M343738 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種防震元件、防震元件與存取裝置 容置架的組合，以及防震元件與存取裝置模組的組合，特 別是指一種用以消除硬碟等存取裝置之震動的防震元件及 該防震元件與存取裝置容置架的組合、該防震元件與存取 裝置模組的組合。 【先前技術】 參閱圖1〜圖3，為台灣專利申請案〇962〇7652號的一 種具彈性材質⑽方震元#卜㈣設置在一硬碟容置架1〇1 的左右兩侧壁1〇2，當硬碟1〇〇容置在硬碟容置架1〇1内時 ，防震元件1分別抵在硬碟1〇()的左右兩側，藉以吸收硬 茱00相對於硬碟谷置架1 〇 1的震動而達到防震的效果。 硬碟各置架1 〇 1的左右兩侧壁102均設有穿孔1 〇4。防 震元件1包括沿一轴向1 〇3相間隔的二墊部丨丨以及連接在 二墊部11之間的一頸部段12,且頸部段12具有一環形外 周面121。 當防震元件1套設在硬碟容置架1〇1的穿孔1〇4時， 更同k利用螺絲1G穿過防震元件i鎖固在硬碟⑽，使硬 碟100與硬碟容置架101相對固定，此時，防震元件i的 /、中墊部11墊置在硬碟100的一側與硬碟容置架101的 ，土 1〇2之間，藉以吸收硬碟1〇〇相對於硬碟容置架⑺工 在垂直於側壁1〇2的方向上’亦即在防震元件工轴向如 上的震動力。 M343738 但是，當頸部段12與第一穿孔i〇4的内孔緣之間產生 • 平行於侧壁102的徑向震動時，由於這種防震元件1的頸 - 部段12外周面121是呈平整的環狀外周面而有較大面積與 穿孔104的内孔緣接觸，因此造成頸部段12較無法有效的 吸收掉震動力，也就是說，這種防震元件1在頸部段丨2徑 • 向方向上的防震力是比較不足的，而且連帶著，也比較容 ^ 易產生震動噪音。 【新型内容】 • 因此，本新型之目的，即在提供一種在徑向方向上亦 具有較佳吸震力且較不容易產生震動噪音的防震元件，以 及该防震元件與存取裝置容置架的組合、該防震元件與存 取裝置模組的組合。 於是，本新型防震元件為彈性材質製成，其包含沿一 軸向相間隔的二緩衝墊部以及連接在二緩衝墊部之間的一 頸部段，且頸部段具有複數徑向凸出的凸部。 依據本新型防震元件的一較佳實施，其中，該防震元 籲 #的凸部更包括-基部，該等凸部環繞於基部外圍，該等 凸部可為錯齒狀或圓頭狀結構。 依據本新型防震元件的一較佳實施，其中，各該緩衝 塾部具有-與該頸部段連接的内側面、—相反於該内侧面 • 料侧面；該防震元件更包含至少由其中' 緩衝墊部之外 . 侧面凸出的多數肋條。 本新型防震元件與存取裝置容置架的組合包含複數前 述的防震元件以及-存取裝置容置架，存取裝置容置架具 M343738 各該第一穿孔具有一内孔緣。該存取裝置設置於該容置空 間内。該等防震元件為彈性材質製成，用以分別套設於各 讜第一穿孔，各該防震元件包括二緩衝墊部與一頸部段。 該二緩衝墊部沿一轴向相間隔，各該緩衝墊部具有大於該 第一穿孔之孔徑的一外廓。該頸部段頸部段沿該軸向連接 於該二緩衝墊部之間，該頸部段具有徑向凸出的多數凸部 。當该防震元件套設於該第一穿孔，該頸部段通過該第一 牙孔且違專凸部對應於該第一穿孔之内孔緣。 依據本新型防震元件與存取裝置模組的組合的一較佳 實施，其中，該存取裝置可為一硬碟。 本新型藉由將防震元件的頸部段外圍設置成的凸出狀 結構’藉此減少頸部段與第—穿孔的内孔緣接觸的面積， 進而可提昇防震元件在徑向方向上的吸震能力，同時，亦 可降低震動噪音。 【實施方式】 有關本新里之月;]述及其他技術内容、特點與功效，在M343738 VIII. New description: [New technical field] The present invention relates to a combination of an anti-vibration element, an anti-vibration element and an access device holder, and a combination of the anti-vibration element and the access device module, in particular, a type An anti-vibration element for eliminating vibration of an access device such as a hard disk, a combination of the anti-vibration element and the access device holder, and a combination of the anti-vibration element and the access device module. [Prior Art] Referring to Figures 1 to 3, an elastic material (10) Fang Zhenyuan #卜(四) of Taiwan Patent Application No. 〇 〇 〇 〇 〇 2 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四When the hard disk 1 is placed in the hard disk receiving frame 1〇1, the anti-vibration elements 1 respectively abut on the left and right sides of the hard disk 1〇(), thereby absorbing the hard disk 00 relative to the hard disk valley shelf. 1 〇1 vibration to achieve shockproof effect. The left and right side walls 102 of each of the hard disk shelves 1 〇 1 are provided with perforations 1 〇4. The anti-vibration element 1 includes two pad portions spaced along an axial direction 1 〇 3 and a neck portion 12 connected between the two pad portions 11, and the neck portion 12 has an annular outer peripheral surface 121. When the anti-vibration element 1 is sleeved on the perforation 1〇4 of the hard disk receiving frame 1〇1, the same as k is locked to the hard disk (10) through the anti-vibration element i by the screw 1G, so that the hard disk 100 and the hard disk receiving frame 101 is relatively fixed. At this time, the //the middle pad portion 11 of the anti-vibration element i is placed between the side of the hard disk 100 and the soil of the hard disk receiving frame 101, thereby absorbing the hard disk. The hard disk receiving frame (7) is in the direction perpendicular to the side wall 1〇2, that is, the vibration force in the axial direction of the anti-vibration element. M343738 However, when the radial deformation of the neck section 12 and the inner hole edge of the first perforation i〇4 is parallel to the side wall 102, since the outer peripheral surface 121 of the neck portion 12 of the anti-vibration element 1 is The flat annular outer peripheral surface has a larger area to contact the inner bore edge of the perforation 104, so that the neck section 12 is less effective in absorbing the shock force, that is, the anti-vibration element 1 is in the neck section. 2 Diameter • The anti-shock force in the direction is insufficient, and even with it, it is easy to generate vibration noise. [New content] Therefore, the object of the present invention is to provide an anti-vibration element which has a better shock absorbing force in the radial direction and is less prone to vibration noise, and the anti-vibration element and the access device housing. Combination, combination of the anti-vibration element and the access device module. Thus, the novel anti-vibration element is made of an elastic material, and includes two cushion portions spaced along one axial direction and a neck portion connected between the two cushion portions, and the neck portion has a plurality of radial protrusions. The convex part. According to a preferred embodiment of the anti-vibration element of the present invention, the convex portion of the anti-vibration element further includes a base portion, and the convex portions surround the outer periphery of the base portion, and the convex portions may be a staggered or round-shaped structure. According to a preferred embodiment of the present anti-vibration member, each of the buffer jaws has an inner side connected to the neck portion, opposite to the inner side surface; the anti-vibration member further includes at least a buffer therein Outside the pad. Most ribs protruding from the side. The combination of the present anti-vibration element and the access device housing comprises a plurality of the anti-vibration elements and the access device housing, and the access device housing M343738 has an inner perforation. The access device is disposed in the accommodating space. The anti-vibration elements are made of an elastic material for respectively sleeved on each of the first perforations, and each of the anti-vibration elements includes two cushion portions and a neck portion. The two cushion portions are spaced apart in an axial direction, and each of the cushion portions has an outer shape larger than an aperture of the first through hole. The neck section neck portion is coupled between the two cushion portions along the axial direction, the neck section having a plurality of convex portions that are radially convex. When the anti-vibration element is sleeved on the first perforation, the neck section passes through the first perforation and the camber corresponds to the inner perforation of the first perforation. According to a preferred embodiment of the combination of the present anti-vibration element and the access device module, the access device can be a hard disk. The present invention reduces the area of contact between the neck section and the inner bore of the first perforation by the convex structure of the neck section of the anti-vibration element, thereby improving the shock absorption of the anti-vibration element in the radial direction. Ability, at the same time, can also reduce vibration noise. [Embodiment] About the month of this new mile;] to describe other technical content, features and effects,
以下配口參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。 參閲圖4，本新型防雲― 震凡件與存取裝置容置架的組合的 第一較佳實施例包含一存跑壯$々$ ^ 1 俘取衣置谷置条2、四個防震元件3 以及四個鎖固件4，鎖固彼1 π从丄田 件4可為螺拴或螺絲。存取裝置容 置架2可供承載一存取梦 羞置200而構成一存取裝置模組2〇1 ，在以下的較佳實施例中，存取裝置為硬碟，存取裝 置谷置架2為硬碟轉接盒，但存取裝置容置架2並不以硬 M343738 此外’當防震元件3的頸部段32與第一穿孔231的内 孔緣233之間產生平行於側壁21的方向，即在頸部段32 控向上的震動時，由於頸部段32僅透過凸部322與第一穿 孔231的内孔緣233接觸而接觸面積較小，因此，當震動 產生時’透過凸部322先被擠壓，便可較有效的吸收掉震 動的力道。 參閱圖10,為本新型防震元件與存取裝置容置架的組 合的第二較佳實施例，與第一較佳實施例不同之處是在於 防震70件3的凸部322結構，請與圖8對照參閱，在第一 車乂佳貝施例中，防震元件3的凸部322是呈尖端鋸齒狀， 而在第二較佳實施例，防震元件3,的凸部322,則是呈圓頭 狀結構，所有凸部322,相間隔環繞在基部321，外圍，當防 展το件3套設在第一穿孔231時，藉由凸部322，先被擠壓 ，同樣可較有效的吸收掉震動的力道。 本新型頸部段32、32，凸部322、322，的結構並不以上 述實施例為限，其結構之重點主要是在於減少頸部段Μ、 32’與第-穿孔231的内孔緣233接觸的面積，進而可較有 效的吸收掉震動力，並且進而降低震動噪音的發生。 如上所述，本新型藉由將防震元件3、3，的頸部段U、 32外圍设置成的凸出狀結構（如上述凸部），藉 此減少防震元件3、3,的頸部段32、32，與第一穿孔231的 内孔緣233接觸的面積，提昇防震元件3在徑向方向上的 吸震能力，進而可降低震動噪音，確實克服習知缺點，達 成本新型之目的功效。 M343738 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 號的一種具彈 圖1是前案台灣專利申請案096207652 性材質的防震元件立體圖；The following description of the two preferred embodiments of the present invention will be apparent from the following description. Referring to FIG. 4, a first preferred embodiment of the combination of the novel cloud-proof device and the access device housing comprises a storage device, a $2, and a capture device. The anti-vibration element 3 and the four locks 4 are locked from the 丄田4 and can be screws or screws. The access device holder 2 can be configured to carry an access device 200 to form an access device module 2〇1. In the preferred embodiment below, the access device is a hard disk. The frame 2 is a hard disk transfer box, but the access device housing 2 is not hard M343738. In addition, when the neck portion 32 of the anti-vibration element 3 and the inner hole edge 233 of the first through hole 231 are parallel to the side wall 21 In the direction of the upward movement of the neck portion 32, since the neck portion 32 is only in contact with the inner hole edge 233 of the first through hole 231 through the convex portion 322, the contact area is small, so that when the vibration occurs, The convex portion 322 is first pressed, so that the vibration force can be absorbed more effectively. Referring to FIG. 10, a second preferred embodiment of the combination of the anti-vibration element and the access device receiving frame of the present invention is different from the first preferred embodiment in the structure of the convex portion 322 of the anti-vibration 70 member 3. Referring to FIG. 8 , in the first embodiment, the convex portion 322 of the anti-vibration member 3 is in the shape of a pointed jig, and in the second preferred embodiment, the convex portion 322 of the anti-vibration member 3 is The round head structure, all the convex portions 322 are spaced around the base portion 321 at the periphery, and when the anti-sliding member 3 is sleeved on the first through hole 231, the convex portion 322 is first pressed, which is also effective. Absorb the force of vibration. The structure of the new neck segments 32, 32 and the convex portions 322, 322 is not limited to the above embodiment, and the structure is mainly focused on reducing the inner hole edge of the neck portion 32, 32' and the first through hole 231. The area of contact with 233, in turn, absorbs the vibration force more effectively and further reduces the occurrence of vibration noise. As described above, the present invention reduces the neck portion of the anti-vibration elements 3, 3 by arranging the outer periphery of the neck portions U, 32 of the anti-vibration elements 3, 3 into a convex structure (such as the above-mentioned convex portion). 32, 32, the area in contact with the inner hole edge 233 of the first through hole 231 enhances the shock absorbing capability of the anti-vibration element 3 in the radial direction, thereby reducing vibration noise, and indeed overcomes the conventional disadvantages and achieves the purpose of the present invention. M343738 However, the above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification according to the scope of the novel application and the new description of the present invention. , are still within the scope of this new patent. [Simple description of the figure] A type of bullet of the number Figure 1 is a perspective view of the shock-proof component of the material of the previous patent application 096,207,652;
圖 圖 2是圖1的防震元件與硬碟容置架的立體 3是圖i的防震元件套設在硬碟容置架的局部剖視 較佳實施例中 闯4是本新型第 置容置架的立體圖； 圖5是第一較佳實施例中 圖6是第一較佳實施例中： 圖7是第一較佳實施例中， 圖8是第一較佳實施例中 各置架的剖面侧視圖； 防震元件、存取裝 防震元件的立體圖； 防震元件的侧視圖； 防叙元件的局部剖視圖； ，防震元件套設在存取襞置 ，防展7L件套設在存取裝置 圖9是第一較佳實施例中 各置架的俯視圖； 圖10是本新型第二較佳實施例中 取裝置容置架的剖面側視圖；及 |彳套設在存 圖u是防震元件的緩衝墊部另—種實施態樣。 12 M3437382 is a perspective view of the anti-vibration component and the hard disk receptacle of FIG. 1. FIG. 2 is a partial cross-sectional view of the anti-vibration component of FIG. FIG. 5 is a first preferred embodiment of the first preferred embodiment. FIG. 7 is a first preferred embodiment. FIG. 7 is a first preferred embodiment of the present invention. Sectional view of the section; perspective view of the anti-vibration component, accessing and mounting the anti-vibration component; side view of the anti-vibration component; partial cross-sectional view of the anti-spyware component; the anti-vibration component is sleeved on the access device, and the anti-sliding 7L component is set on the access device 9 is a plan view of each of the racks in the first preferred embodiment; FIG. 10 is a cross-sectional side view of the pick-up rack of the second preferred embodiment of the present invention; and | The cushion portion is another embodiment. 12 M343738
【主要元件符號說明】 2....... …存取裝置容置架 3 ....... …防震元件 3’…… …防震元件 4 ....... …·鎖固件 200… •…存取裝置 201… •…存取裝置模組 21…… •…側壁 211… •…内壁面 212… —外壁面 22…… •…容置空間 23…… •…安裝孔部 231… •…第一穿孔 232… •…第二穿孔 233… •…内孔緣 234… •…内孔緣 301… —轴向 31 ••… •…緩衝墊部 31、··· •…緩衝墊部 311 ··· •…内側面 312… •…外侧面 312, ·· •…外側面 32·_·· •…頸部段 32'··· •…頸部段 321… …·基部 32Γ —基部 322… …·凸部 322、· •…凸部 33••… •…肋條 34····· —轴孔 13[Description of main component symbols] 2....... Access device mounting frame 3....... Shock-proof component 3'... Shock-proof component 4............ Lock Firmware 200... • Access device 201... • Access device module 21... • Side wall 211... • Inner wall surface 212... External wall surface 22... • Storage space 23... • Mounting hole 231... •...first perforation 232... •...second perforation 233... •...inner hole edge 234... •...inner hole edge 301...——axial 31 ••... •... cushion portion 31,··· •...buffer Pad portion 311 ····...Inside side 312... •...Outer side 312, ···...Outer side 32·_··•...Neck section 32'···•...Neck section 321...·Base 32Γ - base portion 322 ... ... convex portion 322, ... ... convex portion 33••... • ... rib 34······ shaft hole 13