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九、發明說明： 【發明所屬之技術領域】 裝置=日_於—__置及風扇 【先前技術】 速發展’電子元件如中央處理器等運算速度大幅度提 二之劇增’如何將電子元件之熱量散發出去，以保證 二=量一視之問題。為有效散發中央處理器在運行過程 翻七 央處理器表面加裝—散熱11，並在餘器之 =部^側安裝至少-風扇，風扇產生之氣流吹向散熱器促進熱量散失， 而使中央處理器自身溫度維持在正常運行範圍内。 二”市場±對降低噪音之要求越來越高，它已經成為衡量 t標之—。惟’隨著中央處理轉電子元件之運算速度不 斷增大’:然要求風扇不斷提高轉速以加速氣流與散 I" •’隨著風扇轉速之不斷提高，其帶來之震動噪音 ==广影響f統之性能。設計一種具有緩衝和減震作用又能 立艺二Γ之風扇固疋件以緩解風扇高速運轉產生之高頻震動帶來之噪 3必將成為降低噪音之重要措施。 【發明内容】 有鑒於此有必要提供—種具有緩衝和減震作用從而有效降低噪音之 風扇固定件及風扇裝置組合。 >、 「種風扇固定件及風扇裝置組合，該風扇固定件包括—風扇，一固定 二及復數使二者結合之風扇固定件，該風細定件由雜材料— =，次1連接之i部' —柱狀桿體一卡槽、—連接部及一把手。 二碩補錄她桿體之隨大，錄桿體之—端，連接部位於桿體之另 I端並連接把手，卡槽開設於連接部與桿體之連接處。該頭部和連接部分 别卡零於風扇及固定架並將風扇與固定架彈性地結合。 1306923 該風扇固定件由塑膠材料一體成型具有良好之彈性及柔性，安裝時風 扇固定件處於拉伸狀態’其頭部卡在風扇之一側，與風扇另—側風扇固定 架之穿孔於卡槽處相卡掣’從而不僅使風扇與固定架緊密固定在一起，同 時對工作中風扇高速運轉產生之高頻震動具有緩衝及減震之作用，從而有 效降低風扇工作中產生之噪音。 【實施方式】 第一圖係本發明實施例之風扇固定件50與風扇40、塾圈3〇、風扇固定 架20及散熱器10之立體分解圖。 該散熱器10包括一基座11及設置於基座U上之多數散熱鰭片13，基座 11兩側邊分別設置一台階部112，於兩台階部112之同一端分別開設一孔洞 114。該風扇固定架20為一矩形框體，於内緣四角上分別開設一穿孔21 ,用 以供固定件50穿設和扣合（稍後詳述）。風扇固定架2〇兩側底部分別彎折 延伸一凸耳22 ,每一凸耳22上開設與孔洞114對應之穿孔221，用以供扣件 (圖未示）穿設，將風扇固定架20固定在散熱器1〇上。 該風扇40略呈方形，於各角上分別開設穿孔41，可供固定件5〇穿設（稍 後詳述）。方形墊圈30塾設於風扇4〇與風扇固定架20之間，在各角上設有 與穿孔21、41對應之穿孔31。 請一併參閱第二圖，本實施例之風扇固定件5〇係由彈性塑膠材料一體 成型，具有良好之彈性。風扇固定件5〇呈桿狀，由其一端至另一端依次包 括一頭部51、一柱狀桿體53---^槽55、一圓錐形連接部57及一把手59。 頭部51為一柱狀體’其圍徑較柱狀桿體53及穿孔41大，安裝時把手59從穿 孔41之一側穿出，柱狀頭部51被卡在風扇5〇另一側。連接部57位於柱狀桿 體53之另一端，連接圍徑較柱狀桿體53小之把手59。卡槽55係一位於柱狀 槽’設絲狀娜％近隱麟接部域。連接部57 係圓錐形以便於連接部57穿過圍徑較其小之穿孔21，而使風扇固定件5〇於 環形卡槽55處卡扣在穿孔21内。把手侧於安裝時施加外力餘狀頭部51 卡持在風扇40—側之固定件5〇發生形變，穿過置於風扇4〇之另一侧之固 1306923 定f 〇上之穿孔a。在自然狀態下固定伽之頭部si到卡槽％之距離小於 風扇40之穿孔41與墊圈30之穿孔31之長度之和。 、 *請同時參㈣三圖和第_，组料，先使風扇@定件％料把 祕次穿舰扇4G ±之雜41及_ 3G上之雜31，再鮮把手把 過風扇固定架20上之穿孔U。紐對把手％施加拉力，仙定件 於拉伸形變狀態並使卡槽55位於穿孔41、31之外。緊接著，朝 ί 2G ’直至_形連接部57穿過穿孔21並使扣孔緣 幕、卡槽57上’然後緩慢釋放對把手59施加之拉力。由於頭部 槽55之距離小於風扇4〇之穿孔叫塾圈3〇之穿孔3ι之長度之和，故 ，在峡件％之⑽力_下®定件之頭 2° 一^ 之—側，卡槽％在穿孔21⑽連接部57卡在固定架 2〇-側’從而將風扇40與固定架2〇緊密地固定在一起。最後剪除把手灿 „扇40之風扇固定㈣放置在散熱㈣上，再通過扣μ *與之對應之孔洞U4把固定架2〇安裝在散熱器ι〇 一側。 峡件5G轉性瓣㈣—軸型，具妓权錄性 j風，4〇賴絲2。之緊顏定提供雜結合力，_絲在工作中 to風產Hi轉啦生之高雜動及料之狀震峽㈣效降低了風 【圖式簡單說明】 第一圖係本發明風扇固定件及風扇裝置組合之立體分解圖。 第二圖係第一圖中風扇固定件放大視圖。 第三圖係第—圖中風扇固定件、墊圈及風顧定架之部份組裝圖。 第四圖係第三®巾絲絲後剪除風顧定件把手之組裝圖。 【主要元件符號說明】 、 散熱器 10 基座 台階部 112 孔洞 散熱鰭片 13 風扇固定架 11 114 20 .1306923 穿孔 21、 221、 31、41 凸耳 22 墊圈 30 風扇 40 風扇固定件 50 頭部 51 柱狀桿體 53 卡槽 55 連接部 57 把手 59 9Nine, invention description: [Technical field of invention] Device = day _ _ _ _ _ and fan [previous technology] Speed development 'electronic components such as the central processing unit and other operating speeds greatly increased two's how to increase the electronic The heat of the component is dissipated to ensure the problem of two = quantity. In order to effectively distribute the central processing unit, the surface of the seventh processor is installed with heat dissipation 11 and at least the fan is installed on the side of the remaining unit. The airflow generated by the fan is blown toward the radiator to promote heat dissipation, and the center is The processor's own temperature is maintained within normal operating range. Second, the market ± is increasingly demanding to reduce noise, it has become a measure of t - only 'as the central processing of electronic components continue to increase the speed of operation': but the fan is required to continuously increase the speed to accelerate airflow and散I" • 'As the fan speed continues to increase, the vibration noise brought by it == widely affects the performance of the system. Design a fan with cushioning and shock absorption and can stand up to the fan to ease the fan The noise caused by high-frequency vibration generated by high-speed operation will become an important measure to reduce noise. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a fan fixing member and a fan device that have a buffering and damping effect to effectively reduce noise. >, "A combination of a fan fixing member and a fan device, the fan fixing member includes a fan, a fixed two and a plurality of fan fixing members for combining the two, the air fixing member is made of a miscellaneous material - =, time 1 Connected i part's - columnar rod body a card slot, - connecting part and a handle. The second master complements the width of her body, the end of the rod body, the connecting part is located at the other end of the rod body and connects the handle The card slot is opened at the connection between the connecting portion and the rod body. The head and the connecting portion are respectively clamped to the fan and the fixing frame and elastically combined with the fixing frame. 1306923 The fan fixing member is integrally formed of a plastic material and has good Elastic and flexible, the fan fixing member is in a stretched state during installation. The head is stuck on one side of the fan, and the perforation of the fan-side fan holder is stuck at the card slot, thereby not only making the fan and the fixing frame Tightly fixed together, and at the same time, it has the function of buffering and damping the high-frequency vibration generated by the high-speed operation of the fan during operation, thereby effectively reducing the noise generated during the operation of the fan. [Embodiment] The first figure is a fan fixing according to an embodiment of the present invention. An exploded view of the member 50 and the fan 40, the ring 3, the fan holder 20 and the heat sink 10. The heat sink 10 includes a base 11 and a plurality of heat dissipation fins 13 disposed on the base U. A step portion 112 is disposed on each of the two sides, and a hole 114 is defined in the same end of the two step portions 112. The fan holder 20 is a rectangular frame body, and a through hole 21 is defined in each of the four corners of the inner edge. The fixing member 50 is configured to be fastened and fastened (described later in detail). The bottoms of the two sides of the fan holder 2 are respectively bent and extended by a lug 22, and each of the lugs 22 defines a through hole 221 corresponding to the hole 114. The fan holder 20 is fixed on the heat sink 1 。. The fan 40 is slightly square, and each of the corners is provided with a through hole 41 for the fixing member 5 to be worn. The square washer 30 is disposed between the fan 4A and the fan holder 20, and has perforations 31 corresponding to the through holes 21 and 41 at each corner. Please refer to the second figure, The fan fixing member 5 of the embodiment is integrally formed of an elastic plastic material and has good elasticity. The fan fixing member 5 has a rod shape, and includes a head portion 51 and a columnar rod body 53 from one end to the other end. - a slot 55, a conical connecting portion 57 and a handle 59. The head portion 51 is a columnar body having a larger diameter than the columnar rod body 53 and the through hole 41. When mounted, the handle 59 is passed out from one side of the through hole 41, and the columnar head portion 51 is caught on the other side of the fan 5. . The connecting portion 57 is located at the other end of the cylindrical rod body 53, and is connected to a handle 59 having a smaller diameter than the cylindrical rod body 53. The card slot 55 is located in the columnar groove </ br>. The connecting portion 57 is conical so that the connecting portion 57 passes through the through hole 21 having a smaller diameter, so that the fan fixing member 5 is caught in the through hole 21 at the annular card groove 55. When the handle side is applied, the external force is applied to the fixing member 5 of the fan 40 side, and the fixing member 5 is deformed, and the through hole a is placed on the other side of the fan 4〇. In the natural state, the distance from the head s of the fixed gamma to the slot % is smaller than the sum of the length of the through hole 41 of the fan 40 and the through hole 31 of the washer 30. , *Please also refer to (4) three maps and the first _, the group material, first make the fan @定件% material to secretly wear the fan 4G ± 杂 41 and _ 3G on the miscellaneous 31, and then the handle to the fan holder Perforation U on 20. The button applies a pulling force to the handle %, and the setting member is in a stretched deformation state and the card slot 55 is located outside the through holes 41, 31. Immediately thereafter, the ί 2G 'up to the _-shaped connecting portion 57 passes through the through hole 21 and causes the buttonhole edge, the card slot 57' to then slowly release the pulling force applied to the handle 59. Since the distance of the head groove 55 is smaller than the sum of the lengths of the perforations 3 ι of the 〇 塾 〇 〇 〇 , , , , , , , , , , , , 峡 峡 峡 峡 峡 峡 峡 峡 峡 峡 峡 峡 峡 峡 峡 峡 峡The card slot % is caught at the attachment portion 57 of the through hole 21 (10) at the side of the holder 2 so that the fan 40 and the holder 2 are tightly fixed together. Finally, cut off the handle „ fan 40 fan fixed (four) placed on the heat sink (four), and then through the buckle μ * corresponding hole U4 to mount the mount 2 在 on the side of the radiator 。 gorge 5G rotary flap (four) - Axial type, with the right to record j wind, 4 〇 赖 silk 2. The tight Yanding provides a hybrid bond, _ silk in the work to the wind production Hi turn to the high-heavy movement of the material and the material of the earthquake (four) effect The wind is reduced [Simplified description of the drawings] The first figure is an exploded perspective view of the combination of the fan fixing member and the fan device of the present invention. The second drawing is an enlarged view of the fan fixing member in the first figure. The third figure is the fan in the first figure. Part of the assembly drawing of the fixing parts, washers and the airing frame. The fourth drawing is the assembly drawing of the third® towel wire cutting and removing the handle of the fixing. [Main component symbol description], radiator 10 base step 112 Hole Cooling Fin 13 Fan Mount 11 114 20 .1306923 Piercing 21, 221, 31, 41 Lug 22 Washer 30 Fan 40 Fan Mounting 50 Head 51 Column Rod 53 Card Slot 55 Connection 57 Handle 59 9