M308616 .八、新型說明： ，【新型所屬之技術領域】 本創作係有關於一種固定支架，尤指一種用以固定伺 服器於機架上之固定支架。 【先前技術】 咏隨著電腦之普及與其多功能需求之急遽增加，扮演著 官理者角色的伺服器之重要性不在話下，無論是急遽擴充 的企業或是擁有廣大㈣者之網路服務供應商，伺服器都 必須因應未來網際網路之成長及擴充所需要的空間，而單 一伺服器已無法滿足企業或網路服務供應商對於伺服器 容量擴充的需求。所以，除了原有之祠服器外，亦須額外 增設伺服器。㈣，在擴充增設伺服器之際，該饲服器所 而之女衣固疋及官理相對更趨於複雜。由此可知，如何提 供易於安裝伺服器之固定技術來提升安裝的效率以因應 消費者需求急遽增加、及降低生產製造的成本，將是未來 ⑩所面臨的一大課題。 目w習知的伺服器固定之方式，皆係將多數之伺服器 以垂直排列方式固定於一呈矩形立方體之機架上，且該機 架係以複數之直立式骨幹所構成，故，通常安裝該伺服器 時，尚需搭配橫式之固定支架，大部分係使用L形之固定 支架，才能夠將該伺服器固定於機架上。 請參閱第1圖，習知之固定支架1〇〇係用以將伺服器 200固定於機架300上。該固定支架丨〇〇之兩相對長邊係 形成有向内彎折並形成一缺口之套合部丨〇丨，及自該固定 19688 5 M3 08616 ••支木1 〇 〇之連接兩相對長邊之一短邊延伸並向外垂直彎 、折之第一固定板103,且該第一固定板103係設有複數之 通孔10 5。該飼服器2 0 0兩側邊分別具有定位柱2 〇 1，該 疋位柱201係包括一頸部2011及頭部2013,該頸部2011 之直徑係小於該頭部2 〇 13之直徑，並且恰可滑入於套合 部101之缺口中，該頭部2013則容置於該套合部1〇1之 内侧。該機架300係為具有複數通孔3〇1之四支[形骨架 300a、300b、300c、30 0d組成之矩形立方體骨架。 ® 當應用此種固定技術時，先行選用二該固定支架 100，並將二該固定支架100之套合部101互為相對，且 使各该第一固定板1〇3朝向相應之該機架骨架3〇〇c及 300d，接著，將各該第一固定板1〇3上之通孔1〇5對準相 應該骨架300c及300d上之通孔301並以螺絲9及螺帽 10鎖付固定，以將二該固定支架1〇〇固定於機架3〇〇上， 再將该伺服裔200以水平方式向該骨架3〇〇a及3〇〇b之間 魯推進，並使忒伺服器2 0 0兩侧定位柱2 〇 1之頭部2 〇 13套 入該相應之套合部1〇1内侧，並使該頸部2〇11沿該套合 部101之缺口滑入，接著，持續推進該伺服器2〇〇並使得 自該伺服器200兩側形成之第二固定板2〇5貼向該骨架 300a、300b上，將螺絲9插入該第二固定板2〇5上之複 數通孔207及相應該骨架3〇〇a、3〇〇b上之通孔3〇1並以 螺帽10鎖付固定，使該祠服器2〇〇固定於該機架3〇〇上。 惟，上述之固定支架之各部係以金屬彎折方式製成， 其結構簡單易於製作，然而卻衍生出其它的問題。例如， 19688 6 M308616 •.應用該时支架時，僅有第—固定板與該機架之固定處可 ，，承受較大之重量，而該固定支架之套合部與該定位柱之结 合處無法平均承受該飼服器之重量，導致該固定支架無較 佳之支撐力產生變形及下陷之問題。 另外，該固定支架先固定於機架上，再將該祠服器之 定位柱對準並滑入該套合部中，以將該飼服器固定於機架 上，而該定位柱與套合部對準不易，勢必導致安裝時間大 幅增加。若使該ϋ定支Μ行組設於該舰器上，再使該 伺服器置入機架，由於大部分機架之寬度（即3嶋與難 之距離）係以略大於預置放飼服器之寬度設計，故，該固 定支架所延伸之第-固定板將與該機架產生碰撞干涉，無 法以水平方式置入，而需以傾斜方式將該饲服器置入機架 中固定，並且5亥機架普遍以L形之角鋼組成，該固定支架 亦須以大致呈L形之支架以固定於機架上，是故，將造成 •安裝之費時、費力及便利性低等問題。 • 目此’如何開發―種伺服器之固S支架，以解決上述 f知技術之各㈣點’實為當今亟待解決之課題。 【新型内容】 鑒於以上白知之缺點，本創作之主要目的在於提供一 種較具結構強度之固定支架。 本創作之復一目的係提供一種安裝便利之固定支架。 本㈤作之又目的係提供-種配合機架深度而可調 整長度之固定支架。 為達上述目的及其他相關之目的，本創作係提供一種 19688 7 M308616 •固定支架。該固定支架係用以固定兩側分別具有定位柱與 .固定孔之伺服器至由具有複數通孔之四支支架組成之矩 形機架上，該固定支架包括：支架本體，形成有供該定位 柱結合定位之定位調整孔，形成有對應固定該固定孔之固 定用穿孔、以及連接於該支架本體一端之鉸鏈結構，自該 鉸鏈結構一端連接有固定片，設於該固定片上之通孔。 月述之固定支架係為金屬材質所製成者，復包括形成 於定位調整孔及固定用穿孔兩側i以彎折方式形成之強 p該疋位凋整孔係為一端有大徑孔及長形孔連通而 成，該固定用穿孔部係為長形孔。 邊叙鏈結構由該支架本體一端延伸並彎折成型之第 一鉸接部及該固^片-端延伸並、f折成型之第二鉸接部 斤、且成i以軸心穿設該第一鉸接部與該第二欽接部之 成且if作之固定支架，利用元件本身以金屬彎折方式形 之曹^構強度之強化部’以較佳之支撐力承受該伺服器 里，因此可解決習知固定支架無較 下陷轡开彡夕叫日s 又扭刀而k成 創作之固6 = ’ 元件壽命並節省成本。同時，本 外之構件丨Γ僅需使用一個固定支架即可無需使用額 後陳述度通用於各種深度（容 本效益 進订_服器之安褒固定，進而提昇成 另，本創作之固定支架，利用可翻轉式固定片，可解 19688 8 M3 08616 '決習知技術中因使用L形之固定支架，而導致無法將該固 ^定支架先行組裝於該祠服器上，而於置入該機架時產生干 涉之問題。 由此可知，應用本創作之固定支架可解決習知技術之 各種缺點，以便提供較具結構強度支撐、便於安裝、通用 性高之效果，實已克服習知技術之缺失。 【實施方式】 以下係藉由特定的具體實施例說明本創作之實施方 ♦式，所屬技術領域中具有通常知識者可由本說明書所揭示 之内容輕易地瞭解本創作之其他優點與功效。 以下參照圖式說明本創作之實施例，應注意的是，本 創作係用以固定伺服器至機架上之固定支架，以下圖式係 為簡化之部分立體圖，而僅以示意方式說明本創作之基本 構=，圖式中僅例示與本創作有關之元件而非按照實際實 ，施時=元件數目、形狀及尺寸繪製，其實際實施時各元件 φ之型愍、數1及比例並非以圖示為限，可依實際設計需要 作變化，合先敘明。 如弟2圖及第3圖所示，該固定支架7係用以固定兩 4圪刀別具有疋位柱2〇1與固定孔2〇3之伺服器2〇〇至具 有複數通孔301之機架3〇〇上。 ’、 卜該機架300係為可供飼服器或其他電子主機所需收 、、、内管理並固定其上之裝置，本實施例中主要以收納飼服器 之機架為例進行說明，但並非侷限於此。同時，本實施例 亥機木300主要係以四支設有供固定之複數通孔 19688 9 M308616 ••之直立式L形金屬桿體300a、300b、300c、300d所構成， '略壬矩形立方軀體’兩桿體3〇〇a、300b之寬度係略大於 該伺服器200之寬度。 該定位柱201係設於該伺服器2〇〇之兩側邊可供定位 之凸柱，該凸柱並包括頸部2011及連接該頸部2〇11之頭 部2013。同時，該頸部2011之半徑小於該頭部2〇13之 半徑，但並非限定於圖式所示之形態。 邊固疋孔2 0 3係設於該祠服器2 〇 〇之兩侧邊，並且與 _忒專疋位柱201係維持一等距設置，即二該定位柱 間之距離、該固定孔203與鄰近該定位柱2〇1間之距離皆 以一等距設置於該伺服器200之兩侧，且該固定孔係為螺 孔。 、 该伺服器200復在前端向兩外側延伸設有具有通孔 207之第二固定板205。 该固定支架7係可為例如金屬材質所製成者，且該固 籲定支架7包括支架本體71、連接於該支架本體71 一端之 叙鏈、纟σ構73、以及連接自該鉸鏈結構一端之固定片π。 忒支架本體71形成有供該定位柱2〇1結合定位之定 位調整孔711、形成於該支架本體71並對應固定該固定 孔203之固定用穿孔713。 该定位調整孔711係為一端有大徑孔711&及長形孔 Hib連通而成，該大徑孔711&之半徑係大於該長形孔 711b之寬度，且該大徑孔711&之大小恰可使該定位柱2〇1 之頭部2013穿入，而該長形孔7Ub之大小恰可供該定位 19688 10 M308616 、柱201之頸部2011滑入，該頸部2〇11之高度恰為該長形 ，，孔711b之截面厚度（即固定支架之板材厚度），並由該頭 部2013之底面沿該長形孔7Ub之邊緣外侧之支架本體 71上壓制’以使該頸部2 q 11於滑入該長形孔711 b後僅 能沿著該長形孔711b做水平移動而不脫落，以方便調整 適當位置。 該定位調整孔711係可為例如對應該定位柱2〇1之組 &式通孔，並且係採用卡扣方式將該定位柱2 〇 1與該定位 調整孔711卡固接合，以將該固定支架7固定於該飼服器 200 上。 但應注意的是，該定位調整孔711係對應該定位柱 201而設置者，雖本實施例中係設置二個定位柱2〇1及二 個定位調整孔711，但所屬技術領域中具有通常知識者應 知，該定位柱201與該定位調整孔711之設置數量及結構 並非限定於圖式所示之形態。 ⑩ 該固定用穿孔713係可為例如對應鎖固該固定孔2〇3 之長形孔，並且係採用螺絲鎖付方式將該固定孔2〇3與該 固定用穿孔713固定接合，以將該固定支架7固定於該伺 服态200上。於本實施例中，係可利用螺絲9固定接合該 固定孔203及該固定用穿孔713。 但應注意的是，該固定用穿孔713係對應該固定孔 203而設置者，雖本實施例中係設置一個固定孔2〇3及一 個固定用穿孔713,但所屬技術領域中具有通常知識者應 知，该固定孔203與該固定用穿孔713之設置數量及結構 19688 11 M308616 並非限定於圖式所示之形態。 上述之該定位調整孔711與固定用穿孔713之寬度 (即沿水平方向之長度）相等，且該等定位調整孔711與固 定用穿孔713係維持一相對應於該等定位柱2〇1與固定孔 203之等距設置，使得該等定位調整孔711可易於該等 疋位柱201間水平調整，並且亦可便於將該固定用穿孔 713對準該固定孔203。 戎支架本體71復包括自兩側邊延伸並彎折成大致α 形之強化部715，於本實施例中係以兩段彎折成型之方式 形成一較具結構強度之強化部715，以使該支架本體71 承文该伺服器200之重量，但該強化部715之結構並非限 定於圖式所示之形態。 该鉸鏈結構73係由自該支架本體71 一端延伸並彎折 成型之第一鉸接部731及自該固定片75一端延伸並彎折 成型之第二鉸接部733所組成，該第一鉸接部731與該第 二鉸接部7 3 3係呈多數間隔之空心套筒，且該第二鉸接部 733之套筒數量係多於該第一鉸接部731之套筒，該第一 鉸接部731與該第二鉸接冑733 <空心套筒互為交錯並可 結合成連通之空吨，並將該第—较接部 731與該第二鉸接部733貫穿並結合，以使該固定片π 連結於該支架本體7卜並且可使該固定片75以該第一錢 接部7 31 #該第：鉸接部7 3 3之鉸接處為旋轉中心進行翻 轉0 但應注思的是，本創作之固 疋支架係可應用上述之鉸 19688 12 M308616 _鍵結構，由於此類鉸鍵結構之構造俱為習知且均 ，對象，其結構並未改變，故為簡化起見，並使本創作 徵及結構更為清晰易懂，乃於圖示中僅顯示出與本^ 接關聯之結構，其餘部分則予以略除。但所屬技術領域中 具有通常知識者應知，該第一鉸接部731與該第二鉸 733之結構並非限定於圖式所示之形態。 該固定片75上係設有通孔753以對應該機架3〇〇之 各桿體之通孔30卜並且係採用螺絲9與螺帽1〇將該通 孔753與通孔301貫穿並鎖付固定。 如第3圖所示，應用本創作之固定支架時，可先 二該固定支架7,使二該固定支架7之平面處 715之另側)相對且該固定片75朝向機架300之方向並： 置於削司服器之兩側’接著，料該^位調整孔部⑴ 之大徑孔ma對準各該定位柱2G1之頭部別13並套入， 使該頭部2013穿出該大徑孔7Ua直到該頸部則位於 该大徑孔ma之中，接著，將該支架本體71依附著 服器之-側邊並向遠離該機架 ^隨滑入該長形孔7115中，此時可使該固定= 暫時固定於該伺服器2〇〇之側邊。 接著，將該伺服器200向該機架3〇〇方向置入之前， 先將該二該固定支架7之固定片75向内翻轉並靠向該词 =2〇0之一侧邊，再使該飼服器咖推向機架300直到 =固定部205靠向該機架_，以螺絲9貫穿該固定 相應之该通孔301之中並以螺帽1〇旋上固定， 19688 13 M308616 接著：利用該頸部2011可在該長形孔711b中水平移動， ^而5周整该固定支架7相對於該伺服器200所需伸出之距 離，亚使該固定片75超出該桿體300c及300d，再將二 亥口疋片75向外翻轉並靠向該桿體3〇〇c及3〇〇d之一表 面，以螺絲9貫穿該通孔753及相應之通孔3〇1並以螺帽 ίο旋上固定，最後，將該固定用穿孔713與對應之固定 孔203以螺絲9鎖付固定，如此，可確保該飼服器2〇〇 ,於該機上之时狀態，即如第4圖所示。 由前述及圖式之表現，可清楚地了解本創作係藉由金 羽弓折成型方式以形成較具結構強度之固定支架，以避免 白，固定支架無法平均承受飼服器之重量而下陷變形之 ^題。同時’應用本創作之固定支架，無須使用其它構 2調整W支架所需伸長之距離以通用於各式之機架 /木度，更具成本效益。 ^可知，應用本創作之固定支架，湘可翻轉之固 疋片於有限空間中提供相同之固定效果， =定支架安裝過程繁瑣不便之問題，亦有助於減少安： 综上所述，本創作之固定支架兼具結構強度、 業利=性高、實具成本效益之特性，因此具備有高度產 效，而上體實财彳，僅係肋簡本料之特點及功 ί識者Γ以限定 /創作。任何所屬技術領域中具有通常 δΒ =可在不延背本發明之精神及範疇下，對於上述之 14 19688 M308616 ' 3知例進行修飾與改變。因此，本創作之權利保謹f pj 應如後述之申請專利範圍所列。 6 【圖式簡單說明】 第1圖為習知伺服器之固定支架之組裝示意圖； 第？圖為本創作伺服器之固定支架之較佳實施例圖; =3圖為本創作伺服器之固定支架之組襞示意圖； 第4圖為本創作伺服器之固定支架之組襞完成圖。 【主要元件符號說明】 100, 7 固定支架 101 套合部 103 第一固定板 105, 207, 301，753 通孔 200 伺服器 201 定位柱 2011 頸部 2013 頭部 203 固定孔 205 第二固定板 300 機架 300a， 300b，300c，300d 桿 71 支架本體 711 定位調整孔 711a 大徑孔 711b 長形孔 19688 15 M308616 713 長形孔 715 強化部 73 鉸鏈結構 731 第一鉸接部 733 第二鉸接部 75 固定片 8 轴心 9 螺絲 10 螺帽M308616 . VIII. New description: , [New technical field] This creation is about a fixed bracket, especially a fixed bracket for fixing the servo on the frame. [Prior Art] With the popularity of computers and the rapid increase in their multi-functional needs, the importance of a server that plays the role of an official is no matter whether it is an enterprise that is rapidly expanding or has a network service that has a large number of people. Vendors and servers must respond to the space required for future Internet growth and expansion, and a single server can no longer meet the needs of enterprise or network service providers for server capacity expansion. Therefore, in addition to the original server, an additional server is required. (4) At the time of expansion and addition of the server, the female clothing and the official principles of the feeding device are relatively more complicated. It can be seen that how to provide a fixed technology that is easy to install the server to improve the efficiency of the installation in response to the rapid increase in consumer demand and reduce the cost of manufacturing will be a major issue in the next 10 years. The conventional method of fixing the server is to fix a plurality of servers in a vertical arrangement on a frame of a rectangular cube, and the frame is composed of a plurality of upright backbones, so usually When installing the server, it is necessary to use a horizontal fixing bracket, and most of them use an L-shaped fixing bracket to fix the server to the frame. Referring to Figure 1, a conventional mounting bracket 1 is used to secure the servo 200 to the frame 300. The two opposite long sides of the fixing bracket are formed with a sleeve portion which is bent inwardly and forms a notch, and the connection from the fixing 19688 5 M3 08616 •• branch wood 1 相对 is relatively long One of the short sides extends and is bent outwardly and folded perpendicularly to the first fixing plate 103, and the first fixing plate 103 is provided with a plurality of through holes 105. The feeding device 200 has a positioning column 2 〇1 on both sides, and the clamping column 201 includes a neck portion 2011 and a head portion 2013, and the diameter of the neck portion 2011 is smaller than the diameter of the head portion 2 〇13 And just sliding into the gap of the sleeve portion 101, the head portion 2013 is accommodated inside the sleeve portion 1〇1. The frame 300 is a rectangular cube skeleton composed of four skeletons 300a, 300b, 300c, 30 0d having a plurality of through holes 3〇1. When the fixing technique is applied, the fixing bracket 100 is selected first, and the fitting portions 101 of the fixing bracket 100 are opposite to each other, and the first fixing plates 1〇3 are oriented toward the corresponding frame. The skeletons 3〇〇c and 300d, and then the through holes 1〇5 of the first fixing plates 1〇3 are aligned with the through holes 301 of the corresponding frames 300c and 300d and are locked by the screws 9 and the nuts 10 Fixed to fix the two fixing brackets 1 to the frame 3〇〇, and then push the servo 200 to the frame 3〇〇a and 3〇〇b horizontally, and make the servo The two sides of the positioning post 2 〇1 of the head 2 〇 13 nested inside the corresponding fitting part 1〇1, and the neck 2〇11 slides along the gap of the fitting part 101, and then The server 2 is continuously pushed and the second fixing plate 2〇5 formed on both sides of the server 200 is attached to the frame 300a, 300b, and the screw 9 is inserted into the second fixing plate 2〇5. The plurality of through holes 207 and the corresponding through holes 3〇1 of the skeletons 3〇〇a, 3〇〇b are fixed by the nut 10 so that the server 2〇〇 is fixed to the frame 3〇〇 . However, each of the above-mentioned fixing brackets is made of a metal bending method, and the structure is simple and easy to manufacture, but other problems are derived. For example, 19688 6 M308616 • When the bracket is applied, only the fixing portion of the first fixing plate and the frame can be subjected to a large weight, and the joint portion of the fixing bracket and the positioning post are combined. It is impossible to bear the weight of the feeding device on average, resulting in the problem that the fixing bracket has no better supporting force to cause deformation and sagging. In addition, the fixing bracket is first fixed on the frame, and then the positioning post of the server is aligned and slid into the sleeve to fix the feeding device to the frame, and the positioning post and the sleeve The alignment of the joints is not easy, which will inevitably lead to a significant increase in installation time. If the set branch is set on the ship and the server is placed in the rack, the width of most of the racks (ie, 3 嶋 and difficult distance) is slightly larger than the preset feeding. The width of the server is designed. Therefore, the first fixing plate extended by the fixing bracket will collide with the frame and cannot be placed in a horizontal manner, and the feeding device should be placed in the frame in a tilted manner. And the 5H frame is generally made up of L-shaped angle steel. The fixing bracket must also be fixed to the frame by a substantially L-shaped bracket, which will cause problems such as time-consuming, laborious and convenient installation. . • How to develop a solid S bracket for the server to solve each of the above four points is a problem that needs to be solved today. [New content] In view of the above shortcomings of Baizhi, the main purpose of this creation is to provide a fixed bracket with more structural strength. The purpose of this creation is to provide a mounting bracket that is easy to install. The purpose of this (5) is to provide a fixed bracket with a length adjustable to match the depth of the frame. For the above purposes and other related purposes, this creation provides a 19688 7 M308616 • fixed bracket. The fixing bracket is configured to fix a servo rack having a positioning post and a fixing hole on each side to a rectangular frame composed of four brackets having a plurality of through holes, the fixing bracket comprising: a bracket body formed with the positioning The positioning and adjusting hole of the column is combined with the fixing hole for fixing the fixing hole and the hinge structure connected to one end of the bracket body. A fixing piece is connected to one end of the hinge structure, and a through hole is formed on the fixing piece. The fixing bracket described in the month is made of a metal material, and includes a strong p formed in a bending manner formed on both sides of the positioning adjustment hole and the fixing perforation, and the indentation hole is a large diameter hole at one end and The elongated holes are connected, and the fixing perforated portions are elongated holes. The side chain structure is formed by one end of the bracket body and is bent and formed by the first hinge portion and the second hinge portion of the fixing piece and the f-shaped portion, and the first portion is formed by the shaft The fixing portion of the hinge portion and the second plucking portion and if the fixing bracket is used, the reinforcing portion of the strength of the component which is formed by the metal itself in a metal bending manner is received by the servo with a better supporting force, so that the solution can be solved The conventional fixed bracket has no lower depression, and the singer is called the s day and twists the knife and k is the creation of the solid 6 = 'component life and cost savings. At the same time, the external components only need to use a fixed bracket to use the post-declaration degree for various depths (the efficiency of the binding is _ the fixed installation of the device, and then upgraded to another, the fixed bracket of the creation) With the reversible fixing piece, the solution can be solved in 19688 8 M3 08616. In the technique, the L-shaped fixing bracket is used, so that the fixing bracket cannot be assembled on the server first, and is placed in the device. The problem of interference occurs in the frame. It can be seen that the fixing bracket of the present invention can solve various shortcomings of the prior art, so as to provide more structural strength support, easy installation, and high versatility, which has overcome the conventional knowledge. [Embodiment] The following describes the implementation of the present invention by a specific embodiment, and those having ordinary knowledge in the art can easily understand other advantages of the present invention by the contents disclosed in the present specification. The following is a description of the embodiment of the present invention. It should be noted that the creation is used to fix the servo to the fixed bracket on the frame, as shown below. The system is a simplified partial perspective view, and only illustrates the basic structure of the present invention in a schematic manner. In the drawings, only the components related to the present creation are illustrated, instead of being actual, the time, the number, shape and size of the components are drawn. In actual implementation, the type 愍, number 1 and ratio of each component φ are not limited to the illustrations, and can be changed according to the actual design needs, which are described first. As shown in Figure 2 and Figure 3, the fixed bracket 7 series For fixing two 4 knives, the server 2 疋 having the clamping post 2〇1 and the fixing hole 2〇3 is mounted on the frame 3〇〇 having the plurality of through holes 301. ', the rack 300 is In the present embodiment, the rack for accommodating the feeding device is mainly described as an example, but is not limited thereto. In the present embodiment, the hoisting wood 300 is mainly composed of four vertical L-shaped metal rods 300a, 300b, 300c, and 300d provided with a plurality of through holes 19688 9 M308616•• for fixing, 'slightly rectangular cube body' The width of the two rods 3〇〇a, 300b is slightly larger than the width of the server 200 The positioning post 201 is disposed on the two sides of the server 2〇〇 for positioning the protruding post, and the protruding post includes a neck 2011 and a head 2013 connecting the neck 2〇11. Meanwhile, the neck The radius of 2011 is smaller than the radius of the head 2〇13, but is not limited to the form shown in the figure. The edge fixing hole 2 0 3 is disposed on both sides of the server 2, and with _忒The special column 201 is maintained at an equidistant setting, that is, the distance between the positioning columns, the distance between the fixing hole 203 and the positioning column 2〇1 are equally spaced on both sides of the server 200. And the fixing hole is a screw hole. The server 200 has a second fixing plate 205 having a through hole 207 extending from the front end toward the outer side. The fixing bracket 7 can be made of, for example, a metal material, and the fixing bracket 7 includes a bracket body 71, a chain connected to one end of the bracket body 71, a 纟σ structure 73, and one end connected from the hinge structure. The fixed piece π. The bracket body 71 is formed with a positioning adjustment hole 711 for positioning and positioning the positioning post 2〇1, and a fixing through hole 713 formed in the bracket body 71 and correspondingly fixing the fixing hole 203. The positioning adjustment hole 711 is formed by connecting a large diameter hole 711& and an elongated hole Hib at one end. The radius of the large diameter hole 711& is larger than the width of the elongated hole 711b, and the size of the large diameter hole 711& The head 2013 of the positioning post 2〇1 can be penetrated, and the size of the elongated hole 7Ub is just enough for the positioning 19688 10 M308616, the neck 2011 of the column 201 to slide in, the height of the neck 2〇11 Just the elongated shape, the section thickness of the hole 711b (i.e., the thickness of the plate of the fixing bracket) is pressed by the bottom surface of the head 2013 along the bracket body 71 outside the edge of the elongated hole 7Ub to make the neck After sliding into the elongated hole 711 b, the 2 q 11 can only move horizontally along the elongated hole 711b without falling off, so as to facilitate adjustment of the proper position. The positioning adjustment hole 711 can be, for example, a group & type through hole corresponding to the positioning post 2〇1, and the positioning post 2 〇1 is engaged with the positioning adjustment hole 711 by a snapping manner to The fixing bracket 7 is fixed to the feeding device 200. However, it should be noted that the positioning adjustment hole 711 is disposed corresponding to the positioning column 201. Although two positioning posts 2〇1 and two positioning adjustment holes 711 are provided in this embodiment, it is generally in the technical field. The knowledge holder should be aware that the number and structure of the positioning post 201 and the positioning adjustment hole 711 are not limited to those shown in the drawings. The fixing hole 713 can be, for example, an elongated hole corresponding to the fixing hole 2〇3, and the fixing hole 2〇3 is fixedly engaged with the fixing hole 713 by screwing to The fixing bracket 7 is fixed to the servo state 200. In the present embodiment, the fixing hole 203 and the fixing through hole 713 can be fixedly joined by screws 9. However, it should be noted that the fixing through hole 713 is provided corresponding to the fixing hole 203. Although a fixing hole 2〇3 and a fixing hole 713 are provided in this embodiment, those skilled in the art have a general knowledge. It should be noted that the number of the fixing holes 203 and the fixing perforations 713 and the structure 19688 11 M308616 are not limited to those shown in the drawings. The positioning adjustment hole 711 and the fixing perforation 713 are equal in width (ie, the length in the horizontal direction), and the positioning adjustment holes 711 and the fixing perforations 713 are maintained corresponding to the positioning posts 2〇1 and The fixing holes 203 are equidistantly disposed such that the positioning adjustment holes 711 can be easily adjusted horizontally between the clamping posts 201, and the fixing perforations 713 can also be easily aligned with the fixing holes 203. The bracket body 71 further includes a reinforcing portion 715 extending from both sides and bent into a substantially α shape. In this embodiment, a reinforcing portion 715 having a structural strength is formed by two-stage bending forming, so that The bracket body 71 bears the weight of the server 200, but the structure of the reinforcing portion 715 is not limited to the configuration shown in the drawings. The hinge structure 73 is composed of a first hinge portion 731 extending from one end of the bracket body 71 and being bent and formed, and a second hinge portion 733 extending from one end of the fixing piece 75 and being bent and formed. The first hinge portion 731 is formed. a hollow sleeve having a plurality of intervals from the second hinge portion 633, and the number of sleeves of the second hinge portion 733 is more than the sleeve of the first hinge portion 731, the first hinge portion 731 and the sleeve The second hinged 胄 733 < the hollow sleeves are mutually staggered and can be combined into a communicating space, and the first butt joint 731 and the second hinge portion 733 are penetrated and coupled to connect the fixed piece π to The bracket body 7 and the fixing piece 75 can be flipped by the hinge of the first money joint portion 7 31 # the hinge portion 7 3 3 as a center of rotation, but it should be noted that the solidity of the creation The above-mentioned hinge 19688 12 M308616 _ key structure can be applied to the 疋 bracket system. Since the structure of the hinge structure is conventional and the object is not changed in structure, for the sake of simplicity, the creation is The structure is clearer and easier to understand, and only the structure associated with this structure is shown in the illustration. The rest is to be a little removed. However, it should be understood by those of ordinary skill in the art that the structure of the first hinge portion 731 and the second hinge 733 is not limited to the configuration shown in the drawings. The fixing piece 75 is provided with a through hole 753 for corresponding to the through hole 30 of each of the rods of the frame 3, and the through hole 753 and the through hole 301 are penetrated and locked by the screw 9 and the nut 1 Pay fixed. As shown in FIG. 3, when the fixing bracket of the present invention is applied, the fixing bracket 7 can be first fixed so that the other side of the plane 715 of the fixing bracket 7 is opposite and the fixing piece 75 faces the direction of the rack 300. : placed on both sides of the cutting machine. Then, the large diameter hole ma of the adjusting hole portion (1) is aligned with the head portion 13 of each positioning post 2G1, and the head portion 2013 is inserted. The large diameter hole 7Ua is located in the large diameter hole ma until the neck portion, and then the bracket body 71 is slid into the elongated hole 7115 according to the side of the attached device and away from the frame. At this time, the fixed = temporarily fixed to the side of the server 2 。. Then, before the server 200 is placed in the direction of the frame 3, the fixing pieces 75 of the fixing bracket 7 are turned inwardly and leaned toward one side of the word=2〇0, and then The feeding machine is pushed to the frame 300 until the fixing portion 205 abuts against the frame _, and the screw 9 is inserted through the fixed corresponding through hole 301 and screwed up and fixed by the nut 1 , 19688 13 M308616 : The neck portion 2011 can be horizontally moved in the elongated hole 711b, and the distance that the fixing bracket 7 needs to extend relative to the server 200 is adjusted for 5 weeks, so that the fixing piece 75 extends beyond the rod body 300c. And 300d, and then flipping the Erhaikou cymbal sheet 75 outwardly and leaning against one of the surfaces of the rod bodies 3〇〇c and 3〇〇d, and threading the through hole 753 and the corresponding through hole 3〇1 with the screw 9 and The screw ίο is screwed and fixed, and finally, the fixing hole 713 and the corresponding fixing hole 203 are fixed by screws 9 so that the state of the feeder 2 is ensured on the machine, that is, As shown in Figure 4. From the foregoing and the performance of the drawings, it can be clearly understood that the creation is formed by a golden feather bow forming method to form a fixed bracket having a structural strength to avoid white, and the fixed bracket cannot bear the weight of the feeding device on average and is depressed. ^The title. At the same time, it is more cost-effective to use the fixed bracket of this creation without using other structures to adjust the required extension distance of the W bracket to be used for various racks/wood. ^ It can be seen that with the fixed bracket of this creation, the Xiang flipped solid slab provides the same fixing effect in a limited space, and the problem of cumbersome inconvenience in the installation process of the bracket also helps to reduce the safety: In summary, this The fixed brackets created by the company have the characteristics of structural strength, profitability, high cost and cost-effectiveness. Therefore, they have a high degree of productivity, while the upper body is solid and only the characteristics of the ribs and the knowledge of the ribs. Limited / Creative. Modifications and alterations to the above-described 14 19688 M308616 '3 examples can be made without departing from the spirit and scope of the invention. Therefore, the rights of this creation should be listed in the scope of the patent application described later. 6 [Simple description of the diagram] Figure 1 is a schematic diagram of the assembly of the fixed bracket of the conventional server; The figure is a diagram of a preferred embodiment of the fixing bracket of the authoring server; the figure 3 is a group diagram of the fixing bracket of the authoring server; and FIG. 4 is a complete diagram of the grouping of the fixing bracket of the authoring server. [Main component symbol description] 100, 7 Fixing bracket 101 Fitting part 103 First fixing plate 105, 207, 301, 753 Through hole 200 Servo 201 Positioning post 2011 Neck 2013 Head 203 Fixing hole 205 Second fixing plate 300 Rack 300a, 300b, 300c, 300d Rod 71 Bracket body 711 Positioning adjustment hole 711a Large diameter hole 711b Long hole 19688 15 M308616 713 Long hole 715 Strengthening portion 73 Hinge structure 731 First hinge portion 733 Second hinge portion 75 Fixed Piece 8 Axis 9 Screw 10 Nut