1228649 五、發明說明（1) 【發明之所屬之技術領域】 本發明係有關一種散熱器之風扇連接座，尤其應用於 具有薄形散熱鰭片之散熱器上，用以供散熱風扇以螺合件 結合固定於散熱器上。 【先前技術】 隨著高速資料處理的需求，促使CPU在製造與設計上 不斷的進步，使其功能與速度並日益強大，在此同時，工 作電壓與工作頻率也相對提高，使得CPU的發熱功率大幅 的提升，過高的工作溫度將會影響到CPU的正常工作，因 此良好的散熱裝置是為電腦系統中不可或缺之必要設備。 而隨著CPU技術不斷的進步，散熱裝置亦需隨著不斷的改 進，以達到所需之散熱效果。 目前散熱裝置包括有一散熱器及一散熱風扇，其中散 熱器包含有一本體及複數個設置於本體上的散熱鰭片所構 成，散熱器係以本體貼覆於CPU上，由本體來傳遞CPU之熱 能至散熱鰭片上，透過散熱鰭片之設計來增加散熱面積， 而散熱風扇係裝設於散熱鰭片上，散熱風扇提供風力吹向 散熱鰭片，使散熱鰭片與外界之空氣進行熱交換，達到散 熱之目的。 目前散熱風扇與散熱器結合的方式係以螺合件鎖合， 螺合件鎖合係於散熱風扇的週緣開設有穿孔，螺絲等螺合 件穿過穿孔後旋入於散熱器上，旋入的方式有二種，一種 對應穿孔的位置處不設置散熱鰭片（或散熱鰭片隔開一個 位置），利用螺合件直接旋入於散熱器之本體上，然而將1228649 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to a fan connector for a radiator, and is particularly applied to a radiator having a thin heat dissipation fin for the heat dissipation fan to be screwed together. The parts are combined and fixed on the radiator. [Previous technology] With the demand for high-speed data processing, the CPU has been continuously improved in manufacturing and design, making its functions and speed increasingly powerful. At the same time, the operating voltage and operating frequency have also been relatively increased, making the CPU's heating power Greatly improved, too high operating temperature will affect the normal operation of the CPU, so a good heat sink is an indispensable device for computer systems. With the continuous advancement of CPU technology, the heat dissipation device also needs to be continuously improved to achieve the required heat dissipation effect. At present, the heat dissipation device includes a radiator and a cooling fan. The radiator includes a body and a plurality of cooling fins arranged on the body. The radiator is attached to the CPU by the body, and the body transmits the heat energy of the CPU. To the heat dissipation fins, the heat dissipation area is increased by the design of the heat dissipation fins. The heat dissipation fans are installed on the heat dissipation fins. The heat dissipation fans provide wind to the heat dissipation fins, so that the heat dissipation fins can exchange heat with the outside air to The purpose of heat dissipation. At present, the method of combining the cooling fan and the radiator is locked by a screw. The screw is locked at the periphery of the cooling fan and is provided with a perforation. The screw and other screwed parts are screwed into the radiator after passing through the perforation. There are two ways. One is not provided with a heat sink fin at the position corresponding to the perforation (or the heat sink fins are separated by one position). It is screwed directly onto the body of the heat sink, but the
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的氣流出路，使得氣流更為 再排出，提高散熱效率。，，、肀的吹入中央及底部位置後 為讓本發明之上述和其他 顯易懂，下文特舉一較佳實扩 的、特徵、和優點能更明 細說明如下。 土 也例，並配合所附圖式，作詳 實施方式】 根據本發明 設於散熱器之 裝結合；一般而 式有許多，諸如 螺絲旋固的 成本最低。然而 來越薄，使得益 明所提出的散熱 形散熱鰭片之散 I先請參閱 用於散熱風扇及 CPU)進行散熱 政熱器2 〇設置於 而散熱風扇3 0係 行散熱，其中散 體2 1上之散熱鰭 40旋入結合之螺 片31而產生氣流 套 所揭露的散執 散熱銬片μ 、。之風扇連接座結構，用以 古了 ΐ Α劫’以供散熱風扇藉由螺合件組 螺絲=合固定於散熱器上之方 方式操作最為二：扣等，但以機械設計而 ，由尔-Γ 早、結合強度最為穩固且 法利用二二ΐ需求提高，使得散熱縛片越 器之風戶ί接鎖附於散熱鰭片，而本發 熱器上Γ連接座結構，即是應用於具有薄 散：Λ示，立圖中所示係為本發明應 ，至小°兩之、、且成不意圖，為對一熱源（如 一 rn/有一散熱器20及一散熱風扇3〇， 二（圖中未示）上，用以傳遞熱能， 流進人散熱器20,以對散熱器2 I态2 〇包含有一本體2 1及複數個設置於 2 2 ’散熱鰭片2 2上具有複數個供螺人 ，部23 ·’另外，散熱風扇3〇係藉由旋轉 ，並且具有複數個結合孔3 2 (此部分為^The airflow exit makes the airflow more exhausted and improves heat dissipation efficiency. In order to make the above and other aspects of the present invention comprehensible after the blowing into the central and bottom positions, the following specifically exemplifies a better and expanded feature, feature, and advantage which can be explained in more detail below. Examples are given below, and detailed descriptions are given in conjunction with the attached drawings.] According to the present invention, the installation and combination of the heat sink is provided; there are many general styles, such as the lowest cost of screwing. However, it becomes thinner and thinner, so that the cooling of the heat-dissipating fins proposed by Yiming (see I for cooling fans and CPUs). The heat sink 2 is installed on the cooling fan 30 and the fan 2 is used for cooling. The radiating fins 40 on 1 are screwed into the combined fins 31 to generate the dissipative radiating cuffs μ, which are exposed by the airflow sleeve. The structure of the fan connection seat is used to protect the cooling fan. It is used for the cooling fan to operate on the heat sink by screwing the screws together. The second is buckle, but it is mechanically designed. -Γ is early, the bonding strength is the most stable, and the demand for the use of two or two is increased, which makes the wind radiator of the heat sink binding device attached to the heat sink fin. The Γ connection seat structure on the heater is applied to Thin: Λ shows that the figure shown in the elevation is the application of the invention, which is as small as two degrees, and is not intended to be a heat source (such as a rn / a radiator 20 and a cooling fan 30, two ( (Not shown in the figure), used to transfer thermal energy, into the radiator 20 to the radiator 2 I state 2 〇 includes a body 2 1 and a plurality of heat dissipation fins 2 2 2 For snail people, part 23 · 'In addition, the cooling fan 30 is rotated and has a plurality of coupling holes 3 2 (this part is ^
1228649 五、發明說明（4) 知技術，不再多作贅述）。 之風ΐ二m r圖i所示，根據本發明所揭露之散熱器 y扇連接座結構，其包括有一概呈四方形之座體1〇，座 一四周具有垂直向上及向下延伸之側牆1卜12、13、 ，由側牆1卜1 2、1 3、1 4所構成之範圍恰可 f 30及套置於散熱器2〇之散熱鰭片㈡上，其中於:二 31^具f ή通孔15 ’通孔15之範圍概與散熱風扇30之葉片 卜徑相同’使得散熱風扇3〇所產生之氣流可以通過座體 ^之通孔1 5 ·’在座體i 〇的週緣還開設有複數個穿孔丨6， 稷數個穿孔1 6係對應於散熱鰭片22之螺接部23，以供 件4 0穿過而旋入於螺接部2 3。 ' 於座體1 0底部對應於穿孔丨6的位置處具有複數個支撐 套7，支撐套丨7係由三個接續成u字型之外板體^、 172、1 73所構成，而其開口朝外，外板體17卜172、173 伸熱續片2 2之間隙中，且外板體171、173之距 内板Ξ 17月4 片22之距離，而於支撲套17内還具有二片 内板體 17 气，- —片内板體174、175恰可伸入於外板體 17卜173内之散熱鰭片22的二側間隙。 露的肩ίΙ、Λ4圖」所示’根據本梅 埶罘2 0之門 羽連接座結構’係設置於散熱風扇3 0及散 套17伸入於散哉;0對應於散熱器2〇,並使座體10之支樓 螺接部23三片散2 3 =部23内，外板體m、m於 …、縛片2 2的外側間隙，而二片内板體1228649 V. Description of the invention (4) Known technology, I won't go into details. As shown in Fig. 2 of the wind wind II, the radiator y fan connection seat structure disclosed in the present invention includes a substantially square seat body 10, and the periphery of the seat has sides extending vertically upward and downward. The walls 1 and 12, 13, and the range formed by the side walls 1 and 1 2, 1, 3, and 14 can be just f 30 and placed on the heat sink fin ㈡ of the heat sink 20, of which: 31 With the through hole 15 'The range of the through hole 15 is almost the same as the blade diameter of the cooling fan 30' so that the airflow generated by the cooling fan 30 can pass through the through hole 15 of the base body ^ 'at the periphery of the base body 〇 A plurality of perforations 6 are also provided. Each of the plurality of perforations 16 corresponds to the screw connection portion 23 of the heat dissipation fin 22 for the component 40 to pass through and screw into the screw connection portion 23. 'There are a plurality of support sleeves 7 at the position corresponding to the perforations at the bottom of the base 10, and the support sleeves 7 are composed of three outer plates ^, 172, 1 73 which are connected in a U shape, and The opening is facing outwards, the outer plate 17, 172, 173 is in the gap between the extension panels 22, and the outer plate 171, 173 is away from the inner plate Ξ 17, the distance from the 22 piece, and it is still in the flap 17 There are two inner plate bodies 17 gas,-the inner plate bodies 174, 175 can just extend into the gaps on the two sides of the heat dissipation fins 22 in the outer plate bodies 17 and 173. The "Shoulder Ι, Λ4 picture" as shown in the figure `` According to the door plume connection structure of the Ben Meiji 20 '' is set on the cooling fan 30 and the loose sleeve 17 extends into the Sanye; 0 corresponds to the radiator 20, And the three bolts 23 of the base 10 of the base 10 are scattered 2 3 = inside the portion 23, the outer gaps of the outer plates m, m are…, the outer gaps of the binding plates 2 2, and the two inner plates
五、發明說明（5) 174、175螺接部23内之散熱鰭片22的二側 =2 3内的散熱鰭片22皆由支撐套17所支撐頂靠，’使得螺接 郢23内的散熱鰭片22之受力能力，，強化螺接 1 0的上方，刺田碑入从z n r丄 月文…、風屬3 0置於座體 *於螺接部23内的散熱鰭片22皆由心 以順入的旋入而固定二 =; 流與散Ϊ2通過該通孔I5而進入散熱‘鰭片22,使氣 ί據H進行熱交換而排出’達到散熱之目的。 散熱風扇3。可以：=露的=熱器之風扇連接座結構，使得 22之散执直接以螺合件40結合於具有薄形散熱縛片 來増加散熱效果：#另]:薄形散20具有較多之散熱面積 所揭露的散熱器之n外，如第5圖」所示，根據本發明 熱鰭片22氣流出口 ^扇連接座結構，其中座體1 〇之對應散 1 Π (側牆1 3相同）、二側牆Π、1 3具有向下延伸之導流部 的氣流出路，而使/、導流部1 1 1向下覆蓋住部分散熱縛片 得氣流流速加快二流出路縮小’藉由氣流出路縮小而使 後再排出，以争+使得氣流可以吹入散熱鰭片2 2底部位置 散Γ二：i::地提高散熱效率；-般謂貼附於 處，因此導流部X中央部位，·亦即熱能集中在中央位篆 1228649 五、發明說明（6) 吹入，以獲得最佳之散熱效果；再者，不同規格之散熱器 2 0，其散熱鰭片2 2之高度亦有所不同，而根據不同高度之 散熱鰭片2 2，導流部1 1 1向下延伸之長度可作彈性調整， 其中以遮覆住散熱鰭片2 2高度之1 / 2或1 / 3為最佳，如「第 5圖」所示，散熱鰭片2 2之高度為h 1，導流部之高度為 h2，hl:h2二 1:1/2;或者，亦可 hl:h2 = l:l/3。 以上所述者，僅為本發明其中的較佳實施例而已，並 非用來限定本發明的實施範圍；即凡依本發明申請專利範 圍所作的均等變化與修飾，皆為本發明專利範圍所涵蓋。V. Description of the invention (5) Both sides of the radiating fins 22 in the 174 and 175 screw joints 23 = 23 The radiating fins 22 in the 3 are supported and supported by the support sleeve 17, so that the The load-bearing capacity of the heat-dissipating fins 22 strengthens the upper part of the screw connection 10, and the stinging monument enters from znr 丄 Yuewen ..., the wind is 30 and the heat-dissipating fins 22 in the screw-connection part 23 are all The two are fixed by screwing in by the heart. The flow and scatter 2 pass through the through hole I5 and enter the heat dissipation 'fin 22, so that the gas is discharged by heat exchange according to H' to achieve the purpose of heat dissipation. Cooling fan 3. Can: = Exposed = Fan connection base structure of the heater, so that the 22 fan can be directly combined with the thin screw fins with the screw joint 40 to increase the heat dissipation effect: # Another]: The thin fan 20 has more The n of the heat sink exposed by the heat dissipation area, as shown in FIG. 5 ”, according to the present invention, the heat fins 22 airflow outlet ^ fan connection seat structure, wherein the base body 1 0 corresponds to the scattered 1 Π (side wall 13 is the same ), The two side walls Π, 13 have airflow outlets for the downwardly extending diversion section, and the airflow velocity is accelerated by the diversion section 1 1 1 covering a part of the cooling fins downward, so that the outflow path is reduced. The airflow path is narrowed and then discharged, so that the airflow can be blown into the bottom of the heat dissipation fins 2 2 Γ2: i :: ground improves the heat dissipation efficiency;-it is generally attached to the place, so the center of the air guide X The heat energy is concentrated in the central position. 1228649 V. Description of the invention (6) Blow in to obtain the best heat dissipation effect. In addition, the heat sink fins 2 of different specifications have a height of 2 2 It is different, and according to the height of the heat radiation fins 2 2, the length of the flow guide 1 1 1 extends downward For elastic adjustment, it is best to cover 1/2 or 1/3 of the height of the heat dissipation fin 22, as shown in "Figure 5", the height of the heat dissipation fin 22 is h 1, and the flow guide The height is h2, hl: h2 2: 1: 1/2; or, hl: h2 = l: l / 3. The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of implementation of the present invention; that is, all equivalent changes and modifications made in accordance with the scope of the patent application for the present invention are covered by the scope of the patent for the present invention .
第10頁 1228649 圖式簡單說明 第1 A、1 B圖，係為本創作之結構示意圖； 第 2圖， 係為 本創 作 應 用 於 散 熱風 扇 及 散 熱 器 之 組 成 分 解 示 意圖 y 第 3圖， 係為 本創 作 應 用 於 散 熱風 扇 及 散 熱 器 之 組 成 結 合 示 意圖 第 4圖， 係為 本創 作 應 用 於 散 熱風 扇 及 散 熱 器 之 組 成 剖 面 示 意圖 :及 第 5圖， 係為 本創 作 應 用 於 散 熱風 扇 及 散 熱 器 之 組 成 側 面 示 意圖 〇 [ 圖 式 符號 說明： 1 座 體 10 側 牆 1卜 1： 2、 1 3、 1 4 導 流 部 111 通 孔 15 穿 孔 16 支 撐 套 17 外 板 體 17卜 172 、] L73 内 板 體 174' 175 散 熱 器 20 本 體 21 散 熱 鰭 片 22 螺 接 部 23 散 熱 風 扇 30 葉 片 31 結 合 孔 32 螺 合 件 401228649 on page 10 is a simple illustration of Figures 1 A and 1 B, which is a schematic diagram of the structure of this creation; Figure 2, which is an exploded schematic diagram of the composition of the cooling fan and radiator used in this creation; Figure 3, which is This composition is applied to the composition of the cooling fan and the radiator. Figure 4 is a schematic sectional view of the composition of the application to the cooling fan and the radiator. Figure 5 is the composition of the cooling fan and the radiator. Composition side view 〇 [Illustration of symbols: 1 base body 10 side wall 1 bu 1: 2, 1 3, 1 4 flow guide 111 through hole 15 perforation 16 support sleeve 17 outer plate 17 172,] L73 inner plate Body 174 '175 Radiator 20 Body 21 Radiating fin 22 Screwed portion 23 Radiating fan 30 Blade 31 Combined hole 32 Engaging member 40
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