M353460 t 八、新型說明： [新型所屬之技術領域】 本創作涉及一種防震結構，尤指一種磁碟機防震結構。 【先前技術】 電腦中的硬碟、光碟機或軟盤機等磁碟機在機箱内較 普遍的固定方式是直接將磁碟機用螺絲固定在磁架或磁碟 . 機托盤上，再將該磁架或磁碟機托盤固定於機箱内。用這 種方式鎖固磁碟機，當機箱受到撞擊時，磁碟機也會產生 • 較大的震動，這樣不利於磁碟機穩固地裝設於機箱中。 後來出現了其他一些固定方式，如有些廠家將磁碟機 容置於一環形封閉的磁架内，再將該磁架固定於機箱；或 將磁碟機置於一托盤内，藉由可轉動或可扳動的卡扣裝置 將該磁碟機鎖固，例如一種用以固定側壁設有複數限位螺 釘的磁碟機的固定裝置，其包括一用以***述磁碟機的 磁架，所述磁架具有一底壁及兩側壁，所述側壁上開設一 I 對滑槽，所述磁碟機固定裝置還包括一可將所述磁碟機固 定於所述磁架上的鎖固機構及一抵頂於所述磁碟機的限位 . 螺釘並可推動所述磁碟機彈出磁架的作動件，所述鎖固機 構包括一可相對所述磁碟機轉動的樞轉件及一彈性收容於 所述磁架内並可推動所述樞轉件轉動的滑動塊。然而，當 機箱受到撞擊時，該磁碟機同樣不能穩固地裝設於機箱中。 【新型内容】 鑒於以上内容，有必要提供一種結構簡單，成本低的 磁碟機防震結構。 6 M353460M353460 t VIII. New description: [New technical field] This creation involves a shockproof structure, especially a shockproof structure of a disk drive. [Prior Art] The hard disk drive, CD player or floppy disk drive in the computer is generally fixed in the chassis by screwing the disk drive directly to the magnetic frame or disk. The magnetic or drive tray is fixed in the chassis. In this way, the drive is locked. When the chassis is impacted, the drive will also generate a large vibration, which is not conducive to the stable installation of the drive in the chassis. Later, some other fixed methods appeared. For example, some manufacturers put the disk drive in a circular closed magnetic frame, and then fix the magnetic frame to the chassis; or put the disk drive in a tray, by rotating Or a latching device for locking the disk drive, for example, a fixing device for fixing a disk drive having a plurality of limit screws on the side wall, comprising a magnetic frame for receiving the disk drive The magnetic frame has a bottom wall and two side walls, the side wall defines an I-pair chute, and the disk drive fixing device further comprises a lock for fixing the disk drive to the magnetic frame a securing mechanism and a stop against the disk drive. The screw can push the disk drive to eject the actuating member of the magnetic frame, the locking mechanism including a pivoting relative to the disk drive And a sliding block elastically received in the magnetic frame and capable of pushing the pivoting member to rotate. However, when the chassis is impacted, the disk drive cannot be securely installed in the chassis. [New content] In view of the above, it is necessary to provide a shockproof structure of a disk drive with a simple structure and low cost. 6 M353460
I 一種磁碟猜震結構，包括及—㈣於該磁架 内的磁碟機，該磁架具有-底壁及垂直於該底壁的兩側 壁’ 5亥側壁設有-彈性的爽持臂，該夹持臂上開設有一央 持孔，一固定栓***該夾持孔中，該固定栓設有-可抿觸 該磁碟機側壁的彈性的頭部。 Μ相對於習知技術，所述磁碟機防震結構在磁架的侧壁 1设有夾持臂及固定栓，該彈性的夾持臂及該固定检且有一 該磁碟機側壁的彈性的頭部都使得該磁碟機能夠穩 固地裝設於磁架中。 【實施方式】 二參閱圖1和圖2,本創作磁碟機防震結構較佳實施 方式的磁碟機裝設於—具有減震功朗磁架ι〇中。 上证Γ磁架Μ包括—底壁U及—對垂直於該底壁11向 兩對缕2側壁121自該底壁U向該側壁12方向衝設形成 /、…片13 ’每一對緩衝片13臨近一側壁12,每一缓 14j3厂呈棋形。每一側壁12的中部設有一彈性的壓緊部 -制::堅緊部14呈圓形並且向内突出。在該壓緊部14的 20 ^一向内突設的彈性炎持臂15,用於夾持一固定栓 =持臂15自該侧壁12上向該磁架W的内側彎折 的’該侧壁12在該夾持臂15的上下側開設有兩條平行 部14該爽持^ Μ的中間開設有一夾持孔151。該壓緊 蠢绪的另一側開設有一滑道16，該滑道16自該磁架10 1、、、向内延伸。一固定部17鄰接該滑道Μ並且固定於 Μ則壁12上’該固定部17設有—彈性的止擔臂171，該 7 M353460 止擒臂171向内突出於該侧壁12。 請同時參閱目3,該固定栓20使用橡膠製成。該固定 检20包括—頭部21、—連接該頭部21的頸部22、一連 接該頸部22的栓部23及一連接該栓部的釘部24。該頭部 η具=一定弧度，該頸部22可卡扣於該夾持臂ΐ5Λ中。° :請參閱圖4’將-磁碟機3〇裝入該磁架1〇中時，自 該磁架1〇的一侧推進該磁碟機30’該磁碟機3〇的兩側分 別設有-對固定孔31 ’該磁碟機3〇的兩側各有—固定孔 ^ H由-螺釘32鎖固’每一螺釘32滑入該磁架1〇的滑 中，該螺釘32推抵該磁架1〇的止擋臂ΐ7ι，該止擔 煮171朝向該磁架1〇的外側彎曲變形使得該螺釘μ滑 入到該滑道16的—端，該向内突出的止播臂171可防止 =碟機3G從該滑道16中滑出。當該磁碟機3()在裝入 到該磁架1G的緩衝片13及壓緊部14時，這些向内 大出的緩衝片13及壓緊部14將磁雜％牢牢地 該磁架10中。 姓辟該固定检20從該磁架10的内側***該磁架10的夾 於b的夹持孔151中’使得該固定栓2〇的頭部^位 处的内側，額定栓2G的栓部23位於該 10的外側。 請繼續參閱圖5及圖6,繼續推進該磁碟機扣，該固 =20的具有孤度的頭部21卡扣於該固定孔31，從而減 ^磁碟機3G的震動。該固定栓2()對該磁碟機％產生 力在5亥固定栓20的延伸方向、該磁碟機3〇在該磁架 8 M353460 10内的滑動方向及垂直於該磁架ι〇的底壁11的方向上同 時減少該磁碟機3〇的震動。 當拆卸該磁碟機3〇時，只需手握該Μ栓2g的 24 ’從該磁# 10的外側拉動該固定才全2〇，該固定检2 頭部21及該夾持臂朝向遠離該磁碟機％的方向’， 從而解除該磁碟冑30與該固定检20的卡扣，即可 -碟機3〇從該磁架10上取出。 J將該磁 _ 树财式則齡震結射的緩衝# u ►碟機％，壓緊部14夾緊制顿3G，並簡定 阻拮者該磁碟機30’從而該磁碟機3〇在該磁 很好的減震效果。 r具有 綜上所述，本創作符合新型專利之要件，麦依 =利申請。惟’以上僅為本創作之較佳實施例 = 本案技藝之人士，在爱依本創作精神所作之等效修錦= 化，皆應涵蓋於以下之申請專利範圍内。 3變 ( 【圖式簡單說明】 立體圖 圖2係本創作較佳實施方式磁碟 一立體圖。 圖3係本創作較佳實施方式磁碟機防震 立體圖。 圖4係本創作較佳實施方式磁碟機防震結構 入磁架時的立體圖。 圖！係本創作較佳實施方式磁碟機防震結構中的磁架的 另 機防震結構中的磁架的 結構中的固定栓的 碟機裝 9 M353460 圖5係本創作較佳實施方式磁碟機防震結構中的磁碟機裝 入磁架的剖視圖。 圖6係本創作較佳實施方式磁碟機防震結構的立體組裝 圖。 【主要元件符號說明】 磁架 10 底壁 11 侧壁 12 缓衝片 13 壓緊部 14 夾持臂 15 夾持孔 151 滑道 16 固定部 17 止擋臂 171 固定栓 20 頭部 21 頸部 22 栓部 23 釘部 24 磁碟機 30 固定孔 31 螺釘 32A disk discriminating structure comprising: - (d) a disk drive in the magnetic frame, the magnetic frame having a bottom wall and two side walls perpendicular to the bottom wall - 5H side wall provided with an elastic holding arm A clamping hole is defined in the clamping arm, and a fixing bolt is inserted into the clamping hole, and the fixing bolt is provided with a resilient head that can touch the side wall of the disk drive. With respect to the prior art, the disk drive anti-vibration structure is provided with a clamping arm and a fixing bolt on the side wall 1 of the magnetic frame, and the elastic clamping arm and the fixing check have the elasticity of the side wall of the disk drive. The head allows the drive to be securely mounted in the magnetic frame. [Embodiment] Referring to Fig. 1 and Fig. 2, the disk drive of the preferred embodiment of the shockproof structure of the present invention is mounted in a magnetic field absorbing frame. The upper magnetic frame Μ includes a bottom wall U and a pair of two pairs of 侧壁 2 side walls 121 perpendicular to the bottom wall 11 from the bottom wall U toward the side wall 12 to form a film 13 ′ each pair of buffer sheets 13 is adjacent to a side wall 12, and each of the slow 14j3 plants has a chess shape. A central portion of each of the side walls 12 is provided with an elastic pressing portion: the fastening portion 14 is circular and protrudes inward. An elastic illuminating arm 15 projecting in the 20th direction of the pressing portion 14 for holding a fixing bolt = the holding arm 15 is bent from the side wall 12 toward the inner side of the magnetic frame W The side wall 12 defines two parallel portions 14 on the upper and lower sides of the clamping arm 15, and a clamping hole 151 is defined in the middle of the holding portion. On the other side of the compaction, a slide 16 is opened, and the slide 16 extends inward from the magnetic frame 10 1 , . A fixing portion 17 abuts the slide rail and is fixed to the wall 12. The fixing portion 17 is provided with an elastic stopper arm 171, and the 7 M353460 stopper arm 171 protrudes inwardly from the side wall 12. Please also refer to item 3, which is made of rubber. The fixed test 20 includes a head portion 21, a neck portion 22 connecting the head portion 21, a plug portion 23 connecting the neck portion 22, and a nail portion 24 connecting the plug portion. The head η has a certain curvature, and the neck 22 can be snapped into the grip arm ΐ5Λ. ° : Please refer to FIG. 4 'When the disk drive 3 is loaded into the magnetic frame 1 ,, the disk drive 30 ′ is pushed from the side of the magnetic frame 1 该A pair of fixed holes 31' are provided on both sides of the disk drive 3 - a fixing hole ^ H is locked by a - screw 32 - each screw 32 slides into the sliding of the magnetic frame 1 , the screw 32 pushes The stop arm ΐ7ι of the magnetic frame 1〇 is bent and deformed toward the outer side of the magnetic frame 1〇 such that the screw μ slides into the end of the slide 16 , and the inwardly protruding stop arm 171 prevents the disc drive 3G from slipping out of the chute 16. When the disk drive 3 () is loaded into the buffer sheet 13 and the pressing portion 14 of the magnetic frame 1G, the inwardly large buffer sheets 13 and the pressing portion 14 hold the magnetic impurities firmly. In the rack 10. The fixed name 20 is inserted into the clamping hole 151 of the magnetic frame 10 and inserted into the clamping hole 151 of the magnetic frame 10 from the inner side of the magnetic frame 10, so that the inner side of the fixing pin 2 is at the position of the head portion, and the plug portion of the rated plug 2G 23 is located outside the 10th. Please continue to refer to FIG. 5 and FIG. 6 to continue to advance the disk drive buckle. The solid head 20 having the degree of separation is snapped to the fixing hole 31, thereby reducing the vibration of the disk drive 3G. The fixing bolt 2() generates a force on the disk drive in the extending direction of the 5H fixing bolt 20, the sliding direction of the disk drive 3 in the magnetic frame 8 M353460 10, and the perpendicular to the magnetic frame The vibration of the disk drive 3 is simultaneously reduced in the direction of the bottom wall 11. When the disk drive 3 is disassembled, it is only necessary to hold the brace of the peg 2g 24' from the outer side of the magnetic #10 to fully fix the pin 2, and the fixed check head 21 and the clamp arm face away from each other. The direction of the disk drive %', thereby releasing the latch of the disk cartridge 30 and the fixed check 20, and the disk drive 3 can be taken out from the magnetic frame 10. J buffers the magnetic _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ This magnetic has a very good shock absorption effect. r In summary, this creation meets the requirements of the new patent, Mai Yi = profit application. However, the above is only the preferred embodiment of this creation = the person skilled in the case, and the equivalent of the innovation in the spirit of this creation should be covered by the following patent application. 3 is a simplified perspective view of a preferred embodiment of the present invention. FIG. 3 is a perspective view of a preferred embodiment of the present invention. FIG. The perspective view of the anti-shock structure into the magnetic frame. Figure 4 is a preferred embodiment of the magnetic disk drive in the shockproof structure of the magnetic frame of the magnetic frame in the structure of the magnetic frame in the structure of the fixed bolt of the disk mount 9 M353460 5 is a cross-sectional view of a magnetic disk drive in a shockproof structure of a disk drive according to a preferred embodiment of the present invention. Fig. 6 is a perspective assembled view of a shockproof structure of a disk drive according to a preferred embodiment of the present invention. Magnetic frame 10 bottom wall 11 side wall 12 cushioning sheet 13 pressing portion 14 clamping arm 15 clamping hole 151 slide 16 fixing portion 17 stopper arm 171 fixing bolt 20 head 21 neck 22 bolt portion 23 nail portion 24 Disk drive 30 fixing hole 31 screw 32