TWI761710B - Cooling distribution unit for server rack - Google Patents
Cooling distribution unit for server rack Download PDFInfo
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- TWI761710B TWI761710B TW108137047A TW108137047A TWI761710B TW I761710 B TWI761710 B TW I761710B TW 108137047 A TW108137047 A TW 108137047A TW 108137047 A TW108137047 A TW 108137047A TW I761710 B TWI761710 B TW I761710B
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Abstract
Description
本發明有關於一種用於伺服器機櫃內之液體冷卻分配裝置,尤指一種設置在伺服器機櫃內的液體散熱裝置。 The present invention relates to a liquid cooling and distributing device used in a server cabinet, in particular to a liquid cooling device disposed in the server cabinet.
科技的進步,可提昇人類生活上的便利性,尤其是目前各種資料處理及網際網路的運用,皆需依賴電子設備的運作,因此,具高速處理效能及大儲存能量之電子設備乃被廣泛應用於各企業中。 The advancement of science and technology can improve the convenience of human life, especially the current use of various data processing and the Internet all rely on the operation of electronic equipment. Therefore, electronic equipment with high-speed processing performance and large energy storage is widely used. applied in various enterprises.
以傳統習見可容納各種發熱元件之IT、通訊、工業、交通、運輸等之伺服機箱(櫃)結構來作說明,該伺服機箱(櫃)的內部係為一封閉式的容置空間,該容置空間係可供容納複數發熱元件(可為中央處理器(CPU)、微處理器或晶片或單晶片或其他因電力驅動而產生熱源的單元或裝置等),習知一般係採用封閉式散熱方式(即伺服機櫃內散熱),係在該等發熱元件直接設有水冷頭與各發熱元件相貼設,並藉由一管體組及一泵浦將內部的一工作流體帶至伺服機櫃內部的水排進行散熱,並透過設置於水排上的風扇驅動機箱(櫃)之容置空間內的氣體,以令水排內吸收熱量的工作流體與機箱(櫃)內部的氣體進行熱交換作用,藉以達到散熱作用,降低各發熱元件溫度之目的。但是,封閉式(伺服機櫃內)散熱方式會造成伺服機櫃隨工作時間的增加產生增溫形成積熱造成熱無法散熱,致使熱交換效果不佳。 Taking the traditional and conventional servo cabinet (cabinet) structure that can accommodate various heating elements in IT, communication, industry, transportation, transportation, etc. as an illustration, the interior of the servo cabinet (cabinet) is a closed accommodation space. The storage space can accommodate a plurality of heating elements (which can be a central processing unit (CPU), a microprocessor or a chip or a single chip or other units or devices that generate heat sources due to electric drive, etc.), and conventionally, closed heat dissipation is generally used. The method (ie, heat dissipation in the servo cabinet) is that the heating elements are directly provided with water-cooled heads and attached to each heating element, and a working fluid inside is brought to the inside of the servo cabinet by a tube body and a pump. The water drain is used to dissipate heat, and the air in the accommodating space of the case (cabinet) is driven by a fan arranged on the water drain, so that the working fluid that absorbs heat in the water drain exchanges heat with the gas inside the case (cabinet). , in order to achieve the effect of heat dissipation and reduce the temperature of each heating element. However, the closed (inside the servo cabinet) heat dissipation method will cause the servo cabinet to increase in temperature with the increase of working time and form accumulated heat, which will cause the heat to be unable to dissipate heat, resulting in poor heat exchange effect.
因此,亦有業者採取開放式散熱,即透過在伺服機櫃外部的水排或冷水進行熱交換,然而習知採取此種方式係於伺服機櫃內另外設置一冷水分配裝置 (Cooling Distribution Unit;CDU),該冷水分配裝置內設置有板式熱交換器、儲水單元、泵浦等,並透過該冷水分配裝置與一外部水源形成第一側流體迴路,及透過該冷水分配裝置與伺服機櫃內熱源形成第二側流體迴路,藉此幫助伺服機櫃散熱。 Therefore, some manufacturers also adopt open heat dissipation, that is, heat exchange is carried out through the drain or cold water outside the server cabinet. However, this method is conventionally adopted in the server cabinet. Another cold water distribution device is installed in the server cabinet (Cooling Distribution Unit; CDU), the cold water distribution device is provided with a plate heat exchanger, a water storage unit, a pump, etc., and through the cold water distribution device and an external water source to form a first side fluid circuit, and through the cold water distribution The device and the heat source in the servo cabinet form a second-side fluid circuit, thereby helping the servo cabinet to dissipate heat.
但是,上述另一種習知技術在遇到冷水分配裝置內部零件(例如管體或接頭或泵浦或其他元件等等)故障需要維修,必須停止伺服機櫃及冷水分配裝置運作,等待維修完畢再重新啟動兩者,如此損耗時間。再者,維修時必須將冷水分配裝置的整體從伺服機櫃內抽(拖)拉出來,但是對於置放在狹小空間的伺服機櫃而言,沒有辦法將冷水分配裝置的整體抽拉出來打開外殼維修,造成維修不易。是以,要如何解決上述習用之問題與缺失,即為本案之發明人與從事此行業之相關廠商所亟欲研究改善之方向所在者。 However, in the other conventional technology mentioned above, when the internal parts of the cold water distribution device (such as pipes or joints or pumps or other components, etc.) are faulty and need to be repaired, the operation of the servo cabinet and the cold water distribution device must be stopped, and the operation of the cold water distribution device must be stopped after the repair is completed and then restarted. Start both, so time consuming. Furthermore, during maintenance, the whole cold water distribution device must be pulled (pulled) out of the servo cabinet, but for the servo cabinet placed in a small space, there is no way to pull out the whole cold water distribution device to open the shell for maintenance. , resulting in difficult maintenance. Therefore, how to solve the above-mentioned conventional problems and deficiencies is the direction that the inventor of this case and the relevant manufacturers engaged in this industry are eager to research and improve.
本發明之一目的在提供一種不需停止機櫃運作,且容易及/或快速更換故障單元的液體冷卻分配裝置。 An object of the present invention is to provide a liquid cooling distribution device that does not need to stop the operation of the cabinet and can easily and/or quickly replace the faulty unit.
本發明之另一目的在提供一種用於伺服器機櫃內之液體冷卻分配裝置,只需將該冷卻分配裝置從該機櫃內僅須局部抽拉出就可以更換液體冷卻分配裝置的內部零件,不需要將冷卻分配裝置全部移出機櫃。 Another object of the present invention is to provide a liquid cooling distribution device used in a server cabinet, which can replace the internal parts of the liquid cooling distribution device only by partially pulling out the cooling distribution device from the cabinet. All cooling distribution units need to be moved out of the cabinet.
本發明之另一目的在提供一種用於伺服器機櫃內之液體冷卻分配裝置具有兩個泵浦,當其中之一泵浦故障,另一可以持續運作以維持伺服器不中斷運行。 Another object of the present invention is to provide a liquid cooling distribution device for use in a server cabinet with two pumps, when one of the pumps fails, the other can continue to operate to maintain uninterrupted server operation.
為達上述目的,本發明提供一種用於伺服器機櫃內之液體冷卻分配裝置,包括:一本體,具有一基座及一殼體連接該基座,一內部空間界定在該基座與該殼體內,該殼體具有一固定殼部及一活動殼部,該活動殼部係相對該基座開啟或關閉;一第一泵浦及一第二泵浦,設置在該內部空間對應該活動殼部,且該 第一泵浦及該第二泵浦分別經由一第一連接頭組及一第二連接頭組連接一傳輸管組,該傳輸管組連通設置在該內部空間的一儲液器及一熱交換器,且該熱交換器對應該固定殼部。 In order to achieve the above object, the present invention provides a liquid cooling distribution device for use in a server cabinet, comprising: a body having a base and a casing connected to the base, and an internal space defined between the base and the casing In the body, the casing has a fixed casing part and a movable casing part, the movable casing part is opened or closed relative to the base; a first pump and a second pump are arranged in the inner space corresponding to the movable casing part, and the The first pump and the second pump are respectively connected to a transmission tube set through a first connection head group and a second connection head group, and the transmission tube group is connected to a liquid reservoir and a heat exchange set in the inner space the heat exchanger, and the heat exchanger corresponds to the fixed shell.
前述本體係設置在一機櫃內,且沿一移動方向從該機櫃拉出顯露該活動殼部,該固定殼部在該機櫃內,該活動殼部係位於該移動方向前段,該固定殼部係位於該移動方向後段。 The aforementioned system is arranged in a cabinet, and is pulled out from the cabinet along a moving direction to reveal the movable shell portion, the fixed shell portion is in the cabinet, the movable shell portion is located in the front section of the moving direction, and the fixed shell portion is located at the back of this movement direction.
前述固定殼部及該活動殼部係沿著該基座的一縱長方向平行設置。 The aforementioned fixed shell portion and the movable shell portion are arranged in parallel along a longitudinal direction of the base.
前述活動殼部係為一朝上開啟的上掀蓋或一側掀蓋或一滑蓋或雙掀蓋。 The aforesaid movable shell part is an upper flip cover or a side flip cover or a sliding cover or a double flip cover that opens upward.
前述活動殼部係開啟形成一開口連通該內部空間。 The aforementioned movable shell is opened to form an opening to communicate with the inner space.
前述傳輸管組具有一第一及二外接端組。 The aforementioned transmission tube set has a first and two external terminal sets.
前述第一泵浦及該第二泵浦連接一控制單元。 The first pump and the second pump are connected to a control unit.
前述第一泵浦及該第二泵浦係經由該傳輸管組併聯或串連連接。 The first pump and the second pump are connected in parallel or in series through the transmission tube group.
前述該熱交換器對接一風扇組。 The aforementioned heat exchanger is connected to a fan group.
前述第一連接頭組及一第二連接頭組係為法蘭接頭或螺紋接頭或快速接頭。 The aforementioned first connecting head group and a second connecting head group are flange joints, threaded joints or quick joints.
前述基座具有一前端板及一後端板形成該內部空間的前後邊界。 The aforementioned base has a front end plate and a rear end plate to form the front and rear boundaries of the inner space.
為達上述目的,本發明另外提供一種用於伺服器機櫃內之液體冷卻分配裝置,包括:一本體,具有一固定殼部及一活動殼部係沿著該本體的一縱長方向平行設置,該活動殼部係相對該本體開啟或關閉;一儲液器,設置在該本體內;一熱交換器,設置在該本體內,且對應該固定殼部;一第一泵浦及一第二泵浦,係設置在該本體內且對應該活動殼部,該等泵浦經由一第一連接頭組及一第二連接頭組可插拔的連接一傳輸管組,且藉由該傳輸管組連通該儲液器及該熱交換器。 In order to achieve the above object, the present invention further provides a liquid cooling distribution device for use in a server cabinet, comprising: a main body having a fixed casing part and a movable casing part arranged in parallel along a longitudinal direction of the main body, The movable shell is opened or closed relative to the body; a liquid reservoir is arranged in the body; a heat exchanger is arranged in the body and corresponds to the fixed shell; a first pump and a second The pump is arranged in the body and corresponds to the movable shell. The pumps are pluggably connected to a transmission tube set through a first connector set and a second connector set, and through the transmission tube The accumulator and the heat exchanger are communicated together.
前述本體係設置在一機櫃內,該活動殼部位於該本體的縱長方向的一前段,該固定殼部位於該本體的縱長方向的一後段,該本體從該機櫃拉出該前段以顯露該活動殼部。 The aforementioned system is arranged in a cabinet, the movable shell is located at a front section in the longitudinal direction of the main body, the fixed shell section is located in a rear section in the longitudinal direction of the main body, and the main body is pulled out from the cabinet to expose the front section. the movable shell.
前述活動殼部係為一朝上開啟的上掀蓋或一側掀蓋或一滑蓋或雙掀蓋。 The aforesaid movable shell part is an upper flip cover or a side flip cover or a sliding cover or a double flip cover that opens upward.
前述活動殼部係開啟形成一開口對應該第一及第二泵浦。 The aforementioned movable shell is opened to form an opening corresponding to the first and second pumps.
前述傳輸管組具有一外接端組。 The aforementioned transmission tube set has an external terminal set.
前述第一及第二泵浦連接一控制單元。 The first and second pumps are connected to a control unit.
前述第一泵浦及該第二泵浦係經由該傳輸管組併聯或串連連接。 The first pump and the second pump are connected in parallel or in series through the transmission tube group.
前述熱交換器對接一風扇組。 The aforementioned heat exchanger is connected to a fan group.
前述第一連接頭組及該第二連接頭組係為法蘭接頭或螺紋接頭或快速接頭。 The aforementioned first connecting head group and the second connecting head group are flange joints, threaded joints or quick joints.
前述本體具有一前端板及一後端板形成該箱體的一前後邊界。 The aforementioned main body has a front end plate and a rear end plate to form a front and rear boundary of the box.
為達上述目的,本發明另外提供一種用於伺服器機櫃內之液體冷卻分配裝置,包括:一本體,具有一固定殼部及一活動殼部,該活動殼部位於該本體的一抽拉方向前段,且相對該本體開啟或關閉;兩個泵浦,設置在該本體內對應該活動殼部,該兩個泵浦經由一連接頭組可插拔的連接一傳輸管組,藉由抽拉該本體移動至該本體的一前段打開該活動殼部以更換該等泵浦其中任一。 In order to achieve the above object, the present invention further provides a liquid cooling distribution device used in a server cabinet, comprising: a main body having a fixed casing part and a movable casing part, the movable casing part is located in a drawing direction of the main body The front section is opened or closed relative to the main body; two pumps are arranged in the main body to correspond to the movable shell, and the two pumps are pluggably connected to a transmission tube group through a connector group, Moving the body to a front section of the body opens the movable shell to replace any one of the pumps.
11:本體 11: Ontology
111:基座 111: Pedestal
1111:前端板 1111: Front panel
1112:後端板 1112: Rear end plate
112:殼體 112: Shell
1121:活動殼部 1121: Active shell
1122:固定殼部 1122: Fixed shell
1123:開口 1123: Opening
113:內部空間 113: Interior Space
12:第一泵浦 12: First pump
121:第一進口端 121: The first inlet end
122:第一出口端 122: The first outlet port
13:第二泵浦 13: Second pump
131:第二進口端 131: Second inlet port
132:第二出口端 132: Second outlet port
14:第一連接頭組 14: The first connector group
15:第二連接頭組 15: The second connector group
16:控制單元 16: Control unit
17:傳輸管組 17: Transmission tube set
171:輸入管 171: Input tube
172:輸出管 172: output tube
173:第一外接端 173: The first external terminal
174:第二外接端 174: The second external terminal
18:儲液器 18: Reservoir
19:熱交換器 19: Heat Exchanger
191:風扇組 191: Fan Set
20:閥體元件 20: Body components
30:伺服器機櫃 30: Server Cabinet
L:抽拉方向 L: Pulling direction
第1A圖為本發明之立體分解示意圖;第1B圖為本發明另一視角之立體分解示意圖;第1C圖為本發明之立體組合示意圖;第2A-2E為本發明不同型式的活動殼體打開之示意圖;第3A-3D為本發明不同型式連接頭之示意圖;第4A圖為本發明的液體冷卻分配裝置設置在伺服器機櫃內之立體示意圖; 第4B圖為本發明的液體冷卻分配裝置從伺服器機櫃內抽拉出來顯露該活動殼部之示意圖;第4C圖為本發明的液體冷卻分配裝置的活動殼部打開更換內部零件之示意圖。 Figure 1A is a schematic exploded perspective view of the present invention; Figure 1B is a schematic exploded perspective view of the present invention from another perspective; Figure 1C is a schematic three-dimensional assembly schematic view of the present invention; Figure 3A-3D are schematic diagrams of different types of connectors of the present invention; Figure 4A is a three-dimensional schematic diagram of the liquid cooling distribution device of the present invention installed in a server cabinet; Figure 4B is a schematic diagram of the liquid cooling distribution device of the present invention being pulled out from the server cabinet to reveal the movable shell; Figure 4C is a schematic diagram of the movable shell of the liquid cooling distribution device of the present invention being opened to replace internal parts.
本發明之上述目的及其結構與功能上的特性,將依據所附圖式之較佳實施例予以說明。 The above-mentioned objects of the present invention and their structural and functional characteristics will be described with reference to the preferred embodiments of the accompanying drawings.
本發明提供用於伺服器機櫃內之液體冷卻分配裝置,請參閱第1A圖為本發明之立體分解示意圖;第1B圖為本發明另一視角之立體分解示意圖;第1C圖為本發明之立體組合示意圖。如圖所示一種液體冷卻分配裝置應用於一數據中心(如機房或房屋)內的伺服器機櫃(如伺服器、網路通信設備),該機櫃用以存放資料設備,機櫃設有液體導管幫助機櫃內的各種運作設備散熱。該液體冷卻分配裝置包括一本體11具有一基座111及一殼體112連接該基座111,一內部空間113界定在該基座111與該殼體112內,該基座111具有一前端板1111及一後端板1112形成該內部空間113及該本體11的一前邊界及一後邊界。
The present invention provides a liquid cooling distribution device used in a server cabinet. Please refer to Fig. 1A for an exploded perspective view of the present invention; Fig. 1B for an exploded perspective view of the present invention; and Fig. 1C for a perspective view of the present invention Schematic diagram of the combination. As shown in the figure, a liquid cooling distribution device is applied to a server cabinet (such as servers, network communication equipment) in a data center (such as a computer room or a house), the cabinet is used to store data equipment, and the cabinet is provided with liquid conduits to help Dissipate heat from various operating equipment in the cabinet. The liquid cooling distribution device includes a
一第一泵浦12及一第二泵浦13設置在該內部空間113,該第一泵浦12及該第二泵浦13分別經由一第一連接頭組14及一第二連接頭組15連接一傳輸管組17,在本圖中表示該第一泵浦12的一第一進口端121及一第一出口端122經由第一連接頭組14連接該傳輸管組17的一輸入管171及一輸出管172,該第二泵浦13的一第二進口端131及一第二出口端132經由該第二連接頭組15連接該傳輸管組17的輸入管171及輸出管172。
A
前述第一泵浦12及第二泵浦13經由該傳輸管組17連通設置在該內部空間113的一儲液器18及一熱交換器19,且該傳輸管組17具有一第一外接端173及一第二外接端174分別連接外部(機櫃)的液體導管,以使外部受熱的液體通過該第一
外接端173流入本體11內,然後使本體11內散熱冷卻後的液體通過該第二外接端174流到外部(機櫃)。
The
前述儲液器18設在該熱交換器19與第一、二泵浦12、13之間,該儲液器18用以暫存通過熱交換器19的液體作為緩衝之用,該熱交換器19例如為一板式熱交換器或鰭片式散熱器,但並不侷限於此,該熱交換器19用以提供高溫液體散熱或高溫液體與低溫液體熱交換的運作,在本實施該熱交換器19對接一風扇組191,藉由風扇組191提升熱交換器19熱交換效率,在一實施該熱交換器19連通一冷水源,使該熱交換器19被一低溫液體流通跟來自於傳輸管組17的高溫液體產生熱交換。
The
前述第一泵浦12及第二泵浦13連接一控制單元16且經由該傳輸管組17併聯或串連連接,若是併聯則液體同時通過該第一泵浦12及第二泵浦13以加快液體流動速度,若是串連則液體陸續經過該第一泵浦12及第二泵浦13以增加液體壓力。再者,該第一泵浦12及第二泵浦13係共同運作,或者其中之一泵浦運作另一泵浦作為備援。因此,當該運作的泵浦損壞時,另一泵浦可以持續運作或者開始運作,以防止液體冷卻分配裝置停止運作。
The
再者,前述殼體112具有一活動殼部1121及一固定殼部1122,該固定殼部1122對應到該熱交換器19且與該基座111經由連接手段(例如螺鎖或鉚接)固定連接,該活動殼部1121係相對該基座111開啟或關閉,在本實施該活動殼部1121設置在該本體11的一抽拉方向的前段對應到該第一泵浦12及該第二泵浦13,該固定殼部1122設置在該本體11的抽拉方向後段對應該熱交換器19。換言之,該活動殼部1121及該固定殼部1122係沿著該本體11的一縱長方向平行設置,其中該活動殼部1121及該固定殼部1122位於該前端板1111及該後端板1112之間,且該活動殼部1121靠近該前端板1111且例如但不限制的位於該本體11的縱長方向的前段1/3或1/2處,該固定殼部1122靠近該後端板1112。
Furthermore, the
請繼續參考第2A-2E為本發明不同型式的活動殼體打開之示意圖。如圖所示,該活動殼部1121相對該基座111打開形成一開口1123連通該內部空間113,該活動殼部1121經由可活動的連接手段(例如螺鎖或鉸鍊或滑槽或線性滑軌等)與該基座111連接。在一些實施該活動殼部1121例如為一向上開啟的上掀蓋(如第2A圖),或者為一向側邊開啟的側掀蓋(如第2B及2D圖),或者為一滑動式開啟的滑蓋(如第2C圖),或者為雙掀蓋(如第2E圖所示)。要說明的是,若為滑蓋的型式,在一實施該活動殼體1121與該基座111其中之一設有公滑槽另一設有母滑槽搭配該公滑槽,在另一實施該活動殼體1121與該基座111之間設有線性滑軌。若為單側掀蓋型式或雙掀蓋型式,該活動殼體1121利用鉸鍊與該基座111連接。
Please continue to refer to Sections 2A-2E for the schematic diagrams of the opening of different types of movable casings of the present invention. As shown in the figure, the
請繼續參考第3A至3D為本發明不同型式連接頭之示意圖。如圖所示,前述的第一連接頭組14及第二連接頭組15為一般已知的接頭例如快速接頭(如第3A及3D圖)或法蘭接頭(如第3B圖)或螺紋接頭(如第3C圖)。要特別說明的是,在第一連接頭組14及第二連接頭組15位於傳輸管組17的一端可選擇設有一閥體元件20,當該第一泵浦12或該第二泵浦13被拆卸時,藉由該閥體元件20阻止該傳輸管17內的液體流出。在一些實施,快速接頭(如第3D圖)內具有逆止閥元件,則可省略該閥體元件20的設置,當該快速接頭連接時,該傳輸管組17內的液體流動至該第一泵浦12及該第二泵浦13,當快速接頭斷接時,該傳輸管組17內的液體被快接頭內的逆止閥元件阻擋不會流出。
Please continue to refer to Sections 3A to 3D for schematic diagrams of different types of connectors of the present invention. As shown in the figures, the aforementioned first connector set 14 and second connector set 15 are generally known connectors such as quick connectors (as shown in Figs. 3A and 3D ), flange connectors (as shown in Fig. 3B ) or threaded connectors (as in Figure 3C). It should be noted that, a
請繼續參考第4A圖為本發明的液體冷卻分配裝置設置在伺服器機櫃內之立體示意圖;第4B圖為本發明的液體冷卻分配裝置從伺服器機櫃內抽拉出來顯露該活動殼部之示意圖;第4C圖為本發明的液體冷卻分配裝置的活動殼部打開更換內部零件之示意圖。如圖所示,前述的液體冷卻分配裝置的本體11設置在伺服器機櫃30內只留該基座111的前端板1111外露,當該第一泵浦12或第二泵浦13
故障時,將該本體11從伺服器機櫃30內沿著抽拉方向L局部抽拉出來,亦即抽拉至該活動殼部1121外露,因此本體11不需從伺服器機櫃30內全部抽拉移出並維持該固定殼部1122在該伺服器機櫃30內,然後打開該活動殼部1121使該內部零件例如該第一泵浦12及該第二泵浦13外露,但不限於此,例如一部分的傳輸管組17或該第一及第二連接頭組14及15也會外露,在本實施表示更換第一泵浦12,藉由鬆開該第一連接頭組14進而拆卸該第一泵浦12,此時該第二泵浦13(如圖1B)仍得以保持運轉不用中斷伺服器機櫃30運作。
Please continue to refer to Figure 4A, which is a three-dimensional schematic diagram of the liquid cooling distribution device of the present invention installed in a server cabinet; Figure 4B is a schematic diagram of the liquid cooling distribution device of the present invention being pulled out from the server cabinet to reveal the movable shell. ; Figure 4C is a schematic diagram of the liquid cooling distribution device of the present invention, the movable shell is opened to replace the internal parts. As shown in the figure, the
以上已將本創作做一詳細說明,惟以上所述者,僅為本創作之一較佳實施例而已,當不能限定本創作實施之範圍。即凡依本創作申請範圍所作之均等變化與修飾等,皆應仍屬本創作之專利涵蓋範圍。 The creation has been described in detail above, but the above is only a preferred embodiment of the creation, and should not limit the scope of implementation of the creation. That is, all equivalent changes and modifications made in accordance with the scope of the application of this creation shall still fall within the scope of the patent of this creation.
11:本體 11: Ontology
1111:前端板 1111: Front panel
1112:後端板 1112: Rear end plate
112:殼體 112: Shell
1121:活動殼部 1121: Active shell
1122:固定殼部 1122: Fixed shell
1123:開口 1123: Opening
113:內部空間 113: Interior Space
12:第一泵浦 12: First pump
121:第一進口端 121: The first inlet end
122:第一出口端 122: The first outlet port
14:第一連接頭組 14: The first connector group
16:控制單元 16: Control unit
17:傳輸管組 17: Transmission tube set
171:輸入管 171: Input tube
172:輸出管 172: output tube
173:第一外接端 173: The first external terminal
174:第二外接端 174: The second external terminal
18:儲液器 18: Reservoir
19:熱交換器 19: Heat Exchanger
191:風扇組 191: Fan Set
Claims (20)
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TW108137047A TWI761710B (en) | 2019-10-15 | 2019-10-15 | Cooling distribution unit for server rack |
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TW202117493A TW202117493A (en) | 2021-05-01 |
TWI761710B true TWI761710B (en) | 2022-04-21 |
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TWI831309B (en) * | 2021-08-19 | 2024-02-01 | 台達電子工業股份有限公司 | Hot-swappable pump unit and coolant distribution unit using same |
TWI802990B (en) * | 2021-09-10 | 2023-05-21 | 伊士博國際商業股份有限公司 | Burn-in socket provided with sliding operation and burn-in apparatus |
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US20050141196A1 (en) * | 2003-12-17 | 2005-06-30 | Takaaki Yamatani | Liquid cooling system and electronic equipment using the same |
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