M299459 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種風扇罩，更詳言之，係有關於一種 可組設散熱風扇之電源線連接器而使該散熱風扇可單獨 進行熱插拔之風扇罩。 【先前技術】 / m伺服器（薄型伺服器）中，用以進行散熱的風扇 齡X在係為具一至二個風扇之風扇模組，而當其中一顆風扇 故障時，整個風扇模組就必須拿出，而伺服器亦因此而必 須暫時關機。 然而近年來，伺服器所用之電子組件已朝可熱插拔的 趨勢發展，因此散熱風扇亦因應此趨勢改為各別電性插設 至伺服器中，如第1圖所示’伺服器（圖未示）係設有風 扇框架1，風扇框架1係設有複數容置單元ίο可分別組 設風扇6,而飼服器（圖未示）並設有具複數電插槽7〇 ►之轉接板7,各該電插槽7〇係供該風扇6之連接器⑼插 接以達成電性連接。 上述結構雖然可使散熱風扇進行熱插拔，惟風扇6 組設於風扇框架1及連接器6〇插接於電插槽70必須分開 進仃，如此一來將導致風扇6之裝設過程太過繁複，且應 用於1U伺服器時，其内部空間甚為狹小，使用者更難以 操作風扇6之電性插接。 又，風扇6之電源線跨設於風扇框架}與轉接板7 之間，未有適當的設計加以整理，往往發生諸如打結或電 5 19475 M299459 源線雜亂之現象，而雜鼠的線路經常阻播住氣流而降低散 熱效率’甚至可能因線路扭結而產生短路之現象。 因此，如何改善以上種種缺點，為當今亟待思考之課 題。 【新型内容】 θ馨於以上所述習知技術之缺點，本創作之-目的在於 提仏種風扇罩’其係固定於散熱風扇之出風口，且設有 可供散熱風扇之連接器卡合成一體之結構，使風扇可由單 一動作完成熱插拔於伺服器之框架。 本創作之又-目的為提供一種風扇罩，具有將散熱風 扇之電源線固定住以避免線路雜亂之功效。 為達上揭目的’本創作提供一種風扇罩，其係結合於 具有電源線及電源線連接器的散熱風扇，該風扇罩包括： 本體’結合並罩覆於該散熱風扇之-側；固定座，設於該 f體外側’且設有對應該散熱風扇之電源線連接器之卡合 ，^以供該散熱風扇之電源線連接器組卸自如地組設於 /定座俾利於3亥散熱風扇以單一動作熱插拔於飼服 之框架上。 相ixm技術中散熱風扇之組設以及散熱風扇電 =狀連接器的插接必須分別進行，本創作之風扇罩，具 有固定座可供散熱風扇之電源線連接器預先卡合固定，因 此可以單—動作完成風扇之熱插拔，可改善習知技術於 lu伺服器中裝設散熱風扇之繁複及不便。 /卡σ單7L可配合於該散熱風扇之電源線連接器之 19475 M299459 、’、°構而有不同實施態樣，例如該電源線連接ϋ具有溝槽， 則該卡合單元可為對應之嵌合片；若該電源線連接器具有 凸ρ白則5亥卡合單元可設計為對應夾制該凸階之型式。 該。固定座之相對兩側可均設有該卡合單元，故當電源 f連接态卡合於一側之卡合單元時，散熱風扇之電源線可 疋位於忒固疋座中，而避免電源線發生扭結而導致風扇短 路’或因電源線散亂而阻播氣流而影響散熱效果。且，由 於該固定座兩側均具有該卡合單元，可配合不同位置出線 之散熱風扇，具有彈性運用之空間。 由上可知，本創作之風扇罩可改善習知缺點，因此具 有高度產業利用價值。 ^ 【實施方式】 /以下請配合圖式說明本創作之具體實施例，以使所屬 技術中具有通常知識者可輕易地瞭解本創作之 與達成功效。 清麥閱第2圖，散熱風扇2係具有電源線21及設於 該電源、線21末端之電源線連接器22，本創作之風扇罩& 係結合於該散熱風扇2，係包括：本體31，結合並罩覆於 該散熱風扇2之-側；固定座32，設於該本體3ι外側 且邊固定座32设有對應該電源線連接器22之卡合單元 33 ’以供該散熱風扇2之電源線連接器22组卸自如地組 设於該固定座3 2。 本貫施例中風扇|3係結合於該散熱風扇2具出風口 23之一側’然而於其他實施態樣中’風扇罩3亦可結合 19475 7 M299459 於該散熱風扇2具入風口之一側。 Λ 口疋座32係垂直於該本體3卜且該固定座32 =侧可均設有該卡合單元33。該本龍係成二 川/ -側係設有缺口 35 ’以供該散熱風扇2之電源 線211通過。該本體31之久备^ 、 敎風肩2之心丨tQ 係設有對應接合於該散 2、、Γ^ Γ 孔36,並搭配有酉己合該散熱風扇 21 !^螺栓37以將該本體31結合於該散熱風扇 21。當然，該本體3 ]之久β + w 1之各角洛亦可設有例如為彈性卡幻 2之、、、。構以結合於該螺孔29而將本體31固定於該散熱風扇 請配合參閱第3圖，散熱風扇2係用以組設於一設於 （圖未示）中之風扇框架4’該風扇框架4係呈有 ，料4()可供組設多顆散熱風扇2,且鄰近於該風 =框=之飼服器機殼（圖未示）上並設有具複數電插槽 〇之轉接板5 ’各該電插槽5〇係對應於散熱風扇之電源 、、、接益22 ’當散熱風扇2組設於風扇框架4時，電源 線連接器22亦可同時電性連接於5卜 ’、 相較於習知技射散熱風扇之組設以及散熱風扇電 源線連接器的插接必須分別進行，本創作之風扇罩3,具 有=定座32可供散熱風扇2之電源線連接器如員先卡合 固定’因此可以單-動作完成風扇之熱插拔，可改呈習2 技術於lu伺服器中裝設散熱風扇之繁複及不便。 另外，現行之散熱風扇用之轉接板有兩種，其差別在 於兩者之電插槽位置係呈相對’因而亦必須採用電源線出 19475 8 M299459 't位置不同之散熱風扇。請參閱第4A圖及第则，本創 ϋ之：扇罩3 ί有固定座32,且該固定座32之相對兩側 句认有卡口單兀33’而可藉由翻轉風扇罩3來配合不 ㈣線位置之散熱_ 2。由上可知，本創作之固定座^ 稭由兩側均可卡合連接器22之特性可結合於不同型式之 風扇以廣泛地應用於不同之轉接板。 復請配合參閱第5圖，本創作之電源線連接器^具 凸I1白28 亥卡合單（Μ包括有供勾扣於該 之相對卡勾柳以及與各該卡勾咖間隔設置之定位片 332 ’且该凸階28係對應定位於該定位片332及該卡勾 330之間。該卡勾33〇具有連設於該固定座犯之柱部讓 及設於柱部3302頂端之勾部33〇卜勾部33〇1係屢制於 ㈣源線連接器 方向A之移動，兩柱部33Q2則夾持於該電源線連接器 22之相對兩側而限制其於垂直於該第一方向a之第二方 向B之移動，加上凸階28定位於該定位片撕及該;勾 330之間而使得該電源線連接器以亦於垂直於第一、二 方向之第—方向c移動受限，因此使電源線連接器穩 固地卡合於該卡合單元33,而由於後續電源線連接哭^ 電性連接之受力方向係平行於第三方向c，因可確保電源 線連接器22不致因操作而脫落，惟當電源線連接哭u 進行電性連接時，定位片332受力較大，因此該固定座 32復可設一肋板32〇連接於該定位片3犯以加強定位片 332之穩固。另外’當一側之卡合單元％用以卡合於連 19475 9 M299459 接器22時，電源線21可定位於固定座μ中而 線路扭結而導致短路，或由 毛生 響散熱效果。 m泉路散亂而阻擋氣流進而影 應左思的疋’卡合單元33及電源線連接器 方式並不限於本實施例所沭去， 之卡固 =槽’而該卡合單元33則為對應之嵌合片' = 線連接器22具有扣孔，而該卡合單⑽為對應之= 因此，本創作之風扇罩，可使散熱 插拔於伺服器之框牟h 0叮成 早動作熱 木上，且可應用於不同出線位置之散敎 ，扇，而又具有定位散熱風扇之電源線之功能 固 定座因連設於風扇罩上， 为卜固 成，具有製程簡便之優點。風扇罩一同對開模而製 由上可知，本創作之風扇罩可改善習知缺 有高度產業利用價值。 j·隹以上所述之具體實施例，僅係用以例釋本創作之特 點及功效，而非用以限定本創作之可實施㈣，在未脫: 本㈣上揭之精神與技術範脅下，任何運用本創作所揭示 内谷而完成之等效改變及修飾，均仍應為下述之申 範圍所涵蓋。 σ 【圖式簡單說明】 弟1圖係顯示習知技術於…伺服器中裝設熱插拔式 政熱風扇之示意圖； 第2圖係顯示本創作之風扇罩之一較佳具體實施例 19475 10 M299459 示意圖； 第3圖係顯示本創作之風扇罩所應用之散熱風扇级 a又於風扇框架之示意圖；以及 、第4A圖及第4B圖係顯示本創作之風扇罩應用於兩種 電源線出線位置不同之散教一 、、風扇之不意圖；以及 風扇電源線連接器之 【主要元件符號說明 1 風扇框架 10 容置單元 6 散熱風扇 60 連接器 7 轉接板 70 電插槽 2 散熱風扇 21 電源線 22 電源線連接器 23 出風口 28 凸階 29 螺孔 3 風扇罩 31 本體 32 固定座 320 肋板 19475 11 M299459 33 卡合單元 35 缺口 36 開孔 37 螺栓 330 卡勾 3301 勾部 3302 柱部 332 定位片 4 風扇框架 40 組設部 5 轉接板 50 電插槽 A 第一方向 B 第二方向M299459 VIII. New Description: [New Technology Field] This creation is about a fan cover. More specifically, it relates to a power cord connector that can be equipped with a cooling fan so that the cooling fan can be individually hot-plugged. Pull out the fan cover. [Prior Art] In the /m server (thin server), the fan age X for heat dissipation is a fan module with one or two fans, and when one fan fails, the entire fan module It must be taken out, and the server must be temporarily shut down. However, in recent years, the electronic components used in the server have been developed to be hot-swappable. Therefore, the cooling fan is also adapted to be electrically plugged into the server according to this trend, as shown in Figure 1 'Server ( The figure is not shown) is provided with a fan frame 1 , the fan frame 1 is provided with a plurality of accommodating units ίο can be respectively set up with a fan 6 , and the feeding device (not shown) is provided with a plurality of electric slots 7 〇 ► The adapter board 7 is electrically connected to the connector (9) of the fan 6 for each electrical slot 7 . Although the above structure can enable the heat-dissipating fan to be hot-swapped, the fan 6 is disposed in the fan frame 1 and the connector 6 is inserted into the electrical slot 70, and the fan 6 must be installed separately. When it is complicated and applied to a 1U server, its internal space is very small, and it is more difficult for the user to operate the electrical plug of the fan 6. Moreover, the power cable of the fan 6 is spanned between the fan frame and the adapter plate 7, and is not properly designed and arranged, and often occurs such as knotting or electric 5 19475 M299459 source line mess, and the mouse line It often stops the airflow and reduces the heat dissipation efficiency. It may even cause a short circuit due to the twisting of the line. Therefore, how to improve these shortcomings is a topic that needs to be considered today. [New content] θ Xin is the shortcoming of the above-mentioned conventional technology. The purpose of this creation is to provide a fan cover that is fixed to the air outlet of the cooling fan and has a connector card for the cooling fan. The integrated structure allows the fan to be hot-swapped into the frame of the server by a single action. The purpose of this creation is to provide a fan cover that has the effect of securing the power line of the heat sink fan to avoid clutter. The present invention provides a fan cover that is coupled to a heat dissipation fan having a power cord and a power cord connector, the fan cover including: a body that is coupled and covered on the side of the heat dissipation fan; , disposed on the outer side of the f body and having a power cable connector corresponding to the cooling fan, and the power cable connector group for the cooling fan is detachably assembled in the / seat to facilitate heat dissipation The fan is hot-swapped into the frame of the feeding suit in a single motion. In the ixm technology, the assembly of the cooling fan and the plugging of the cooling fan electric=connector must be carried out separately. The fan cover of the present invention has a fixing seat for the power cable connector of the cooling fan to be pre-locked and fixed, so that it can be single - The hot plugging of the fan is completed, which can improve the complexity and inconvenience of the conventional technology of installing a cooling fan in the lu server. The card singular 7L can be matched with the 19475 M299459, ', and the structure of the power line connector of the cooling fan. For example, if the power line connection has a groove, the engaging unit can be corresponding. The mating piece; if the power cord connector has a convex ρ white, the 5 hoisting unit can be designed to correspondingly form the convex step. That. The locking unit can be disposed on opposite sides of the fixing seat, so when the power source f is connected to the engaging unit on one side, the power cable of the cooling fan can be located in the shackle to avoid the power line. If a kinking occurs, the fan is short-circuited or the airflow is blocked and the airflow is blocked to affect the heat dissipation effect. Moreover, since the fixing unit has the engaging unit on both sides, the cooling fan can be used in different positions, and has a space for flexible use. As can be seen from the above, the fan cover of the present invention can improve the conventional disadvantages and thus has a high industrial utilization value. ^ [Embodiment] / The following describes the specific embodiment of the creation in conjunction with the drawings so that those skilled in the art can easily understand the effect of the creation and achievement. 2, the cooling fan 2 has a power cord 21 and a power cord connector 22 disposed at the end of the power source and the wire 21, and the fan cover & 31, combined with and covered on the side of the cooling fan 2; the fixing base 32 is disposed outside the body 3ι and the side fixing seat 32 is provided with a locking unit 33 ′ corresponding to the power cord connector 22 for the cooling fan The power cord connector 22 of the group 2 is detachably assembled to the mount 32. In the present embodiment, the fan|3 is coupled to one side of the air outlet 23 of the cooling fan 2. However, in other embodiments, the fan cover 3 may also be combined with 19475 7 M299459 for one of the air inlets of the cooling fan 2. side. The shackle 32 is perpendicular to the body 3 and the pedestal 32 can be provided with the engaging unit 33. The Benlon is formed into a shovel/a side with a notch 35' for the power supply line 211 of the cooling fan 2 to pass. The body of the body 31 and the core of the hurricane shoulder 2 are provided with corresponding holes 2, Γ^ 孔 holes 36, and are equipped with the cooling fan 21! The body 31 is coupled to the heat dissipation fan 21. Of course, each of the corners of the body 3] β + w 1 may be provided with, for example, an elastic card. The heat dissipation fan 2 is configured to be assembled to a fan frame 4' disposed in the (not shown) fan frame 4'. 4 series is present, material 4 () can be set up with a plurality of cooling fans 2, and adjacent to the wind = box = the feeder casing (not shown) and is provided with a plurality of electric slots The power board connector 22 is also electrically connected to the power cable connector 22 when the heat sink fan 2 is disposed in the fan frame 4 when the heat sink fan 2 is disposed in the fan frame 4卜', compared with the conventional technical cooling fan set and the cooling fan power cord connector must be separately inserted, the fan cover 3 of this creation has a fixed seat 32 for the cooling fan 2 power line connection If the device is first snap-fitted, it can be used to perform hot-swap of the fan in a single-action. It can be modified to introduce the complexity and inconvenience of installing the cooling fan in the lu server. In addition, there are two kinds of adapter plates for the current cooling fan, and the difference is that the position of the electric slots of the two is relatively opposite. Therefore, it is necessary to use a cooling fan with a different power supply line 19475 8 M299459 't position. Please refer to FIG. 4A and the second embodiment. The fan cover 3 ί has a fixing base 32, and the opposite sides of the fixing seat 32 recognize the bayonet unit 33' and can be turned over by the fan cover 3 Cooperate with the heat dissipation of the (four) line position _ 2. As can be seen from the above, the fixed seat of the present invention can be combined with different types of fans by the characteristics of the connector 22 on both sides to be widely applied to different adapter plates. Please refer to Figure 5, the power cord connector of this creation has a convex I1 white 28 Haika joint (including the relative hooks for hooking and the positioning of the hooks) The piece 332 ′′ and the convex step 28 are correspondingly positioned between the positioning piece 332 and the hook 330. The hook 33 〇 has a column connected to the fixed seat and a hook provided at the top of the column 3302 The portion 33 of the hook portion 33〇1 is repeatedly moved in the direction of the (four) source line connector A, and the two column portions 33Q2 are clamped on opposite sides of the power line connector 22 to limit it to be perpendicular to the first The movement of the second direction B of the direction a, plus the convex step 28 is positioned at the positioning piece to tear the hook; and the hooks 330 are arranged such that the power line connector is perpendicular to the first direction and the second direction. The movement is limited, so that the power cord connector is firmly engaged with the engaging unit 33, and the force direction of the subsequent power cord connection is parallel to the third direction c, so that the power cord connection can be ensured. The device 22 does not fall off due to the operation, but when the power cord is connected to the device for electrical connection, the positioning piece 332 is stressed. Therefore, the fixing base 32 can be provided with a rib 32 〇 connected to the positioning piece 3 to strengthen the positioning piece 332. In addition, when the engaging unit of one side is used for engaging with the 19475 9 M299459 connector At 2 o'clock, the power cord 21 can be positioned in the fixed seat μ and the circuit is kinked to cause a short circuit, or the sound is dissipated by the hair. The m spring road is scattered and blocks the air flow, which in turn affects the left-handed snap unit 33 and the power cord. The connector mode is not limited to the embodiment, the carding is fixed to the slot and the engaging unit 33 is the corresponding mating piece '= the wire connector 22 has a buttonhole, and the carding unit (10) is corresponding Therefore, the fan cover of this creation can be used to insert and dissipate heat into the frame of the server 牟h 0 into an early action hot wood, and can be applied to the divergence and fan of different outlet positions, and has positioning heat dissipation. The functional fixing seat of the power cord of the fan is connected to the fan cover, which is a solid structure, and has the advantage of simple process. The fan cover can be opened together and the system can be seen from the above. The fan cover of the present invention can improve the conventional lack of height. Industrial use value. j·隹The above implementation For example, it is only used to explain the characteristics and functions of this creation, rather than to limit the implementation of this creation (4), in the absence of the spirit and technical threats of this (four), any use of this creation The equivalent changes and modifications made by Valley are still covered by the following scope. σ [Simple description of the schema] The brother 1 shows the conventional technology to install hot plugging political heat in the server. Figure 2 is a schematic view showing a preferred embodiment of the fan cover of the present invention, 19475 10 M299459; Figure 3 is a schematic view showing the cooling fan stage a and the fan frame applied to the fan cover of the present invention; And, the 4A and 4B drawings show that the fan cover of the present invention is applied to two different power line outlet positions, and the fan is not intended; and the fan power line connector [main component symbol description 1 Fan frame 10 accommodating unit 6 cooling fan 60 connector 7 adapter plate 70 electrical slot 2 cooling fan 21 power cable 22 power cable connector 23 air outlet 28 convex step 29 screw hole 3 fan cover 31 body 32 solid Seat 320 Rib 19475 11 M299459 33 Engagement unit 35 Notch 36 Opening 37 Bolt 330 Hook 3301 Hook 3302 Post 332 Positioning piece 4 Fan frame 40 Assembly 5 Adapter plate 50 Electrical slot A First direction B second direction