M357845 八 新型說明： 【新型所屬之技術領域】 本創作係有關於一種導風罩， 子裝置的導風罩。 4特別疋心―種應用於電 【先前技術】 按’隨著科技的不斷進步與發展 現代人們曰常生活中所 子成為 例如工業電腦、個人電 :刀’而電子裝置( 部通常配置有許多主要的配服器…等）内 體·等中=在主機板上更F，許多元:源 =處=。隨著電子裳置之功能不斷地提升寸 愈多。然而，當該電子裝置運作時，、 及電子7L件及配置之發綠置在電 = 2多：故如何使電子元件及發熱裝置達到充分之&能 貝為目刖必須探討之課題。 月… 通第4子褒置的機殼中均斜料恭也/ 理器）設置有散埶f置，、g〜姑、Χ”、、70件（例如中央處 與散敛風肩,常使用的散熱裝置係由散熱器 的二::4隨著科技的發展’電子褒置 述散熱方式已經不8能滿足現=熱量亦隨之增加，採用上 化入 滿足現有的需求。為解決上诚卩n， 一般會在散熱器和散熱風扇 上述問崎 風罩可Μ由兮邱勒戚卢 另卜加裝一導風罩，該導 到機殼㈣Ζ;卜部外部之冷空氣快速地抽入 行有效之散敎為直接地針對該發熱元件進 扇其所產生的氣流量有限，散熱效率亦較低 M357845 緣是’本創作人有感上述問題之呈 並配合學理之運用，而提出—種設計合理I有Sr究 問題之本創作。 有放改善上述 【新型内容】 本創作之主要目的，在於提供一種可隹 風扇導向散熱器以增進散熱;率:;=熱 導風罩=提供-種導風罩，該 部-端設有-出風口，該罩蓋連接㈣=部，該出風 口的-端，該罩蓋設有一與該出風口連有該出風 兩入風部的1係共同連接於 間’該 端’該.兩人風部的另—端分馳 心離該出風口的-且各設有-人風口 财㈣該㈣部的方向延伸 提供一種導風罩，用以設置於m 少兩散熱風扇之間，每一梅 放熱态及至 導風罩具有一出風部㈣具有一出氣側，其中該 部一端設有一出風口 至少兩入風部’該出風 口的一端，該罩蓋設有於該出風部設有該出風 兩入風部的1係妓 x風口連通的收容空間，該 端，該兩入風部的;二接風部遠離該出風口的一 且各設有-入風口，·其：二;：：離該出風部的方向延伸 容空間内，該兩散熱風扇的二:、:：：容於該導風罩的收 以使該兩散熱風扇產生的經=接於該兩入風口’ 罩内匯集且由該出風口導出，拍由§亥兩入風口導入該導風 該散熱器。 、 ’並進入該收容空間内而吹向 6 M357845 不以下有盈效果：本創作之導風罩係將位在 置的夕數個散熱風扇所形成的氣流進行匯隼而統— :=:=熱，可提高散熱風扇產生之氣流的使用 =效^用加倍的氣流更快速地散熱，從而達成較佳的 為使能更進-步瞭解本創作之特徵及技 閱以下有關本創作之詳細說明盥 月多 ί”考^明用’並非用來對本創作加以限制者。 【實施方式】 :參閱第—圖及第二圖所示，本創作係提供一種 =〇 ’該導風罩1()係呈中空狀且具有—出風部U、 及至少兩入風部13。其中該出風部11係 ，^狀且其—端設有—出風口！ 11 (請參閱第二圖） "出風邛1 1的截面積係可小於該入風部工3的戴面積M357845 VIII New Description: [New Technical Field] This creation is about an air hood and sub-assembly air hood. 4 Special care - kind of application to electricity [previous technology] According to the continuous advancement and development of technology, modern people often become life, such as industrial computers, personal electricity: knives, and electronic devices (there are usually many configurations) The main server (etc.) inner body, etc. = more F on the motherboard, many yuan: source = place =. As the function of electronic display continues to increase, the more it is. However, when the electronic device is in operation, and the electronic 7L and the arrangement of the green light are placed at a voltage of more than 2: Therefore, how to make the electronic component and the heat generating device reach a sufficient & Month... Through the casing of the 4th sub-unit, the slanting material is also provided by the shovel, and the shovel is set, and the g-gu, Χ, 70, 70 pieces (for example, the central part and the scattered wind shoulder, often The heat sink used is made up of two radiators::4. With the development of technology, the electronic heat dissipation method has not been able to meet the current heat=the heat is also increased, and the upper limit is used to meet the existing demand. Sincerely, n will generally be in the radiator and cooling fan. The above mentioned kimono hood can be installed by a 兮 戚 戚 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 加 加 加 加 加 加 加 加The effective divergence is that the airflow generated by directly injecting the heating element into the fan is limited, and the heat dissipation efficiency is also low. M357845 is the reason that the creator feels the above problems and cooperates with the theory to propose a design. Reasonable I has the Sr problem of the original creation. The improvement of the above [new content] The main purpose of this creation is to provide a fan-oriented radiator to enhance heat dissipation; rate:; = thermal hood = provide - guidance Windshield, the part-end is provided with an air outlet, and the cover is connected (four)= The end of the air outlet, the cover is provided with a 1 line connected to the air outlet and the air inlet portion is connected to the 'end end'. The other end of the two people is divided into a heart. The air outlet is provided with a windshield (4) extending in the direction of the (four) portion to provide an air hood between the two cooling fans, each of which is in a hot state and has a heat hood The air outlet portion (4) has an air outlet side, wherein one end of the air outlet is provided with at least two air inlet portions, and one end of the air outlet portion, and the cover is provided at the air outlet portion, and the air outlet portion is provided with the air inlet portion. a accommodating space connected to the tuyere of the 妓x, the end, the two air inlet portions; the second air receiving portion is away from the air outlet and each is provided with an air inlet, wherein: two:: from the air outlet portion In the direction extending space, the two cooling fans of the two cooling fans are accommodated in the air hood so that the two cooling fans generate the dams connected to the two air inlets and are assembled by the air outlets. Export, take the windshield into the air duct by § hai two inlets, and 'and enter the accommodating space and blow to 6 M357845 There is a profit effect: the air hood of the creation is to collect the airflow formed by the number of cooling fans located on the eve of the day - :=:=heat, which can improve the use of the airflow generated by the cooling fan. Double the airflow to dissipate heat more quickly, so as to achieve a better understanding of the characteristics of the creation and the following details of the creation of the creation. The following is a detailed description of the creation. [Embodiment]: Referring to the first and second figures, the present invention provides a type of 〇', the air hood 1 () is hollow and has an air outlet U, and at least two The air inlet portion 13 is formed in the air outlet portion 11 and has an air outlet at the end of the air outlet 11 (see the second figure) " the cross-sectional area of the air outlet 1 1 can be smaller than the air inlet portion Wear area of work 3
該罩蓋1 2係連接於該出風部1 1設有該出風口工1 2—端’該罩蓋i2包含-頂板i 2i及設置於該頂板 1 2 1相對兩側的兩側板1 2 2 ’該頂板]_ 2工與該兩側 板1 2 2共同界^出—收容空間i 2 3，該收容空間工2 3係與該出風口111連通。 ),該罩蓋1 2的頂板1 2 1設有多數個固定柱i 2 4， 该等固定柱1 2 4係伸入該收容空間1 2 3内，每一固定 柱1 2 4内部形成有一通孔X 2 5，該等通孔丄2 5係用 以供多數個鎖固件4 〇 (請配合參閱第五圖所示）對應穿 设。該罩蓋1 2的兩侧板1 2 2底面分別往下延伸形成多 7 M357845 數個卡扣件1 2 6。 係心1 3係呈中空狀’該兩入風部1 3的-端 連接於該出風部丄工遠離該出風口， 3的另一端分別往遠離該出風部11的方向 入風口131，在本實施例中，該兩入風 排列呈”)’但未有限定。當然，上述入風部丄 、里並未有限定，此處係以兩個為例進行說明。The cover 12 is connected to the air outlet portion 1 1 and is provided with the air outlet port 1 2 - end 'the cover i2 includes a top plate i 2i and two side plates 1 2 disposed on opposite sides of the top plate 1 2 1 2 'The top plate】_ 2 work and the two side plates 1 2 2 together define a receiving space i 2 3, and the receiving space 2 3 is in communication with the air outlet 111. The top plate 1 2 1 of the cover 12 is provided with a plurality of fixing posts i 2 4, and the fixing posts 1 2 4 extend into the receiving space 1 2 3 , and each fixing post 1 2 4 is formed inside. Through holes X 2 5, these through holes 丄 25 are used for a plurality of locks 4 〇 (please refer to the fifth figure) correspondingly. The bottom surfaces of the two side plates 1 2 2 of the cover 12 are respectively extended downward to form a plurality of 7 M357845 plurality of snap members 1 2 6 . The center line 1 3 is hollow. The end of the two air inlet portions 13 is connected to the air outlet portion and is separated from the air outlet. The other end of the third portion is separated from the air inlet portion 131 by the air inlet 131. In the present embodiment, the arrangement of the two inlet air is "" but not limited. Of course, the above-mentioned air inlet portion is not limited, and two examples will be described here.
三圖所示’本創作之導風罩1Q在本實施例 :’、、種兩件式之設計，但未有限定。該導風罩丄〇係包 含一第-殼件1 4及-第二殼件1 5，該第—殼件工4周 緣處設有多數個第一卡扣部！4i (在此為卡孔）。該第 二殼件15周緣處設有多數個第二卡扣部151(在此為 卡釣）。亥專弟一卡扣部1 5 1係對應地卡扣於該等第二 卡扣部1 4 1，使該第一殼件1 4及第二殼件丄5結合為 一體’藉此組成本創作之導風罩1 〇。 請參閱第四圖及第五圖所示，本創作之導風罩1 〇可 應用於一電子装置的機殼5 〇内，該機殼5 〇内部具有一 電路板5 1、一散熱器2 0、及至少兩散熱風扇3 〇 ,該 電路板5 1上係設置有多數個插槽5 2用以插設記憶體5 §亥散熱器2 0設有一基座2 1及多數個散熱片2 2， 基座2 1設有多數個貫孔2 1 1，該等貫孔2 1 1係與該 V風罩1 0之通孔1 2 5相對應’邊專散熱片2 2係間隔 地設置於該基座2 1頂部。該散熱器2 0設置在該電路板 5 1上，且以該基座2 1的底面貼附於一發熱元件（圖未 8 M357845 ^ ’使得該發熱元件所產生的熱可以透祕基座2 1而 傳導至該等散熱片2 2。 >每-散熱風扇30具有一出氣側3工及一相反於該出 =3 1的進氣側3 2 °該兩散熱風扇3 ◦係設置在該機 设？的相對兩側’可藉其進氣側3 _機殼5 〇外部 〜空氣抽入，並透過該出氣側3工往該機殼5 〇 读0 該導風罩1 0與該散熱器2 〇、組裝時 六圖所示’該導風罩1()的卡扣件126係卡扣於: 的基座Η底緣，該散熱器2〇、發熱元件及相關 電路係收容於該導風罩1 〇的收容空間i 2 3内。另外 該兩散熱風扇3 0的出氣側3 !係分別銜胁該導風罩; ◦的兩入風口 1 3 1。該等鎖固件4 0係依序通過該導風 罩10之通孔12 5、散熱器2 0之貫孔2工工而鎖固至 該機殼5 0，從而使得該導風罩！ ◦安裝於該散熱器2 〇 及该兩散熱風扇3 〇之間。 藉此’該兩散熱風扇3 〇可將該機殼5 ◦外部之冷空 氣抽入而形成冷氣流，且該冷氣流可經由該導風罩丄g = 兩入風π 1 3 1導人該兩人風部^ 3並匯集到該出風部1 1内’之後再由該出風口 i丄丄導出而進入該收容空間工 2 3内，並吹向該散熱器2 〇及相關電路，從而散失該 散熱片2 2所吸收的熱量及相關電路產生的熱量，達S散 其中，由於該出風部丄]L的戴面積係小於該入風部工 3的截面積，因此’進入該兩入風部丄3的冷氣流（如第 M357845 四圖中之短箭頭所示） 快’而形成較快速的冷出風部11後速度會增 ’可將該等散熱片2 四圖中之長箭頭所示） 量快速地散失，從而 ^熱量及相關電路產生的熱 „ al 運步地提昇散熱效率。 之-在靠、；f =參閱第―圖所示，該兩人風部1 3的A中 之在罪近该出風部工工的位置可二中 縮的漸縮段132& 又有截面積漸 由於截面積的縮減而“==入;入風部13内時， 速地往該出風部；[工匯集。曰、礼机的抓動速度，從而較快 此外，請再參閱第 風部13的外壁靠：出:=: = 1之其中-入 壁靠近該入風部η卢= 1處、及出風部1 1的外 孔1 q q处可刀別進—步設有穿孔1 1 2、穿 ” 侍部份的氣流會經由該穿孔1 1 2、穿孔] 33吹出，幫助莫龆習，。， ^ 牙孔1 5 3或其它的發熱元件散熱。 w體 :是以，透過本創作導風罩，具有如下述之特點及功能 本創作導風罩1〇係利用多數個 在不同位置的多數個散埶湿戶q η π人 1丄J共位 扇3 0所、/ 扇3 〇合’而將該等散熱風 3 3 〇所开y成的軋流進行匯集，並統一 散熱器2 0進行散埶，t ° 口人向 M/:k m 欣…猎此獒咼該等散熱風扇3 0之氧户 :==r數量的氣流更快速地散 本創作導風罩10可將出風部11的截面積設計 〜4風部1 3的截面積’藉此形成較快速的氣流吹 M357845 向該散熱器2 0及相關電路，從而將該等散熱片2 2所吸 收之熱量及相關電路產生的熱量快速地散失。 3、本創作導風罩！ Q可在人風部丨3料壁靠近該 出風部1 1處及出風部i丄的外壁靠近該入風部工3處設 置穿孔1 3 3、穿孔1 χ 2，藉以吹出部份的氣流而幫助 吕己憶體5 3或其他的發熱元件散熱。 惟以上所述僅為本創作之較佳可行實施例，非因此即 侷限本創作之專利範圍，故舉凡運用本創作說明書及圖式 内容所為之等效結構變化，均同理皆包含於本創作之範圍 内，合予陳明。 【圖式簡單說明】 第一圖係本創作導風罩的立體組合圖。 第二圖係本創作導風罩另—角度的立體組合圖。 第三圖係本創作導風罩的立體分解圖。 鲁第四圖係本創作導風罩設置於機殼時的俯視圖，其中該第 二殼件與該鎖固件未顯示。 第五圖係本創作導風罩與散熱器的立體分解圖。 第六圖係本創作導風罩與散熱器的立體組合圖。 11 M357845 【主要元件符號說明】 10 導風罩 11 出風部 111 出風口 112 穿孔 1 2 罩蓋 12 1 頂板 12 2 側板 > 1 2 3收容空間 124 固定柱 12 5 通孔 126 卡扣件 13 入風部 131 入風口 132 漸縮段 . 1 3 3 穿孔 14 第一殼件 141 第一卡扣部 15 第二殼件 151 第二卡扣部 2 0 散熱器 2 1 基座 2 11 貫孔 12 M357845 2 2 散熱片 3 0 散熱風扇 3 1 出氣侧 3 2 進氣侧 4 0 鎖固件 5 0 機殼 5 1 電路板 5 2 插槽In the third embodiment, the windshield 1Q of the present invention is in the present embodiment: ', a two-piece design, but is not limited. The windshield cover includes a first shell member 14 and a second shell member 15 which are provided with a plurality of first snap portions at the periphery of the fourth shell member! 4i (here is the card hole). A plurality of second hooking portions 151 (here, card fishing) are provided at the periphery of the second casing member 15. The first member of the first shell member 14 and the second shell member 丄5 are integrally coupled to each other by a buckle portion 1 5 1 correspondingly snapped to the second fastening portion 141 Create a guide hood 1 〇. Referring to the fourth and fifth figures, the air hood 1 of the present invention can be applied to the casing 5 of an electronic device, and the casing 5 has a circuit board 5 1 and a radiator 2 inside. 0, and at least two cooling fans 3 〇, the circuit board 5 1 is provided with a plurality of slots 5 2 for inserting the memory 5 § Hai radiator 20 is provided with a base 2 1 and a plurality of heat sinks 2 2, the base 2 1 is provided with a plurality of through holes 2 1 1 , and the through holes 2 1 1 are corresponding to the through holes 1 2 5 of the V windshield 10, and the outer fins 2 2 are spaced apart. At the top of the base 2 1 . The heat sink 20 is disposed on the circuit board 51, and is attached to a heat generating component by the bottom surface of the base 2 1 (Fig. 8 M357845 ^ 'the heat generated by the heat generating component can penetrate the base 2 1 and conduction to the fins 2 2. > each of the cooling fan 30 has an air outlet side 3 and an opposite side of the out side = 3 1 of the intake side 3 2 °, the two cooling fans 3 are disposed in the The opposite sides of the machine's side can be drawn by the air intake side 3 _ casing 5 〇 external ~ air, and through the outlet side 3 work to the casing 5 0 0 the air hood 10 and the heat dissipation 2, 组装, at the time of assembly, the buckle 126 of the air hood 1 () is fastened to the bottom edge of the base, and the heat sink 2, the heating element and the related circuit are received therein. The ventilating space of the air hood 1 〇 is in the inner space i 2 3. In addition, the air outlet side 3 of the two cooling fans 30 respectively impedes the air hood; the two air inlets 1 3 of the cymbal. The through hole 12 5 of the air hood 10 and the through hole 2 of the heat sink 20 are sequentially locked to the casing 50, so that the air damper ! is mounted on the heat sink 2 The two cooling fans Between the two 。 1 , the two cooling fans 3 抽 can draw cold air from the outside of the casing 5 to form a cold air flow, and the cold air flow can pass through the air hood 丄 g = two air inlets π 1 3 1 The two people's wind department ^ 3 is collected into the air outlet portion 1 1 and then led out from the air outlet port i into the accommodating space worker 2 3 and blown toward the radiator 2 〇 And the related circuit, so as to dissipate the heat absorbed by the heat sink 22 and the heat generated by the related circuit, and the amount of wear of the air outlet portion LL is smaller than the cross-sectional area of the air inlet portion 3, Therefore, the cold airflow entering the two inlet portions (3 (as indicated by the short arrow in the four-figure picture of M357845) is faster, and the speed is increased after forming the faster cold venting portion 11 'the heat sink 2 can be The long arrow in the four figures shows that the amount is quickly dissipated, so that the heat generated by the heat and related circuits „ al moves to improve the heat dissipation efficiency. ——在在;f = see the figure, the two In the A of the wind part 13 3, the sin is near the position of the ventilating part, and the tapered section 132& Reduced area and "== into; portion 13 when the inlet air, the wind speed to the portion; [work together.抓, the speed of the ceremonial machine, and therefore faster. In addition, please refer to the outer wall of the wind part 13: out: =: = 1 of which - the wall is close to the enthalpy of the wind η = 1, and the wind The outer hole 1 qq of the part 1 1 can be cut in. The step is provided with a perforation 1 1 2. The airflow of the wait part is blown out through the perforation 1 1 2, the perforation 33, to help Mo Xi, ., ^ The tooth hole 1 5 3 or other heat-generating components dissipate heat. w body: Yes, through the creation of the windshield, with the following characteristics and functions, the creation of the windshield 1 is used by a majority of the majority in different positions埶 Wet household q η π person 1丄J co-located fan 3 0, / fan 3 ' ' and these cooling winds 3 3 〇 open y into the rolling flow, and unified radiator 20 to disperse埶, t ° mouth to M/:km ...... hunting this 散热 these cooling fans 30 oxygen households: == r number of airflow more quickly scattered creation wind deflector 10 can take the wind outlet 11 The cross-sectional area design ~ 4 wind section 1 3 cross-sectional area ' thereby forming a relatively fast airflow M357845 to the heat sink 20 and related circuits, so that the heat absorbed by the heat sink 2 2 and related circuits The generated heat is quickly dissipated. 3. The windshield of the present creation! Q can be placed near the wind inlet part 3 and the outer wall of the air outlet part i1 in the wind part 丨3 material wall. Perforation 1 3 3, perforation 1 χ 2, in order to blow out part of the airflow to help Lu Hanyi body 5 3 or other heat-generating components to dissipate heat. However, the above is only a preferred embodiment of the present invention, and thus is not limited. The scope of the patents of this creation, so the equivalent structural changes made by the use of this creation manual and the contents of the drawings are all included in the scope of this creation, and are combined with Chen Ming. [Simple description of the drawings] The three-dimensional combination diagram of the creation of the windshield. The second picture is the three-dimensional combination of the angle of the creation of the windshield. The third picture is the three-dimensional exploded view of the creation of the windshield. A top view of the cover when the cover is disposed on the casing, wherein the second cover member and the lock are not shown. The fifth figure is an exploded perspective view of the present air guide and the heat sink. The sixth figure is the creative guide and heat dissipation. Stereoscopic combination of the device. 11 M357845 [The main component symbol says 】 10 air hood 11 air outlet 111 air outlet 112 perforation 1 2 cover 12 1 top plate 12 2 side plate > 1 2 3 accommodating space 124 fixed column 12 5 through hole 126 snap member 13 air inlet portion 131 air inlet 132 Tapered section. 1 3 3 Perforation 14 First case 141 First snap part 15 Second case 151 Second snap part 2 0 Heat sink 2 1 Base 2 11 Through hole 12 M357845 2 2 Heat sink 3 0 Cooling fan 3 1 outlet side 3 2 intake side 4 0 lock 5 0 case 5 1 board 5 2 slot