M412600 * 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種風扇承載結構，特別是有關於/ 種結合濾網固定結構，可同時配置風扇與濾網的風扇承載 結構。 【先前技術】 請參閱圖1繪示先前技術之風扇承载結構置入網路設 備示意圖、圖2A繪示先前技術之風扇承載結構配置濾網 φ 不意圖、圖2B繪示先前技術之風扇承載結構正面側向示意 圖與圖2C繪示先前技術之風扇承載結構分解示意圖。 先前技術之風扇承載結構2 ’其由一風扇固定架21與 —濾網固定架22所組成。風扇固定架21為容置一個或多 個風扇3之空殼狀’而風扇3乃以螺固、卡固等任一方式 而固定於風扇固定架21内，風扇固定架21的開口處即配 置濾網固定架22。此濾網固定架22係利用風扇固定架21 的結構與螺合技術的配合而固定於風扇固定架21上。為保 •持風流動的順暢性，風扇固定架21於對應風扇3的出風口 處的板上開設有複數個透孔211，而濾網固定架22於對應 風扇3之入風口處亦開設有複數個透孔221，然濾網固定 架22於透孔221處設置有肋條222。此外，濾網固定架22 的上下兩方與兩側邊個別設置有一溝槽223,此等溝槽223 的開口係朝向濾網固定架22的中心，而濾網23可藉由此 等溝槽223而被卡掣於濾網固定架22上。 網路設備1的前板包括一支架置入孔，使用者可推抵 3 M4h12600 風扇承載結構2，令其置入網路設備丨。反之，使用者可將 手指伸入風扇承載結構2的一勾環24，以將風扇承載結椹 2拉出。 然而，此種風扇承载結構需由兩個組件組合而成，風 扇固定架需預留空間以容置濾網固定架，使得風扇承载結 構佔用空間難以降低，所需零件與原料亦無法減少，故無 法降低支架的製造成本。其次，風扇承载結構由兩個組件 組成，因此磨商需個別製作風扇固定架與濾網固定架，亦 無法縮紐製造流程，製造工時亦難以降低，因製造成本與 設計工時無法縮減’整體設計成本亦居高不下。其三，風 扇承載結構會佔用一定大小的空間，因此，設備殼體需預 留得以配置風扇承載結構的容置空間’導致設備殼體的整 體架構的佔用空間亦隨之增加，適用於體積較大的網路設 備（如2u高度的網路設備），且不符合電子設備精緻、小 型化的設計目標與需求，從而衝擊電子設備的市場競爭 力。其四’因風扇承載結構需另外設計接合結構或使用其 它接合組件，以將兩個組件相結合，一但接合結構設計不 佳’將會使得風扇承载結構的硬體穩固性下降。 因此’如何在風扇承載結構維持其既有功能的條件 下’降低風絲載結構的設計成本與佔用空間，為薇商應 思慮的問題。 【新型内容】 本創作係提供—種能同時裝設濾網與風扇的風扇承载 結構。 4 Μ12600 為解決上述支架問題，本創作係揭露一種具固疋濾網 能力之風扇承載結構，其係彎折一金屬板而以一體成形方 式形成。風扇承載結耩包括—第一板區，第一板區的一第 一邊係延伸形成一第>板區，第二板區與第一板區係相互 垂直。第一板區設置有至少—透孔，第一板區之第一邊及 其對應的第：邊係延㈣成有至少一溝槽結構’其延伸形 成方向係反向於第二板㈣延伸形成方向。溝槽結構的開 口為相向以形成一滤網固疋架。 本創作之特點在於滤網固定架被設計結合於風扇承載 結構上，無需另外設計濾網的固定結構，故得以由一金屬 板利用彎折技術而J成形，因此得以節省零件之使用， 同時降低零件設計與原料使用的製造成本。其次，風扇承 載結構已結合喊_的結構，得以免減網框架之設計 與使用，進而縮短製造流程，降低製造工時，故製造成本 與設計工時得以有效縮減，以使整體設計成本可大幅降 低。其三，本創作乃是利用彎折成形方式在第一板區形成 對甸的溝槽，供濾網嵌設其上，使遽網固定於架上，如此 將濾網固定結構結合於風扇承載結構上，而無需預留容置 濾網固定架的空間，使得風扇承载結構佔用空間得以有效 縮減，所需零件與原料需求亦隨之降低，從而降低支架的 製邊成本。其四，風扇承載結構佔用空間縮小，設備殼體 需預留的容置空間亦隨之縮小，整體設備殼體的佔用空間 亦隨之降低，或是可挪於它用，進而符合電子設備精緻、 小蜇化的攻計目標與需求。就另一方面，亦能在相同容置 5 M412600M412600 * V. New description: [New technical field] This creation is about a fan-carrying structure, especially for a fan-fixed structure with a combination of a fan and a filter. [Background] FIG. 1 is a schematic diagram of a prior art fan-bearing structure for placing a network device, FIG. 2A is a schematic diagram of a prior art fan-bearing structure, and FIG. 2B is a schematic diagram of a prior art fan-bearing structure. The front side schematic view and FIG. 2C are schematic exploded views of the prior art fan bearing structure. The prior art fan-receiving structure 2' is composed of a fan holder 21 and a screen holder 22. The fan holder 21 is configured to receive the hollow shell shape of the one or more fans 3, and the fan 3 is fixed in the fan holder 21 by any means such as screwing or clamping. The opening of the fan holder 21 is configured. Filter holder 22. The screen holder 22 is fixed to the fan holder 21 by the cooperation of the structure of the fan holder 21 and the screwing technique. In order to ensure the smooth flow of the wind, the fan holder 21 is provided with a plurality of through holes 211 on the plate corresponding to the air outlet of the fan 3, and the filter holder 22 is also opened at the air inlet of the corresponding fan 3. A plurality of through holes 221 are formed, and the filter holder 22 is provided with ribs 222 at the through holes 221 . In addition, a groove 223 is separately disposed on the upper and lower sides and the two sides of the filter holder 22, and the opening of the groove 223 faces the center of the filter holder 22, and the filter 23 can be grooved by the same 223 is stuck on the filter holder 22. The front panel of the network device 1 includes a bracket insertion hole, and the user can push the 3 M4h12600 fan-carrying structure 2 to place it in the network device. Conversely, the user can extend a finger into a hook ring 24 of the fan-carrying structure 2 to pull the fan-carrying jaw 2 out. However, the fan bearing structure needs to be composed of two components. The fan fixing frame needs to reserve space for accommodating the filter fixing frame, so that the space occupied by the fan bearing structure is difficult to be reduced, and the required parts and materials cannot be reduced. The manufacturing cost of the bracket cannot be reduced. Secondly, the fan-bearing structure consists of two components. Therefore, the manufacturer needs to separately manufacture the fan holder and the filter holder, and it is not possible to reduce the manufacturing process. The manufacturing time is also difficult to reduce, because the manufacturing cost and design man-hour cannot be reduced. The overall design cost is also high. Thirdly, the fan-carrying structure occupies a certain amount of space. Therefore, the housing of the device needs to be reserved for the accommodating space of the fan-carrying structure. The space occupied by the overall structure of the device casing is also increased, which is suitable for volume comparison. Large network devices (such as 2u high-level network devices) do not meet the design goals and needs of electronic devices that are refined and miniaturized, thus impacting the market competitiveness of electronic devices. The four's need to additionally design the joint structure or use other joint components due to the fan-bearing structure to combine the two components, but the joint structure design is poor, which will reduce the hard stability of the fan-bearing structure. Therefore, 'how to reduce the design cost and space occupied by the wind-driven structure under the condition that the fan-carrying structure maintains its existing functions is a problem that Weishang should consider. [New content] This creation provides a fan-loading structure that can be equipped with a filter and a fan at the same time. 4 Μ12600 In order to solve the above-mentioned bracket problem, the present invention discloses a fan-carrying structure having a solid-carrying filter capacity, which is formed by bending a metal plate and integrally forming it. The fan-carrying crucible includes a first panel region, a first side of the first panel region extending to form a first panel region, and the second panel region and the first panel region are perpendicular to each other. The first plate area is provided with at least a through hole, and the first side of the first plate area and the corresponding first side are extended (4) to have at least one groove structure 'the extension direction thereof is opposite to the second plate (four) extension Form the direction. The openings of the trench structure are oriented to form a screen truss. The feature of the present invention is that the filter holder is designed to be coupled to the fan-bearing structure, and it is not necessary to separately design the fixed structure of the filter screen, so that it can be formed by a metal plate using a bending technique, thereby saving the use of the parts and reducing the number of parts. Manufacturing costs for part design and raw material use. Secondly, the fan-bearing structure has been combined with the structure of the shouting, so that the design and use of the net frame can be avoided, thereby shortening the manufacturing process and reducing the manufacturing man-hours, so the manufacturing cost and design man-hour can be effectively reduced, so that the overall design cost can be greatly reduced. reduce. Thirdly, the creation is to form a groove for the dynasty in the first plate area by bending forming, for the filter mesh to be embedded thereon, so that the stencil net is fixed on the frame, so that the filter fixing structure is coupled to the fan bearing. Structurally, without the need to reserve space for accommodating the filter holder, the space occupied by the fan load-bearing structure can be effectively reduced, and the required parts and raw material requirements are also reduced, thereby reducing the cost of manufacturing the bracket. Fourth, the space occupied by the fan load-bearing structure is reduced, and the space required for the housing of the device is also reduced, and the occupied space of the overall device casing is also reduced, or can be used for other purposes, thereby conforming to the exquisiteness of the electronic device. , Xiao Yuhua's attack target and needs. On the other hand, it can also be accommodated in the same place. 5 M412600
電路或裝置的目 空間的條件下，達到配置更多功能組件、 標’進而提升電子設備的市場競爭力。 【實施方式】 纽配合圖式將本創作較佳實施例詳細說明如下。 裁处禮先二關3會不本創作實施例之用以製成風扇承 載4之金屬板的結構示意圖。為利於了解，以— =說’並以+x方向為右方，_χ方向為左方，+γ方: 為上方’-Υ方向為下方。 此金屬板4包括複數個區域，中間為略呈長方形狀之 板區41 ’第一板區41内設置一個以上的透孔川，透 孔411皆有肋條412橫跨其上，在此以徑長相同在Χ軸方 向排列的三個透孔411為例，但透孔411乃依據風扇預定 配置數量而定，並不以此為限。肋條412可以丫轴方向橫 跨透孔411’或肋條化可以χ轴方向橫跨透孔叫。而且， 肋條412的數量不以一條為限，視設計人員之需求而設置。 第-板區41的第-邊71係延伸形成有—長度與第一 板區4i相同，且為長方形狀之—第二板區42，第二板區 42設置有開卩42卜該開σ 421之數量及位置係對應前述 的透孔川。第—板區41的第二邊72延伸形成有第一折 板區43，第一板區41之第一邊71鄰接第二板區的開 口 421的部位，則設置有第二折板區44。 第二板區42於第一板區41之第一邊71的對應邊75 ^，設置有一第三板區45，即對應邊75為第三板區45與 第二板區42的共同鄰邊。此例的第三板區45長度與第二 6 12600 如圖4A’其為以戴面線p為準的第—板區μ、第三 曲折㈣面圖。首先第—板區41與第三板區衫以 42的方向’朝向同—方向曲折，使得金屬板 :成凹狀，而第三板區45高度低於第一板區41，以使金 =板4略為呈胤型結構。就圖4a而言，第一板區❹ 弟二板區45皆朝向+z方向而被曲折。 區二^板區43與第二折板區44係以異於朝向第二板 ，二之方向進行曲折。就ffl4B而言，第二板區Μ位於第 狀。:41 t+Y方向，故所有折板區係朝向·Y方向進行曲 每帛折板區43經曲折後，會朝下彎曲而形 成-第-溝槽結構51 ;每一第二折板區44經曲折後，會 朝上曾曲而形成—第二溝槽結構52。此時 的延伸形成方向與第二板區42的延伸形成冓= 二:向二而且’第一溝槽結構51與第二溝槽結構52的 目向，所有第—溝槽結構51與第二溝槽結構52盘 第一板區41結合即形成一濾網固定架。 、 如圖4C’與圖4Β不同處在於’折板區的曲折方式不 同。圖4Β的第一折板區43與第二折板區Μ是以二次曲折 方式’形成具直角的溝槽結構。圖4C的第-折板區43，应 第二折板區44,是以弧形彎折方式進行靑折，以呈現槽口相 向，略呈爪形的第一溝槽結構51，與第二溝槽結構心 —^閱圖5Α緣示本創作實施例之第一槽區曲折 不思圖’圖5續示本創作實施例H區曲折局部示竟 圖以及圖5C繪示本創作實施例之第一銜接區曲折示意 8 圖，請同時參閱圖3以利於了解。 第:樓區46是從第一板區41的第三邊心伸 、朝向第三板區45方向進行曲折，以使第— 7 設置於第一板區41盥第 田£46垂直 一 ”弟一板£ 45的同一端的鄰接邊。笛 一銜接區461再朝向第三板區45彎折，以貼附 ， 45之内表面或外表面，在此以外表面為例。第—欲ς板區 上的銜接件452會盥第：r板& 45的坎## T區461 曰”弟一板£ 45的銜接件451相 供設計人員將第-銜接區461固接至第三板區。 同理，第二檔區47是從第-板區41的第四邊74延伸 开吉t朝㈣三板區45方向進行曲折，以使第二樓區 1第-:1:弟一板區41與第三板區45的同-端鄰接 邊:：:娜471再朝向第三板區45彎折，以貼附於第 三板區45的外表面。第二銜接區471上的銜接件祝會與 第二板區45的銜接件452相密合，以供設計人員將第二銜 接區471固接至第二板區45。然而，為使外觀支架外型， 第二板區配置銜接件451的部位係可内曲折，以使第三板 區45與第一銜接區461及第二銜接區471的表面平整一致 化。 續凊同時參閱圖3、圖5A與圖5B。第一檔區46上開 設有透孔462，在此以方孔為例，但不以此為限，其它 孔形狀亦適用。透孔462的一緣係朝外突出，以形成外弧 形狀的拖曳部463。當拖曳部463設置於第一檔區46時， 第二檔區47即設置供置入風扇的電性接頭的接頭固定孔 472。反之’拖曳部462亦得以設置於第二檔區47，則第 9 M412600 一檔區46即設置供置入風扇的電性接頭的接頭固定孔 472。 請參閱圖6A繪示本創作實施例之風扇承載結構之架 構則側視圖，與圖6B繪示本創作實施例之風扇承載結構之 架構後側視圖，請同時參閱圖3以利於了解。 此風扇承載結構4’由前述金屬板4 一體成形方式形 .成。風扇承載結構4,包括第一板區4卜高度低於第一板區 镰41的第三板區45與第二板區42,第一板區41與第三板區 45為平行，第二板區42垂直於第一板區41與第三板區判 而設置於第一板區41與第三板區45的同一端。 第一板區41設置一個以上的透孔411，透孔411皆有 肋條412橫跨其上，在此以徑長相同、χ軸方向排列的三 ，透孔411為例，但透孔411數量乃依據風扇配置數量而 疋，亚不以此為限。第一板區41的第一邊71與第二邊72 係朝向異於第三板區45的方向延伸，以形成複數個第一溝 •槽結構51與第二溝槽結構52。此等溝槽結構（51，52)的 開口為相向，第一溝槽結構51與第二溝槽結構52與第一 板區41之組合即形成一濾網固定架。 、 ,相1區46與第二檔區47係垂直設置於第一板區41 與第二板區45的兩側邊。第一檀區46與第二槽區47的外 ^邊(76，76)個別設置有第一銜接區461與第二銜接區 71、此等銜接區（461，471)係被彎折而貼附在第三板區 並藉由銜接區（461，471)上的銜接件452與第三板區# 的銜接件451相互銜接’以將此等銜接區（461，471)銜接至 M412600 第三板區45的外表面或内表面。 請同時參閱圖7繪示的本創作實施例之風扇置放示意 圖，請同時參閱圖圖3至圖6B以利於了解。第一板區41、 第二板區42與第三板區45三者成的凹狀結構，其内的開 放式容置空間可置放一個或多個風扇3’，係視設計人員預 想置放的風扇數量、造型、開放式容置空間的容量為依據， 並不設限。第一板區41、第二板區42與第三板區45三者 會貼合於風扇3’的三個表面上，以不遮住風扇3’的入風口 與出風口的方式而抵住風扇3’，令風扇3’定位於風扇承載 結構4’内。 風扇3’的電性接頭設置於第二檔區47的接頭固定孔 472中，風扇3’之接線則設置於上述的容置空間中，亦或 藉由第一溝槽結構51與第二溝槽結構52進行整線行為。 然而，為固定風扇.3’，可於第三板區45接近第二板區 42部位設置複數個風扇固定件50，此等風扇固定件50可 為螺接組件、鉚接組件或卡掣組件任一種，只要能穩固固 定風扇3’，令其定位即可。濾網6則置入在第一溝槽結構 51與第二溝槽結構52的溝槽中，以固定於濾網固定架（即 第一溝槽結構51、第二溝槽結構52與第一板區41之結合）。 每一風扇3’的入風口會對準第一板區41的透孔411， 為使風扇運轉順暢，可對第三板區45、第一折板區43與 第二折板區44進行弧形沖切，使得金屬板4形成風扇承載 結構4’時，每一風扇3’的入風口與出風口皆未有障礙物阻 撓，以提升風流動的順暢性，從而提升風扇3的散熱效果。 11 M412600 其中’此風扇承载結構可配置的風扇數量可視設計人員之 需求，設計出配置單一風扇或是配置多個風扇的架構，旅 不設限。 請參閱圖8繪示本創作實施例之風扇承载結構置入設 備示意圖，請同時參閱圖7以利於了解。網路設備丨，的前 面板包括一支架置入孔，使用者可以第二檔區47為始，推Under the condition of the space of the circuit or device, it is possible to configure more functional components and standards to enhance the market competitiveness of electronic devices. [Embodiment] The preferred embodiment of the present invention will be described in detail below with reference to the drawings. The ruling ceremony will be based on the structure of the metal plate used to make the fan load 4 of the present embodiment. To facilitate understanding, take - = say ' with the +x direction to the right, _χ direction to the left, +γ side: the upper '-Υ direction is below. The metal plate 4 includes a plurality of regions, and a plate portion 41 having a slightly rectangular shape in the middle. The first plate region 41 is provided with more than one through hole. The through hole 411 has a rib 412 spanning thereon. The three through holes 411 having the same length in the direction of the yoke are taken as an example, but the through holes 411 are determined according to the predetermined number of configurations of the fan, and are not limited thereto. The ribs 412 may extend across the through hole 411' in the axial direction or may be ribbed across the through hole in the x-axis direction. Moreover, the number of ribs 412 is not limited to one, and is set according to the needs of the designer. The first side 71 of the first plate region 41 is formed with a length equal to that of the first plate region 4i, and is a rectangular plate-shaped second plate region 42. The second plate region 42 is provided with an opening 42 and the opening plate σ. The number and position of 421 correspond to the aforementioned through-hole. The second side 72 of the first plate area 41 is formed with a first flap area 43. The first side 71 of the first board area 41 is adjacent to the opening 421 of the second board area, and the second flap area 44 is disposed. . The second plate area 42 is disposed on the corresponding side 75 of the first side 71 of the first plate area 41, and has a third plate area 45, that is, the corresponding side 75 is a common adjacent side of the third plate area 45 and the second plate area 42. . The length of the third plate region 45 of this example and the second 6 12600 are as shown in Fig. 4A', which are the first plate region μ and the third zigzag (four) face view, which are based on the wearing line p. First, the first plate region 41 and the third plate region are bent in the direction of 42 in the same direction, so that the metal plate is concave, and the third plate region 45 is lower in height than the first plate region 41, so that gold = The plate 4 has a slightly 胤-shaped structure. In the case of Fig. 4a, the first panel region, the second panel region 45, is bent in the +z direction. The zone plate area 43 and the second flap area 44 are bent in a direction different from the direction toward the second plate and the second plate. In the case of ffl4B, the second panel region is located in the first shape. : 41 t + Y direction, so all the folding zone is curved toward the Y direction. After each of the folding plate regions 43 is bent, it will be bent downward to form a - first groove structure 51; each second folding plate region 44 After being tortuous, it will form a second groove structure 52. At this time, the extension forming direction and the extension of the second plate region 42 form 冓=2: two and the direction of the first groove structure 51 and the second groove structure 52, all the first groove structures 51 and the second The first plate region 41 of the groove structure 52 is combined to form a screen holder. 4C' differs from FIG. 4Β in that the meandering pattern of the flap area is different. The first flap region 43 and the second flap region 图 of Fig. 4Β form a groove structure having a right angle in a quadratic meandering manner. The first flap region 43 of FIG. 4C, in the second flap region 44, is folded in an arcuate manner to present the first groove structure 51 with the opposite sides of the slot, slightly claw-shaped, and the second The structure of the groove structure is shown in Fig. 5. The first groove of the present embodiment is not shown in the figure. FIG. 5 is a continuation of the H-zone of the present embodiment, and FIG. 5C shows the creation of the present embodiment. The first articulation area is shown in Figure 4, please refer to Figure 3 for easy understanding. The first floor area 46 is bent from the third side of the first plate area 41 toward the third plate area 45, so that the seventh side is set in the first plate area 41, the first field is 46 square vertical one An abutting edge of the same end of a plate £45. The flute-engagement region 461 is further bent toward the third plate region 45 for attachment, the inner surface or the outer surface of the 45, and the outer surface is taken as an example. The upper engaging member 452 will be used by the designer to fasten the first engaging region 461 to the third panel region by the adapter 451 of the ## plate amp amp. Similarly, the second gear zone 47 is bent from the fourth side 74 of the first plate section 41 to the (four) three-plate zone 45 direction, so that the second floor zone 1 -: 1: brother one board area 41 The same-end abutment side of the third plate area 45::: Na is further bent toward the third plate area 45 to be attached to the outer surface of the third plate area 45. The engaging member on the second engaging portion 471 is intended to be in close contact with the engaging member 452 of the second plate portion 45 for the designer to fix the second engaging portion 471 to the second plate portion 45. However, in order to make the appearance bracket shape, the portion of the second panel region where the engaging member 451 is disposed may be internally meandered so that the third panel region 45 is leveled with the surfaces of the first engaging region 461 and the second engaging portion 471. Continued See also Figure 3, Figure 5A and Figure 5B. A through hole 462 is defined in the first range 46. The square hole is exemplified herein, but not limited thereto, and other hole shapes are also applicable. An edge of the through hole 462 protrudes outward to form an outer arc-shaped drag portion 463. When the trailing portion 463 is disposed in the first range 46, the second range 47 is provided with a joint fixing hole 472 for the electrical connector of the fan. On the other hand, the towing portion 462 is also disposed in the second range 47, and the ninth M412600 first range 46 is provided with a joint fixing hole 472 for the electrical connector of the fan. Referring to FIG. 6A, a side view of the structure of the fan-bearing structure of the present embodiment is shown, and FIG. 6B is a rear view of the structure of the fan-bearing structure of the present embodiment. Please refer to FIG. 3 for better understanding. This fan-bearing structure 4' is formed by integrally forming the aforementioned metal plate 4. The fan-bearing structure 4 includes a first plate area 4 and a third plate area 45 and a second plate area 42 having a lower height than the first plate area 41. The first plate area 41 and the third plate area 45 are parallel, and the second The plate area 42 is disposed at the same end of the first plate area 41 and the third plate area 45 perpendicular to the first plate area 41 and the third plate area. The first plate region 41 is provided with one or more through holes 411. The through holes 411 are provided with ribs 412 extending therethrough. Here, three holes are arranged in the same direction and in the z-axis direction, and the through holes 411 are taken as an example, but the number of the through holes 411 is It is based on the number of fan configurations, and Asia is not limited to this. The first side 71 and the second side 72 of the first panel region 41 extend in a direction different from the third panel region 45 to form a plurality of first trench structures 51 and second trench structures 52. The openings of the trench structures (51, 52) are opposite, and the first trench structure 51 and the second trench structure 52 are combined with the first panel region 41 to form a screen holder. The phase 1 region 46 and the second gear region 47 are vertically disposed on both sides of the first plate region 41 and the second plate region 45. The first edge region 46 and the outer edge portion (76, 76) of the second groove region 47 are separately provided with a first engagement region 461 and a second engagement region 71, and the connection regions (461, 471) are bent and pasted. Attached to the third plate area and connected to the third plate area # 接接 451 by the joint 452 on the joint area (461, 471) to connect the joint areas (461, 471) to the M412600 The outer or inner surface of the panel region 45. Please refer to FIG. 7 for the fan placement diagram of the present embodiment. Please refer to FIG. 3 to FIG. 6B for the sake of understanding. The first plate area 41, the second plate area 42 and the third plate area 45 are formed in a concave structure, and the open accommodating space therein can be placed with one or more fans 3', which is expected by the designer. Based on the number of fans, the shape, and the capacity of the open accommodating space, there is no limit. The first plate area 41, the second plate area 42 and the third plate area 45 are attached to the three surfaces of the fan 3' so as to resist the air inlet and the air outlet of the fan 3'. The fan 3' positions the fan 3' within the fan carrying structure 4'. The electrical connector of the fan 3' is disposed in the joint fixing hole 472 of the second range 47, and the wiring of the fan 3' is disposed in the accommodating space, or by the first groove structure 51 and the second groove The trough structure 52 performs a full line of behavior. However, in order to fix the fan .3', a plurality of fan fixing members 50 may be disposed in the third plate region 45 near the second plate region 42. The fan fixing members 50 may be screw components, riveting components or cassette components. One type, as long as the fan 3' can be firmly fixed, it can be positioned. The screen 6 is placed in the grooves of the first groove structure 51 and the second groove structure 52 to be fixed to the screen holder (ie, the first groove structure 51, the second groove structure 52 and the first Combination of plate areas 41). The air inlet of each fan 3' is aligned with the through hole 411 of the first plate area 41. To make the fan run smoothly, the third plate area 45, the first folding plate area 43 and the second folding plate area 44 can be arced. When the metal plate 4 is formed into the fan-carrying structure 4', the air inlet and the air outlet of each fan 3' are not obstructed by obstacles, so as to improve the smoothness of the wind flow, thereby improving the heat dissipation effect of the fan 3. 11 M412600 where 'the number of fans that can be configured for this fan-loaded structure can be designed by the designer to design a single fan or multiple fans. Please refer to FIG. 8 for a schematic diagram of a fan-loading structure insertion device according to an embodiment of the present invention. Please refer to FIG. 7 to facilitate understanding. In the network device, the front panel includes a bracket insertion hole, and the user can start with the second gear region 47.
抵第〆檔區46以將配置風扇3,的風扇承載結構4,置入其 中。反之，使用者可將手指伸入第一檔區46的透孔462， 以勾任拖良部463，而將風扇承載結構4,拉出。此外，因 風扇承載結構4佔用空間縮小’網路^備！，的殼體需預留 的容置空間亦隨之縮小，整體設備殼體的佔用空間亦隨之 降低。如圖8 ’風屬承载結構4,之糾係得以因應體^與 内置空間較小的網路設備1，（如lu高度的網路設備）。"、 請參創作實施例之用以製成風扇承載結構 之金屬板的另〜構示意圖，與圖9B繪示本創作實施例之 風扇承載結構之另-架構前側視圖，與圖3與圖6A不同 處在於，肋條412可以χ方向水平橫跨透孔41丨。。 财創作為呈現解決問題所採用的 技術手权"Λ或實施例而已，並非用來限定本創作 專利實施之範圍1凡與本創作專射請範圍文義相符， 或依本創作專利所做的均等變化與修飾 專利範園所涵蓋。 ' 12 M412600 【主要元件符號說明】 [先前技術] 1網路設備 21風扇固定架 22濾網固定架 222肋條 23濾網 3風扇 [本創作] Γ網路設備 4金屬板 41第一板區 412肋條 421第二板區的開口 44,44’第二折板區 451第三板區的銜接件 φ 46第一檔區 462第一檔區的透孔 47第二檔區 472接頭固定孔 51，51’第一溝槽結構 6濾網 72第一板區的第二邊 74第一板區的第四邊 2風扇承載結構 211透孔 221透孔 223溝槽 24勾環 3’風扇 4’風扇承載結構 411透孔 42第二板區 43,43’ 第一折板區 45第三板區 452銜接區的銜接件 461第一銜接區 463拖曳部 471第二銜接區 50風扇固定件 52,52，第二溝槽結構 71第一板區的第一邊 73第一板區的第三邊 75第二板區設置第三板區 的對應邊 14 M412600 P截面線 76、76’檔區設置銜接 區的外側邊The second gear 46 is placed to place the fan-carrying structure 4 in which the fan 3 is disposed. On the contrary, the user can extend the finger into the through hole 462 of the first gear zone 46 to hook the blade portion 463 and pull the fan bearing structure 4 out. In addition, due to the reduced space occupied by the fan-carrying structure 4, the network is ready! The housing space to be reserved for the housing is also reduced, and the footprint of the overall device housing is also reduced. As shown in Fig. 8, the wind-bearing structure 4 is adapted to the network device 1 with a small built-in space (such as a network device with a high altitude). ", please refer to the other embodiment of the metal plate for making the fan-bearing structure of the creation embodiment, and FIG. 9B is a front view of the fan-bearing structure of the present embodiment, and FIG. 3 and FIG. The difference with 6A is that the ribs 412 can horizontally span the through hole 41丨 in the horizontal direction. . The creation of a financial hand is used to present a solution to the problem. It is not intended to limit the scope of the implementation of this patent. It is consistent with the scope of this creation, or according to the creation of the patent. Equal change and modification are covered by the patent park. ' 12 M412600 [Major component symbol description] [Prior Art] 1 network device 21 fan holder 22 filter holder 222 rib 23 filter 3 fan [this creation] Γ network equipment 4 metal plate 41 first board area 412 The opening 44, 44' of the second plate area of the rib 421, the second folding area 451, the connecting piece φ of the third plate area, the first gear area 462, the through hole 47 of the first gear area, the second gear area 472, the joint fixing hole 51, 51' first groove structure 6 screen 72 second side of the first plate area 74 fourth side of the first plate area 2 fan bearing structure 211 through hole 221 through hole 223 groove 24 hook ring 3 'fan 4' fan Carrying structure 411 through hole 42 second plate area 43, 43' first folding plate area 45 third plate area 452 engaging area engaging piece 461 first engaging area 463 tow portion 471 second connecting area 50 fan fixing member 52, 52 The first side 73 of the first plate area of the first groove region 71 is disposed on the third side of the first plate area. The second plate area of the first plate area is provided with the corresponding side of the third plate area. 14 M412600 P cross-section line 76, 76' Outer side of the area
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