M358510 五、新型說明： 【新型所屬之技術領域】 本創作涉及-種磁韻細轉，尤指―種結顯單、操 作方便的磁碟機鎖固結構。 【先前技術】 電腦皆裳有硬碟機、光碟機或軟碟機等磁碟機，這些磁碟 機大多以螺_固在電職紅，再義架連同磁碟機的組合 體用螺絲_在電腦殼體中。該磁碟機鎖固方式在每一次的二 配或拆㈣程中，都需要用戶鎖固或鬆釋大量螺絲。並且在裝 卸過程中還需借助螺絲起子，過程非常繁瑣，而且螺絲體積較 小’安裝及拆卸時料丟失，給操作者帶來不便。 π習知技射th現了其他—些細方式，如將顯機容置於 %形封閉的磁架内’縣該磁細定於機箱；或將磁碟機置 =一托細’藉由可轉動射扳_卡扣裝置_磁碟機鎖 但這些卡扣裝置結構通常較複雜，在機肋佔據較大的空 且鎖㈣果並不理想’例如—種用關定側壁設有複數 磁累釘的磁碟機_找置，其包括—用以收容該磁碟機的 一 _架具有—顧及_壁，該趣上赠—對滑槽， 定裝置财括—可賴鄕制定於該磁架上的 =及一抵頂於該磁碟機的限位斷並可推動該磁碟機 抱轉件Γ作動件’該鎖固機構包括—可相對該磁碟機轉動的 -祕收容於該磁架内並可推動該轉件轉動的滑 M358510 動塊。然而’該鎖固裝置要求組裝零件較多，且製造成本較高。 【新型内容】 馨於以上喊’有必要提供—騎單、猶方便的磁 碟機鎖固結構。 、-種磁碟機鎖固結構，用於固定—側壁上裝設有—卡固件 的磁碟機’其包括—肋容置該磁碟機的磁架，該磁架具有— 底壁、至少-垂直於該底壁的側壁及—平行於該底_頂壁， 該磁碟機的卡固件貼附於該磁架的側壁，該磁碟機鎖固心還 包括一滑絲設於該舰的顧件及—滑動裝設於該頂壁的 定位件’該_件财至少-抵_，該定位件滑動驅使該鎖 固件滑動而使該抵固部抵壓或脫離該卡固件。 相較於習知技術，本創作磁碟機鎖固結構只_由定位件 與，固件之間的配合，使抵_與卡固件相互抵壓或分離，即 可完成磁碟機的組裝與拆卸，結構簡單，且操作方便。 【實施方式】 請參閱圖1至圖2，本創作磁碟機鎖固結構較佳實施方式 用於鎖固複數磁碟機1〇，其包括—收容並固定磁碟機1〇的磁 木30、一將磁碟機10鎖固於該磁架10内的鎖固件7〇、一定 位件50及一側板9〇。在本實施方式中，該磁架3〇内可裝設 —個磁碟機1〇，其中每一磁碟機1〇兩側分別開設一對可裝設 —卡固件13的卡固孔11。每—卡固件13具有—細長的支稽 部131及分別由支撐部兩末端彎折形成可卡固於磁碟機 M358510 10的對應的卡固孔11内的兩卡固部133。 - 該磁架30具有一底壁31、沿該底壁31兩側邊緣分別垂 ' 直向上延伸的兩侧壁35及一頂壁37。每一侧壁35開設三個 用於容置卡固件13的狹長的安賴351，每-安裝槽351的 -端與對應的· 35位於同—平面，另—端開設—限位口 3511 ’從而使得當綱機1()裝設_磁架％叫，磁碟機 ίο兩侧的卡固件13分別滑過對應的安裝槽351的—端而擔止 I 於另一端的限位口 3511的側緣。其中一側壁35頂部開設一定 位槽353 ’該側壁35在該定位槽353下方衝設形成㈣定位 折片355 ’且在該兩對定位折片355之間設有一開〇初及一 卡鉤352 ’三個長方形的容置槽359分別間隔開設於該侧壁 35。每一侧壁35 —侧緣垂直彎折延伸一折邊354，每一折邊 354的上下兩端分別凸設一凸柱3541。該頂壁垂直向下衝 «又兩對導引折片373’該頂壁37一侧緣凹設形成一支撐片奶。 > _固件70财-大致呈長謂的碰73料分別與該 板體73兩相對側緣垂直的側壁75。該板體73自上而下分別 設有-擒止部735、-可容置一彈性元件71的收容口 733及 一固定柱731。該兩側壁75的側緣對應於該磁架30上的兩對 定位折片355垂直延伸兩對長方形的凸壁751，其中一側壁乃 =侧緣對應於該磁架30上的容置槽359間隔凸伸三個可分別 牙過應的容置槽359並可抵靠於磁碟機1〇的對應的卡固件 13端緣的抵_ 753。該鎖固件7()的頂端凸設—三角狀的固 6 M358510 定部77。 ’ 〇亥疋位件50主長方體，其具有-第-側壁53及與該第 ' —側壁53兩側緣垂直的較長的兩第二側壁55，該第-側壁53 垂直Λ设-可套設-彈性元件51的柱體531，其中一第二側 壁55垂直凸伸-圓柱體的撞止柱551，該兩侧壁^的頂緣對 應於該頂壁37的兩對導引折片373垂直延伸兩對凸片的。 S亥侧板90的四角處對應於該磁架3〇上的凸柱3541分別 參 開設一固定孔91。 請參關3，組裝時，先將每—卡固件13裝設於磁碟機 10的對應的卡固孔11内，再將磁碟機1〇推入磁架3〇内使 磁碟機10上的卡固件13分別滑過並容置於磁架3〇兩側壁％ 上對應的安裳槽351内，且每一卡固件13的其中一端緣被擒 止於對應的安裝槽3Μ -端的限位口迎的侧緣，從而磁碟 機10被裝設於磁架30内，使磁碟機10無法沿一垂直於磁架 鲁 30底壁31的第一方向及一垂直於磁架3〇侧壁％的第二方向 移動。然後將該鎖固件70裝設於該磁架3〇的側壁35上，使 該鎖固件70的擋止部735位於該侧壁35的開口 357内，且擋 止部735的自由端擋止於開口 357的側緣，該側壁35上的卡 鉤352穿過該鎖固件7〇的收容口 733，此時，該鎖固件兀上 的兩對凸壁751分別可滑動地收容於該側壁35的對應的定位 折片355内，且每一抵固部753分別穿過側壁35的對應的容 置槽359内。將該彈性元件71的一端套設於該側壁35的卡鉤 7 M358510 另％套设於該鎖固件7〇的固定柱π}上。此時， Μ —牛71處於原始狀態，且鎖固件70的抵固部753與對 應的卡固件13的卡固部133互相分離，鎖固件％的固定部 ^磁架3〇蚊位槽353相平齊。再將彈性元件μ的一端 加5又於该定位件50的柱體531上，將該定位件50裂設於該磁 錢的頂壁37内側’使該彈性元件51的另一端套設於該頂 的支擇片371上，該定位件5〇上的兩對凸片的分別滑 動支撐於該頂壁37對應的導引折片奶上，且該定位件50的 擂止^ 551穿過該磁架3〇的侧壁35的定位槽扮一端並凸露 ;架3〇之外。最後將該侧板90推向該磁架30，使側板35 内側擠壓該疋位件5〇 ’該定位件5〇上的彈性元件Μ被壓縮 而發生彈性形變，該定位件5Q沿平行於該㈣％的方向滑 動爾位件5〇的凸片553分別沿對應的導引折片373滑動， 該疋位件50上的擋止柱551向定位槽353的另一端移動，並 擠壓鎖固件70的固定部77，使鎖固件7〇朝垂直於磁架％的 底壁的方向移動，鎖固件7〇上的彈性元件π伸長雜生 彈性形變’鎖固件70的抵固部753分別朝向磁碟機1〇對應的 卡固件13的卡’ 133移動，當側壁％折邊祝上的凸柱 ⑽分別收容並固定於侧板9〇的對應的固定孔％内時，該 疋位件50上的擔止柱551位於定位槽353的另一端，並盘鎖 固件的固定部相抵壓，使鎖固件％的抵固部MS分別與對 應的卡固件13的卡_ 133她壓，使磁碟機1G無法沿一平 M358510 行於磁架3G紐31及_ 35的第三方向移動，從而將 機切固定於磁架30内。 ’、 請參閱圓4，解鎖磁碟機1〇時，先將該侧板9〇自該磁架 3〇上拆卸，該定位件50上的彈性元件51恢復彈性形變，节 定位件5〇的播止柱551在定位槽扮内移動而脫離該鎖固件/ 的固定部77,該鎖固件7〇朝垂直於磁架3〇的頂壁37的方 °移動至擒止σ(5 735的自由端擋止於開口 357的侧緣，鎖固件 7〇上的彈性元件71恢復彈性形變，該鎖固件70的抵固部7幻 分別脫離對躺棚件13的卡固部133，將磁碟機M358510 V. New description: [New technical field] This creation involves a kind of magnetic fine-tuning, especially the disk-locking structure with simple display and easy operation. [Prior Art] Computers are equipped with disk drives such as hard disk drives, CD players or floppy disk drives. Most of these disk drives are screw-solid in the electric job red, and the combination of the chassis and the disk drive is used. In the computer case. The disk drive locking method requires the user to lock or loosen a large number of screws in each of the two or four (four) steps. Moreover, the screwdriver is required during the loading and unloading process, the process is very cumbersome, and the screw volume is small. The material is lost during installation and disassembly, which brings inconvenience to the operator. π 知 know technology th now other - some fine ways, such as the display machine in the %-shaped closed magnetic frame 'the county is finely fixed in the chassis; or the disk machine = one toned' Rotating the trigger_clip device_the disk drive lock, but the structure of these snap devices is usually complicated, the ribs occupy a large space and the lock (4) is not ideal. For example, the fixed side wall is provided with a plurality of magnetic bodies. a stapled disk drive _ find, which includes - a frame for accommodating the disk drive has a - _ wall, the fun gift - the chute, the device is arbitrarily - can be determined by the magnetic The = on the shelf and a limit on the disk drive and can push the disk drive member to actuate the actuator 'the locking mechanism includes - can be rotated relative to the disk drive A sliding M358510 moving block in the magnetic frame and capable of pushing the rotating member. However, the locking device requires more assembly parts and a higher manufacturing cost. [New content] Xin shouted above, it is necessary to provide a single-handed, easy-to-use disk drive locking structure. - a disk drive locking structure for fixing - a disk drive having a card fastener on the side wall - comprising a rib accommodating the magnetic disk of the disk drive, the magnetic frame having - a bottom wall, at least a wall perpendicular to the bottom wall and parallel to the bottom wall, the card fastener of the disk drive is attached to the side wall of the magnetic frame, and the disk locker core further includes a wire disposed on the ship And the sliding member mounted on the top wall is at least offset, and the sliding member drives the locking member to slide the locking member to press or disengage the fastener. Compared with the prior art, the locking mechanism of the present invention is only configured by the cooperation between the positioning member and the firmware, so that the offset and the card fastener are pressed or separated from each other, thereby completing the assembly and disassembly of the disk drive. The structure is simple and the operation is convenient. [Embodiment] Referring to FIG. 1 to FIG. 2, a preferred embodiment of the present invention is for locking a plurality of magnetic disk drives, including: a magnetic wood 30 for housing and fixing a disk drive. The locker 7 is locked in the magnetic frame 10, a positioning member 50 and a side plate 9A. In this embodiment, a magnetic disk drive 1 can be installed in the magnetic frame 3, and a pair of fastening holes 11 for mounting the fasteners 13 are respectively disposed on both sides of each of the magnetic disk drives. Each of the fasteners 13 has an elongated support portion 131 and two bent portions 133 which are respectively bent at the ends of the support portion to be engaged in the corresponding fastening holes 11 of the disk drive M358510 10. - The magnetic frame 30 has a bottom wall 31, two side walls 35 extending perpendicularly upward along the two side edges of the bottom wall 31, and a top wall 37. Each of the side walls 35 defines three elongated amps 351 for accommodating the fasteners 13. The end of each mounting groove 351 is located in the same plane as the corresponding 535, and the other end is opened - the limiting port 3511 ' Therefore, when the machine 1 () is installed, the magnetic frame 13 on both sides of the disk drive slid over the end of the corresponding mounting groove 351 to support the limit port 3511 of the other end. Side edge. A positioning groove 353 is formed in the top of one of the side walls 35. The side wall 35 is formed under the positioning groove 353 to form a (four) positioning flap 355'. An opening and a hook 352 are disposed between the two pairs of positioning flaps 355. The three rectangular receiving grooves 359 are respectively spaced apart from the side wall 35. Each side wall 35 has a flange 354 extending perpendicularly from the side edge, and a protrusion 3541 is respectively protruded from the upper and lower ends of each of the flanges 354. The top wall is vertically downwardly punched «two pairs of guiding flaps 373'. One side edge of the top wall 37 is recessed to form a supporting piece of milk. > _ Firmware 70 - a wall 75 of the length of the bump 73 which is perpendicular to the opposite side edges of the plate 73. The plate body 73 is provided with a stop portion 735, a receiving port 733 for accommodating an elastic member 71, and a fixing post 731 from top to bottom. The side edges of the two side walls 75 corresponding to the two pairs of positioning flaps 355 on the magnetic frame 30 extend perpendicularly to the two pairs of rectangular convex walls 751, wherein one side wall = side edge corresponds to the receiving groove 359 on the magnetic frame 30 The accommodating groove 359 can be respectively protruded from the three teeth and can be abutted against the corresponding edge of the corresponding fastener 13 of the disk drive 1 753. The top end of the lock 7 () is convex - a triangular solid 6 M358510 fixed portion 77. The main body of the 疋 疋 疋 50 , , , , , , 第 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主 主A cylindrical body 531 of the elastic member 51 is disposed, wherein a second side wall 55 vertically protrudes from the collet column 551 of the cylinder, and the top edges of the two side walls correspond to the two pairs of guiding flaps 373 of the top wall 37. Extend two pairs of tabs vertically. A fixing hole 91 is defined in each of the four corners of the S-side side plate 90 corresponding to the boss 3541 on the magnetic frame 3. Please refer to step 3. When assembling, each card firmware 13 is first installed in the corresponding locking hole 11 of the disk drive 10, and then the disk drive 1 is pushed into the magnetic frame 3 to make the disk drive 10 The upper fasteners 13 are respectively slid over and received in the corresponding skirts 351 of the two side walls of the magnetic frame 3, and one end edge of each of the fasteners 13 is stopped at the limit of the corresponding mounting slot 3 - end The side edge of the position is such that the disk drive 10 is mounted in the magnetic frame 30 such that the disk drive 10 cannot be in a first direction perpendicular to the bottom wall 31 of the magnetic frame 30 and perpendicular to the magnetic frame 3〇. The second direction of the side wall % moves. The locking member 70 is then mounted on the side wall 35 of the magnetic frame 3 such that the blocking portion 735 of the locking member 70 is located in the opening 357 of the side wall 35, and the free end of the blocking portion 735 is blocked. The side edge of the opening 357, the hook 352 of the side wall 35 passes through the receiving opening 733 of the locking member 7 ,, at this time, the two pairs of convex walls 751 on the locking member are slidably received in the side wall 35, respectively. The corresponding gussets 355 are respectively disposed in the corresponding accommodating grooves 359 of the side walls 35. The hook 7 M358510 of one end of the elastic member 71 is sleeved on the fixing post π} of the locking member 7〇. At this time, the 牛-牛 71 is in the original state, and the fastening portion 753 of the lock 70 and the corresponding fastening portion 133 of the fastener 13 are separated from each other, and the fixing portion of the lock member is the magnetic frame 3 Flush. Then, one end of the elastic member μ is added to the column 531 of the positioning member 50, and the positioning member 50 is cracked inside the top wall 37 of the magnetic money, so that the other end of the elastic member 51 is sleeved on the On the top supporting piece 371, the two pairs of the tabs on the positioning member 5 are respectively slidably supported on the corresponding guiding piece milk of the top wall 37, and the locking piece 551 of the positioning piece 50 passes through the The positioning groove of the side wall 35 of the magnetic frame 3 has one end and is exposed; the frame 3 is outside. Finally, the side plate 90 is pushed toward the magnetic frame 30, and the inner side of the side plate 35 is pressed against the clamping member 5'. The elastic member 〇 on the positioning member 5 is compressed and elastically deformed. The positioning member 5Q is parallel to The (four)% of the sliding tabs 553 of the directional sliding member 5〇 are respectively slid along the corresponding guiding flaps 373, and the stopping posts 551 on the clamping member 50 are moved toward the other end of the positioning groove 353, and the lock is pressed. The fixing portion 77 of the firmware 70 moves the locking member 7 〇 in a direction perpendicular to the bottom wall of the magnetic frame %, and the elastic member π on the locking member 7 is elongated and elastically deformed. The fixing portion 753 of the locking member 70 faces upward. The card ' 133 of the corresponding fastener 13 of the disk drive 1 movs, and the clamp member 50 is received and fixed to the corresponding fixing hole % of the side plate 9 分别 when the side wall % gussets are respectively received and fixed. The upper support post 551 is located at the other end of the positioning groove 353, and the fixing portion of the disk lock firmware is pressed, so that the lock portion MS of the lock fastener is respectively pressed with the card _133 of the corresponding fastener 13 to make the disk The machine 1G cannot move along the third direction of the magnetic frame 3G button 31 and _ 35 along the flat M358510, thereby cutting the machine In the bracket 30. 'Please refer to the circle 4, when the disk drive 1 is unlocked, the side plate 9 is first detached from the magnetic frame 3, and the elastic member 51 on the positioning member 50 is restored to elastic deformation, and the node positioning member 5 is The slinger 551 moves within the locating slot to disengage the locking portion/fixing portion 77, and the locking member 7 移动 moves toward the side perpendicular to the top wall 37 of the magnetic frame 3〇 to the σσ (5 735 free The end stops at the side edge of the opening 357, and the elastic member 71 on the locking member 7 is elastically deformed. The abutting portion 7 of the locking member 70 is disengaged from the locking portion 133 of the reclining member 13, respectively.
10内取出。 I 在本創作磁碟機鎖固結構中，只需藉由定位件5〇與鎖固 件70之間的配合’使固定部77與撞止柱551，抵固部^與 對應的卡固件13的卡固部133相互抵壓或分離，即可完成磁 碟機10的組裝與拆却，結構簡單，且操作方便。 /宗上所述，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’在妥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係本創作磁碟機伽結構較佳實施方式的立體分解圖。 圖2係圖1中的鎖固件另-角度的立體圖。 圖3係本創作磁碟機鎖固結構較佳實施方式的局部剖視立 M358510 體組裝圖。 圖4係本創作磁碟機鎖固結構較佳實施方式中側板被拆卸 後的另一狀態的局部剖視立體組裝圖。 【主要元件符號說明】Take out within 10. In the present invention, in the present invention, only the cooperation between the positioning member 5 and the locking member 70 is used to make the fixing portion 77 and the striker post 551, the fixing portion and the corresponding fastener 13 The clamping portions 133 are pressed or separated from each other, so that the assembly and disassembly of the disk drive 10 can be completed, the structure is simple, and the operation is convenient. / Zong Shang said that this creation meets the requirements of the new patent and submits a patent application according to law. However, the above are only preferred embodiments of the present invention, and equivalent modifications or variations made by those who are familiar with the art of the present invention should be covered by the following claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view of a preferred embodiment of the gamma structure of the present invention. Figure 2 is a perspective view of the locker in Fig. 1 from another angle. 3 is a partial cross-sectional view of the M358510 body assembly of the preferred embodiment of the present invention. Fig. 4 is a partially cross-sectional perspective view showing another state in which the side plate is removed in the preferred embodiment of the present invention. [Main component symbol description]
磁碟機 10 卡固孔 11 卡固件 13 支撐部 131 卡固部 133 磁架 30 底壁 31 側壁 35 安裝槽 351 限位口 3511 卡鉤 352 定位槽 353 折邊 354 凸柱 3541 定位折片 355 開口 357 容置槽 359 頂壁 37 支撐片 371 導引折片 373 定位件 50 彈性元件 51 第一側壁 53 柱體 531 第二侧壁 55 擔止柱 551 凸片 553 鎖固件 70 彈性元件 71 板體 73 固定柱 731 收容口 733 擋止部 735 侧壁 75 凸壁 751 抵固部 753 10 M358510 固定部 77 側板 90 固定孔 91Disk drive 10 Fixing hole 11 Fastener 13 Supporting part 131 Fixing part 133 Magnetic frame 30 Bottom wall 31 Side wall 35 Mounting groove 351 Limiting port 3511 Hook 352 Positioning groove 353 Folding 354 Stud 3541 Positioning flap 355 Opening 357 accommodating groove 359 top wall 37 support piece 371 guide flap 373 locating member 50 elastic member 51 first side wall 53 cylinder 531 second side wall 55 struts 551 tab 553 fastener 70 elastic member 71 plate 73 The fixing post 731 the receiving opening 733 the stopping portion 735 the side wall 75 the convex wall 751 the fixing portion 753 10 M358510 the fixing portion 77 the side plate 90 the fixing hole 91
1111