1355877 29821twf.d〇c/d 六、發明說明： • 【發明所屬之技術領域】 本發明是有關於一種風扇框架，特別是有關於一種組合式 風扇框架。 【先前技術】 如科技不斷地進步，平常所使用的電子產品例如：電腦、伺 月^器或豕電產品等，其功能隨著技術的進步而多樣化，效能也 • 隨^提升。由於電子產品内各元件的效能上升，元件所產生的 熱量也會提高，使電子產品在使用時溫度容易上升，進而造成 電子產ασ效此降低甚至損壞。因此電子產品必須透過散熱機 制，才能使其在使用時溫度不致過高，維持正常運作。 以4司服為為例，習知技術是將散熱風扇配置於風扇框架 中，每個風扇的容置區都有四面框壁，風扇框架再以兩側吊掛 至機殼上，利用散熱風扇運轉’強制空氣對流，達到散熱的效 果。風扇框架除了以螺絲鎖固於機殼底板或側板上，大多搭配 彈片及其他配件卡固於機殼上，圖1為習知風扇框架的固定結 •構’固定結構100包括二固定架11〇及120，其分別配置於風 扇框架130之二侧壁MO及150上，利用二插銷160及配置於 固疋架120上之一彈片170,將風扇框架130卡固於機體(未緣 示）上所設置的二風扇承座上。散熱風扇（未緣示）可裝置於 風扇框架130的容置空間18〇内，當散熱風扇運轉時，風屬框 架130會因為震動而發出噪音，因此固定結構1〇〇可藉由彈性 墊圈190，配置在插銷160與風扇承座的卡合處，來吸收震動 所發出的噪音並減少風扇框架13〇因風扇運轉而產生的震動。 然而’習知之風扇框架130其容置空間180四面框壁的設 4 1355877 29821twf.doc/d 計，使散熱風扇與風扇框架130的接觸面積增加，且固定社 100具有多個組裝配件，造成風扇框架130與固定結構1〇〇°， 易因風扇的轉動而產生震動與噪音。另外，習知之風扇= 130結構複雜，不但使風扇框架130製造的困難度增加， 製造成本，也會造成風扇框架no在與機殼組裝時的因難。巧 【發明内容】 以減少風扇轉動時所 本發明提供一種組合式風扇框架，用 產生的震動。1355877 29821twf.d〇c/d VI. Description of the Invention: • Technical Field of the Invention The present invention relates to a fan frame, and more particularly to a combined fan frame. [Prior Art] As technology continues to advance, the electronic products that are commonly used, such as computers, servos, or electric power products, are diversified with advances in technology, and performance is improved. As the performance of each component in the electronic product increases, the heat generated by the component also increases, so that the temperature of the electronic product is likely to rise during use, thereby causing the electronic product ασ to be reduced or even damaged. Therefore, electronic products must pass through a heat-dissipating mechanism in order to keep the temperature from being too high and maintain normal operation. Take the 4 suits as an example. The conventional technology is to arrange the cooling fan in the fan frame. Each fan has a four-sided frame wall in the accommodating area, and the fan frame is suspended from the two sides to the casing, and the cooling fan is utilized. Run 'forced air convection to achieve heat dissipation. In addition to being screwed to the bottom plate or the side plate of the casing, the fan frame is mostly fastened to the casing with the elastic piece and other accessories. FIG. 1 is a fixed structure of the conventional fan frame. The fixed structure 100 includes two fixing frames 11〇. And 120, which are respectively disposed on the two side walls MO and 150 of the fan frame 130, and the fan frame 130 is fixed on the body (not shown) by using the two pins 160 and one of the elastic pieces 170 disposed on the fixing frame 120. The two fan sockets are set. The cooling fan (not shown) can be installed in the accommodating space 18 of the fan frame 130. When the cooling fan is running, the wind frame 130 emits noise due to vibration, so the fixing structure 1 can be replaced by the elastic washer 190. It is disposed at the engagement between the pin 160 and the fan socket to absorb the noise generated by the vibration and reduce the vibration of the fan frame 13 due to the fan running. However, the conventional fan frame 130 has a space of 180 framing walls 4 1355877 29821 twf.doc/d, so that the contact area of the cooling fan and the fan frame 130 is increased, and the fixed society 100 has a plurality of assembly parts, resulting in a fan. The frame 130 and the fixed structure are 1 〇〇°, which is easy to generate vibration and noise due to the rotation of the fan. In addition, the conventional fan=130 has a complicated structure, which not only increases the difficulty in manufacturing the fan frame 130, but also causes manufacturing costs, which may cause difficulty in assembling the fan frame no with the casing. [Invention] To reduce the fan rotation, the present invention provides a combined fan frame for generating vibration.
尽U徒出-種組合式風扇框架，其包括一框架、 -組f件、-背板及多個第二組裝件。框架由—岐板及 雜-第二側壁軌成。固定板連接於第—側壁盘 -側壁之間，頭定板、第—側壁以及第二側壁定義出可^ 納至少-風扇池的容置空間。固定板具有至少—第—通風口 =及，置於第-通風π周圍的多個第—组裝孔’風扇模組的出 固定板的第一通風口。第一組裝件穿設第一組農孔並 2風扇Μ組於固定板上，而背板則垂直固定於機體之一表面 對’且背板具有至少-第二通風口以及多個第 =^板^’第二組料穿設第二組纽対拆卸地固定 上述框架為一體成形之门型框架。 上述第一組裝件包括螺絲、插銷或 本發明之一實施例中 本發明之一實施例中 卡榫。 射之—實施例中，上述框架還具有多個第—折板，分 -麻》•接弟—侧壁以及第二側壁，且第二組裝件組裝於第 折板上，並朝向背板突出。 1355877 29821twf.doc/d 本發明之-實施例中，上述第二組裝孔為具 部以^一第二孔經部的葫蘆孔，而第二組裂件適於 = 徑部穿設並固定於第二孔徑部中。 、，由弟一孔 第- 實施射，上述第二組裝件包括獅或插銷， 弟一、.且裝件具有—桿體，桿體_部外徑小 控，且桿體的頭部外徑大於第二孔徑部的孔徑。㈣孔 本發明之-實施例中，上述框架還具有多個第 的多個第三組裝孔，第二折板分別垂直地連接 還f多個第三折板以及突出於第三折板上 第三組裝件垂直於機體的表面，並穿設於 本發明之-實施射’上述第三組料包括插銷或卡棒， 孔内分別具有一 _塾圈’用以隔離第三組裝件與 本發明之-實施例中，上述第—折板與第二折板_體成形 於框采上，並分別突出於第一侧壁以及第二侧壁。 ，本發明之-實施例中，上述第三折板一體成形於背板上， 並垂直突出於背板。 基於上述，本發明之組合式風扇框架其結構簡單，且 所需配件數量少’而風扇_的設収可使風減組與框竿的 接觸面積減少，進而降低風扇模組運轉時所造成風扇框架的震 動。 為讓本發明之上述特徵和優點能更明顯易懂，下文特舉實 施例’並配合所附圖式作詳細說明如下。 ' 6 1355877 29821twf.doc/d 【實施方式】 袁者I為:明之例之組合式風雜架的立體圖。請 夕考圖，本發明之組合式風扇框架2〇〇可裝設於—般 置散熱風扇之產品的機體，例如：電腦或飼服器等。电^ 扇框架具有一框架210與—背板23〇，框㈣〇由:^ ==2的一第一侧壁212與—第二側壁213所組成，固 疋板211連接於第一側壁212與第二側壁213之間。 例中’上述固定板2U、第一側壁212與第二侧壁犯可二一 體f型的门型框架，並圍出一容置空間。固定板2ιι具有至少 一第一通風口 211a以及設置於箆一桶涵π011 —組裝孔211b。又置於弟通風口仙周圍的多個第 圖/纟#示本發明之—實關之框架與風顧組的組合立 -圖二睛繼續參考®3,當風扇模組25〇與框架21〇組裝時， 風扇模組250可置於上述由固定板⑴、第—側璧212盥 定義出的容置空間内。透過穿設於第—組裝孔、211b 之夕個第一組裝件22〇，例如螺絲、插銷或卡榫等組 f風扇模組250單面卡固於固定板211上。在固定時1扇模 ίΓ25Γ轉向固定板211的第—通風口2iia，使風扇 果:^動時所帶動的熱空氣可順利排出’達到散熱的效 祕本發明之組合式風扇框架200 #背板230社體圖如圖4 厅、，曰不。凊參考圖4，背板230垂直固定於機體3〇〇其中一表 二上(例如為機體細之底面），且背板230與固定板211 (如 "斤不）平打相對。背板230上設有至少一第二通風口 231 裝孔232 °圖5是背板230的局部放大圖，請繼 多考圖5 ’弟二組裝孔232可為-萌蘆孔（或輪匙孔），盆 7 1355877 29821twf.doc/d • 具有苐—孔徑部232a及一第二孔徑部232b，且第一孔徑部 232a之孔技大於第二孔徑部232b之孔徑。背板230還具有多 個第三折板233以及突出於第三折板233上的多個第三組裝件 234。在本實施例中，第三折板233與背板23〇可為一體成型 之結構，且第三折板233垂直突出於背板230。第三組裝件 234，例如可為插銷或卡榫等卡固件，朝向2軸方向並垂直於 機體的表面301 (如圖5所示的χ-γ平面）。下文中，將針對 本實施例之背板230與框架210的組裝方式作詳細介紹。 圖6為框木210的局部放大圖.，如圖6所示，框架21〇 具有多個第一折板214。第一折板214分別垂直地連接第一側 壁212及第二側壁213，且突出於第一側壁212及第二侧壁 213。請同時參考圖5與圖6，在本實施例中，第一折板214 可與框架210 —體成型，而多個第二組裝件24〇則裝置於第一 折板214上，並朝背板23〇的方向突出。第二組裝件24〇具有 一桿體241，例如可為螺絲或插銷等組裝件，桿體241的頭部 外徑小於如圖5所繪示之第一孔徑部232a的孔徑，且桿體241 的頭部外徑大於第二孔徑部232b的孔徑。當框架21〇在與背 •板23〇組裝時，只要將第二組裝件240其桿體241頭部穿過第 二組裝孔232的第一孔徑部232a，再往第二孔徑部232b的方 向做卡固的動作，將第二組裝件24〇卡固於第二孔徑部23孔 中，如此便可快速地將框架21〇固定於背板23〇上，而透過反 方向的移動，即可將框架210從背板23〇上拆卸。 另外’本發明之組合式風扇200其框架210還具有多個第 =折板215及位於第二折板215上的多個第三組裝孔21%。 第二折板215分別垂直地連接上述第一折板214，且與第—折 板214皆一體成型於框架21〇上，並分別突出第一側壁212及 8 1355877 29821twf.doc/d •第側土 2丨3(如圖6所示）。當框架21〇在與背板23〇組裝時， ΪΙ將第二組祕240卡固於所對應的第二組裝孔232之外， =、且裝件234也會穿過位於第二折板215上所對應的第三組 二孔215a。為了 離第三組裝件234與第三組裝孔2⑸，第 一，且裝孔215a内可裝設—防震墊圈215b。透過防震墊圈21讣 的作用，可使框架21〇與背板23〇間的卡固更為穩定 ，且防震 圈215b可以吸收風扇模組25〇轉動時所造成框架21〇的震 動0 鲁 囷7疋、、且&式風扇框架與風扇模組的組合立體圖，搭配上 迟=。兒明可知，風扇模組250單面組裝並鎖固於框架21〇，而 =[杀210再以卡固的方式固定於背板上，如此便可將機體 放熱時:需賴扇模組25G快速地裝設至定位。由於風扇模組 a 〃月板230之間無結構性接觸或任何鎖固件，而是將風扇 Ϊ組Γ〇單面鎖固於框架21 〇上，相較於習知技術框架四面框 土的設計，風扇模·址25〇相對於組合式風扇框帛2〇〇的接觸面 積減少，可降低風扇模組25〇轉動時所造成的震動。 么人綜上所述，本發明之組合式風扇框架藉由減少風扇模組與 • 、且〇式風扇框架接觸面積的設計，並搭配防震墊圈，降低風戶 轉動時所造成的震動。另外，組合式風扇框架在組裝時:不^ 透過多個組裝配件（例如習知技術之彈片或固定架）便可快^ 地組裝與拆卸’如此可提高本發明在應用上的方便性與實用 f·生而框架一體成型的設計，其結構簡單，更可降低製造成本。 雖然本發明已以實施例揭露如上，然其並非用以限定本笋 明、，任何所屬技術領域中具有通常知識者，在不脫離本發明^ 精2和範圍内，當可作些許之更動與潤飾，故本發明之保護範 圍當視後附之申請專利範圍所界定者為準。 & 9 1355877 29821twf.doc/d . 【圖式簡單說明】 圖1是習知風扇框架妁固定結構之立體圖。 圖2是本發明之一實施例之組合式風扇框架的立體圖。 圖3是本發明之一實施例之框架與風扇模組的組合立體 圖。 圖4是本發明之一實施例之背板的立體圖。 圖5是本發明之一實施例之背板的局部放大圖。 圖6是本發明之一實施例之框架的局部放大圖。 圖7是本發明之一實施例之組合式風扇框架與風扇模組 _ 的組合立體圖。 【主要元件符號說明】 200:組合式風扇框架 210 :框架 211 .固定板 211a:第一通風口 211b :第一組裝孔 φ 212:第一側壁 213 :第二侧壁 214 :第一折板 215 :第二折板 215a :第三組裝孔 215b :防震墊圈 220:第一組裝件 230 :背板 231 :第二通風口 1355877 29821twf.doc/d 232 :第二組裝孔 232a :第一孔徑部 232b :第二孔徑部 233 :第三折板 234 :第三組裝件 240 :第二組裝件 241 :桿體 250 :風扇模組 300 :機體 301 :機體表面A modular fan frame comprising a frame, a set of f-pieces, a backing plate and a plurality of second assemblies. The frame is made up of a rafter and a miscellaneous-second side rail. The fixing plate is connected between the first side wall and the side wall, and the head plate, the first side wall and the second side wall define an accommodation space for at least the fan pool. The fixing plate has at least a first venting port and a first venting opening of the plurality of first assembling holes of the fan module disposed around the first ventilation π. The first assembly is disposed through the first group of agricultural holes and the two fan sets are assembled on the fixed plate, and the back plate is vertically fixed to one surface pair of the body and the back plate has at least a second vent and a plurality of The second group of materials is passed through a second set of buttons to detachably fix the frame as an integrally formed door frame. The first assembly described above includes a screw, a latch or a cassette in an embodiment of the invention in one embodiment of the invention. In the embodiment, the frame further has a plurality of first-folding plates, a split-mesh, a second side wall and a second side wall, and the second assembly is assembled on the folding plate and protrudes toward the back plate. . 1355877 29821twf.doc/d In the embodiment of the present invention, the second assembly hole is a hoist hole having a second hole portion, and the second group member is adapted to be sized and fixed to the diameter portion. In the second aperture portion. The second assembly comprises a lion or a bolt, the younger one, and the assembly has a rod body, the outer diameter of the rod body is small, and the outer diameter of the head of the rod body is Greater than the aperture of the second aperture portion. (4) In the embodiment of the present invention, the frame further includes a plurality of the plurality of third assembly holes, the second folding plates are vertically connected to each other, and the plurality of third folding plates are protruded from the third folding plate. The third assembly is perpendicular to the surface of the body and is disposed through the present invention. The third component comprises a pin or a bar, and each of the holes has a ring to isolate the third assembly from the present invention. In the embodiment, the first flap and the second flap are formed on the frame and protrude from the first side wall and the second side wall, respectively. In the embodiment of the present invention, the third folded plate is integrally formed on the back plate and protrudes perpendicularly from the back plate. Based on the above, the combined fan frame of the present invention has a simple structure and a small number of required accessories, and the fan__ can reduce the contact area between the wind reduction group and the frame, thereby reducing the fan caused by the operation of the fan module. The vibration of the frame. The above described features and advantages of the present invention will be more apparent from the following description. ' 6 1355877 29821twf.doc/d [Embodiment] Yuan Yi I is a perspective view of a combined wind chisel of the example of Ming. In the evening view, the combined fan frame 2 of the present invention can be mounted on a body of a product such as a computer or a food feeder. The fan frame has a frame 210 and a back plate 23, and the frame (4) is composed of a first side wall 212 and a second side wall 213 of ^==2, and the solid plate 211 is connected to the first side wall 212. Between the second side wall 213. In the example, the fixing plate 2U, the first side wall 212 and the second side wall are made of a two-piece f-type door frame, and an accommodation space is enclosed. The fixing plate 2 ι has at least a first vent 211a and a shovel π011 - an assembly hole 211b. Also placed in the ventilator of the ventilator, a number of figures / 纟 # shows the invention - the combination of the framework and the team of the Guan Guan - the second eye continues to refer to the ® 3, when the fan module 25 〇 and frame 21 When assembled, the fan module 250 can be placed in the accommodating space defined by the fixed plate (1) and the first side 璧 212 上述. The first assembly 22 22, such as a screw, a pin, or a cassette, is disposed on the fixing plate 211 by a single assembly 22 such as a screw, a pin, or a cartridge. When fixed, 1 fan Γ 25Γ turns to the first vent 2iia of the fixed plate 211, so that the hot air driven by the fan can be smoothly discharged. The heat-dissipating effect of the present invention is the combined fan frame 200 # The 230 body map is shown in Figure 4, and no. Referring to FIG. 4, the back plate 230 is vertically fixed to one of the two sides of the body 3 (for example, the bottom surface of the body), and the back plate 230 is opposite to the fixed plate 211 (eg, "not"). The back plate 230 is provided with at least one second vent 231. The hole 232 is shown in FIG. 5. FIG. 5 is a partial enlarged view of the back plate 230. Please refer to FIG. 5 'the second assembly hole 232 can be a cute hole (or a key hole) Hole), basin 7 1355877 29821twf.doc/d • has a bore-hole portion 232a and a second aperture portion 232b, and the hole of the first aperture portion 232a is larger than the aperture of the second aperture portion 232b. The back plate 230 also has a plurality of third flaps 233 and a plurality of third assemblies 234 that protrude from the third flaps 233. In this embodiment, the third flap 233 and the back plate 23〇 may be integrally formed, and the third flap 233 protrudes perpendicularly from the back plate 230. The third assembly 234, for example, may be a fastener such as a latch or a cassette, oriented in a biaxial direction and perpendicular to the surface 301 of the body (the χ-γ plane as shown in Fig. 5). Hereinafter, the manner of assembling the back plate 230 and the frame 210 of the present embodiment will be described in detail. Fig. 6 is a partially enlarged view of the frame block 210. As shown in Fig. 6, the frame 21'' has a plurality of first flaps 214. The first flaps 214 are perpendicularly connected to the first side wall 212 and the second side wall 213, respectively, and protrude from the first side wall 212 and the second side wall 213. Referring to FIG. 5 and FIG. 6 simultaneously, in the embodiment, the first flap 214 can be integrally formed with the frame 210, and the plurality of second assemblies 24 are disposed on the first flap 214 and facing away from the back. The direction of the plate 23 突出 protrudes. The second assembly member 24 has a rod body 241, which may be, for example, an assembly such as a screw or a bolt. The outer diameter of the head portion of the rod body 241 is smaller than the diameter of the first aperture portion 232a as shown in FIG. 5, and the rod body 241 The outer diameter of the head is larger than the diameter of the second aperture portion 232b. When the frame 21 is assembled with the back plate 23, the head of the second assembly 240 is passed through the first aperture portion 232a of the second assembly hole 232 and then to the second aperture portion 232b. The action of the fastening is performed, and the second assembly member 24 is clamped in the hole of the second aperture portion 23, so that the frame 21 can be quickly fixed on the back plate 23〇, and the movement in the opposite direction can be performed. The frame 210 is detached from the back plate 23 。. Further, the combined fan 200 of the present invention has a frame 210 having a plurality of yokes 215 and a plurality of third assembly holes 21% on the second pleats 215. The second folding plate 215 is perpendicularly connected to the first folding plate 214, and is integrally formed with the first folding plate 214 on the frame 21〇, and respectively protrudes the first side wall 212 and 8 1355877 29821twf.doc/d • the first side Soil 2丨3 (as shown in Figure 6). When the frame 21 is assembled with the back plate 23, the second group 240 is clamped to the corresponding second assembly hole 232, and the assembly 234 is also passed through the second plate 215. The third group of two holes 215a corresponding thereto. In order to be separated from the third assembly member 234 and the third assembly hole 2 (5), the first mounting hole 215a may be provided with a shock-proof washer 215b. Through the action of the shockproof washer 21讣, the locking between the frame 21〇 and the back plate 23〇 can be more stable, and the anti-vibration ring 215b can absorb the vibration of the frame 21〇 caused by the rotation of the fan module 25〇. A combination of the 疋, , and & fan frame and fan module, with a late =. It can be seen that the fan module 250 is assembled and locked on the frame 21〇 on one side, and =[kill 210 is fixed on the back plate by clamping, so that when the body is released, the fan module 25G is required. Quickly set up to position. Because there is no structural contact or any lock between the fan module a and the moon plate 230, the fan Ϊ group is locked on the frame 21 Γ〇, compared with the design of the four-sided frame of the conventional technology frame. The contact area of the fan module address 25 〇 relative to the combined fan frame 帛 2 减少 is reduced, and the vibration caused by the rotation of the fan module 25 可 can be reduced. In summary, the combined fan frame of the present invention reduces the vibration caused by the rotation of the wind by reducing the contact area between the fan module and the 〇 fan frame and the shockproof washer. In addition, when the assembled fan frame is assembled, it can be assembled and disassembled quickly through a plurality of assembly parts (for example, a spring piece or a fixing frame of the prior art), so that the convenience and practicality of the invention can be improved. The design of the frame is integrally formed, and the structure is simple, and the manufacturing cost can be reduced. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the scope of the present invention, and any one of ordinary skill in the art can make some changes without departing from the scope of the invention. The scope of protection of the present invention is defined by the scope of the appended patent application. & 9 1355877 29821twf.doc/d . [Simple Description of the Drawings] Fig. 1 is a perspective view of a conventional fan frame 妁 fixing structure. 2 is a perspective view of a combined fan frame in accordance with an embodiment of the present invention. Figure 3 is a perspective view showing the combination of a frame and a fan module in accordance with an embodiment of the present invention. 4 is a perspective view of a backing plate in accordance with an embodiment of the present invention. Figure 5 is a partial enlarged view of a backing plate according to an embodiment of the present invention. Figure 6 is a partial enlarged view of the frame of one embodiment of the present invention. Figure 7 is a perspective view showing the combination of a combined fan frame and a fan module _ according to an embodiment of the present invention. [Description of main component symbols] 200: Combined fan frame 210: frame 211. Fixing plate 211a: First vent 211b: First assembly hole φ 212: First side wall 213: Second side wall 214: First flap 215 : second folding plate 215a : third assembly hole 215b : shockproof washer 220 : first assembly 230 : back plate 231 : second vent 1355877 29821twf.doc / d 232 : second assembly hole 232a : first aperture portion 232b : second aperture portion 233 : third folding plate 234 : third assembly member 240 : second assembly member 241 : rod body 250 : fan module 300 : body 301 : body surface