201004545 九、發明說明： [發明所屬之技術領域j 本發明是有關於-種管路模組 備機櫃用管路模組。 特別疋指一種電子設 【先前技術】 + 一般電子設備運作常會伴隨高溫的產生，而為 於屯子設備機櫃内的電子 ”、 持較佳之運作效率，通在適當環境溫度運作以保 ⑦都疋猎由將機櫃外較低溫之空氣 引入機櫃内的方式來達到降溫的目的。 > 3圖1 4現有種現有_種電子設備機植用管路模 組8,該電子設備機櫃9是適用於供電子設備％安置，並 匕3相91 ’及四分別直立設置於該箱體91角落的角柱 92’該管路模組8是適用於將該機櫃9外之空氣導入該箱 體91内’且進入箱體91的空氣在吸收該電子設備散發 的熱此後，可隨著排放設備或於該箱體9丨設置的排放口（ 圖未示）排出，而達冷卻效果。該管路模組8包含複數内 徑相同且設置於其中一角柱92之管件81及一柱塞82，該 等管件81分別是由上到下依序安裝於該角柱92並各包括 一供空氣流向電子設備90之出風口 811，該柱塞82與最下 方之一管件81的一端連接，使該管件8丨之該端呈封閉狀 當欲將該機櫃8外之較低溫之空氣導入該機櫃9内以 對該機櫃9内之電子設備90降溫時，可以藉由一風扇（圖 未示）將空氣輸送至該管路模組8，並依序由上到下通過該 5 201004545 :二:1之出風口811而流向電子設備90，如此，除了可 j Λ低溫之空氣而降低該機櫃9内之溫度外，還可以 對流之方式對電子設備9〇降溫。 ^由於上述該管路模組8之每一管件81的内徑皆為相 、：，空氣流經該管路模組8之流速是逐漸向下遞減 二取上方之管件的空氣流速為最•，而最下方之管件 備=^流=為最慢）’使空氣由下方管件81流往電子設 戈 速過慢而無法對電子設備9Q以強制對流的方 ._ 女置於该機櫃9下方之電子設備9〇盔法 在適虽被境溫度運作而降低運作效率。 【發明内容】 口此，本發明之—目的即在提供一種可使電子 持較佳，作效率的電子設備機櫃用管路模組。" c 於疋，本發明電子設備機樞用管路模組 設㈣是適用於供電子設備安置，並包含一箱體 ^、：固定位置’該管路模組包含一第一管件單元， ::單該第—管件單元包括-設置於該固定位置： ”馬動乳體流動之驅動源相連接的第—管件、—與 一管件遠離該驅動源之—端螺接的第—轉二弟 第一管件連通且供氣體产六雷 、該 件單元包括—設置之旁通σ。該第二管 罝立置且與該第_管件 -管件連通的第二管件、至少一第二轉接件，及第 綱子設襟之旁通口，該第二管件之内捏是小於該：體 賞件之内徑’該第二轉接件螺接該第—轉接件與第二營件 6 201004545 ’使該第一、第二管件相互連通。 藉由該第一、第二轉接件之設置而使不同管禋之該第 一、第二管件相互連通，可提高氣體由該第二管件流2旁 通口流出的流速，如此，由該第二管件之旁技 片 體仍可以強制對流之方式對電子#備 "IL 之軋 々A對電子s又備進仃散熱，進而使每 -電子設備在適當環U度運作而維持㈣之 【實施方式】 年° 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之五個較佳實施例的詳細說明中，將可 清楚的呈現。201004545 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a pipeline module for a pipeline module. In particular, an electronic device [previous technology] + general electronic equipment operation is often accompanied by high temperature, and for the electronics in the cabinet of the tweezers, with better operating efficiency, operating at an appropriate ambient temperature to ensure The purpose of cooling is achieved by introducing a lower temperature air outside the cabinet into the cabinet. > 3 Figure 1 4 Existing existing electronic equipment planting pipeline module 8, which is suitable for use The electronic device is disposed at a position, and the three phases 91' and four are respectively erected at the corner column 92' of the corner of the casing 91. The pipe module 8 is adapted to introduce the air outside the cabinet 9 into the casing 91' and After the air entering the box body 91 absorbs the heat emitted by the electronic device, it can be discharged along with the discharge device or the discharge port (not shown) provided in the box 9 to achieve a cooling effect. The pipeline module 8 The tube member 81 having a plurality of inner diameters and having the same inner diameter and disposed on one of the corner posts 92 and a plunger 82 are sequentially mounted from the top to the bottom of the corner post 92 and each includes a flow of air to the electronic device 90. Tuyere 811, the column The plug 82 is connected to one end of the lowermost tube member 81 such that the end of the tube member 8 is closed. When the lower temperature air outside the cabinet 8 is to be introduced into the cabinet 9 to the electronic device in the cabinet 9 When the temperature is lowered by 90, air can be sent to the pipeline module 8 by a fan (not shown), and sequentially flow to the electronic device 90 through the 5 201004545: 2:1 air outlet 811 from top to bottom. In this way, in addition to reducing the temperature in the cabinet 9 by the low temperature air, the electronic device 9 can be cooled in a convective manner. ^ Since the inner diameter of each of the tubes 81 of the pipeline module 8 is Phase::, the flow rate of air flowing through the pipe module 8 is gradually decreasing downwards, and the air flow rate of the upper pipe is the highest, and the lowest pipe fitting is the slowest. The lower pipe member 81 flows to the electronic device to be too slow to force the convection of the electronic device 9Q. The electronic device 9 placed under the cabinet 9 is operated at an appropriate temperature to reduce the operational efficiency. SUMMARY OF THE INVENTION The present invention is directed to providing a The electronically held, efficient pipeline module for the electronic equipment cabinet. " c 疋, the electronic device armature pipeline module (4) is suitable for electronic equipment placement, and includes a box ^ ,: fixed position 'the pipeline module comprises a first pipe unit, :: the single pipe member comprises: - disposed at the fixed position: "the first pipe fitting connected to the driving source of the horse body milk flow, - Connected to the first pipe member of the first pipe that is screwed away from the end of the driving source and is supplied with gas for six mines, and the unit includes a bypass σ provided. The second tube member, the second tube member connected to the first tube member and the tube member, the at least one second adapter member, and the bypass port of the first tube member, the pinch of the second tube member is smaller than the: The inner diameter of the body member 'the second adapter is screwed to the first adapter and the second member 6 201004545' to connect the first and second tubes to each other. The first and second tubes of different tubes are connected to each other by the arrangement of the first and second adapters, so that the flow rate of gas flowing out from the bypass port of the second tube flow 2 can be increased, and thus, The side piece of the second pipe can still be forced to convect the heat, and the electronic s is replaced by the electronic s, so that each electronic device operates at the proper ring U degree and maintains (4) The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments of the invention.
在本發明被詳細描述之前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 DBefore the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. D
J 參閱圖2、3,本發明電子設備機櫃用管路模組之一第 一=佳實施例適用之該電子設備機櫃1是適用於供複數電 子設備2安置，並包含一箱μ u，及複數分別設置於該箱 體U Μ的固定位4 12。該管路模組是適用於將散哉氣體 導=該箱體11内或將熱氣排出該箱14 1卜在本實施例中， 該管路模組是將散熱氣體導人該箱體11内，並包含—第一 管件單元3、—第二管件單元4,及-第三管件單元5。 該第一管件單元3包括一設置於其中—固定位置12上 方處且與一驅動氣體流動之驅動源（圖未示，例如風扇） 相連，的第—官件3卜及—與該第—管件31遠離該驅動源 之-^螺接的第一轉接件32，該第一管件Μ具有二分別形 成於兩端之内螺紋段311，及一形成於該等内螺紋段311間 7 201004545 且供氣體流向電子設備2之旁通口 3〇。該第一轉接件Μ是 呈直官狀並具有一内螺紋段325，及一與該第一管件3 1之 内螺紋段3 11螺合的外螺紋段326。 該第二管件單元4包括一設置於該固定位置12中段且 與該第一管件單元3之第一管件31連通的第二管件4^及 二第二轉接件42，該第二管件41之内徑是小於該第—管件 31之内控並具有二分別形成於兩端之内螺紋段411，及二間 隔形成於該等内螺紋段411間且供氣體流向電子設傷2之旁 通口 ：。：_第二轉接件42是呈直管狀並具有一内螺紋: 以’及-和該第一轉接件32與該第二管件41 411螺合的外螺紋段4 …又 轅技杜^ t /、 弟一轉接件42螺接該第一 互、車 〜第二管件41 ’使該第一、第二管件31、41相 、另一第二轉接件42是與該 —管件3!之-端螺接。 Η牛W艰離該第 :第三管件單元5是設置於該固 並包括一鱼竽坌之下方處， 段⑴的第=7: 具有形成於兩端之内螺紋 於該第二管…内：二『I件51之内徑是小 段51]間且供氣❹向2 形成於該等内螺紋 接件Μ是與位於下方之該第二轉接件旁=口 ％。該第三轉 、第三營件41、 2螺接而使該第二 件”遠離該第二管件41=端該:塞53螺接於該第三管 呈封閉狀。 使該第三管件5i之該端 8 201004545 當欲將對該機櫃i内之溫度進行降溫時，藉由該驅動 低溫：氣體（例如該機櫃i外之空氣）由上到下依序 I㈣等讀單元3、4、5之該等管件31、41、5卜並經 =!;:;、4°、5°而流向該等電子設“而氣體 2進行熱交換後再藉由—抽風管路模組（ =:)排放至該機概"卜，如此，除了可以輸入較低溫 =:低該等電子設備2之溫度外，還可以對流之方 式對該等電子設備2降溫。 由=上述該等管件31、41'51之管徑是由上到下逐漸 二=空體流經該等管件31、41、51之流速是逐漸 氣體流經該第一管件31的流速最慢，而流 第一：s 1的流速為最快），可提高氣體由該第二、 ^第41、51之旁通口40、50流出之流速，如此，由 ㈣—、第三41、51管件之旁通口 〆 可以強生丨丨孤，* 〇机出之氣體仍 Ο ，更;叫對電子設備2進行散熱，相較於習知 更月b使母一電子設備2在 之運作效率。 衣兄峨度運作而維持較佳 值得說明的是，該等管件31、 於上述第一較佳實施例之方式，例之組合態樣不限 件3!與該第三管件51相連接’ ^字^弟一官 心、52相互螺接後再與該第— 辱接件 可，因此，可視不同發熱區域之^ 31、51螺接即 彈性調整連接。 里而求而將所需的管件 再值得說明的是，該第三管件單元5之該柱塞53為非 9 201004545 必要之元件，此時僅使該第三管件5i τ方 生與該柱塞53裝設時相同之效果。 參閱圖3、4，太發明泰7 一 發月电子设備機櫃用管路模組之一第 —較佳貫施例與上述第一較 呈 罕又仏只靶例之差異在於更包含一 直s狀之同偟轉接件6，及 ^ „„ ，該第-管件單元3包括 件早元3之組成不同 32兮 括—弟—管件31，及三第一轉接件 32。该同徑轉接件6具有—盥 干 、力輿該寻轉接件32、4^、5,並中 —者之外螺紋段326、425、保人 ▲ ” 者 25螺合的内螺紋段61，在本 具也例中’該同徑轉接件6之内蟫 芡内螺紋奴61是與該等第一轉 接件32之外螺紋段326 ^ τ —第一轉接件32分別 螺接該同徑轉接件6兩 ^ 一土 崎’、Α寺弟一官件31，如此，本第 —較佳實施例除了能達到盥 ^ ^ M /、上迷弟一較佳貫施例相同之功 效外’還可使相同管徑瞢 s件相連接而延伸管路長度以 合所需。J. Referring to FIG. 2 and FIG. 3, one of the pipeline modules for the electronic equipment cabinet of the present invention is the first embodiment of the electronic equipment cabinet 1 which is suitable for the plurality of electronic equipment 2, and includes a box of μ u, and The complex numbers are respectively set to the fixed positions 4 12 of the housing U 。. The pipeline module is adapted to guide the bulk gas into the tank 11 or to discharge the hot air out of the tank 14 1 . In the embodiment, the pipeline module guides the heat dissipating gas into the tank 11 And comprising - a first tube unit 3, a second tube unit 4, and a - third tube unit 5. The first tube unit 3 includes a first member 3 and a tube member disposed above the fixed position 12 and connected to a driving source (not shown, for example, a fan) through which a driving gas flows. a first adapter 32 that is screwed away from the drive source, the first tubular member has two internal thread segments 311 formed at both ends, and one is formed between the internal thread segments 311 7 201004545 and The gas supply flows to the bypass port 3 of the electronic device 2. The first adapter member is straight and has an internally threaded section 325 and an externally threaded section 326 that is threaded into the internal threaded section 3 11 of the first tubular member 31. The second tube unit 4 includes a second tube member 4^ and two second adapter members 42 disposed in the middle of the fixed position 12 and communicating with the first tube member 31 of the first tube unit 3, and the second tube member 41 The inner diameter is smaller than the internal control of the first pipe member 31 and has two inner thread segments 411 formed at the two ends respectively, and two bypass ports formed between the inner thread segments 411 and for supplying gas to the electronic damage 2: . The second adapter 42 is in a straight tubular shape and has an internal thread: an externally threaded section 4 that is screwed with the first adapter 32 and the second tubular member 41 411. The t/, the first adapter 42 is screwed to the first inter-vehicle to the second tubular member 41' such that the first and second tubular members 31, 41 and the other second adapter 42 are connected to the tubular member 3 ! - The end is screwed. The yak W is difficult to separate from the first: the third pipe unit 5 is disposed at the bottom of the solid and includes a fishing rod, and the seventh portion of the segment (1) has internal threads formed at both ends in the second tube The second inner diameter of the I piece 51 is a small section 51 and the air supply enthalpy 2 is formed in the inner threaded joint Μ. The third and third battalions 41, 2 are screwed so that the second piece "is away from the second tube 41 = the end: the plug 53 is screwed to the third tube in a closed shape. The third tube 5i is made The end 8 201004545, when the temperature in the cabinet i is to be cooled, by the driving low temperature: the gas (for example, the air outside the cabinet i) reads the units 3, 4, 5 from top to bottom in sequence I (four), etc. The tubes 31, 41, 5 are flown to the electronic devices by means of =?;:;, 4°, 5°, and the gas 2 is subjected to heat exchange, and then the exhaust pipe module (=:) Emitted to the machine ", so, in addition to the lower temperature =: lower the temperature of the electronic device 2, the electronic device 2 can also be cooled in a convective manner. From the above-mentioned pipe members 31, 41'51, the pipe diameter is gradually increased from top to bottom. The flow rate of the air pipes flowing through the pipe members 31, 41, 51 is the slowest flow rate of the gas flowing through the first pipe member 31. And the flow first: the flow rate of s 1 is the fastest), the flow rate of the gas flowing out from the bypass ports 40, 50 of the second, ^41, 51 can be increased, thus, by (4) -, the third 41, 51 The bypass port of the pipe fittings can be strong and solitary. * The gas from the machine is still smashed, and more; the heat is dissipated to the electronic device 2, and the mother-electronic device 2 is operated more efficiently than the conventional moon b. Preferably, the tubular member 31 is in the manner of the first preferred embodiment described above, and the combined embodiment of the embodiment is not limited to 3! It is connected to the third tubular member 51. The word ^ brother and one official heart, 52 are screwed together and then the first - insulting member is available. Therefore, it can be flexibly adjusted by the screwing of the different heat generating regions. It is worth mentioning that the required pipe fittings are worthy of explanation. The plunger 53 of the third pipe fitting unit 5 is a necessary component other than 9 201004545, and only the third pipe fitting 5i τ is formed with the plunger. 53 the same effect when installed. Referring to Figures 3 and 4, one of the best use of the pipeline module for the electronic equipment cabinet in the first seven months of the invention is the difference between the preferred embodiment and the first comparatively rare target. The same type of adapters 6, and ^ „„, the first-tube member unit 3 comprises a component of the early element 3, 32-----the tube member 31, and the third first adapter member 32. The same diameter adapter 6 has a threaded internal thread section that is dry and strong, and the threaded adapters 32, 4^, 5, and the outer threaded sections 326, 425, and the retainer ▲ 61. In the present embodiment, the inner thread slave 61 of the same diameter adapter 6 is screwed with the outer thread portion 326 ^ τ of the first adapter 32. The same diameter adapter 6 is used, and the first embodiment of the present invention is the same as that of the above-mentioned preferred embodiment. The effect of the 'outside' can also be connected to the same pipe diameter to extend the length of the pipe to meet the needs.
U —參閱圖5’本發明電子設備機振用管路模組之一第三較 佳貫施例與上述第一較佳實 λ &例之差異在於更包含三風扇 卜72、73’及該等管件單元3、4、5之管件31、41 等5二:二皆為二，該等風扇模、组71、72、73包括分別與該 ^件、4卜51之内螺紋段311、41l、5ii螺接的連接 ^ 721 731，及分別設置於該等連接管m、π工、 731内之風扇712、722、732。本第三較佳實施例除了能達 到與上述第-較佳實施例相同之功效外，藉由該等連接管 711、721、731 66 ^ w — . °置，可以連接相同管徑之該等管件3 1 41 5 1以配合所需而延伸管路長度’且利用該等風扇 10 201004545 712、722、732對該等管件3] ，可避免因管路再许^ 、41、51内之氣體進行加壓 出該等旁通口 3。::。=而降低氣體之流速，使氣體在流 之目的。 、之流速仍可以達到強制對流散熱 值得說明的是，玆笙π 依情況所需而有所調整'^模組71、72、73的數目可以 管路長度時（亦即連接二僅需增加該第—管件31之 風扇模組71即可。 弟—官件31)，就只需要設置該 參閱圖6、7，士 & ^ ^ ^ 每明電子設備機櫃用管路模组之一第 四專父佳貫施例與上 略褀、.且之弟 單元3、4、5之^ Λ佳貫施例之差異在於該等管件 〕<組成不同。 該第—管件單 之出風口 331的第—旁ίΓ 一具有—朝向該等電子設備2 Τ字形之第一m& 33，5亥第—轉接件32具有一呈 子办之弟一轉接頭321， σ 。該第-轉接頭具有，一壬直官狀之第—連接頭奶 Ο 伸之橫向段324,該橫向/ I,及—由該連接段323延 且呈有^ ”。又324疋舆該第一旁通管33螺接 接頭322 a八方、S 33連通之旁通口 30。該等第一連 疋刀別與該連接段323兩端螺接，且每_第一連 ^ 322具有—内螺紋段奶及-外螺紋段326， -連接頭奶螺接還與該第一管件31螺接，使該第一管件 與戎第一旁通管33連通。 之出第：件早凡4更包括-具有-朝向該等電子設備2 ^風口 Γ的第二旁通管43,該第二轉接件42具有一呈 子形之弟一轉接頭421，及三呈直管狀之第二連接頭422 11 201004545 。該第二轉接頭421具有 423延伸之橫向段424，該又，及一由該連接段 螺接一裉向段424是與該第二旁通管43 螺接並具有-與該第二 二連接頭422呈古一此 3連通之旁通口 40。每一第 一第一、車〃 螺紋段425及-内螺紋段426，其中 弟一連接碩422螺接嗜筮_总灿^ ^ ° — S件41與位於該連接段323 下方之第-連接頭322，使該第— ’·另一第二連接頭422螺 B 、通 一端料第一总枝 ' 〜第—轉接碩421之連接段423 味” 4弟—官件41 ;剩 韓接± 、弟一連接碩422是與該第二 轉接頭切之連接段423另一端螺接。 之出件單元5更包括—具有二朝向該等電子設備2 Τ =Γ的第三旁通管54。該第三轉接件52具有-呈 :弟，轉接頭521 ’及二呈直管狀且各具有—外螺紋 5又23 ,之弟三連接頭522。該第三轉接頭功具有-連接段 j ’及—由該連接段523 似是與該第三旁通管54螺接H 524，該橫向段 万、s 54辉接亚具有—與該第三旁通管連 ϋ …通口 50。該等第三連接頭522 51之兩端螺接，且其中一第三連接頭切螺接該第三管件 =與该剩餘之第二連接頭422’使該第三管件51與該第二 Η牛41相連通；另—第三連接帛⑵螺接該第三轉接頭 ⑵之連接段523 —端與該第三管件51，該柱塞53螺接於 該連接段523之另一端。 本第四較佳實施例除了能達到與上述第一較佳實施例 相同之功效外，藉由該等轉接頭321、421、521與旁通管 33、43、54之設置，可進一步將氣體導至該等電子設備2 12 201004545 附近並對該等電子設備2 。 ’皿，進而獲得較佳之降溫效果 值仔17兄明的是，該等轉接頭321、421、52}介 別輿該等管件3I、4i、5i _ 521亦可以分 四較佳實施例之功效，且 成形，同樣可以達到上述第 進而降低組裝該管路模組之時V?官路模組之零件數目， 佳本發明電子設備_用管路模組之—第五輕 D例與上述第四較佳實施例之弟五& 模組Π，及該第—管件單元3之第―:在於更包卜風扇 風扇模組包括—與該等第 §牛刀數目為二，該 接的連接管7U，及__置I 31之内螺紋段325螺 本第五較佳實施例除二第711:之一 之功效外，藉由該連接…施例相同 ?斤需而延伸管路長度，且利用該 〜二可：U - Referring to FIG. 5', a third preferred embodiment of the pipeline module for electronic equipment of the present invention differs from the first preferred embodiment of the first embodiment in that it further includes three fans 72, 73' and The tube members 31, 41 of the tube units 3, 4, and 5 are two or two, and the fan molds, the groups 71, 72, and 73 respectively include the inner thread portion 311 of the member and the fourth member 51. 41l, 5ii screwed connection ^ 721 731, and fans 712, 722, 732 respectively disposed in the connecting tubes m, π, 731. In addition to the same effects as the above-described first preferred embodiment, the third preferred embodiment can be connected to the same diameter by means of the connecting tubes 711, 721, and 731 66 ^ w — . The pipe fittings 3 1 41 5 1 extend the length of the pipe to meet the needs and use the fans 10 201004545 712, 722, 732 for the pipe fittings 3] to avoid gas in the pipes, 41, 51 The bypass ports 3 are pressurized. ::. = reduce the flow rate of the gas, so that the gas is in the flow. The flow rate can still reach the forced convection heat dissipation. It is worth noting that the 笙π is adjusted according to the needs of the situation. ^The number of modules 71, 72, 73 can be the length of the pipeline (that is, the connection only needs to increase the The fan module 71 of the first pipe member 31 can be used. The younger brother-like member 31) only needs to be set up to refer to Figures 6 and 7, and the & ^ ^ ^ one of the pipeline modules for the electronic equipment cabinet is fourth. The difference between the application of the father's best example and the above is that the composition of the brothers 3, 4, and 5 is different. The first side of the air outlet 331 of the first tube member has a first m& 33, 5 hai- Adapter 32 facing the electronic device 2 Head 321, σ. The first-to-transfer has a straight-shaped section 324 which is a straight-shaped joint of the first joint, and the transverse direction / I, and - is extended by the connecting section 323 and has a "^". A bypass pipe 33 is screwed into the joint 322 a, and the S 33 is connected to the bypass port 30. The first connecting knives are screwed to both ends of the connecting portion 323, and each _ first connection 322 has an inner The threaded section milk and the external thread section 326, the connector head screw is also screwed to the first tube member 31, so that the first tube member communicates with the first bypass tube 33. Including - having a second bypass pipe 43 facing the electronic device 2, the second adapter 42 has a sub-shaped connector 421, and a second tubular connection Head 422 11 201004545. The second adapter 421 has a transverse section 424 extending 423, and further, a hinge section 424 is screwed to the second bypass tube 43 and has a - The second connecting head 422 is connected with the bypass port 40 of the first one. The first first, the rudder thread section 425 and the internal thread section 426, wherein the first one connects the 422 screw to the embarrassing _ Total can ^ ^ ° — The S piece 41 and the first connector 322 located below the connecting section 323, so that the second 'the second connecting head 422 is screwed B, and the first branch of the first end is connected to the first branch 421 The connecting section 423 tastes "4 brothers - the official member 41; the left Han connects ±, the young one connects the 422 to the other end of the connecting portion 423 cut with the second adapter. The output unit 5 further includes a third bypass tube 54 having two facing the electronic devices 2 Τ = 。. The third adapter 52 has a body, a connector 521 ' and two straight tubular shapes and each has an external thread 5 and 23, and a third connector 522. The third adapter work has a connection segment j' and - the connection segment 523 seems to be screwed to the third bypass pipe 54 H 524, the transverse segment 10,000, the s 54 The three bypass pipes are connected to each other... the port 50. The third connector 522 51 is screwed at both ends, and one of the third connectors is screwed to the third pipe member and the remaining second connector 422' causes the third pipe member 51 and the second member The cow 41 is connected to each other; the other third connecting port (2) is screwed to the connecting portion 523 of the third connecting end (2) and the third pipe member 51, and the plunger 53 is screwed to the other end of the connecting portion 523. In addition to the same functions as the above-described first preferred embodiment, the fourth preferred embodiment can further be provided by the arrangement of the adapters 321, 421, 521 and the bypass pipes 33, 43, 54 The gas is directed to and adjacent to the electronic devices 2 12 201004545. 'The dish, in order to obtain a better cooling effect value, the 17 brothers, the adapters 321, 421, 52} can be divided into four preferred embodiments of the tube 3I, 4i, 5i _ 521 Efficacy, and forming, can also achieve the above-mentioned first and further reduce the number of parts of the V? official circuit module when assembling the pipeline module, the invention of the electronic device _ using the pipeline module - the fifth light D case and the above The fourth embodiment of the fourth preferred embodiment, and the first part of the first tube member 3: the more included fan fan module includes - the number of the first knives is two, the connection of the connection The tube 7U, and __ the internal thread segment 325 of the I 31 is inserted into the fifth preferred embodiment. In addition to the effect of one of the second 711:, the length of the pipe is extended by the same method. And use the ~ two to:
U :之氣體進行加，，可使氣體流出該等二：： 之流速仍可以達到強制對流散熱之目的。 ㈣上料者，僅為本發明之較佳實 月匕以此限定本發明實施之範圍，即大 田不 範圍及發明說明内容所作之簡單的等效變化：::二利 屬本發明專利涵蓋之範圍内。 少、'多，白仍 【圖式簡單說明】 模组； 圖1是-立體圖，說明現有一種電子設備 機櫃用管路 機櫃用管路模 圖2是一立體圖，說明本發明電子設備 13 201004545U: The gas is added, so that the gas can flow out of the second:: the flow rate can still achieve the purpose of forced convection heat dissipation. (4) The feeder is only the preferred embodiment of the present invention to limit the scope of the implementation of the present invention, that is, the simple equivalent change of the field and the description of the invention:: Within the scope. FIG. 1 is a perspective view showing a conventional pipe pattern for a cabinet for an electronic device cabinet. FIG. 2 is a perspective view showing the electronic device of the present invention. 13 201004545
較佳實施例裝設於一 圖3是一剖視圖，說明該 結關係； 電子設備機櫃之情形； 第一較佳實施例各零件之連 團4是一剖視圖，說明本發明 R ^ θ ..双倥貫施例 圖5疋一剖視圖，說明本發 +知乃之弟二較佳實施例； 圖6是一立體圖，說明本 — 令知月之—弟四較佳實施例裝 S又於一電子設備機櫃之情形；BRIEF DESCRIPTION OF THE DRAWINGS FIG. 3 is a cross-sectional view showing the relationship of the junction; the case of the electronic equipment cabinet; the group 4 of the parts of the first preferred embodiment is a cross-sectional view illustrating the R ^ θ .. double of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5 is a cross-sectional view showing a preferred embodiment of the present invention. FIG. 6 is a perspective view showing a preferred embodiment of the present invention. Equipment cabinet situation;
圖7疋視圖，說明該第四較佳實施例各零件之連 結關係；及 圖8是一剖視圖，％日日士 > 况月本务明之—第五較佳實施例。Fig. 7 is a side view showing the connection relationship of the parts of the fourth preferred embodiment; and Fig. 8 is a cross-sectional view showing a Japanese preferred embodiment of the present invention.
14 201004545 【主要元件符號說明】 1 ....... …·機櫃 422… •…第二連接頭 11…… …·箱體 423… •…連接段 12…… …·固定位置 424… •…橫向段 2 ....... …·電子設備 425… •…外螺紋段 3 ....... …·第 管件單元 426… •…内螺紋段 30…… …·旁通口 43 ···.· •…第二旁通管 3 1…… …·第一管件 43 1··· •…出風口 311 ···· •…内螺紋段 5 ...... …·第―管件單元 32…… •…第一轉接件 50 ••… •…旁通口 321 ·· …·第一轉接頭 5 1 ••… •…第三管件 322 ·· —弟 連接頭 511 ··· •…内螺紋段 323 ···. …連接段 52 …·. •…第三轉接件 324 ···· +貝向单又 521 ··· …·第二轉接頭 325 ···· …内螺紋段 522… …·第二連接頭 326 ···. …外螺紋段 523… …·連接段 33…… …第一旁通管 524… •…橫向段 331 ···· …出風口 525… •…外螺紋段 4 ....... …第二管件單元 53 ···_. 柱基 40…… …旁通口 54 ·.··_ •…第三旁通管 41…… …第二管件 541… •…出風口 411 ···· …内螺紋段 6 ....... •…同徑轉接件 42…… …第二轉接件 61…… •…内螺紋段 421 ···· …第一轉接頭 71…… —風扇模組 15 201004545 711… •…連接管 722… ----風扇 712… •…風扇 73 •.… —風扇模組 72…… —風扇模組 73 1 ·· •…連接管 721 ··· …·連接管 732… —風扇14 201004545 [Explanation of main component symbols] 1 ....... ... Cabinet 422... •...Second connector 11 ... ... Cabinet 423... • Connection segment 12 ... ... fixed position 424... ...transverse section 2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 ·····•...Second bypass pipe 3 1.........·First pipe fitting 43 1··· •...air outlet 311 ····•...internal thread section 5............ First-tubing unit 32... •...first adapter 50 ••... •... bypass port 321 ····first adapter 5 1 ••... •...third tube 322 ·· — brother connector 511 ··· •...internal thread section 323 ···. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ···· ...internal thread section 522...··second joint head 326 ····. external thread section 523...·connecting section 33...the first bypass duct 524...•...transverse section 331 ··· · ...air outlet 525... •...external thread section 4 ....... ...the second pipe unit 53 ···_. The column base 40 ... the bypass port 54 ·.··_ •...the third bypass pipe 41...the second pipe member 541... •...air outlet 411 ···· ...internal thread segment 6 ....... •...same diameter adapter 42...the second adapter 61...•...internal thread section 421 ···· ...first adapter 71...fan module 15 201004545 711...•...connecting tube 722...-fan 712...•...fan 73 •....-fan module 72...-fan module 73 1 ·· •...connecting tube 721 ·····connecting tube 732...-fan
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