M313807 « 4 八、新型說明： •【新型所屬之技術領域】 種二jr系有關於一種固定器’更詳言之，係有關於- 種放熱衣置之防震固定器。 【先前技術】 桌上型電腦主機内裝設有主機板、CPU 及電源供應器等主要裝置，主 _ 適各推广私Μ 文曰座生问熱寻之兀件必須 田進仃放熱，以避免元件過熱而損 :::器r，散熱裝置以進行散熱，然而應= 中，、之放熱衣置，係將複數個散熱風扇設於-風扇框架 以成具有&大氣流之散熱風扇組，而該散熱裝置係 ==定元：直接鎖固於飼服器機殼底板上，當散熱 動二”广’因散熱裝置中運轉的散熱風扇會產生高頻震 ，導致該硬式磁碟機 户广 存取動作打，該讀寫頭碰撞磁執而造成 μ ’為避錢财的散熱風扇影#硬式磁碟機， 磁碑、機^熱風扇與機殼之間作避震措施，以避免造成硬式 等門〇 輕決震動影響硬式磁碟機讀寫動作及噪音 =，靖的方法係該螺絲預先套設一彈性墊 震動:降:::該彈性塾圈吸收散熱㈣ 的厚:：：===:二’已，__、 長期受強㈣而失去彈性=::小’且彈性㈣於 平丨王而失去避震的效果。 110123 5 M313807 '請參閱第1圖所示之太岡* 熱風扇避震結構」，係為s專利公告第M283493號「散 要係於電子震置内安裝有至：二熱裝置之防震固定器，主 裳置内各組件散熱之用二自散熱風扇’以提供電子 有結合孔110,於結合孔广散熱風扇11之四角落處係設 避震元件12，相H 設有吸震材料所製成之 結合孔Π0而固設於㈣固結元件^穿過該 元件u與結合孔11〇之間包衣Λ的固疋架14上，使該固結 效果。 设者该避震兀件12以達避震 藉由該避震元件12吸收哕 的震動能量，以降/土、風扇11運轉時所產生 震動噪音；作4:^1傳遞給固定架14,而可降低 穿過从料一扇11必須先將該固結元们3 —一 k必放熱風扇1〗四角茨夕4士 件12一 =之結合孔⑴，並且將該避震元 螺於件13末端，^後以手工具將係如 ===結元件13組合在固定架14上;故在組裝 '上車乂為麻煩不便，且P、+、 ^ , 風戶SIIV/S 且如上述，若同時裝設複數個散熱 風扇，則必須一一組裝，更加費時費工。 :再，第2圖所示之本國專利公告第M269691號 厂有減震結構之散熱風扇安裝裝置」，係包括一具凸緣 之扇框2及設於該扇框2上之複數緩衝墊圈22,該凸緣 具有穿孔21〇,而該緩衝墊圈22係於一凸緣狀的彈性緩 ^部221延伸有定位部223,使該緩衝墊圈22組裝在扇框 ^凸緣21的穿孔210中，該定位部223勾扣在該凸緣21 、穿孔210中’且該彈性缓衝部221中具有一通孔m 110123 6 M313807 * 、 ^亥緩，墊圈22以-固定元件⑽式中未表示）穿過該通孔 缓衝= 在係如電腦主機之支撐件(圖式中未表示)後，該 =圈22之彈性緩衝部221夾設在該扇框2之凸緣Μ ”支技件之間，而可藉由緩衝墊圈22吸收震動能量。 雖在該扇框2之凸緣21與支撐件之間具有緩衝墊圈 旦，而可藉由該緩衝墊圈22之彈性緩衝部221吸收震動能 里’但在組裝上來說’該緩衝墊圈22必須一 一裝置在扇框 1凸緣的穿孔21〇中’然後再以固定用的螺絲⑽式 •中未表不）穿置於該緩衝墊圈22中，並以手工具 子）將該散熱風扇組裝在電腦主機之支撐件上，於技裝 上較為麻煩不便。 又請參閱第3圖所示之本國專利第1251 138號「 主機用的散熱避震裝置」，係於一散熱器3〇上設有一：座 =’於該蓋座3!上設有一穿孔31〇，於該穿孔3ι〇周圍設 $複數缺π 312，且在該蓋座31上裝設有—軟性的減震座 也32，該減震座體32具有一穿孔32〇，且在該穿孔 周圍具有缺口 322 ’於該蓋座31及減震座體32之缺口 312、322裝設有-減震元件33 ’該減震元件％具有一底 座33卜且該底座331具有一卡槽332，使該卡槽扣於 該缺口 312、322中，以將該減震元件33裝設於該蓋座η 及減震座體32上’且該底座331向上延伸一柱體333,並 於該柱體333上具有一錐形體334,使該減震元件％之柱 體333穿置於-風扇34之連接孔34〇中，並使該錐形體 334的底端位於該連接孔34〇之孔周緣面上，以將該風扇 110123 7 M313807 β ^ -34裝設在該蓋座31及減震座體32上，並藉由該減震座體 -3 2及減展元件3 3以吸收風扇3 4運轉所產生震動。 ^惟該減震元件33之底座331係藉由卡槽332扣於該 蓋座31及減震座體32的缺口 312、322中，使該底座 有一部份與該蓋座31接觸，而該減震元件33係以柱體333 穿置於該風扇34之連接孔340中，且該錐形體334的底端 位於該連接孔340之孔周緣面上，使該減震元件33與風扇 34(震動源）直接接觸，而該減震元件％又部份與底座331 _接觸，如此震動波能會傳導至散熱器3〇，而該散熱器3〇 又直接設於電路板上；雖可藉由該減震座體32以減少大 邛伤的辰動波，但該減震兀件33仍會傳遞部份的震動波， 故所能達到的減震效果有限。 此外、、’罔路型之伺服裔對於散熱條件則有更高的要 求三係因該伺服器之運算速度遠高於終端的單機電腦，而 運开，度越快’所產生的熱越高；因此，該饲服器必須使 •用更⑤散熱效率之散熱風扇，而提高散熱效率最直接的方 f係增加散熱風扇之使用數量及轉速，藉以增加氣流的流 里及速度’仁在政熱風扇數量增加的情況下，相對地該散 熱風扇運轉時所產生的震動能量即增加，如此一來即會產 生更高的震動及操音；且在組裝及維修上更加不便。 改進S知將散熱風扇固定於機殼中必須以手工 -進行安衣或維修換裝之缺失，且無法藉由避震元件η、 :衝墊圈22、減震座體32及減震元件”達到吸收震動能 里以避免震動對硬式磁碟機所造成的影響及噪音，尤其是 8 110123 M313 807M313807 « 4 VIII. New description: • [New technical field] The second type of jr is related to a kind of fixture. More specifically, it is about the anti-vibration fixture of the kind of exothermic clothing. [Prior Art] The main unit of the desktop computer is equipped with main equipment such as the main board, CPU and power supply. The main _ suitable for private promotion Μ Μ 生 热 热 热 热 热 热 热 热 必须 必须 , , , , , , , , The component is overheated and damaged::: r, the heat sink is used for heat dissipation, but the medium and the heat release device are set, and a plurality of heat dissipation fans are arranged on the fan frame to form a cooling fan group with & The heat dissipating device is == fixed element: directly locked on the bottom plate of the feeding machine casing, when the heat dissipating two "wide" due to the cooling fan running in the heat dissipating device will generate high frequency shock, resulting in the hard disk player The wide access action hits, the head hits the magnetic handle and causes the μ 'to avoid the money of the cooling fan shadow # hard disk drive, magnetic monument, machine ^ heat fan and the case between the chassis to avoid shock measures to avoid Causes the hard-type threshold to lightly affect the hard disk drive reading and writing action and noise =, Jing's method is to pre-set a resilient pad vibration of the screw: Drop::: The elastic ring absorbs heat (4) Thickness::: ===: Two 'has, __, long-term strong (four) and lost elasticity =:: small' and Elasticity (4) The effect of losing the suspension in the Pingyuwang. 110123 5 M313807 'Please refer to the Taigang* Thermal Fan Suspension Structure shown in Figure 1 for the s Patent Notice No. M283493 Installed in the inside: the anti-vibration fixture of the second heat device, the two self-heating fans for the heat dissipation of the components in the main body to provide the electronic coupling hole 110, and the four corners of the heat-dissipating fan 11 in the joint hole are arranged to avoid The seismic element 12, the phase H is provided with a coupling hole 制成0 made of a shock absorbing material, and is fixed to the (4) fixing element ^ through the fixing truss 14 of the coating 〇 between the element u and the coupling hole 11〇, so that the The effect of the consolidation is such that the shock absorber 12 absorbs the vibration energy of the shock absorber 12 by the shock absorber 12 to reduce the vibration noise generated when the soil and the fan 11 are operated; Rack 14, and can reduce the passing through a material 11 must first be the consolidation element 3 - a k must release the heat fan 1 〗 4 corners of the 4th member 12 a = the combination hole (1), and the suspension element The screw is attached to the end of the member 13 and then combined with the hand tool such as the === knot member 13 on the holder 14; Inconvenient, and P, +, ^, wind household SIIV / S and as above, if a plurality of cooling fans are installed at the same time, it must be assembled one by one, which is more time-consuming and labor-intensive. : Again, the national patent shown in Figure 2 Announcement No. M269691, a cooling fan mounting device having a shock absorbing structure, comprising a flanged fan frame 2 and a plurality of cushioning washers 22 disposed on the frame 2, the flange having a through hole 21〇, and the flange The cushioning washer 22 is attached to a flange-shaped elastic cushioning portion 221 and has a positioning portion 223. The cushioning washer 22 is assembled in the through hole 210 of the flange 21 of the flange 21, and the positioning portion 223 is hooked on the flange 21 In the through hole 210, and the elastic buffer portion 221 has a through hole m 110123 6 M313807 *, ^ ̄ ̄, the washer 22 is not shown in the - fixing member (10), through the through hole buffer = in the computer After the support member of the main body (not shown in the drawing), the elastic buffer portion 221 of the ring 22 is interposed between the flanges of the frame 2, and the shock energy can be absorbed by the cushion washer 22. . Although there is a cushion washer between the flange 21 of the fan frame 2 and the support member, the elastic buffer portion 221 of the cushion washer 22 absorbs the shock energy. However, in terms of assembly, the cushion washer 22 must have a A device is placed in the through hole 21 of the flange of the fan frame 1 and then inserted into the cushion washer 22 by a fixing screw (10), and the heat dissipating fan is assembled by a hand tool. On the support of the computer mainframe, it is more troublesome and inconvenient on the technical equipment. Please also refer to the national patent No. 1251 138 "heat dissipation shock absorber for the main unit" shown in Fig. 3, which is provided on a radiator 3: a seat = 'a through hole 31 is provided in the cover 3! 〇, a plurality of π 312 is disposed around the perforation 3 〇, and a soft damper seat 32 is mounted on the cover 31. The damper body 32 has a through hole 32 〇, and the perforation A notch 322 ′ is disposed around the notch 312 and 322 of the cover seat 31 and the damper base 32. The damper element 33 has a base 33 and the base 331 has a slot 332. The card slot is fastened in the notch 312, 322 to mount the damper element 33 on the cover η and the damper base 32, and the base 331 extends upwardly to a column 333, and the column The body 333 has a tapered body 334, so that the column 333 of the damper element is placed in the connecting hole 34 of the fan 34, and the bottom end of the cone 334 is located at the periphery of the hole of the connecting hole 34. The fan 110123 7 M313807 β ^ -34 is mounted on the cover 31 and the damper base 32, and the damper body - 3 2 and the reduction element 3 3 are The closing operation of the fan 34 to vibrate. The base 331 of the damper member 33 is fastened in the notch 312, 322 of the cover seat 31 and the damper base 32 by the slot 332, so that a portion of the base is in contact with the cover 31. The damper member 33 is inserted into the connecting hole 340 of the fan 34 by the cylinder 333, and the bottom end of the tapered body 334 is located on the peripheral surface of the hole of the connecting hole 340, so that the damper member 33 and the fan 34 are The vibration source is in direct contact, and the damping component is partially in contact with the base 331 _, so that the shock wave can be transmitted to the heat sink 3 〇, and the heat sink 3 〇 is directly disposed on the circuit board; The shock absorbing body 32 reduces the pulsation of the large smash, but the shock absorbing member 33 still transmits a part of the shock wave, so that the shock absorbing effect can be limited. In addition, the 'squatter type of servos have higher requirements for heat dissipation conditions. The three systems are because the speed of the server is much higher than that of the terminal's single computer, and the faster the speed is, the higher the heat generated. Therefore, the feeding device must use a cooling fan with more heat dissipation efficiency, and the most direct way to improve the heat dissipation efficiency is to increase the number and speed of the cooling fan, thereby increasing the flow and speed of the airflow. In the case where the number of hot fans is increased, the vibration energy generated when the cooling fan is operated is increased, so that higher vibration and sound operation are generated, and assembly and maintenance are more inconvenient. Improvement S knows that fixing the cooling fan to the casing must be done manually-by-clothing or maintenance replacement, and cannot be achieved by the suspension element η, the washer 22, the damper base 32 and the damper element Absorb shock energy to avoid the effects of vibration on the hard disk drive and noise, especially 8 110123 M313 807
A A 戶、已成為伺服器急欲解 ，本創作之一目的，係 ’得免除使用手工具組 使用多數量散熱器的伺服器來說 •決之問題。 【新型内容】 鑒於以上所述習知技術之缺點 在提供一種散熱裝置之防震固定器 裝’以利於快速組裝。 本創作之又一目的，係在提供一 —_ 死1、 種散熱裝置之防震固 機造成影響，並降 疋器，具有吸震效果以避免對硬式磁碟 低噪音。 。為達上揭目的’本創作提供—種散熱裝置之防震固定 益’係設於該散熱裝置與一電子裳置的機殼之間，該防穿 固定器係包括：彈性體，係具有一貫穿之橫開孔；以及二 固定桿，係分別形成於該彈性體之兩端.，且該固定桿具有 一凸部，使二固定桿分別穿置在散熱裝置及機殼之穿孔 中且使„玄凸底面位於该牙孔之開口端面，俾以將該散 鲁熱裝置固定於該機殼上。 依上述之構造，本創作復包括於該固定桿上具有一定 位環，使該凸部與定位環構成一夾置空間，俾以夾置在該 散熱I置之穿孔兩端；又凸部係為錐狀，且該凸部具有缺 口，以利於該凸部穿過該散熱裝置及機殼之穿孔，並使該 凸部底面位於該穿孔之開口端面上，俾以將該二固定桿穿 置且分別固定於該散熱裝置及機殼之穿孔中。 該散熱裝置係為散熱風扇，該防震固定器係為彈性材 料製成，如橡膠或矽膠。 110123 9 M313807 錢 # '本創作之散熱裝置之防震 膠等彈性材料製成，使其整體具有或石夕 孔之彈性體夹置在散熱裝置與電子#置的^具有横開 該散熱裝置與電子裝置的機±α 、枝八又之間，以將 „伯 衣置的枝咸猎由該防震固定哭6入r 開，俾使該散熱裴置運轉時所產 ：：4 體吸收，且該彈性體且右r p”f⑥動波付错由該彈性 以提高吸收震動的:;有== 穿設在該散熱裝置及機殼之穿二生二=嶋 处旦枝τ由具有㈣之固定桿所吸收，而大 月匕里的傳遞，俾可降你兩番 -辰動 降低噪音。 +低辰動對硬式磁碟機造成影響，並且 【實施方式】 Χ下係藉由特定的具體實施例說明本創作之實施方 配ΐ圖式說明本創作之具體實施例’以使所屬 、告Τ /、通#知識者可輕易地瞭解本創作之技術特徵盥 (違成功效。 /、 —$閱第4及5圖，係為本創作之散熱裝置之防震固 二杰，立體分解圖及剖視圖；該防震固定器“係設於該 乂元、=置42與一電子裝置的機殼43之間，該散熱裝置 2為散熱風扇，且該散熱裝置42具有穿孔42〇，而該電子 $置之機殼43亦具有相對應的穿孔43〇;其中該防震固定 裔41係以例如橡膠或矽膠之彈性材料製成，該防震固定器 係於彈性體410兩端分別一體成形有一固定桿4〗2、 412，且在該彈性體410中具有一貫穿之橫開孔410a藉以 10 110123 M313 807 ♦ ^ 增加緩衝空間，又該固定桿412、412，具有一係為錐狀之 凸邛413，且该凸部413具有缺口 413 a，俾使該凸部413 得有較大的收縮及變形量，以供該二固定桿412、412，分 別穿置在該散熱裝置42及機殼43之穿孔420、430中，且 該凸部413可變形收縮而穿入該穿孔42〇、43〇中，而在該 凸部413穿過該穿孔420、430後，該凸部413回復原狀， 並使該凸部413底面位於該穿孔420、430之開口端面，俾 以將該散熱裝置42固定於該機殼43上。 鲁该用以裝設在散熱裝置42 —端的固定桿412長度略 長於該固定於電子裝置的機殼43的固定桿412，，並於該 固定桿412上設有一定位環414，使該定位環414與凸部 413之間構成一夾置空間，俾以夹置在該散熱裝置42之穿 孔420兩端，以將該固定桿412穿置固定在散熱裝置 之穿孔420中。 且該定位環414與該彈性體410之間保有適當的間 馨距，俾可加大該散熱裝置42與電子裝置的機殼43之間的 緩衝空間，藉以提高吸收震動能量。 忒防晨固疋裔41係以例如橡膠或石夕膠之彈性材料製 成，使該固定桿412、412,本身具有彈性，得直接將該固 定桿412、412’分別穿置於該散熱裝置42及電子裝置的機 殼43的穿孔420、430中，並直接抽拉該固定桿4ΐ2、Μ〕， 的末端，使該固定桿412、412，上的凸部413穿過該穿孔 420、430後’並分別靠在該散熱裝置42及電子裝置的機 八又43之牙孔420、430外端表面上，即將該防震固定器 110123 11 M313807 裝設在該散熱裝置42及電子裝置的機殼43之間，而可免 除使用手工具以利於組裝。 此外，若要換裝散熱裝置42時，由於該防震固定器 41本身具有變形的彈性，可將該散熱裝置42向外拔出， 即可將該散熱裝置42拆下以換裝新品，以免除使用手工具 即可進行拆卸，以利換裝之進行；且於該散熱裝置42拆除 後，該防震固定器41仍保留在電子裝置的機殼43上，以 避免遺失導致組裝之不便；如此即可免除使用手工具進行 籲組裝之缺失，而可便於換裝及維修。 本創作之散熱裝置之防震固定器係以例如橡膠或矽 膠等彈性材料製成，使其整體具有彈性，並使該具有橫開 孔之彈性體夾置在散熱裝置與電子裝置的機殼之間，而可 免除使用手工具即可進行拆換，以利組裝或換裝之進行； 且於該散熱裝置拆除後，該防震固定器仍保留在電子裝置 的機殼上，以避免遺失導致組裝之不便；且該防震固定器 以彈性材料製成，得將該散熱裝置與電子裝置的機殼藉由 *該防震固定器完全隔開，俾使該散熱裝置運轉時所產生的 震動波得藉由該彈性體吸收，以降低震動波對硬式磁碟機 所造成的影響，並且震動能量降低，即可減少噪音產生； 且該彈性體具有橫開孔而可有較大的緩衝空間，而可提高 吸收震動的能力，以降低震動波的傳遞；此外，該固定桿 上設有定位環以加大該散熱裝置與電子裝置的機殼之間的 緩衝空間；又該彈性體兩端之固定桿係分別穿設在該散熱 裝置及機殼之穿孔中，使該散熱裝置所產生的震動波可由 12 110123 M313807 4 j> 吸收’ Μ幅降低震動能量的傳遞， 辰動對硬切碟機造成影響，並且降低蜂音。 惟以上所述之呈妒者#如心 卞曰 版貝轭例，僅係用以例釋本創作之特 本創二以限定本創作之可實嶋，在未脫離 内容而完成之術範田壽下’任何運用本創作所揭示 ~ 成改受及修飾，均仍應為下述之申嘈專利 範圍所涵蓋。 、< T明寻利 【圖式簡單說明】 :1圖係為本國專利公告第M283493號「散 避 辰結構」之立體分解圖； 、 構之=圖係為本國專利公告第M269691號「具有減震結 偁之放熱風扇安裝裝置」之立體分解圖； 埶避為本國專利第125113以「電腦主機用的散 …、k辰衣置」之立體分解圖； 。.弟4圖係為本創作散熱裝置之防震固定器之立體分解 圖，以及 第5圖係為本創作散熱裝置之防震固定器之剖視圖。 【主要元件符號說明】 11 散熱風扇 110 結合孔 12 避震元件 13 固結元件 14 固定架 2 扇框 110123 13 M313807 4 > 21 凸緣 210 > 310、 320 穿孔 22 缓衝墊圈 221 彈性緩衝部 223 定位部 225 通孔 30 散熱器 31 蓋座 32 減震座體 312、 322 缺口 33 減震元件 331 底座 332 卡槽 333 柱體 334 錐形體 34 風扇 丨340 連接孔 41 防震固定器 410 彈性體 410a 橫開孔 413 凸部 412、 412, 固定桿 413a 缺口 414 定位環 M313807 4； ^ 42 散熱裝置 420、430 穿孔 43 機殼A A has become a server, and one of the purposes of this creation is to eliminate the problem of using a hand tool kit to use a server with a large number of heat sinks. [New content] In view of the above-mentioned shortcomings of the prior art, a shock-proof fixture for a heat dissipating device is provided to facilitate rapid assembly. Another purpose of this creation is to provide an anti-vibration fixture that provides a deadlock and a heat sink, and has a shock absorbing effect to avoid low noise on the hard disk. . In order to achieve the above objective, the present invention provides a shock-proof fixing device for the heat-dissipating device, which is disposed between the heat-dissipating device and an electronically-sliding casing, and the anti-wearing fixture comprises: an elastic body having a through-through And the two fixing rods are respectively formed on the two ends of the elastic body, and the fixing rod has a convex portion, so that the two fixing rods are respectively placed in the perforations of the heat sink and the casing and make The bottom surface of the convex protrusion is located at the open end surface of the tooth hole, and the heat dissipation device is fixed on the casing. According to the above configuration, the creation includes a positioning ring on the fixing rod, so that the convex portion and the convex portion The positioning ring constitutes an interposing space, and is sandwiched between the two ends of the perforation of the heat dissipating I; and the convex portion is tapered, and the convex portion has a notch to facilitate the convex portion passing through the heat dissipating device and the casing The perforation is provided, and the bottom surface of the convex portion is located on the opening end surface of the perforation, so as to be inserted into the perforation of the heat dissipating device and the casing, and the heat dissipating device is a cooling fan. The holder is made of elastic material, such as 110123 9 M313807 钱# 'The heat-dissipating device of this creation is made of elastic material such as anti-vibration glue, so that the whole body or the elastic body of the stone-shaped hole is sandwiched between the heat sink and the electronic device. Between the heat sink and the electronic device's machine ±α, 八八, in order to set the branch of the shovel, the squid is fixed by the anti-shock, and the heat-dissipating device is produced: 4 body Absorbing, and the elastic body and the right rp"f6 wave is compensated by the elasticity to improve the absorption shock:; == is worn in the heat sink and the casing is worn by the two (4) The fixed rod is absorbed, and the transmission in the big moon, you can drop you twice - the noise to reduce the noise. + The low-end movement affects the hard disk drive, and [implementation] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT(S) The implementation of the present application is accompanied by a diagram illustrating a specific embodiment of the present invention so that the knowledge, skill, and knowledge of the author can easily understand the technical characteristics of the creation. -$Reading Figures 4 and 5, which are the anti-seismic solids of the creation of the heat sink The anti-vibration fixture is disposed between the unit, the unit 42 and the casing 43 of an electronic device. The heat sink 2 is a heat dissipation fan, and the heat sink 42 has a through hole 42〇. And the electronic housing 43 has a corresponding through hole 43〇; wherein the anti-shock fixed 41 is made of an elastic material such as rubber or silicone, and the anti-vibration holder is integrally formed on both ends of the elastic body 410. Forming a fixing rod 4 2, 412, and having a transverse opening 410a in the elastic body 410 to increase the buffer space by 10 110123 M313 807 ♦ ^, the fixing rods 412, 412 have a series of cones The protrusion 413 has a notch 413 a, so that the protrusion 413 has a large contraction and deformation amount, so that the two fixing rods 412 and 412 are respectively disposed on the heat sink 42 and The protrusions 413 and 430 of the casing 43 are deformed and contracted to penetrate into the through holes 42〇, 43〇, and after the protrusions 413 pass through the through holes 420 and 430, the protrusions 413 are restored. The original shape is such that the bottom surface of the convex portion 413 is located at the open end surface of the through holes 420 and 430.俾 Fix the heat sink 42 to the casing 43. The fixing rod 412 of the fixing device 412 is slightly longer than the fixing rod 412 of the casing 43 fixed to the electronic device, and a positioning ring 414 is disposed on the fixing rod 412 to make the positioning ring. An nip space is formed between the 414 and the convex portion 413 to be sandwiched between the two ends of the through hole 420 of the heat sink 42 to fix the fixing rod 412 in the through hole 420 of the heat sink. Moreover, a proper spacing between the positioning ring 414 and the elastic body 410 is maintained, and the buffer space between the heat sink 42 and the casing 43 of the electronic device can be increased, thereby absorbing the shock energy. The 晨 晨 疋 疋 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 42 and the through holes 420, 430 of the casing 43 of the electronic device, and directly pulling the ends of the fixing rods 4, 2, Μ, so that the convex portions 413 on the fixing rods 412, 412 pass through the through holes 420, 430. The rear end is placed on the outer surface of the heat sink 42 and the teeth 420, 430 of the electronic device, that is, the anti-vibration fixture 110123 11 M313807 is mounted on the heat sink 42 and the casing of the electronic device. Between 43 and the use of hand tools can be dispensed with to facilitate assembly. In addition, if the heat dissipating device 42 is to be replaced, since the anti-vibration anchor 41 itself has deformed elasticity, the heat dissipating device 42 can be pulled out, and the heat dissipating device 42 can be removed to replace the new product, thereby eliminating The hand tool can be used for disassembly to facilitate the replacement; and after the heat sink 42 is removed, the anti-vibration holder 41 remains on the casing 43 of the electronic device to avoid the inconvenience caused by the loss; It can eliminate the use of hand tools for the lack of assembly, and can be easily replaced and repaired. The anti-vibration fixture of the heat sink of the present invention is made of an elastic material such as rubber or silicone rubber, so that the whole body has elasticity, and the elastic body having the horizontal opening is sandwiched between the heat sink and the casing of the electronic device. The utility model can be replaced by using a hand tool for assembly or replacement; and after the heat sink is removed, the anti-vibration holder remains on the casing of the electronic device to avoid the assembly caused by the loss. Inconvenient; and the anti-vibration holder is made of an elastic material, and the heat dissipating device is completely separated from the casing of the electronic device by the anti-vibration holder, so that the vibration wave generated when the heat dissipating device is operated can be obtained by The elastic body absorbs to reduce the influence of the shock wave on the hard disk drive, and the vibration energy is reduced, thereby reducing the noise generation; and the elastic body has a horizontal opening and a larger buffer space, which can be improved. The ability to absorb vibration to reduce the transmission of shock waves; in addition, the fixing rod is provided with a positioning ring to increase the buffer space between the heat sink and the casing of the electronic device; The fixing rods at both ends of the elastic body are respectively disposed in the perforations of the heat dissipating device and the casing, so that the shock wave generated by the heat dissipating device can be absorbed by the 12 110123 M313807 4 j> It affects the hard disk drive and reduces the buzz. However, the above-mentioned 妒 妒 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 轭 轭 轭 轭 轭Shou Xia's use of this creation reveals that the changes and modifications are still covered by the following claims. < T 明寻利 [Simple description of the schema]: 1 is a three-dimensional exploded view of the national patent publication No. M283493 "Essence of the structure"; An exploded view of the heat-dissipating fan mounting device of the shock-absorbing and smashing device; omitting the three-dimensional exploded view of the national patent No. 125113 for "the use of the computer for the use of ..., kchen clothes"; The figure 4 is an exploded view of the anti-vibration fixture of the heat sink, and the fifth figure is a cross-sectional view of the anti-vibration fixture of the heat sink. [Main component symbol description] 11 Cooling fan 110 Bonding hole 12 Shock absorber 13 Consolidation component 14 Fixing frame 2 Fan frame 110123 13 M313807 4 > 21 Flange 210 > 310, 320 Perforation 22 Buffer washer 221 Elastic buffer 223 Positioning part 225 Through hole 30 Radiator 31 Cover seat 32 Damping seat body 312, 322 Notch 33 Damping element 331 Base 332 Card slot 333 Column 334 Cone body 34 Fan 丨 340 Connection hole 41 Anti-vibration holder 410 Elastomer 410a Cross hole 413 convex portion 412, 412, fixing rod 413a notch 414 positioning ring M313807 4; ^ 42 heat sink 420, 430 perforation 43 casing
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