing portion I22 on the surface of the I22 is in contact with the sliding 21' of the adjacent-storage device 200, thereby increasing the elastic ring I. The deformable π χ picking ring 122 absorbs the effect of the vibration energy. The height of the elastic ring 122 is greater than the height of the side plate 111 is greater than the height of the main body 121 protruding from the side plate in'. The storage device 2 is directly in contact with the main body 121 or the side plate lu, so that the shock energy can be absorbed and the ship is too complicated (4) (2) to be in the side plate. (1)
及儲存裝置2GG傳遞，融提升彈性細122之隔震及吸震效 果。 本毛月所揭路之具有隔震功能之支樓裝置，於框體内之側 板的兩側面上’可預先凸設多個交錯排列且設置於不同高度之 凸點以供夕個切件嵌合於側板上，喊側板形成多個恰可 支撐容納單一儲存裝置的容置空間，使得多_存裝置可於側 "才于側面上’以等尚距離固設於框體中，不僅增加了框體 内部的湘空間，且切件更提供—吸震保護效果，以避免裝 設於框體内謂縣置受職減量__造成受損。 雖然本發明之實施例如上所述，缝非肖嫌定本發 明，任何熟習相關技藝者，在不脫離本發明之精神和範圍内， 軌依本發财綠圍崎之雜、構造、魏及精神當可做 些許之k更’因此本發明之專娜護翻須縣·書所附之 申請專利範®所界定者為準。 【圖式簡單說明】 圖 第一實施例之分解示意 11 1321979 第2圖為本發明第一實施例之立體組合圖； 第3圖為本發明第一實施例之剖面示意圖； 第4圖為本發明第二實施例之分解示意圖； 第5圖為本發明第二實施例之立體組合圖；以及 第6圖為本發明第二實施例之剖面示意圖。 【主要元件符號說明】And the storage device 2GG transmits and absorbs the vibration isolation and shock absorption effect of the elastic fine 122. The branch building device with the isolation function of the road disclosed by Maoyue can be pre-arranged in a plurality of staggered and arranged bumps at different heights on both sides of the side plates of the frame body for the occasional cutting of the pieces. Cooperating with the side panel, the side panel is formed to form a plurality of accommodating spaces that can support the single storage device, so that the multi-storage device can be fixed in the frame at the side of the side. The Xiang space inside the frame, and the cut piece provides a shock-absorbing protection effect, so as to avoid damage caused by the installation of the county. Although the embodiments of the present invention are described above, the present invention is not limited to the spirit and scope of the present invention, and the structure of the invention is based on the complexity, structure, and spirit of the green. When a little more can be done, the standard patent application of the invention is subject to the definition of Patent Model® attached to the book. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a perspective view of a first embodiment of the present invention; FIG. 3 is a schematic cross-sectional view of a first embodiment of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5 is a perspective view of a second embodiment of the present invention; and FIG. 6 is a cross-sectional view showing a second embodiment of the present invention. [Main component symbol description]
110 框體 111 側板 112 凸點 113 定位孔 120 支撐件 121 主體 1211 結合孔 122 彈性墊圈 1221 吸震部 200 儲存裝置 210 滑執 220 固定構件 12110 Frame 111 Side plate 112 Bump 113 Positioning hole 120 Support member 121 Main body 1211 Bonding hole 122 Elastic washer 1221 Shock absorbing part 200 Storage device 210 Slipper 220 Fixing member 12