201101974 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種硬碟機支架。 [先前技術] [_硬碟機支架綠裝設硬碟機1碟機U前端通常裝設 有-手柄。手柄的-端轉動裝設至硬碟機支架並設有， 卡位體，手柄的另-端設有-卡扣。電腦機箱内通常設 有一用於收容硬碟機支架的收容部。收容部的一側壁上 對應於手柄的卡位體開設一卡位槽。將硬碟機支架收容 於電腦機箱的收容部後，閉合手柄。位於手柄一端的卡 扣會卡扣於硬碟機支架前端，同時，位於手柄另一端的 卡位體會伸入收容部側壁的卡位槽内。於是，硬碟機支 架被鎖死於電腦機箱的收容部内而不會脱出。但通常由 於製造公差及檢測時導致的變形，會使收容部的寬度產 生誤差’使得手柄的卡位體無法正常卡伸入收容部的卡 位槽内β [0003] 為了克服上述問題，業内出現了一種破碟機支架的設計 。這種設計將卡位體可滑動地裝設至手柄’並在卡位體 及手柄之間設一彈簧。於是，卡位體具備了自動伸縮的 能力，從而可彌補收容部的寬度誤差。但是，這種設計 產生了另一種缺陷，即，當卡位體抵靠於收容部的侧壁 而並未伸入卡位槽時，手柄的卡扣依然可以卡扣於硬碟 機支架。這會使使用者誤以為硬碟機支架已經安裝完畢 ，從而在對收容部做翻轉等操作時，造成硬碟機支架自 動脫出收容部而導致硬碟機損壞。 098121047 表單編號Α0101 第4頁/共21頁 0982035814-0 201101974 【發明内容】 [0004] 鑒於以上内容，有必要提供一種既可彌補收容部的寬度 誤差，又可在安裝硬碟機支架時，能夠提示使用者安裝 動作是否確實完畢的硬碟機支架。 [0005] 一種硬碟機支架，包括一本體及一可打開地閉合於該本 體的手柄，該手柄設有·^ ~^扣裝置，該卡扣裝置卡扣於 該本體使該手柄閉合，該手柄設有至少一卡位體，該硬 碟機支架還包括一轉軸、一第一彈性元件以及一第二彈 性元件，該轉軸可滑動地裝設於該本體，該轉軸由一第 〇 ~ 一位置滑動至一第二位置時帶動手柄的卡位體由該本體 的一侧逐漸伸出，該轉軸位於該第二位置時，該卡扣裝 置可卡扣於該本體，該轉軸位於該第一位置時，該卡扣 裝置不可卡扣於該本體，該手柄透過該轉軸可轉動地裝 設於該本體，該第一彈性元件作用於該本體與該轉軸之 間使得轉軸趨於向該第二位置滑動，該第二彈性元件作 i： 用於該本體與該手柄之間使得該手柄趨於打開。 Q [0006]、本發明硬碟機支架的手柄可在第一彈性元件的彈性作用 下滑動，從而可彌補安裝本發明硬碟機支架的收容部的 寬度誤差。另外，由於卡扣裝置可在手柄位於第一位置 時脫離卡扣，導致第二彈性元件將手柄彈開，從而能夠 提示使用者安裝動作是否確實完畢。 【實施方式】 [0007] 請參閱圖1至圖3，本發明硬碟機支架8的較佳實施方式包 括一本體10、一轉轴60、一軸套70、一第一彈性元件80 、一第二彈性元件90、一手柄30、一卡扣裝置50以及一 098121047 表單編號A0101 第5頁/共21頁 0982035814-0 201101974 第三彈性元件40。 [0008] 本體10包括一面板11以及由面板11的兩端分別向後延伸 出的兩安裝臂14。該兩安裝臂14用於夾設並固定一硬碟 機100。面板11包括位於其上下兩侧的相互平行的一第一 板21和一第二板22以及連接於第一板21與第二板22之間 的一第一連接壁23 (參考圖4)和一第二連接壁24。第一 連接壁23靠近面板11的一端，第二連接壁24靠近面板11 的另一端。 [0009] 第一板21於其一端處開設一長形的第一軸孔210。第一軸 孔210的長度方向與面板11的長度方向一致。第一板21於 第一軸孔210附近設有一凸起212。 [0010] 第二板22於第一軸孔210正下方設一凸台221。凸台221 開設一貫穿第二板22的長形的第二軸孔220。本實施方式 中，第一軸孔210及第二軸孔220均為長圓形。 [0011] 第一連接壁23上延伸出一凸片231。凸片231位於第二連 接壁24與凸台221之間。凸片231上開設一圓形導柱孔 230 ° [0012] 第二連接壁24開設一矩形的卡扣孔240。 [0013] 轉軸60的任意一橫截面均呈圓形。轉軸60由上至下包括 直徑遞減的第一段61、第二段62及第三段63。其中，第 一段61與第一軸孔210相應，第三段63與第二軸孔220相 應。 [0014] 軸套70開設有一圓形抽套卡位槽700。軸套卡位槽700與 098121047 表單編號A0101 第6頁/共21頁 09820! 201101974 [0015] [0016] [0017] Ο G [0018] 轉轴60的第二段62相應。軸套70的週側面沿徑向延伸出 一導柱71。 第一彈性元件80在本實施方式中為一彈簧。 第二彈性元件90在本實施方式中為一扭簧。 手柄30包括一蓋板33。蓋板33上側邊緣垂直延伸出一上 折邊333 ’蓋板33下侧邊緣垂直延伸出一與上折邊333相 對的下折邊334。蓋板33包括相對的第一端331及第二端 332。上折邊333於第一端331.處延伸出一第一延伸片31 。第一延伸片31開設一圓形的第三軸孔313，第三軸孔 313與轉轴60的.第一段61相應。下折邊334於第一端33.1 處延伸出一與第一延伸片31相對的第二延伸片32。第二 延伸片32開設一圓形的第四軸·孔324，第©軸孔324與轉 轴60的第三段63相應。第一延伸片31及第二延伸片32分 別延伸出一卡位體34。兩卡位體34的延伸方向平行於蓋 板33。上折邊333及下折邊334於第二端332處分別開設 一圓形的第五轴孔335 »上折邊333及下折邊334之間連 接一擋塊36。擋塊36位於兩第五軸孔335的靠近第一端 331的一側。 卡扣裝置50包括一柱體51。柱體51上下兩端分別延伸出 一凸柱52。柱體51側面延伸出一卡扣部53以及一與卡扣 部5 3相垂直的操作部5 4。卡扣部5 3上凸設—^扣塊5 6。 卡扣塊56的凸設方向與操作部54的延伸方向相反。卡扣 塊56包括一傾斜的導引面560。卡扣部53上還凸設一凸塊 55。凸塊55的凸設方向與卡扣塊56的凸設方向相同。 098121047 表單編號Α0101 第7頁/共21頁 0982035814-0 201101974 [0019]第三彈性元件40在本實施方式中為一扭簧。 [0〇2〇]組裝時，將第二彈性元件90套設於本體1〇的凸台221。將 第一彈性元件80套設於軸套7〇的導柱71。將軸套7〇置於 本體10的凸台221與第一板21之間，並使導柱71的自由 端穿過本體10的導柱孔230。將手柄30的第一延伸片31 置於本體10的第一板21的第一轴孔21〇上方，同時將手柄 30的第二延伸片32置於本體1〇的第二板22的第二軸孔 220下方。調整手柄30及軸套7〇，使得手柄3〇的第三軸 孔313和第四軸孔324、本體1〇的第一軸孔21〇和第二轴 孔220以及軸套70的軸套卡位槽7〇〇相對準。將轉轴⑽依 ，次穿入第二軸孔313、第一軸孔21〇、軸套卡位槽7〇〇、 第一軸孔220及第四軸孔324。其中，轉軸的第一段61 位於手柄30的第三軸孔313及本體的第一軸孔21〇中，且 轉軸60與第三軸孔313及第一軸孔21〇均是間隙配合；轉 轴60的第二段62穿設於軸奪70的軸套卡位槽7〇〇，且轉 轴60與轴套卡位槽7〇〇是過盈配合；轉軸&的第三段⑽ 位於本體的第二軸孔220及手柄30的第四軸孔324中，且 轉軸60與第二軸孔220及第四軸孔324均是間隙配合。將 第二彈性το件40套設於卡扣裝置5〇的柱體51底端。將卡 扣裝置50的兩凸柱52分別可轉動地卡入手柄3〇的兩第五 軸孔335中，並使卡扣裝置50的凸塊55抵接手柄3〇的擋 塊36。其中，第一彈性元件8〇兩端分別抵靠轴套7〇及本 體10的凸片231 ;第二彈性元件9〇的兩引腳91分別抵靠 本體10及手柄30 ·，第三彈性元件4〇的兩引腳41分別抵靠 卡扣裝置50的卡扣部53及手柄30，使得卡扣部53趨於抵 098121047 表單編號A0101 0982035814-0 201101974 靠於手柄30的擋塊36。手柄30的擋塊36用於擋止卡扣裝 置50以防止卡扣裝置5〇過度轉動。 [0021] Ο 凊結合圖4，正常使用時，首先將硬碟機支架8的手柄3〇 設置成相對於硬碟機支架8的本體1〇為打開狀態（圖4顯 不手柄30處於閉合狀態）。將硬碟機支架8推入〜電腦機 箱的收容部4，使硬碟機支架8完全滑入收容部4。將手柄 30朝向本體1〇轉動。卡扣裝置5〇的卡扣塊56在第二彈性 元件40的作用下以及卡扣塊56的傾斜的導引面56〇的導引 下，越過本體10的第二連接壁24的相應端並卡扣入第二 連接壁24的卡扣孔240中，使手柄30閉合於本體1〇，與 此同時，手柄30的卡位體34伸入收容部4的一側壁5的卡 位槽7中，且手柄30的第一延伸片31及第二延伸片32抵接 侧壁5的内側◊於是，硬碟機支架8被夾在收容部4的兩侧 壁5、6之間，且藉由卡位體34與卡位槽7的配合將硬碟機 支架8鎖在收容部4中而不會滑其中，第一彈性元件 8 0的彈性力將轉轴6 〇頂至本體:丨ό命長形的第一輛孔2 i 〇 ❹ [0022] 及第二軸孔220的最右端，手柄隨著轉軸6〇達到最右端 ;第二彈性元件90被壓縮。:m 將硬碟機支架8由收容部4中取出時，扳動卡扣裝置5〇的 操作部54，使卡扣裝置50的卡扣塊56由本體1〇的卡扣孔 240中脫出。於是，第二彈性元件9〇可將手柄3〇彈開使 手柄30向遠離本體10的方向轉動而由本體1〇上打開。手 柄30在打開同時使得其卡位體34由收容部4的卡位槽7中 脫出。從而可將硬碟機支架8由收容部4中拉出。其中， 第一板21凸起212用於限制手柄3〇的轉動角度。當手柄 098121047 表單編號A0101 第9頁/共21頁 0982035814-0 201101974 30打開時，手柄30的第一延伸片31抵靠於凸起212,使 得手柄30的打開角度約為30度。 [0023] 另外，實際生產中，收容部4的兩側壁5、6之間的寬度會 有正負1毫米（遠小於第一軸孔210及第二軸孔220的長度 )以内的誤差。本發明硬碟機支架8的手柄30可在第一彈 性元件80的作用下滑動，於是具有彌補該誤差的能力， 從而確保手柄30的卡位體34可伸入收容部4的卡位槽7。 [0024] 請結合圖5，若硬碟機支架8尚沒有完全滑入收容部4時， 使用者就用手將手柄30朝向本體10轉動而進行閉合手柄 30的動作，則手柄30的卡位體34將抵接收容部4的側壁5 ，使得手柄30藉由轉軸60沿著本體10的長形的第一軸孔 210及第二軸孔220向左滑動，使轉軸60滑動至第一軸孔 210及第二軸孔220的最左端。這導致卡扣裝置50的卡扣 塊56無法伸入本體10的卡扣孔240。於是，當使用者的手 脫離手柄30時，手柄30會在第二彈性元件90的作用下自 動彈開，而使手柄30向遠離本體10的方向轉動。這樣， 就可以提示使用者硬碟機支架8尚沒有牢固的鎖在收容部 4中，從而避免硬碟機支架8意外脫出收容部4的情況發生 〇 [0025] 在其他實施方式中，轉軸60與軸套70之間為間隙配合， 轉軸60與手柄30的第三軸孔313和/或第四軸孔324之間 為過盈配合。 [0026] 在其他實施方式中，第一彈性元件80可以是一扭簧，該 扭簧的兩引出腳分別作用於軸套70及本體10。同時，本 098121047 表單編號A0101 第10頁/共21頁 0982035814-0 201101974 體10上凸設一如同凸台221的突起，以定位該扭簧。 [0027] 在其他實施方式中，可省去軸套7G，岐導㈣由轉軸 60直接延伸出。另外，可進—步省去導柱7ι，同時將轉 轴60的位於長形的第一軸孔21〇和/或第二轴孔22〇中的 部分的橫截面設計為矩形，使得轉軸6()本身只能滑動而 不能轉動。省去導柱71後’可由其他方式定位第一彈性 元件80例如，可在原導柱71處設一與本體1〇固連的設 Ο [0028] [0029] 有通孔的套筒然後將第—彈性元件8{)收容於該套筒的 通孔中。 在其他實施方式中，該第二彈性元件9〇可以是一彈簧。 該彈簧的兩端分別用於抵靠本體1〇及手柄3〇。 在其他實施方式中，該第三彈性元件4〇可以是一彈簧。 該彈簧兩端分別抵靠於卡扣裝置5〇的操作部54及手柄3〇 。該第二彈性凡件40還可以是—拉簧，該拉簧的兩端分 別牽拉於卡扣裝置50的卡扣部53及手柄3〇的位於卡扣部 53右侧的部分》 , 〇 [0030] [0031] ,ή~· i Si ^ .....S- . ε- a * θ’ ~ :1:......参- 在其他實施方式中可省去手柄30上的一個卡位體34。 在其他實施方式中，可將卡扣裝置50固設於手柄3〇而使 卡扣裝置50不能轉動，同時省去第三彈性元件4〇。這樣 ’當正常閉合手柄30時，卡扣裝置5〇的卡扣塊的導引 面560可與本體1〇的第二連接壁24的相應端作用，從而導 致手柄30向左滑動，使卡扣塊56越過第二連接壁24的相 應端而卡扣入第二連接壁24的卡扣孔240。或者，當正常 閉合手柄30時’可向左拉動手柄30 ’使卡扣塊56越過第 098121047 表單煸號A0101 第11頁/共21頁 0982035814-0 201101974 二連接壁24的相應端而可卡扣入卡扣孔240。 [0032] 綜上所述，本發明確已符合發明專利之要件，遂依法提 出專利申請。惟，以上所述者僅為本發明之較佳實施方 式，自不能以此限制本案之申請專利範圍。舉凡熟悉本 案技藝之人士爰依本發明之精神所作之等效修飾或變化 ，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 [0033] 圖1為本發明硬碟機支架的較佳實施方式及一硬碟機的立 體分解圖。 [0034] 圖2為圖1於另一角度下的視圖。 [0035] 圖3為圖1的組裝圖。 [0036] 圖4及圖5為圖3中硬碟機支架及硬碟機的使用狀態剖視圖 【主要元件符號說明】 [0037] 硬碟機支架 8 本體 10 轉軸 60 軸套 70 第一彈性元件 80 第二彈性元件 90 手柄 30 卡扣裝置 50 第三彈性元件 40 面板 11 表單編號A0101 第12頁/共21頁 0982035814-0 098121047 201101974201101974 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to a hard disk drive bracket. [Prior Art] [_ hard disk drive bracket green hard disk drive 1 disk drive U front end is usually equipped with - handle. The end of the handle is rotatably mounted to the hard disk drive bracket and provided with a card body, and the other end of the handle is provided with a buckle. A housing for receiving a hard disk drive bracket is usually provided in the computer case. A latching slot corresponding to the handle on one side wall of the receiving portion defines a latching slot. After the hard disk drive bracket is received in the housing of the computer case, close the handle. The buckle at one end of the handle is snapped onto the front end of the hard drive bracket, and the latch body at the other end of the handle extends into the slot of the side wall of the housing. Thus, the hard disk drive bracket is locked in the housing portion of the computer case without coming out. However, due to the manufacturing tolerances and the deformation caused by the detection, the width of the accommodating portion may be inaccurate, so that the card body of the handle cannot be properly inserted into the card slot of the accommodating portion. [0003] In order to overcome the above problems, the industry A design of a breaker bracket has emerged. This design slidably mounts the card body to the handle' and provides a spring between the card body and the handle. Therefore, the card body has the ability to automatically expand and contract, thereby making up for the width error of the housing portion. However, this design has another drawback in that when the card body abuts against the side wall of the housing portion and does not protrude into the card slot, the handle buckle can still be snapped to the hard disk drive bracket. This may cause the user to mistakenly think that the hard disk drive bracket has been installed, so that when the storage unit is turned over, the hard disk drive bracket automatically comes out of the accommodating portion and the hard disk drive is damaged. 098121047 Form No. 1010101 Page 4/Total 21 Page 0982035814-0 201101974 [Description of the Invention] [0004] In view of the above, it is necessary to provide a width error that can compensate for the accommodating portion, and can be installed when the hard disk drive bracket is mounted. A hard drive bracket that prompts the user to install the action. [0005] A hard disk drive bracket includes a body and a handle that is openably closed to the body, the handle is provided with a fastening device, and the buckle device is fastened to the body to close the handle, The handle is provided with at least one card body, the hard disk drive bracket further includes a rotating shaft, a first elastic element and a second elastic element, the rotating shaft is slidably mounted on the body, and the rotating shaft is provided by a first to a When the position is slid to a second position, the latching body of the handle is gradually extended from one side of the body. When the rotating shaft is in the second position, the latching device can be buckled to the body, and the rotating shaft is located at the first position. In the position, the buckle device is not fastened to the body, the handle is rotatably mounted on the body through the rotating shaft, and the first elastic element acts between the body and the rotating shaft such that the rotating shaft tends to the second The position is slid, the second elastic element is i: used between the body and the handle such that the handle tends to open. Q [0006] The handle of the hard disk drive bracket of the present invention can be slid under the elasticity of the first elastic member, thereby making up for the width error of the receiving portion of the hard disk drive bracket of the present invention. In addition, since the snap device can be disengaged from the buckle when the handle is in the first position, the second elastic member bounces the handle, thereby prompting the user whether the installation action is indeed completed. Embodiments of the present invention include a body 10, a rotating shaft 60, a sleeve 70, a first elastic member 80, and a first embodiment. Two elastic members 90, a handle 30, a snap device 50 and a 098121047 Form No. A0101 Page 5 / 21 pages 0982035814-0 201101974 Third elastic member 40. The body 10 includes a panel 11 and two mounting arms 14 extending rearwardly from opposite ends of the panel 11. The two mounting arms 14 are used to sandwich and fix a hard disk drive 100. The panel 11 includes a first plate 21 and a second plate 22 which are parallel to each other on the upper and lower sides thereof, and a first connecting wall 23 (refer to FIG. 4) connected between the first plate 21 and the second plate 22 and A second connecting wall 24. The first connecting wall 23 is adjacent to one end of the panel 11, and the second connecting wall 24 is adjacent to the other end of the panel 11. [0009] The first plate 21 defines an elongated first shaft hole 210 at one end thereof. The longitudinal direction of the first shaft hole 210 coincides with the longitudinal direction of the panel 11. The first plate 21 is provided with a protrusion 212 near the first shaft hole 210. [0010] The second plate 22 is provided with a boss 221 directly below the first shaft hole 210. The boss 221 defines an elongated second shaft hole 220 extending through the second plate 22. In the present embodiment, the first shaft hole 210 and the second shaft hole 220 are all oblong. [0011] A protrusion 231 extends from the first connecting wall 23. The tab 231 is located between the second connecting wall 24 and the boss 221. A circular guide hole 230 is formed in the tab 231. [0012] The second connecting wall 24 defines a rectangular latching hole 240. [0013] Any one of the cross sections of the rotating shaft 60 is circular. The shaft 60 includes a first section 61, a second section 62, and a third section 63 of decreasing diameter from top to bottom. The first segment 61 corresponds to the first shaft hole 210, and the third segment 63 corresponds to the second shaft hole 220. [0014] The sleeve 70 defines a circular pumping slot 700. Bushing slot slot 700 and 098121047 Form No. A0101 Page 6 of 21 09820! 201101974 [0015] [0017] [0018] [0018] The second segment 62 of the rotating shaft 60 corresponds. A circumferential side of the sleeve 70 extends radially from a guide post 71. The first elastic member 80 is a spring in this embodiment. The second elastic member 90 is a torsion spring in this embodiment. The handle 30 includes a cover plate 33. The upper side edge of the cover plate 33 vertically extends an upper folded edge 333'. The lower side edge of the cover plate 33 vertically extends a lower folded edge 334 opposite the upper folded edge 333. The cover plate 33 includes opposing first ends 331 and second ends 332. The upper flange 333 extends a first extension piece 31 at the first end 331. The first extension piece 31 defines a circular third shaft hole 313, and the third shaft hole 313 corresponds to the first stage 61 of the rotation shaft 60. The lower flange 334 extends from the first end 33.1 to a second extension 32 opposite the first extension piece 31. The second extending piece 32 defines a circular fourth shaft hole 324 corresponding to the third portion 63 of the rotating shaft 60. The first extension piece 31 and the second extension piece 32 respectively extend out of a card body 34. The two latching bodies 34 extend in a direction parallel to the cover panel 33. The upper flange 333 and the lower flange 334 respectively define a circular fifth shaft hole 335 at the second end 332. The upper flange 333 and the lower flange 334 are connected with a stopper 36. The stopper 36 is located on the side of the two fifth shaft holes 335 near the first end 331. The snap device 50 includes a cylinder 51. A column 52 extends from the upper and lower ends of the cylinder 51. A latching portion 53 and an operating portion 54 perpendicular to the latching portion 53 are formed on the side of the cylinder 51. The buckle portion 5 3 is provided with a fastening block 56. The protruding direction of the snap block 56 is opposite to the extending direction of the operating portion 54. The snap block 56 includes a sloped guide surface 560. A bump 55 is also protruded from the buckle portion 53. The protruding direction of the bump 55 is the same as the protruding direction of the snap block 56. 098121047 Form No. Α0101 Page 7 of 21 0982035814-0 201101974 [0019] The third elastic member 40 is a torsion spring in this embodiment. [0〇2〇] When assembling, the second elastic member 90 is sleeved on the boss 221 of the body 1〇. The first elastic member 80 is sleeved on the guide post 71 of the sleeve 7〇. The sleeve 7 is placed between the boss 221 of the body 10 and the first plate 21, and the free end of the guide post 71 is passed through the guide post hole 230 of the body 10. The first extension piece 31 of the handle 30 is placed over the first shaft hole 21A of the first plate 21 of the body 10 while the second extension piece 32 of the handle 30 is placed on the second plate 22 of the body 1 Below the shaft hole 220. Adjusting the handle 30 and the sleeve 7〇 such that the third shaft hole 313 and the fourth shaft hole 324 of the handle 3〇, the first shaft hole 21〇 and the second shaft hole 220 of the body 1〇, and the sleeve card of the sleeve 70 The bit slot 7 is relatively aligned. The rotating shaft (10) is inserted into the second shaft hole 313, the first shaft hole 21〇, the sleeve locking groove 7〇〇, the first shaft hole 220 and the fourth shaft hole 324. The first section 61 of the rotating shaft is located in the third shaft hole 313 of the handle 30 and the first shaft hole 21〇 of the body, and the rotating shaft 60 is in a clearance fit with the third shaft hole 313 and the first shaft hole 21〇; The second section 62 of the shaft 60 is disposed through the sleeve slot 7 of the shaft 70, and the shaft 60 is interference-fitted with the sleeve slot 7; the third section (10) of the shaft & The second shaft hole 220 of the body and the fourth shaft hole 324 of the handle 30, and the rotating shaft 60 and the second shaft hole 220 and the fourth shaft hole 324 are both in a clearance fit. The second elastic τ member 40 is sleeved on the bottom end of the cylinder 51 of the snap device 5〇. The two protrusions 52 of the latching device 50 are rotatably engaged in the two fifth shaft holes 335 of the handle 3, respectively, and the projections 55 of the latching device 50 abut against the stoppers 36 of the handles 3''. The first elastic member 8 〇 abuts against the sleeve 7 〇 and the tab 231 of the body 10 respectively; the two pins 91 of the second elastic member 9 抵 abut against the body 10 and the handle 30 respectively, the third elastic element The two pins 41 of the four turns abut against the latching portion 53 of the latching device 50 and the handle 30, respectively, such that the latching portion 53 tends to abut the keeper 121 of the handle 30 of the form number A0101 0982035814-0 201101974. The stopper 36 of the handle 30 serves to stop the latching device 50 to prevent the latching device 5 from excessively rotating. [0021] In combination with FIG. 4, in normal use, the handle 3 of the hard disk drive bracket 8 is first set to be open relative to the body 1 of the hard disk drive bracket 8 (FIG. 4 shows that the handle 30 is in a closed state). ). The hard disk drive holder 8 is pushed into the housing portion 4 of the computer case, and the hard disk drive holder 8 is completely slid into the housing portion 4. The handle 30 is rotated toward the body 1〇. The latching block 56 of the latching device 5 is guided by the second elastic member 40 and the inclined guiding surface 56 of the latching block 56 to pass over the corresponding end of the second connecting wall 24 of the body 10 and The buckle is inserted into the latching hole 240 of the second connecting wall 24 to close the handle 30 to the body 1 〇. At the same time, the latching body 34 of the handle 30 extends into the latching slot 7 of a side wall 5 of the receiving portion 4 . And the first extending piece 31 and the second extending piece 32 of the handle 30 abut against the inner side of the side wall 5, so that the hard disk drive bracket 8 is sandwiched between the two side walls 5, 6 of the receiving portion 4, and by The cooperation of the latching body 34 and the latching slot 7 locks the hard disk drive bracket 8 in the receiving portion 4 without slipping therein, and the elastic force of the first elastic component 80 pivots the rotating shaft 6 to the body: The first first hole of the elongated shape 2 i 〇❹ [0022] and the rightmost end of the second shaft hole 220, the handle reaches the rightmost end with the rotating shaft 6〇; the second elastic member 90 is compressed. :m When the hard disk drive holder 8 is taken out from the accommodating portion 4, the operation portion 54 of the shackle device 5 is pulled to release the snap block 56 of the shackle device 50 from the snap hole 240 of the body 1 〇 . Thus, the second elastic member 9 can bounce the handle 3 to rotate the handle 30 in a direction away from the body 10 to be opened by the body 1 . The handle 30 is opened while the card body 34 is disengaged from the card slot 7 of the housing portion 4. Thereby, the hard disk drive holder 8 can be pulled out from the housing portion 4. Wherein, the protrusions 212 of the first plate 21 are used to limit the rotation angle of the handle 3〇. When the handle 098121047 Form No. A0101 Page 9 of 21 0982035814-0 201101974 30 is opened, the first extension piece 31 of the handle 30 abuts against the projection 212, so that the opening angle of the handle 30 is about 30 degrees. Further, in actual production, the width between the side walls 5, 6 of the accommodating portion 4 may have an error within plus or minus 1 mm (much smaller than the length of the first shaft hole 210 and the second shaft hole 220). The handle 30 of the hard disk drive bracket 8 of the present invention can be slid under the action of the first elastic member 80, thereby having the ability to compensate for the error, thereby ensuring that the latching body 34 of the handle 30 can extend into the latching slot 7 of the receiving portion 4. . [0024] Please refer to FIG. 5, if the hard disk drive bracket 8 has not completely slideed into the accommodating portion 4, the user rotates the handle 30 toward the body 10 by hand to perform the action of closing the handle 30, and the latching position of the handle 30 The body 34 will abut the side wall 5 of the receiving portion 4, so that the handle 30 slides to the left along the elongated first shaft hole 210 and the second shaft hole 220 of the body 10 by the rotating shaft 60, so that the rotating shaft 60 slides to the first shaft. The leftmost end of the hole 210 and the second shaft hole 220. This causes the snap block 56 of the snap device 50 to not protrude into the snap hole 240 of the body 10. Thus, when the user's hand is disengaged from the handle 30, the handle 30 will automatically bounce under the action of the second resilient member 90, causing the handle 30 to rotate away from the body 10. In this way, the user can be prompted that the hard disk drive bracket 8 is not securely locked in the accommodating portion 4, thereby preventing the hard disk drive bracket 8 from accidentally coming out of the accommodating portion 4. [0025] In other embodiments, the rotating shaft There is a clearance fit between the 60 and the sleeve 70, and the shaft 60 has an interference fit with the third shaft hole 313 and/or the fourth shaft hole 324 of the handle 30. In other embodiments, the first elastic member 80 may be a torsion spring, and the two lead legs of the torsion spring act on the sleeve 70 and the body 10, respectively. At the same time, this 098121047 Form No. A0101 Page 10 of 21 0982035814-0 201101974 A protrusion like the boss 221 is protruded from the body 10 to position the torsion spring. [0027] In other embodiments, the sleeve 7G can be omitted and the guide (4) is directly extended by the shaft 60. In addition, the guide post 7ι can be omitted in a stepwise manner, while the cross section of the portion of the rotary shaft 60 located in the elongated first shaft hole 21〇 and/or the second shaft hole 22〇 is rectangular, so that the rotary shaft 6 () itself can only slide and cannot rotate. After the guide post 71 is omitted, the first elastic member 80 can be positioned by other means. For example, a sleeve that is fixed to the body 1 can be provided at the original guide post 71. [0029] A sleeve having a through hole is then - The elastic element 8{) is received in the through hole of the sleeve. In other embodiments, the second elastic element 9 can be a spring. The two ends of the spring are respectively used to abut the body 1 手柄 and the handle 3 〇. In other embodiments, the third elastic element 4A can be a spring. The two ends of the spring respectively abut against the operating portion 54 of the snap device 5〇 and the handle 3〇. The second elastic member 40 can also be a tension spring, and the two ends of the tension spring are respectively pulled on the buckle portion 53 of the buckle device 50 and the portion of the handle 3〇 on the right side of the buckle portion 53, 〇 [0031], ή~· i Si ^ .....S- . ε- a * θ' ~ : 1:: - in other embodiments, the handle 30 can be omitted One card body 34. In other embodiments, the snap device 50 can be fixed to the handle 3〇 to prevent the buckle device 50 from rotating, while the third elastic member 4〇 is omitted. Thus, when the handle 30 is normally closed, the guiding surface 560 of the locking block of the locking device 5 可 can act on the corresponding end of the second connecting wall 24 of the body 1 , thereby causing the handle 30 to slide to the left, so that the buckle The block 56 is snapped into the snap hole 240 of the second connecting wall 24 over the corresponding end of the second connecting wall 24. Alternatively, when the handle 30 is normally closed, the handle 30 can be pulled to the left so that the snap block 56 can be snapped over the corresponding end of the second connecting wall 24 of the 098121047 form number A0101 page 11 / 21 page 0982035814-0 201101974 Into the snap hole 240. [0032] In summary, the present invention has indeed met the requirements of the invention patent, and the patent application is filed according to law. However, the above description is only a preferred embodiment of the present invention, and it is not possible to limit the scope of the patent application of the present invention. Equivalent modifications or variations made by persons skilled in the art in light of the present invention are intended to be included within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0033] FIG. 1 is a perspective view of a preferred embodiment of a hard disk drive holder of the present invention and a perspective view of a hard disk drive. 2 is a view of FIG. 1 at another angle. 3 is an assembled view of FIG. 1. 4 and FIG. 5 are cross-sectional views showing the state of use of the hard disk drive bracket and the hard disk drive of FIG. 3. [Main component symbol description] [0037] Hard disk drive bracket 8 body 10 Rotary shaft 60 Bushing 70 First elastic member 80 Second elastic element 90 Handle 30 Buckle device 50 Third elastic element 40 Panel 11 Form number A0101 Page 12 of 21 0982035814-0 098121047 201101974
安裝臂 14 硬碟機 100 第一板 21 第二板 22 第一連接壁 23 第二連接壁 24 第一轴孔 210 凸起 212 凸台 221 第二軸孔 220 凸片 231 導柱孔 230 卡扣孔 240 第一段 61 第二段 62 第三段 63 軸套卡位槽 700 導柱 71 蓋板 33 上折邊 333 下折邊 334 第一端 331 第二端 332 第一延伸片 31 第三軸孔 313 第二延伸片 32 表單編號A0101 第13頁/共21頁 0982035814-0 098121047 201101974 第四轴孔 324 卡位體 34 第五軸孔 335 擋塊 36 柱體 51 凸柱 52 卡扣部 53 操作部 54 卡扣塊 56 導引面 560 凸塊 55 :八......................................................................................................................................... 引腳 91、41 收容部 4 側壁 5、6 卡位槽 7 098121047 表單編號A0101 第14頁/共21頁 0982035814-0Mounting arm 14 Hard disk drive 100 First board 21 Second board 22 First connecting wall 23 Second connecting wall 24 First shaft hole 210 Raised 212 Boss 221 Second shaft hole 220 Tab 231 Guide post hole 230 Buckle Hole 240 First section 61 Second section 62 Third section 63 Bushing slot slot 700 Guide post 71 Cover plate 33 Upper flange 333 Lower flange 334 First end 331 Second end 332 First extension piece 31 Third axis Hole 313 Second extension piece 32 Form No. A0101 Page 13 of 21 page 0982035814-0 098121047 201101974 Fourth shaft hole 324 Card body 34 Fifth shaft hole 335 Stop 36 Column 51 Post 52 Buckle 53 Operation Portion 54 snap block 56 guide surface 560 bump 55: eight ................................... .................................................. .................................................. .. Pins 91, 41 Housing 4 Sidewall 5, 6 Card slot 7 098121047 Form No. A0101 Page 14 of 21 0982035814-0