M325713 八、新型說明： 【新型所屬之技術領域】 本新型係有關，種扣合結構，且特別係有關於—種適用於電 子晶片散熱技術中之扣合結構。 【先前技術】 隨著電子產業之發展，各種電子元件之電晶體密度曰益增 加，處理資料之速度也越來越快。然而電子元件在工作時都會產 _ 生熱1’且隨著運异速度之;胃加，其消耗之功率和產生之熱量也 隨之增加，因此我們必須利用散熱裝置來及時地向外界散發電子 兀件產生之熱量，用來降低電子元件之溫度，以保持其正常之穩 定工作。 眾所周知，風扇係散熱裝置中主要配件之一，在實際應用中 風扇往往需要一扣合結構將其扣合於其中，該扣合結構大都包括 風扇底座和一風扇蓋，風扇放置於風扇底座内，並將風扇蓋扣 • 合於風扇底座之上，在習知技術中將風扇蓋扣合於風扇底座上主 ' 要有以下幾種方式： 1·使用固定螺絲來達到風扇底座和風扇蓋之扣合，即使用複 數個固疋螺絲對風扇底座和風扇蓋進行鎖合； 2·使用扣合方式配合固定螺絲來達到風扇底座和風扇蓋之扣 合； 1 人3·使用熱熔方式或者鉚合方式對風扇底座和風扇蓋進行扣 但是在具體之操作中，上述將風扇蓋扣合於風扇底座之方式 •M325713 對應存在如下缺點： 1·使用螺絲來達到風扇底座和風扇蓋之扣合，由於此方 式必須利用數顆螺絲來使風扇底座和風扇蓋扣合，因而增力口了螺 絲費用及人：n鎖合成本，導致了整體成本之提高； 2·使用扣合方式配合固定螺絲來達到風扇底座和風扇蓋之 扣口纟於此種扣合方式容歧生扣合不牢靠及扣合處松脫之狀 況’所以必須搭配固定獅來防止風扇蓋松脫，但因為風扇蓋有 • 松脫顧慮故產品穩定性為-潛在隱患，且螺絲費用及鎖合成本， 皆將使成本提高； 3·使用熱熔方式或者鉚合方式都需增加相應之設備且產品無 法重利用，也造成了成本之增加。 有鑒於此，實有必要提供一種成本低廉且扣合牢靠之風扇扣合 結構。 【新型内容】 # 目此，本難之目的在於—種扣合結構，該扣合結構成本低 - 廉且扣合牢靠。 為達成上述目的，本新型係提供—種扣合結構，麟扣合散熱裝置 中之散熱風扇，該扣合結構包括一風扇底座，該風扇底座四周邊緣上設 置有複數個扣合體’該等扣合體均包括一擔體和一扣合塊，該擔體為 從風扇底座邊緣不同之兩點向外延伸之封閉結構，所述扣合塊從風扇 底座邊緣延伸出且位於風扇底座邊緣和擔體之間，另外該扣合結構包 括-風扇蓋，該風扇蓋四周邊緣配合扣合體設置有複數個扣合釣，該 •M325713 等扣合鉤相對應扣合塊設置，且該等扣合鉤的兩側皆設置有—彈力體。 相較於習知技術，本新型借由簡單之扣合體與扣合釣之配合來對 風扇實現扣合，因此避免了習知技術巾制獅固定、熱熔方式或者 鉚合方式特雜之結構，在—定程度上節約了成本且扣合牢靠，排除 了扣合處容易出現松脫之問題。 為使對本新型之目的、構造特徵及其功能有進一步之瞭解，兹配 合圖示詳細說明如下： 【實施方式】 。月ί閱第一圖所示，為本新型一較佳實施例之立體分解圖。該扣 合結構包括-風扇底座1Q，該風扇底座1G四周邊緣上設置有複數個 扣合體100，該等扣合體100均包括一擋體1〇2和一扣合塊1〇4，該擔 體102係為從風扇底座10邊緣不同之兩點向外延伸之一封閉結構，所 述扣合塊104從風扇底座1Q邊緣延伸出錄於風扇底座1()邊緣和擔 體102之間’且該扣合結構還包括一風扇蓋2〇，該風扇蓋2〇配合風 羽底座10 ^又置，且該風扇蓋2〇四周邊緣配合扣合體1〇〇設置有複數 個扣合鉤201，該等扣合鉤201相對應扣合塊1〇4設置有-開口 203， 且该等扣合鉤201的兩侧邊上均設置有一彈力體2()5，另外所述風扇 底座10上還设置有複數個固定結構3〇，以便把散熱風扇（圖中未繪 示）固定於散熱系統中。 明苓閱第二圖所示，為本新型一較佳實施例之具體應用示意圖。 、、且衣日守’散熱風扇40置於風扇底座1〇中，再將風扇蓋2〇通過扣合鉤 2〇1和扣合體100之結合扣合於風扇底座10上，因為扣合鉤201扣於 M325713 扣合塊綱上時，播體102施力給彈力體（圖中未綠示），則彈力體產 生疋彈力，在彈力的作用下以使扣合鉤2〇1不易從扣合塊⑽上於 脫，後利用複數個螺絲50通過固定結構3〇把散熱風扇4〇固定於考; .本新型提供一種扣合結構與習知技術相比，具有以下積極效果： . h此扣合結構可直接將風扇蓋扣合於風扇底座上，可排除使用固 疋螺絲來達敎位目的，故可以減少加螺絲和組红時之費用，達 鲁降低成本之效果。 2.此扣合結構可排除扣合不牢靠及扣合處松脫問題達到扣合目 的，故無需再搭_定_來防止風絲松脫，_降低成本之效果。M325713 VIII. New description: [New technical field] This new type relates to the kind of fastening structure, and especially relates to the fastening structure suitable for the heat dissipation technology of electronic chip. [Prior Art] With the development of the electronics industry, the density of transistors of various electronic components has increased, and the speed of processing data has become faster and faster. However, electronic components will produce _ heat 1' and will increase with the speed of transportation. The power consumed and the heat generated will increase. Therefore, we must use heat sinks to dissipate electrons to the outside in time. The heat generated by the element is used to lower the temperature of the electronic component to maintain its normal stable operation. As is known, the fan is one of the main components in the heat sink. In practical applications, the fan often needs a fastening structure to fasten it. The fastening structure mostly includes a fan base and a fan cover, and the fan is placed in the fan base. And the fan cover is attached to the fan base. In the prior art, the fan cover is fastened to the fan base. There are several ways to do the following: 1. Use the fixing screws to reach the fan base and the fan cover. In combination, the fan base and the fan cover are locked by using a plurality of fixing screws; 2. The fastening of the fan base and the fan cover is achieved by using the fastening method with the fastening screw; 1 person 3·using hot melt method or riveting The fan base and the fan cover are buckled. However, in the specific operation, the fan cover is fastened to the fan base. The M325713 has the following disadvantages: 1. Use the screw to achieve the fastening between the fan base and the fan cover. In this way, several screws must be used to fasten the fan base and the fan cover, thus increasing the screw cost and the person: n lock synthesis, resulting in the overall 2. Increase the cost; 2. Use the fastening method to match the fixing screws to achieve the buckle of the fan base and the fan cover. In this way, the fastening method is not secure and the buckle is loose. Therefore, it must be fixed. The lion is used to prevent the fan cover from loosening, but because the fan cover has looseness and concern, the stability of the product is a potential hazard, and the cost of the screw and the lock combination will increase the cost; 3. Use the hot melt method or the riveting method. Both need to increase the corresponding equipment and the product can not be reused, which also causes an increase in cost. In view of this, it is necessary to provide a fan fastening structure that is inexpensive and securely fastened. [New content] # 目目, The purpose of this difficulty lies in a kind of fastening structure, the fastening structure is low in cost - cheap and securely fastened. In order to achieve the above object, the present invention provides a fastening structure, which is a cooling fan in a heat sink, the fastening structure includes a fan base, and a plurality of fastening bodies are disposed on the periphery of the fan base. The combination body comprises a carrier and a fastening block. The carrier is a closed structure extending outward from two different points of the edge of the fan base. The fastening block extends from the edge of the fan base and is located at the edge of the fan base and the carrier. In addition, the fastening structure includes a fan cover, and the outer edge of the fan cover is provided with a plurality of fastenings, and the fastening hooks such as the M325713 are corresponding to the fastening blocks, and the fastening hooks are arranged. Both sides are provided with a - elastic body. Compared with the prior art, the present invention achieves the fastening of the fan by the combination of the simple buckle body and the snap-fit fishing, thereby avoiding the structure of the conventional technical towel-making lion fixing, hot-melting method or riveting mode. In a certain degree, the cost is saved and the fastening is secure, and the problem that the buckle is prone to loosening is eliminated. In order to further understand the purpose, structural features and functions of the present invention, the detailed description is as follows: [Embodiment]. BRIEF DESCRIPTION OF THE DRAWINGS The first figure shows an exploded perspective view of a preferred embodiment of the present invention. The fastening structure includes a fan base 1Q, and a plurality of fastening bodies 100 are disposed on the periphery of the fan base 1G. The fastening bodies 100 each include a blocking body 1〇2 and a fastening block 1〇4. The 102 is a closed structure extending outward from two different points of the edge of the fan base 10. The fastening block 104 extends from the edge of the fan base 1Q and is recorded between the edge of the fan base 1 () and the carrier 102'. The fastening structure further includes a fan cover 2 〇, the fan cover 2 〇 is cooperated with the wind feather base 10 , and the surrounding edge of the fan cover 2 配合 is provided with a plurality of fastening hooks 201 , The fastening hook 201 is provided with an opening 203 corresponding to the fastening block 1〇4, and an elastic body 2() 5 is disposed on both sides of the fastening hook 201, and the fan base 10 is further disposed on the same. There are a plurality of fixed structures 3〇 to fix the cooling fan (not shown) in the heat dissipation system. A schematic view of a specific application of a preferred embodiment of the present invention is shown in the second drawing. And the sun protection fan 40 is placed in the fan base 1〇, and then the fan cover 2〇 is fastened to the fan base 10 through the combination of the fastening hook 2〇1 and the fastening body 100, because the fastening hook 201 When fastened to the M325713 buckle block, the broadcast body 102 applies force to the elastic body (not shown in the figure), and the elastic body generates elastic force. Under the action of the elastic force, the buckle hook 2〇1 is not easily buckled. After the block (10) is removed, the cooling fan 4 is fixed to the test by a plurality of screws 50 through the fixing structure 3; The present invention provides a fastening structure having the following positive effects compared with the prior art: The structure can directly fasten the fan cover to the fan base, which can eliminate the use of the solid screw to achieve the purpose of clamping, so the cost of adding screws and group red can be reduced, and the cost reduction of Daru is reduced. 2. This fastening structure can eliminate the problem that the buckle is not secure and the buckle is loose, so it is not necessary to take the _ to prevent the wind from loosening, and the effect of reducing the cost.
3·此扣合結構可排除和鉚合方絲固定風驗，節省了 生產設備之_、且產品可仏再糊，達到了降低成本之功用。 、綜上所述’本新型符合新型專利之要件，爰依法提出利申請。惟， 以上所逑者僅為本新型之較佳實施例，舉凡熟悉本新型技術之人士， =2難精神所做之均雜飾錢化1應涵蓋於町之申請專 【圖式簡單說明】 第一圖為本新型-較佳實侧之立體分解示意圖。 第二圖為本_—較佳實施例之具體應用示意圖。 【主要元件符號說明】 風扇底座 1Λ •M325713 扣合體 100 擋體 102 扣合塊 104 風扇蓋 20 扣合鉤 201 ’開口 203 •彈力體 205 鲁風扇 40 固定結構 30 螺絲 50 93. This fastening structure can eliminate the riveting and fixing of the square wire, save the production equipment, and the product can be re-paste, which can reduce the cost. In summary, the new type meets the requirements of the new patent, and the application for profit is made according to law. However, the above-mentioned ones are only the preferred embodiments of the present invention. For those who are familiar with the novel technology, the idioms that are difficult to make a spirit should be covered in the application of the town [simplified description] The first figure is a perspective exploded view of the novel-better side. The second figure is a schematic diagram of a specific application of the preferred embodiment. [Main component symbol description] Fan base 1Λ • M325713 Snap body 100 Block body 102 Snap block 104 Fan cover 20 Snap hook 201 ‘opening 203 • Elastic body 205 Lu fan 40 Fixing structure 30 Screw 50 9