0960065 23896twf.doc/e 九、發明說明： 【發明所屬之技術領域】 置’且特別是有關於一種 置以及具有此滑執裝置之 本發明是有關於一種滑執裝 用來承載電子資訊裝置之滑軌袭 電子資訊裝置機組。 【先前技術】 隨著科技的進步，電腦已成為工作上 工具。甚至’部份公司行號會利用多心= =::般來說，為能使多台伺服器整;地ς龐: = 伺服器放置在—機櫃中。圖ία繪示習4 :==組Ϊ示意圖，圖1Β1 會示圖1Α之伺服器滑移 解圖。請同時參考,iA、圖】；：^ 置的分 圖與圖1C，習知的飼服哭 „組10包括機櫃12、飼服器14以及滑軌袭置100。词服 =14是藉由滑執裝f 1〇〇組裝於機# 12，而使用者可以 精由β執裝置100推移或拉動伺服器14。 在笔去技術中’滑軌裝置1〇〇是由内執組110以及組 裝於機櫃12之外執組12〇所構成。内執组11〇之上緣以及 下緣β又有‘引部112，外軌組12〇内側之上緣以及下緣設 有：應導引部112之導引溝槽122，而導引部112是卡合 於V引溝槽122巾。因此，在將内執組11〇組裝於伺服器 14之後’祠服器14即可藉由導引部ιι2以及導引溝槽122 之接合關係在滑執裝置上100滑移，以方便使用者推移或 拉動伺服器14。 1330067 . . · • · 0960065 23896twf.doc/e 然而’由於部分型式之伺服器M有較大之產品尺寸 (例如：3U或4U的電子資訊裝置），且產品重量較重， 因此當伺服器14藉由滑轨裝置1〇〇架設於機櫃12時，伺 服器14之重量會造成導引部112與導引溝槽122間之摩擦 力大幅地增加，伺服器14即不易在滑轨裝置上1〇〇滑移， 導致使用者在推移或拉動伺服器時之不便。0960065 23896twf.doc/e IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a device and a sliding device for carrying an electronic information device. The slide hits the electronic information device unit. [Prior Art] With the advancement of technology, computers have become a tool for work. Even some of the company's line numbers will use multi-heart ==:: in general, in order to make multiple servers complete; the ground is: = the server is placed in the - cabinet. Figure ία shows the schematic diagram of Xi 4:== group ,, and Figure 1 Β1 shows the servo slip diagram of Figure 1. Please also refer to the iA, map];: ^ set of the map and Figure 1C, the conventional feeding suit crying group 10 including the cabinet 12, the feeding device 14 and the rail shot 100. Word service = 14 is by The slide assembly f 1〇〇 is assembled to the machine #12, and the user can finely push or pull the servo 14 by the beta actuator 100. In the pen-to-tech technique, the slide assembly 1 is assembled by the inner group 110 and assembled. 12 〇 is formed outside the cabinet 12. The upper edge of the inner group 11 以及 and the lower edge β have a 'lead portion 112, and the outer edge group 12 〇 inner upper edge and the lower edge are provided: a guiding portion The guiding groove 122 of the 112, and the guiding portion 112 is engaged with the V leading groove 122. Therefore, after the inner group 11〇 is assembled to the server 14, the server 14 can be guided by The engagement relationship between the portion ι and the guiding groove 122 is slipped on the sliding device 100 to facilitate the user to push or pull the servo 14. 1330067 . . . . . . . . 0960065 23896twf.doc/e However, due to the partial servo The device M has a larger product size (for example, a 3U or 4U electronic information device), and the product is heavier, so when the server 14 is slid by the rail device 1 When the cymbal is erected in the cabinet 12, the weight of the servo 14 causes the friction between the guiding portion 112 and the guiding groove 122 to be greatly increased, and the servo 14 is not easily slipped on the sliding device, resulting in use. The inconvenience of moving or pulling the server.
一此外，習知提出另一種具有多個滾珠之滑執裹置（未 繪示）’而重量較重之爐器可藉由滚珠在滑軌裝置上順暢 地滑動。然而，由於料之珠II尺寸較大，具衫個滾珠 之/月、軌裝置即有1父大之產品體積，進而導致機櫃内部空間 縮減’而II積％c大之飼服器即不易配設於機櫃中。因此， 在:轨裝置上順暢地滑動’且能兼顧伺服 <065又二間疋—重要課題。 【發明内容】 子資广甘種滑軌裝置以及具有此滑軌裝置之電 裝置機體順暢Ϊ滑移滑執裝置可使架設於其上之電子資訊 子資供種滑執裝置以及具有此滑軌裝置之電 置：而配設於ί軌Ϊ電子資訊裝置機組具有上述之滑轨裝 本發明提電子資訊裝置能順暢地滑移。 —機櫃，而1子資置，其沿著—移動路徑配設在 轨裝置包括-組裝二=置機體適於組裝在滑軌裝置。滑 轨道电内缘之;櫃之第一轨道組'多個樞設於第— 緣之轴承叹-承靠於這些轴承之第二執道組。 0960065 23896twf.d〇c/e =資裝在電子資訊裝置機體外側，而 -連 ΐί:之第一 分別遠接μ㈣ 第—連接件以及第二連接件 刀别=於本體之兩端部’且固定於機樞。 明之—實施财，第—軌道蚊包括— 件勤固疋於第一連接件以及接件之間 一軌道組之結構。 〜系 發=之貝、知例中，第—執道組之内緣設有多個 邱，道二’—轨道組設有多個與導引溝槽對應之導弓丨 ^。卩限位於導引溝槽巾，而第二執道組藉由導 槽之限位以沿著移動路徑滑動。 在本發明之一實施例中，輪承是微型轴承。 本發明再提出-種電子資訊裝置機組，其包括一機 櫃、至少_電子資訊裝置以及至少—上述之滑軌裝置。其 中，滑軌裝置沿著-移動路經配設在機櫃，而電子資訊裝 置則藉由滑執裝置滑設於機櫃。 本發明是在第-執道組之内緣設置多個適於滾動之 軸承’而第二軌道組是S靠於這些歸，且第二執道組適 於沿著一移動路徑相對第一軌道組滑動。因此，當使用者 將例如疋電Κ訊裝置之電子資訊裝置機體承載於第二執 道組上％，電子資訊裝置機體即可藉由第二軌道組與軸承 間之連接關係以順暢地於滑軌裝置上滑動。此外，相較於 1330067 ’ · 0960065 23896twf.doc/e 習知技術利用滾珠來使電子資訊裝置機體在滑軌裝置上滑 動，由於本發明之軸承尺寸遠小於滾珠，因此輪承之配設 並不會導致機櫃内部之配設空間縮減。換言之，本發明之 電子資訊裝置機組具有較大之配設空間以容置體 電子資訊裝置機體。 ' 為讓本發明之上述特徵和優點能更明顯易‘丨董，下文特 舉較佳實施例，並配合所附圖式，作詳細說明如下。 | 【實施方式】 圖2A繪示本發明較佳實施例之一種電子資訊裝置機 組的示意圖，圖2B繪示圖2A之電子資訊裝置滑移至機櫃 外側的示意圖，圖2C繪示圖2B中滑軌裝置的分解圖。請 同時參考圖2A、圖2B、及圖2C，本實施例之電子資訊裝 置機組20包括機櫃22、至少一電子資訊裝置24之機體: 以及至少一組滑執裝置2〇〇。機櫃22例如是由四個支撐柱 22a所構成之架體，而滑軌裝置2〇〇是沿著一移動路徑[ 配設於機櫃22，電子資訊裝置24則是藉由滑執裝置2⑻ • 滑設於機櫃22上。在本實施例中，電子資訊裝置24例如 是伺服器、或磁碟陣列系統…等。下文中，本實施例將 對滑軌裝置200作詳細說明。 、 在本實施例中，滑執裝置2〇〇包括組裝於機櫃22之 第一軌道組210、多個樞設於第一軌道組21〇内緣之軸承 220(軸承220例如是微型轴承）以及一承靠於這些軸承 之第二執道組230。本實施例之第二執道組23〇例如是藉 由鎖固元件（未繪示）組裝在電子資訊裝置24之殼體夕曰卜 1330067 . · ’ _ 0960065 23896twf.doc/e 側。如此一來，電子資訊裝置24即可藉由第二執道組23〇 滑設於軸承220上，並可沿著移動路徑匕相對第一轨道组 210滑動。 ’ 承上所述，本實施例之第一執道組21〇包括本體212、 第一連接件214以及一第二連接件214，第一連接件214 以及第二連接件216分別連接於本體212之兩端部，且第 一連接件214以及第二連接件216藉由多個鎖固結構（未繪 示）固定於機櫃22。藉此，使用者可以依據機櫃22内部之 谷置空間殊度D來調整第一連接件214以及第二連接件 216豐合於本體212之長度，進而控制第一執道組21〇之 整體長度，並使第一轨道組210能有效地固定於機櫃22 上。此外，本實施例亦可於第一連接件214以及第二連接 件216之間組設一固定件219，以強化第一軌道組21〇之 . 結構強度。 值得一提的是，由於本實施例將多個適於轉動的軸承 220樞設於第一執道組21〇之内緣，且第二軌道組23〇承 鲁 靠於這些軸承220上，因此當使用者欲將架設於第二軌道 組230上之電子資訊農置24推入機櫃22中或是自機櫃22 中拉出電子資訊裝置24時，用以承載電子資訊裝置24之 第二軌道組230能順暢地在軸承220滑移，進而讓使用者 可以輕易地來移動電子資訊裝置24。 此外’為能讓第二執道組230在相對第一軌道組210 滑動時不會有偏移現象產生，本實施例可於第一軌道組 210之内緣設有多個導引溝槽218，並於第二轨道組230 0960065 23896twf.doc/e 設置多個與導引溝槽218對應之導引部232。其中，導引 部232是限位於導引溝槽218中，因此第二軌^组23〇可 藉由導引部232與導引溝槽218間之限位關係而沿著移動 路徑L滑動，電子資訊裝置24之滑動即不易有滑動偏移 之現象產生。在本實施例中，兩相鄰之軸承22〇間具有一 適當距離，且兩相鄰之軸承22〇間具有導引溝槽Ή8，以 使滑軌裝置200具有較佳之滑移效能。當妙 奋 例:」導引溝㈣與軸承220之配設位置二= 的没計方式’本發明在此並不作任何限制。 综士所述，本發明是在第一執道組之内緣設置多個軸 承，而第二轨道組是承靠於這些軸承，且第二軌道組適於 沿^移動路徑相對第一轨道組滑動。因此，當使用者將電 子寅訊裝置之機體承載於第二軌道組上時，電子資訊裝置 ，體即可藉由軸承與第二軌道關之連接關細順暢地在 /月執裝置上滑動。相較於習知技術，本發明有下列優點： (―)在本發明中，由於第二滑執組是藉由軸承來相對 右:滑軌組滑移，因此第一滑執組以及第二滑軌組間不易 〜擦力之存在。如此一來，當第二滑軌組承載較重之電 上裝置機體時，第二滑軌組仍可順暢地在第一滑執組 月移，而使用者即可輕易地將電子資訊裝置推入機櫃中 或是自機櫃中拉出電子資訊裝置。 说(―)由於本發明是利用軸承來使電子資訊裝置能在 :裝置上順暢地滑移，以改善習知的滑執裝置因兩滑軌 ^間頻繁地摩擦__情況。換言之，本發明之滑執裝 0960065 23896twf.doc/e 置有較長之使用壽命。 組設㈣在將麻 『即機植内部有足夠植設空間來In addition, it has been proposed to provide another sliding arrangement (not shown) having a plurality of balls, and the heavy-weight furnace can be smoothly slid on the rail device by the balls. However, due to the large size of the bead II of the material, the ball/month of the shirt and the rail device have the volume of the product of one parent, which leads to the reduction of the internal space of the cabinet, and the feeding device of the II%%c is difficult to match. It is located in the cabinet. Therefore, it is possible to smoothly slide on the rail device and to take care of both the servo and the 065. [Summary of the Invention] The Zixiang Guanggan type rail device and the electric device body having the slide rail device can smoothly and smoothly slide and slide the device, and the electronic information subscribing device can be mounted thereon and have the slide rail The electric device of the device is equipped with the above-mentioned slide rail device. The electronic information device of the invention can smoothly slide. - a cabinet, with a sub-sector, which is arranged along the --moving path in the rail device including - assembly two = body is suitable for assembly in the rail device. The inner rail of the slide rail; the first track group of the cabinet 'a plurality of bearing slings pivoted on the first edge-bearing the second obstruction group of these bearings. 0960065 23896twf.d〇c/e = is installed on the outside of the electronic information device body, and the first one is connected to the μ (four) first connector and the second connector is at the two ends of the body Fixed to the armature. Mingzhi----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- ~ The system is in the shell, and in the example, the inner edge of the first-dealing group is provided with a plurality of Qiu, and the second---track group is provided with a plurality of guiding bows corresponding to the guiding grooves. The limit is located in the guide groove towel, and the second group of the track is slid along the movement path by the limit of the guide groove. In an embodiment of the invention, the wheel bearing is a miniature bearing. The invention further proposes an electronic information device unit comprising a cabinet, at least an electronic information device and at least the above-described rail device. The rail device is disposed along the moving path in the cabinet, and the electronic information device is slidably disposed in the cabinet by the sliding device. The present invention is to provide a plurality of bearings suitable for rolling at the inner edge of the first-bus group, and the second track group is S against these, and the second group is adapted to move relative to the first track along a moving path. Group sliding. Therefore, when the user carries the electronic information device body of the electronic communication device, for example, on the second road group, the electronic information device body can smoothly slide through the connection relationship between the second track group and the bearing. Slide on the rail device. In addition, compared with 1330067 '· 0960065 23896twf.doc/e, the conventional technology utilizes balls to slide the electronic information device body on the slide rail device. Since the bearing of the present invention is much smaller than the ball, the wheel bearing is not disposed. This will result in a reduction in the space inside the cabinet. In other words, the electronic information device unit of the present invention has a large space for accommodating the body of the electronic information device. The above-described features and advantages of the present invention will become more apparent and preferred, and the preferred embodiments will be described hereinafter with reference to the accompanying drawings. 2A is a schematic diagram of an electronic information device unit according to a preferred embodiment of the present invention, FIG. 2B is a schematic view showing the electronic information device of FIG. 2A sliding to the outside of the cabinet, and FIG. 2C is a schematic view of FIG. An exploded view of the rail device. Referring to FIG. 2A, FIG. 2B, and FIG. 2C, the electronic information device unit 20 of the present embodiment includes a cabinet 22, a body of at least one electronic information device 24, and at least one group of sliding devices. The cabinet 22 is, for example, a frame composed of four support columns 22a, and the rail device 2 is disposed along a moving path [disposed in the cabinet 22, and the electronic information device 24 is slid by the sliding device 2 (8). It is disposed on the cabinet 22. In the present embodiment, the electronic information device 24 is, for example, a server, a disk array system, or the like. Hereinafter, the slide rail device 200 will be described in detail in this embodiment. In the present embodiment, the sliding device 2 includes a first track set 210 assembled to the cabinet 22, and a plurality of bearings 220 pivotally mounted on the inner edge of the first track set 21 (the bearing 220 is, for example, a miniature bearing) and A second obstruction group 230 that bears against these bearings. The second gangway group 23 of the present embodiment is assembled, for example, by a locking component (not shown) on the side of the housing of the electronic information device 24 13 13 1330067. ’ _ 0960065 23896 twf.doc/e. In this way, the electronic information device 24 can be slidably disposed on the bearing 220 by the second ganglion group 23 and can slide along the moving path 匕 relative to the first track set 210. As described above, the first gang 21a of the present embodiment includes a body 212, a first connecting member 214, and a second connecting member 214. The first connecting member 214 and the second connecting member 216 are respectively connected to the body 212. The first connecting member 214 and the second connecting member 216 are fixed to the cabinet 22 by a plurality of locking structures (not shown). Therefore, the user can adjust the length of the first connecting member 214 and the second connecting member 216 to the body 212 according to the valley space degree D inside the cabinet 22, thereby controlling the overall length of the first road group 21〇. And the first track set 210 can be effectively fixed to the cabinet 22. In addition, in this embodiment, a fixing member 219 may be disposed between the first connecting member 214 and the second connecting member 216 to strengthen the structural strength of the first track set 21 . It is worth mentioning that, since this embodiment, a plurality of bearings 220 suitable for rotation are pivoted on the inner edge of the first lane group 21〇, and the second rail group 23 is supported by the bearings 220, When the user wants to push the electronic information farm 24 mounted on the second track group 230 into the cabinet 22 or pull the electronic information device 24 from the cabinet 22, the second track group for carrying the electronic information device 24 The 230 can smoothly slide on the bearing 220, thereby allowing the user to easily move the electronic information device 24. In addition, in order to prevent the second orbital group 230 from slipping relative to the first track group 210, the present embodiment may be provided with a plurality of guiding grooves 218 at the inner edge of the first track group 210. And a plurality of guiding portions 232 corresponding to the guiding grooves 218 are disposed in the second track group 230 0960065 23896twf.doc/e. The guiding portion 232 is limited to the guiding groove 218. Therefore, the second rail group 23 can slide along the moving path L by the limiting relationship between the guiding portion 232 and the guiding groove 218. The sliding of the electronic information device 24 is less likely to cause a slippage phenomenon. In the present embodiment, the two adjacent bearings 22 have an appropriate distance therebetween, and the adjacent bearings 22 have guiding grooves Ή8 therebetween so that the sliding device 200 has a better sliding performance. For example, the invention is not limited to the arrangement of the guide groove (four) and the bearing 220. As described in the above, the present invention is to provide a plurality of bearings at the inner edge of the first road group, and the second track group bears against the bearings, and the second track group is adapted to move along the path of the first track relative to the first track group. slide. Therefore, when the user carries the body of the electronic communication device on the second track set, the electronic information device can slide smoothly on the / month device by the connection between the bearing and the second track. Compared with the prior art, the present invention has the following advantages: (―) In the present invention, since the second sliding group is relatively rotated by the bearing: the sliding rail group slips, the first sliding group and the second It is not easy to strike between the rail groups. In this way, when the second rail group carries the heavier electric device body, the second rail group can still be smoothly moved in the first sliding group, and the user can easily push the electronic information device. Into the cabinet or pull out the electronic information device from the cabinet. Said (-) because the present invention utilizes bearings to enable the electronic information device to smoothly slide on the device to improve the conventional sliding device due to frequent friction between the two slides. In other words, the slipper assembly 0960065 23896twf.doc/e of the present invention has a long service life. The set (4) has enough planting space inside the plant
Ff —太發月已以車父佳實施例揭露如上，然其並非用以 二二’任何所屬技術領域巾具有通常知識者，在不 K tl· 明之精神和範圍内，當可作些許之更動與满飾， 為準。^明之保護範圍當概附之巾請專職圍所界定者 【圖式簡單說明】 =1Α繪二習知的一種飼服器機組的示意圖。 二jB、’會不圖1Α之伺服器滑移至機櫃外側的示意圖。 =會示:圖汨之滑執裝置的分解圖。 組的示咅^繪不本發明較佳實施例之一種電子資訊裝置機 意圖W β'θ v®2A之電子資訊裝置滑移至麵外側的示 示圖2B《滑軌裝置的分解圖。 [主要兀件符號說明】 12 14 10 :電子資訊裝置機組 機櫃 伺服器 20 :電子資訊裝置機組 1330067 0960065 23896twf.doc/e 22 :機櫃 22a :支撐柱 24 :電子資訊裝置 100 :滑軌裝置 110 :内軌組 112 :導引部 120 :外執組 122 :導引溝槽 _ 200:滑執裝置 210 :第一軌道組 212 :本體 214 :第一連接件 216:第二連接件 218 :導引溝槽 219 :固定件 220 :軸承 • 230:第二軌道組 232 :導引部 L:移動路徑Ff - Taifayue has been exposed as above in the example of the car's best example, but it is not intended to be used in the technical field of any technical field, and it is possible to make some changes in the spirit and scope of KT. With full ornaments, it shall prevail. ^The scope of protection of the Ming Dynasty, please refer to the full-scale enclosure for the attached towel. [Simplified description of the diagram] =1 Α 二 二 二 习 示意图 示意图 示意图 示意图 示意图 示意图 示意图 示意图 示意图 示意图. The second jB, 'will not be the schematic diagram of the server sliding to the outside of the cabinet. =Indicative: An exploded view of the sliding device of Figure 。. BRIEF DESCRIPTION OF THE DRAWINGS An electronic information device of the preferred embodiment of the present invention is intended to be an external view of the electronic information device of the Wβ'θ v® 2A. FIG. 2B is an exploded view of the slide device. [Main component symbol description] 12 14 10 : Electronic information device unit cabinet server 20: electronic information device unit 1330067 0960065 23896twf.doc/e 22: cabinet 22a: support column 24: electronic information device 100: rail device 110: Inner rail group 112: guiding portion 120: outer group 122: guiding groove _200: sliding device 210: first rail group 212: body 214: first connecting member 216: second connecting member 218: guiding Groove 219: Fixing member 220: Bearing • 230: Second track group 232: Guide portion L: Moving path