1344140 _ 九、發明說明： 【發明所屬之技術領域】 功存祖^财㈣狀―種具崎 【先前技術】 t腦中多會配置有至少—部的非揮發性(_， 2，例如硬碟从碟機存執行電腦功能之作Μ统= 5貝寫大量的資料棺案。因此於電腦之機殼中皆料有H 置，以固定儲存裝置於機殼中。 。有口疋衣 以㈣為例…般習用之硬翻定方式，係以多個螺絲 固ΪΓΓ Γ⑽蝴#她_纖以及 側面，/讀ί料支#_，再分職設—卡掣件於硬碟之 中。Μ與職座恤扣合’叫硬碟切翻定於硬碟框架 的定位必須細齡加工形賴直彎折於側板 k位支定座，由於切架 空形成，以及㈣之螺幻丄U接自側板上鏤 機加僅里…式鎖5硬碟裝置，兩種方式都將導致 餘=存用空間，顺之另—側則無法再鎖合固定多 餘的健存裝置。對於词服器等 必須額外設叫目她以供大量 吏磲的工作站 而言，將 的硬碟放置，如此將使得電 腦機 架佔據過多的擺放空間 J更碟b為了具備—定的結構強度，多半係以剛 性#料所製成，且係直接固定於機今 機輪裝置係直接與硬碟框架相互接是光碟 腦是摔落至地面，硬碟框架所承受的揸1344140 _ IX, invention description: [Technical field of invention] Power storage ancestor (four) shape - species saki [previous technology] t brain will be configured with at least - part of non-volatile (_, 2, such as hard The disc is stored from the disc player and executes the computer function. 5 5 写 写 = = = 5 5 5 5 5 5 5 5 5 5 5 5 5 写 写 写 写 写 5 写 写 写 写 写 写 写 写 写 写 写 写 = = = = = = = (4) For example, the hard-fixing method of the conventional use is to use a plurality of screws to fix the Γ (10) butterfly # her_fiber and the side, / read the LY material branch #_, and then divide the job - the card is in the hard disk. Μ Μ Μ Μ ' ' 叫 Μ Μ ' ' ' ' ' ' ' ' 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬From the side panel, the machine is only equipped with a 5 type hard disk device, and both methods will result in the rest of the storage space, and the other side can no longer lock and fix the excess storage device. For the word server, etc. It is necessary to additionally set up a hard disk for the workstations that are used by her for a large number of defects, so that the computer racks will be occupied. Too much space for the J-disc b. In order to have a certain structural strength, most of them are made of rigid material, and are directly fixed to the machine. The wheel device is directly connected to the hard disk frame. Falling to the ground, the shackles of the hard disk frame
=裝f，如此將議成蝴置的受損，甚至是= 此外，電腦裝置内之散熱風扇於 U 傳遞至硬翻架，加上儲純置切赵的震動’係會 量，兩者都極易與硬碟框架相互產生丑所產生的微震動能 部空間的共振解加彡響了 再加上與電腦内 裝置的使用壽命。 ^成私進而㈣儲存 【發明内容】 ，以在固疋儲存裝置之框架缺乏緩衝作用，導致儲存裝置容易 設置。 置，不 以避免錯存 展動而受損，同時的框架結構設計也不利於儲存裝置併排 餐於以上的問題，本發明提供一種具有隔震功能之支樓裝 但可增加電賴㈣制㈣，更可敎震動能量， 裝置受損毀壞。 本發明之具有贿魏之倾裝置，用以支#至少-儲存裳 置，其包括有-赌、概個彈性麵、及至少二讀體。框體 係用以容置儲存裝置，框體具有複數侧板，且各側板開設有至 V鍵孔彈fi塾圈係裝設於鍵孔内，以吸收並隔離震動能量， t各彈性墊圈具有—套設孔。各支#體-側凸設有至少-第-固 疋銷’ ίτ、插②於彈性觸之套設仙，以使各支碰分別固定於 相對之各側板上，並切儲存裝置之底面。 、 1344140 本發明之功效在於，預先於框體之側板的兩相對側面上分別 形成鍵孔，並於鍵孔内裝設用以吸收震動能量之彈性墊圈，至少 二支擇體係藉由彈性墊圈而固定於側板之二相對側面上，以形成 夕個"T支樓谷置儲存裝置的空間，不但可增加框體内部的利用空 間，且彈性墊圈更提供一吸震作用，以保護儲存裝置免於受到震 動能量的影響。 以上之關於本發明内容之說明及以下之實施方式之說明係用= Install f, so it will be damaged, even = = In addition, the cooling fan inside the computer device is transferred to the hard turret in the U, plus the vibration of the pure storage cut Zhao's amount, both The resonance of the micro-vibration energy space generated by the ugliness of the hard disk frame and the hard disk frame are added and the life of the device is increased. ^Individual and then (4) Storage [Invention] The lack of cushioning in the framework of the solid storage device results in easy storage of the storage device. The frame structure design is also not conducive to the storage device and the above-mentioned problems. The present invention provides a building with a vibration isolation function but can increase the electric system (4) (4) It can also shake the energy and damage the device. The present invention has a bribe-disposing device for supporting at least a storage shelf, which includes a bet, an elastic face, and at least a second reading. The frame system is used for accommodating the storage device, the frame body has a plurality of side plates, and each side plate is opened to the V key hole, and the elastic ring is installed in the key hole to absorb and isolate the vibration energy, and each elastic washer has - Set the hole. Each of the body-side protrusions is provided with at least a first-fixing pin ίτ, and the pin 2 is disposed on the elastic contact sleeve so that the respective arms are respectively fixed to the opposite side plates, and the bottom surface of the storage device is cut. The effect of the present invention is that a keyhole is formed on each of the opposite sides of the side panel of the frame, and a resilient gasket for absorbing vibration energy is disposed in the keyhole, and at least two control systems are provided by the elastic gasket. It is fixed on the opposite side of the side panel to form the space of the storage unit of the T<T branch, which not only increases the utilization space inside the frame, but also provides a shock absorbing function to protect the storage device from the shock absorber. Affected by the vibration energy. The above description of the contents of the present invention and the description of the following embodiments are used.
以示範與_本發明之，並且提供本發明之專利申請範圍更 進一步之解釋。 【實施方式】 、艮據本發明所揭露具有隔震舰之支财置，伽以支樓一 Γ或=數_存|置’其情述之儲存裝置包括但不傭於硬碟 4機、光碟機、燒錄機…等固定於電腦機殼中之非揮發性The invention is exemplified and exemplified, and a further explanation of the scope of the patent application of the invention is provided. [Embodiment] According to the present invention, the storage device with the isolation ship is provided, and the storage device of the stagnation or the stagnation of the shackle includes: but not the hard disk 4 machine, Non-volatile, fixed in computer case, etc.
硬下本發明的詳細說明中’將以 明用:並非用:限制二Γ。— 複數個儲钟置2(;'有隔震功能之切裝置，_以支樓一或 圈12。、以及至少二支二包:有-框體110、複數個彈性塾 板111，並間隔形成一斑々"^ 框體110具有二相對之側 裝置咖容置於二侧板寬的容置空間，以供儲存 -鍵_，而這些鍵孔112之二^ i 2之間具有一固定間距，並對應於儲存 1344140 2 200之尺寸。彈性塾圈120係成對設置於鍵孔112内，於彈 ! 生塾圈120中央位置設有一套設孔121。 各個支撐體130 —側凸設有二第一固定銷13〗，並分，μ 於彈性塾圈12〇之套設孔⑵内，使得支撑體π〇分別固^二 • 側板111互相面對之一側面，並可根據實際之儲存裝置2〇^於一 量’而沿著縱向間隔設置多個支，使上下相鄰的支$ 之間形成恰可供單一健存裝置2()()容置的空間。當儲存: • 200放置於二側板Π1之間時，二相對之支推體】30恰S於二 置200之兩側支撐儲存裝置200之底面。 子衣 請繼續參照「第！圖」及「第2圖」，其中支撐體13〇之兩端 更分別延伸有—圓弧結構之導引部132，且導引部说相對於側 板之一側具有—第二固定銷133，並卡嵌於框體11〇之穿孔ιΐ3，， 以使支撐體130固定於惻板ln上而不易鬆脫。 當儲存裝置200推入框體11〇的位置或角度有些許偏差時， •圓弧狀之導引部132將可引導儲存裝置兩側之滑執21〇 :利 地滑動至支樓體130的上方，以使支樓體13〇將儲存裝置支 撐於二側板⑴所構成之容置空間内，並藉由抱設於儲存裝置· .一端之固定構件220扣合於側板U1邊緣的定位 '裝請賣蝴t则。 請參閱「第3圖」，裝設於鍵孔112内之彈性塾圈12〇係用以 吸收外界傳導至儲存裝置之震動能量(例如外界的碰撞或是散 熱風扇運轉時所產生的震動），或是吸收儲存裝置於運轉時所 產生的震動能量。彈性塾圈m周緣突設有複數個吸震部ΐ2ΐι， 8 ^44140 =Γ13°之第—固定銷131相互接觸，避免儲存裝置· 直接』板in接觸，使能夠吸收震動能量必須通過彈性塾圈⑽ 才能在側板m及儲存裝置2〇〇傳遞，藉以提升彈性塾圈⑽ 隔震及吸震效果。 「第4圖」至「第6圖」所示為第二實施例之具有隔震功能 之支撑裝置。本發明所揭露第二實施例之支樓體13〇更可成對構 成一支樓件，並且分別插設於一側板⑴上之彈性_ 12〇内， 以使二支撐體13G分別設置於側板⑴之二相對側面上。盆中一 支撐體Π0之第-固定銷131具有—嵌孔加，而另一支樓體w 之第1定銷131係於彈性侧12〇之套設孔121内與嵌孔即 相互嵌合，以使二支撐體13〇固定於同一側板ui上。 ，「第7圖」為本發明第三實施例之剖面示意圖。如圖所示， 本發明所麟具有職魏之支縣£，係_支棘數個錯存 裝置200。第三實施例之支撑裝置包括有一框體】】〇、複數個彈性 墊圈120、以及複數組成對設置之支擇體13〇。框體ιι〇具有複數 固側板111，並以固疋間隔排列而形成多個與儲存裝置2〇〇等寬的 谷置空間’且於各個側板⑴上分別開設有至少一鍵孔⑴，而這 些鍵孔112之間具有-固定間距，並對應於儲存裝£ 2〇〇之尺寸 :開設多组鍵孔I】h彈性墊圈〗20係成對設置於鍵孔】12内，於 彈性墊圈120中央位置設有一套設孔121。 凊繼續參閱「第7圖」，各組成對設置之支撐體13〇中，於其 中支擇體130 -側凸設有二第一固定銷13卜此二第一固定銷 131具有嵌孔1311 ;另-相對應之支撑體13〇 —側亦凸設有二第 丄344140 —固定銷131。成對之支撐體130係分別設置於一側板n】之二相 對側面，並分別以第一固定銷131插設於一彈性墊圈120之套設 孔121 —支擇體130之固定銷131與另一固定銷嵌孔 於套設孔121叫目减合，以使二支碰13G __㈣性塾圈， 並固定於同一側板111之相同水平位置。 於框體11〇邊緣之側板η 1上可選擇裝設單一個支撐體 或是以成對設置方式將二支撐體130分別裝設於側板U1之二相 •對側面’並不以本實施例為限。當儲存裝置2〇〇放置於相鄰二側 板1Π之間時，位於二相對側板Π1之支撐體13〇恰可於儲存裝 置200之兩側支撐儲存裝置2〇〇之底面，並藉由彈性墊圈吸 收外"傳遞至框H 11〇之震動能量，或是儲存裝置本身所產 生的震動能量。 本發明所揭露具有避震功能之支稽裝置，係於框體内之側板 上預先開設多個設置於不同高度之鍵孔，以供多個彈性塾圈裝設 • 於其中，並使多個支撐體嵌合於側板上，而形成多個恰可支撐容 内儲存衣置的谷置空間，使得多個儲存裝置可於側板兩相對側面 上，以等高距離固設於框體中，不僅增加了框體内部的利用空間， 且彈性塾圈更提供-吸震倾效果，㈣免裝設_體内之儲存 衣置f到震動能量的影響而造成受損。 雖然本發明之實施例揭露如上所述，然並非用以限定本笋 明，任何熟習相關技藝者，在不脫離本發明之精神和範圍内，舉 凡依本發明申請範麟述之形狀、構造、特徵及精神當可做些許 之义更，因此本發明之專利保護範圍須視本說明書所附之申請專 10 1344140 利範圍所界定者為準。 【圖式簡單說明】 第1圖為本發明第一實施例之分解示意圖； 第2圖為本發明第一實施例之立體示意圖； 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示意圖； 第6圖為本發明第二實施例之剖面示意圖；以及 第7圖為本發明第三實施例之剖面示意圖。 【主要元件符號說明】 110 框體 111 側板 112 鍵孔 113 穿孔 114 定位孔 120 彈性墊圈 121 套設孔 1211 吸震部 130 支撐體 131 第一固定銷 1311 嵌孔 132 導引部 1344140 133 200 210 第二固定銷 儲存裝置 滑執 固定構件 220In the detailed description of the invention, it will be used in the following description: it is not intended to limit the two. — a plurality of storage bells set 2 (; 'cutting device with isolation function, _ with a building one or circle 12, and at least two two bags: with - frame 110, a plurality of elastic rafts 111, and spaced Forming a plaque " ^ frame 110 has two opposite side devices accommodating two sided plate width accommodating space for storage - key _, and these keyholes 112 have a fixed between The spacing is corresponding to the size of the storage 1344140 2200. The elastic coils 120 are disposed in pairs in the keyholes 112, and a set of holes 121 are provided at the center of the bombing ring 120. Each of the supporting bodies 130 is laterally convex. There are two first fixing pins 13 and are divided into μ, which are arranged in the sleeves (2) of the elastic loops 12〇, so that the support bodies π〇 are respectively fixed and the side plates 111 face one side of each other, and can be based on actual conditions. The storage device 2 is disposed at a plurality of distances along the longitudinal direction to form a space between the upper and lower adjacent branches that can be accommodated by the single storage device 2()(). When storing: When the 200 is placed between the two side plates 1 , the two opposite supporting bodies 30 support the bottom surface of the storage device 200 on both sides of the two sets 200. Please continue to refer to "Fig. Fig." and "Fig. 2", wherein the two ends of the support body 13 are respectively extended with a guide portion 132 of a circular arc structure, and the guide portion is said to be opposite to one side of the side plate. The second fixing pin 133 is inserted into the perforation ι 3 of the frame body 11 so that the support body 130 is fixed on the slab ln without being loosened. When the storage device 200 is pushed into the frame 11 〇, the position or angle is somewhat When the deviation occurs, the arc-shaped guiding portion 132 guides the sliding handles on both sides of the storage device to the top of the supporting body 130 so that the supporting body 13 supports the storage device In the accommodating space formed by the side panel (1), the fixing member 220 that is hung on one end of the storage device is engaged with the positioning of the side panel U1. Please refer to "3rd picture", The elastic ring 12 disposed in the key hole 112 is configured to absorb the vibration energy transmitted from the outside to the storage device (for example, an external collision or a vibration generated when the cooling fan is operated), or the absorption storage device is operated. The vibration energy generated. A plurality of shock absorbing parts are formed on the periphery of the elastic ring m. ι, 8 ^44140 = Γ 13° - the fixing pins 131 are in contact with each other to avoid the storage device. The direct plate is in contact, so that the shock energy can be absorbed through the elastic ring (10) to be transmitted in the side plate m and the storage device 2 In order to improve the elastic ring (10) isolation and shock absorption effect. "4th to 6th" shows the support device with the vibration isolation function of the second embodiment. The branch of the second embodiment disclosed in the present invention is disclosed. The bodies 13 〇 can be formed into a pair of pieces in pairs, and are respectively inserted into the elastic _ 12 上 on the one side plate (1) so that the two supporting bodies 13G are respectively disposed on the opposite sides of the side plates (1). The first fixing pin 131 of one support body 具有0 in the basin has a through hole, and the first fixed pin 131 of the other building body w is fitted into the sleeve hole 121 of the elastic side 12〇 and the fitting hole is fitted to each other. So that the two support bodies 13〇 are fixed on the same side plate ui. Fig. 7 is a schematic cross-sectional view showing a third embodiment of the present invention. As shown in the figure, the present invention has a post of Wei Zhizhi County, which is a number of faulty devices 200. The supporting device of the third embodiment comprises a frame body, a plurality of elastic washers 120, and a plurality of pairs of the matching bodies 13〇. The frame ιι has a plurality of fixed side plates 111, and is arranged at a fixed interval to form a plurality of valley spaces that are equal in width to the storage device 2', and at least one key hole (1) is respectively formed on each of the side plates (1). The keyholes 112 have a fixed spacing between them and correspond to the size of the storage device: a plurality of sets of keyholes are provided. The elastic washers 20 are arranged in pairs in the keyholes 12 in the center of the elastic washers 120. A set of holes 121 is provided at the position.凊Continue to refer to "FIG. 7", each of the pair of supporting bodies 13 设置, in which the supporting body 130 - is laterally convexly provided with two first fixing pins 13 and the first fixing pins 131 have the fitting holes 1311; In addition, the corresponding support body 13 is also provided with two second 丄 344140 - fixing pins 131. The pair of support bodies 130 are respectively disposed on opposite sides of the one side plate n], and are respectively inserted into the sleeve holes 121 of the elastic washer 120 by the first fixing pins 131 - the fixing pins 131 of the supporting body 130 and the other A fixing pin insertion hole is called a reduction in the sleeve hole 121 so that the two branches touch the 13G __ (four) ring and are fixed at the same horizontal position of the same side plate 111. A single support body may be optionally disposed on the side plate η 1 of the edge of the frame body 11 or the two support bodies 130 may be respectively disposed on the two sides of the side plate U1 in a paired manner. Limited. When the storage device 2 is placed between the adjacent two side plates 1 , the support bodies 13 located on the opposite side plates 1 can support the bottom surface of the storage device 2 on both sides of the storage device 200, and the elastic washers are provided. Absorbing the vibration energy transmitted to the frame H 11 or the vibration energy generated by the storage device itself. According to the present invention, a plurality of keyholes disposed at different heights are pre-opened on the side panels of the frame body for mounting a plurality of elastic loops therein, and The support body is fitted on the side plate, and a plurality of valley spaces are formed to support the storage space, so that the plurality of storage devices can be fixed in the frame at equal heights on opposite sides of the side plate, not only The use space inside the frame is increased, and the elastic ring provides a shock-absorbing effect, and (4) the damage is caused by the influence of the vibration energy stored in the storage device. Although the embodiments of the present invention are disclosed above, it is not intended to limit the scope of the present invention, and the scope and structure of the application of the invention may be applied to the present invention without departing from the spirit and scope of the present invention. The features and spirits of the invention are to be construed as limited by the scope of the application of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a first embodiment of the present invention; FIG. 2 is a perspective view of a first embodiment of the present invention; FIG. 5 is a schematic perspective view of a second embodiment of the present invention; FIG. 6 is a schematic cross-sectional view showing a second embodiment of the present invention; and FIG. 7 is a third embodiment of the present invention; A schematic cross-sectional view of an example. [Main component symbol description] 110 Frame 111 Side plate 112 Key hole 113 Perforation 114 Positioning hole 120 Elastic washer 121 Nesting hole 1211 Shock absorbing part 130 Support body 131 First fixing pin 1311 Inserting hole 132 Guide part 1344140 133 200 210 Second Fixed pin storage device slip fixing member 220