M355307 八、新型說明： [新型所屬之技術領域] 本創作涉及一種風扇安裝裝置，尤指一種應用於伺服 器機箱中之風扇安裝裝置。 [先前技術3 於當今電腦設備中，伺服器以其強大之功能被廣泛應 用，且針對不同之需求，各種不同特點之伺服器被開發出 來，如具備較好穩定性之網路服務器、具備海量存儲功能 之存儲伺服器、具備快速運算功能之運算伺服器等，該等 伺服器之集成度很高，如在一般的存儲伺服器中，一個機 箱内通常會安裝多個硬碟機，在運算伺服器中，主機板上 安裝多個高速中央處理器等，且伺服器多為全天二十四小 時不停機運行，因此就對該等伺服器機箱之散熱性提出了 較高的要求，通常在伺服器機箱中安裝一個風扇固定架， 多個風扇裝設到該風扇固定架中，對機箱進行散熱。 但由於伺服器内空間狹小，安裝該等風扇到風扇固定 架上或從風扇固定架上拆下該等風扇就很不方便，往往難 以操作。 【新型内容】 鑒於以上内容，有必要提供一種方便風扇安裝或拆卸 之風扇安裝裝置。 一種風扇安裝裝置，用以將風扇安裝到一機箱中，該 風扇安裝裝置包括一風扇固定架，該風扇固定架設有容置 該風扇於其中之至少一容置室，該容置室之一側設有一隔 6 M355307 板，該風扇安裝裝置還包括固定於該風扇上部之一彈性之 扳動件與樞轉固定於該風扇侧部之一轉動件，該扳動件之 一端固定於該風扇上，另一端與該轉動件之上端樞轉連 接，該轉動件之下端樞轉固定於該風扇上，該轉動件上設 有—^扣塊，該隔板設有一供該卡扣塊卡扣於其中之— 扣孔。 相較於習知技術，本創作可方便地將風扇固定到機箱 内。 > 【實施< 方式】 請參閱圖1，一風扇安裝裝置用以將風扇50安裝到一 伺服器機箱10中，該風扇安裝裝置包括一風扇固定架20。 該風扇固定架20包括相互平行之一第一爽板21和一 第二夾板23,第一夾板21與第二夾板23之間設置有複數 連接兩者之隔板25，從而在風扇固定架20上分隔出三個 容置室27,該等容置室27用以收容風扇50於其中，第一 > 夾板21與第二夾板23於每一容置室27處分別開設了通 風口 24，隔板25上設有一卡扣孔251與一鄰近該卡扣孔 251之定位槽253。 請一併參閱圖1與圖2，該風扇50包括一框架51與 設定於該框架51中之葉片53,框架51之四角分別設有一 對樞轉孔511，一供電連接器56連接到該風扇50。 一彈性之扳動件61與一彈性之轉動件65安裝於該風 扇50相鄰之兩側，該扳動件61為一水平之片體，其一侧 設有一對凸柱611，另一侧設有一對耳片613，每一耳片 7 M355307 613上分別設有一樞轉孔615，扳動件61上開設了 一對扳 動孔616，便於手指伸入其中而扳動該扳動件61。 該轉動件65為一豎直之片體，其上端設有一轉軸 651，轉軸651可樞轉裝設於該扳動件61之樞轉孔615中， 該轉動件65之下部設有一對樞轉軸653，轉動件65背離 該風扇50之一側凸設有·—^扣塊654、一定位塊655與複 數彈片656，轉動件65之下端於朝向該風扇50之一侧設 有一對卡鉤657，用以固定風扇50之連接器56。 首先將扳動件61與轉動件65安裝到該風扇50上， 將扳動件61之凸柱611塞入風扇50之左上角之一對樞轉 孔511中，而後將轉動件65之轉轴651枢轉安裝到扳動 件61之該對樞轉孔615中，然後將轉動件65下侧之樞轉 軸653裝入風扇50之右下角之樞轉孔511中，將風扇50 之連接器56固定於轉動件65之兩卡鉤657之間。 而後把風扇50固定到風扇固定架20上，將風扇50 放入風扇固定架20的一容置室27内，轉動件65之定位 塊655滑入隔板25之定位槽253中，轉動件65上之卡扣 塊654與隔板25之上端相抵，繼續向容置室27内推動該 風扇50，卡扣塊654滑過隔板25之上端，隔板25同時推 動該卡扣塊654從而向風扇50方向彈性彎折該轉動件 65，當轉動件65之卡扣塊654與隔板25之卡扣孔251相 對時，轉動件65彈性回復，而將卡扣塊654卡入卡扣孔 251中，從而將風扇50固定到風扇固定架20之容置室27 内，同時，轉動件65之彈片656被隔板25抵壓而彈性變 M355307 形。 當需要將風扇50從風扇固定架20上拆下時，手指伸 入扳動件61之扳動孔616中，向上扳動該扳動件61，扳 " 動件61彈性變形並向中部收縮，從而拉動轉動件65繞樞 轉軸653向風扇50方向轉動，而使轉動件65之卡扣塊654 從隔板25之卡扣孔251中脫離，即可將風扇50從風扇固 定架20之容置室27中取出。 $ 綜上所述，本創作符合新型專利之要件，爰依法提出 專利申請。惟，以上僅為本創作之較佳實施例，舉凡熟悉 本案技藝之人士，在爰依本創作精神所作之等效修飾或變 化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 圖1係本創作風扇安裝裝置與一風扇之立體分解圖。 圖2係圖1中之風扇之立體圖。 圖3係圖1中之風扇安裝裝置將風扇固定後之組裝圖。 • 圖4係圖3中之風扇從風扇安裝裝置上拆下之立體圖。 【主要元件符號說明】 機箱 10 風扇固定架 20 第一夾板 21 苐二爽板 23 通風口 24 隔板 25 卡扣孑L 251 定位槽 253 容置室 27 風扇 50 框架 51 樞轉孔 511 葉片 53 連接器 56 9 M355307 扳動件 61 凸柱 611 耳片 613 樞轉孔 615 扳動孔 616 轉動件 65 轉軸 651 樞轉軸 653 卡扣塊 654 定位塊 655 彈片 656 卡鉤 657M355307 VIII. New Description: [New Technology Field] This creation relates to a fan mounting device, especially a fan mounting device used in a server chassis. [Prior Art 3 In today's computer equipment, servers are widely used for their powerful functions, and servers with different characteristics are developed for different needs, such as a network server with good stability and a large amount of resources. Storage server for storage function, computing server with fast calculation function, etc., the integration of these servers is very high. For example, in a general storage server, multiple hard disk drives are usually installed in one chassis. In the server, a plurality of high-speed central processing units are installed on the motherboard, and the servers are operated continuously for 24 hours a day, so that high demands are placed on the heat dissipation of the server chassis, usually A fan holder is installed in the server chassis, and a plurality of fans are installed in the fan holder to dissipate heat from the chassis. However, due to the small space inside the server, it is inconvenient to install the fans on the fan holder or remove the fans from the fan holder, which is often difficult to operate. [New content] In view of the above, it is necessary to provide a fan mounting device that facilitates fan installation or removal. A fan mounting device for mounting a fan into a chassis, the fan mounting device comprising a fan fixing frame, the fan fixing frame is provided with at least one receiving chamber for receiving the fan, and one side of the receiving chamber There is a 6 M355307 plate, and the fan mounting device further comprises an elastic trigger member fixed to the upper portion of the fan and a rotating member pivotally fixed to the fan side, and one end of the trigger member is fixed to the fan The other end is pivotally connected to the upper end of the rotating member, and the lower end of the rotating member is pivotally fixed to the fan, and the rotating member is provided with a buckle block, and the partition plate is provided with a buckle block for the buckle block to be buckled Among them - buttonholes. This creation facilitates the fixing of the fan into the chassis compared to conventional techniques. <Implementation> Modes Referring to Fig. 1, a fan mounting device is used to mount the fan 50 into a server chassis 10, which includes a fan holder 20. The fan holder 20 includes a first cooling plate 21 and a second clamping plate 23 parallel to each other. A partition 25 is provided between the first clamping plate 21 and the second clamping plate 23 for connecting the two, so that the fan fixing frame 20 is A plurality of accommodating chambers 27 are defined in the accommodating chambers 27, and the first accommodating chambers 27 and the second clamping plates 23 respectively define a venting opening 24 at each of the accommodating chambers 27, The partitioning plate 25 is provided with a locking hole 251 and a positioning groove 253 adjacent to the locking hole 251. Referring to FIG. 1 and FIG. 2 together, the fan 50 includes a frame 51 and blades 53 disposed in the frame 51. The four corners of the frame 51 are respectively provided with a pair of pivot holes 511, and a power connector 56 is connected to the fan. 50. An elastic triggering member 61 and an elastic rotating member 65 are mounted on two sides adjacent to the fan 50. The triggering member 61 is a horizontal piece body, and one side is provided with a pair of protruding columns 611, and the other side A pair of ears 613 are disposed, and each of the ears 7 M355307 613 is respectively provided with a pivot hole 615. The triggering member 61 defines a pair of pulling holes 616 for facilitating the insertion of a finger into the triggering member 61. . The rotating member 65 is a vertical plate body, and a rotating shaft 651 is disposed at an upper end thereof. The rotating shaft 651 is pivotally mounted in the pivot hole 615 of the triggering member 61. The rotating member 65 is provided with a pair of pivoting shafts at a lower portion thereof. A rotating member 65 is disposed away from a side of the fan 50, and a locking block 654, a positioning block 655 and a plurality of elastic pieces 656 are disposed. The lower end of the rotating member 65 is provided with a pair of hooks 657 on one side of the fan 50. The connector 56 for fixing the fan 50. Firstly, the triggering member 61 and the rotating member 65 are mounted on the fan 50, and the protruding post 611 of the pulling member 61 is inserted into one of the pair of pivot holes 511 of the upper left corner of the fan 50, and then the rotating shaft of the rotating member 65 is rotated. The 651 is pivotally mounted into the pair of pivot holes 615 of the trigger member 61, and then the pivot shaft 653 of the lower side of the rotating member 65 is inserted into the pivot hole 511 of the lower right corner of the fan 50, and the connector 56 of the fan 50 is inserted. It is fixed between the two hooks 657 of the rotating member 65. Then, the fan 50 is fixed to the fan holder 20, and the fan 50 is placed in a receiving chamber 27 of the fan holder 20. The positioning block 655 of the rotating member 65 slides into the positioning slot 253 of the partition 25, and the rotating member 65 is rotated. The upper snap block 654 is opposite to the upper end of the partition 25, and continues to push the fan 50 into the accommodating chamber 27, and the snap block 654 slides over the upper end of the partition 25, and the partition 25 simultaneously pushes the snap block 654 to The rotating member 65 is elastically bent in the direction of the fan 50. When the locking block 654 of the rotating member 65 is opposite to the locking hole 251 of the partitioning member 25, the rotating member 65 elastically recovers, and the locking block 654 is snapped into the locking hole 251. Thereby, the fan 50 is fixed in the accommodating chamber 27 of the fan holder 20, and at the same time, the elastic piece 656 of the rotating member 65 is pressed by the partition plate 25 to be elastically deformed into a M355307 shape. When the fan 50 needs to be detached from the fan holder 20, the finger extends into the trigger hole 616 of the trigger member 61, and the trigger member 61 is pulled upward, and the actuator 61 is elastically deformed and contracted toward the center. Therefore, the rotating member 65 is rotated in the direction of the fan 50 about the pivoting shaft 653, and the locking block 654 of the rotating member 65 is disengaged from the locking hole 251 of the partitioning plate 25, so that the fan 50 can be removed from the fan fixing frame 20. The chamber 27 is taken out. In summary, this creation meets the requirements of the new patent and submits a patent application in accordance with the law. However, the above are only preferred embodiments of the present invention, and those skilled in the art will be able to cover the equivalent modifications or variations in the spirit of the present invention. [Simple description of the drawing] Fig. 1 is an exploded perspective view of the fan mounting device and a fan of the present invention. Figure 2 is a perspective view of the fan of Figure 1. FIG. 3 is an assembled view of the fan mounting device of FIG. 1 after the fan is fixed. • Figure 4 is a perspective view of the fan of Figure 3 removed from the fan mounting device. [Main component symbol description] Chassis 10 Fan holder 20 First plate 21 苐 2 cool plate 23 Vent 24 24 spacer 25 孑 L 251 Positioning groove 253 accommodating chamber 27 Fan 50 Frame 51 Pivot hole 511 Blade 53 connection 56 9 M355307 Pulling member 61 Stud 611 Ear 613 Pivot hole 615 Pull hole 616 Rotating member 65 Rotary shaft 651 Pivot shaft 653 Buckle block 654 Positioning block 655 Spring piece 656 Hook 657
1010