TWM615681U - Externally-connected reversible liquid cooling device - Google Patents
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Abstract
一種外接式可翻轉液冷裝置,連接具有熱源的電子裝置,包含冷卻模組、電源模組、座體及二連接支架。液冷單元連接熱源以進行熱交換。座體的二側板位於冷卻模組兩側,且設置有滑動塊及彈簧固定銷。二連接支架連接至電子裝置,且開設有弧形滑槽及二固定孔。滑動塊組接於弧形滑槽中,彈簧固定銷卡設於二固定孔之一。當彈簧固定銷脫離固定孔時,滑動塊可沿著弧形滑槽滑動帶動座體及冷卻模組翻轉,當彈簧固定銷進入另一固定孔固定後,維持座體翻轉的角度。外接式可翻轉液冷裝置可裝設電子裝置外部而不影響線路安裝,設計簡單,並提供高冷卻效率。An external reversible liquid cooling device, connected to an electronic device with a heat source, includes a cooling module, a power module, a base and two connecting brackets. The liquid cooling unit is connected to a heat source for heat exchange. The two side plates of the seat body are located on both sides of the cooling module, and are provided with sliding blocks and spring fixing pins. The two connecting brackets are connected to the electronic device, and are provided with arc-shaped sliding grooves and two fixing holes. The sliding block is assembled in the arc-shaped sliding groove, and the spring fixing pin is clamped in one of the two fixing holes. When the spring fixing pin is out of the fixing hole, the sliding block can slide along the arc-shaped sliding groove to drive the seat body and the cooling module to turn over. When the spring fixing pin enters another fixing hole and is fixed, the turning angle of the seat body is maintained. The external reversible liquid cooling device can be installed outside of the electronic device without affecting the circuit installation, the design is simple, and it provides high cooling efficiency.
Description
本創作係涉及熱流領域,尤其是一種外接式可翻轉液冷裝置。This creative department relates to the field of heat flow, especially an external reversible liquid cooling device.
隨著半導體技術的進步,晶片中單位體積的積體電路提升,提升了運算效率、系統效能。但是單一晶片,例如,中央處理器(Central Processing Unit,CPU)所產生的熱能也不斷地提升。以近期英特爾(Intel)公司Eagle Stream系列,單一CPU來到400W大關。在傳統透過風扇等氣冷方式,已經無法符合散熱的需求,這可能導致後續過熱當機的問題。With the advancement of semiconductor technology, the integrated circuit per unit volume in the chip has been improved, which has improved computing efficiency and system performance. However, the heat generated by a single chip, such as a central processing unit (CPU), is also continuously increasing. With the recent Intel Eagle Stream series, a single CPU has reached the 400W mark. Traditional air-cooling methods such as fans can no longer meet the heat dissipation requirements, which may lead to subsequent overheating and crashes.
基於此,水冷/液冷的需求便開始浮現檯面,但目前所面臨的,一般高耗能的電子裝置,例如工業電腦、伺服器等。通常需要將液冷系統安裝於內部,但除了需要客製化特定的機殼外,需先在機殼內預留散熱器(radiator)的體積空間。隨著系統效能的提升,更導致內部空間的縮減,這導致設計裕度受限、且安裝困難的問題。Based on this, the demand for water cooling/liquid cooling has begun to emerge. However, it is currently faced with high-energy-consuming electronic devices, such as industrial computers and servers. Usually, the liquid cooling system needs to be installed inside, but in addition to the need to customize a specific case, a radiator volume must be reserved in the case. As the efficiency of the system increases, the internal space is reduced, which leads to the problems of limited design margin and difficulty in installation.
另一種方式,則採外掛式,這需透過整體機房的液冷系統,但這通常耗費不貲,且通常整體設計較為笨重,而導致在安裝線路、維護系統時都相當的不便。The other way is to use the plug-in type, which requires the liquid cooling system of the overall computer room, but this is usually expensive and the overall design is usually bulky, which causes considerable inconvenience when installing wiring and maintaining the system.
為了解決先前技術所面臨的問題,在此提供一種外接式可翻轉液冷裝置。外接式可翻轉液冷裝置用以連接至具有熱源的電子裝置。外接式可翻轉液冷裝置包含冷卻模組、電源模組、座體、以及連接支架。In order to solve the problems faced by the prior art, an external reversible liquid cooling device is provided here. The external reversible liquid cooling device is used to connect to an electronic device with a heat source. The external reversible liquid cooling device includes a cooling module, a power module, a base, and a connecting bracket.
冷卻模組包含液冷單元、幫浦及散熱座。散熱座用以固設於熱源上,液冷單元連接散熱座及幫浦,幫浦抽取來自散熱座的冷卻液透過進水管傳送至液冷單元進行冷卻,接著幫浦將冷卻後的冷卻液透過出水管輸送至散熱座。電源模組用以電性連接電子裝置及幫浦,對幫浦供電。The cooling module includes a liquid cooling unit, a pump and a heat sink. The heat sink is fixed on the heat source. The liquid cooling unit is connected to the heat sink and the pump. The pump extracts the coolant from the heat sink and transmits it to the liquid cooling unit through the water inlet pipe for cooling. Then the pump passes the cooled coolant through The outlet pipe is delivered to the heat sink. The power module is used to electrically connect the electronic device and the pump to supply power to the pump.
座體包含底座及二側板,底座承載冷卻模組,二側板連接底座的二側邊,並朝垂直於底座的方向延伸,且二側板位於冷卻模組的兩側,且側板的長度大於冷卻模組的寬度。各側板的一面上設置有滑動塊及彈簧固定銷。二連接支架分別於兩側連接至電子裝置,且各連接支架開設有弧形滑槽及二固定孔。滑動塊組接於弧形滑槽中,彈簧固定銷卡設於二固定孔之一。當彈簧固定銷脫離固定孔時,滑動塊可沿著弧形滑槽滑動,帶動座體及冷卻模組翻轉,而當彈簧固定銷進入另一固定孔固定後,能維持座體翻轉的角度。The base body includes a base and two side plates. The base carries the cooling module. The two side plates are connected to the two sides of the base and extend in a direction perpendicular to the base. The two side plates are located on both sides of the cooling module, and the length of the side plates is greater than that of the cooling module. The width of the group. A sliding block and a spring fixing pin are arranged on one surface of each side plate. The two connecting brackets are respectively connected to the electronic device on both sides, and each connecting bracket is provided with an arc-shaped sliding groove and two fixing holes. The sliding block is assembled in the arc-shaped sliding groove, and the spring fixing pin is clamped in one of the two fixing holes. When the spring fixing pin escapes from the fixing hole, the sliding block can slide along the arc-shaped sliding groove to drive the seat body and the cooling module to turn over. When the spring fixing pin enters another fixing hole and is fixed, the turning angle of the seat body can be maintained.
在一些實施例中,外接式可翻轉液冷裝置更包含固定架。固定架包含複數個第一連接肋、第二連接肋及二延伸連接件,第一連接肋連接電子裝置及第二連接肋,第二連接肋連接第一連接肋,二延伸連接件分別由第二連接肋的兩側延伸出,並分別連接座體的二側板。In some embodiments, the externally reversible liquid cooling device further includes a fixing frame. The fixing frame includes a plurality of first connecting ribs, second connecting ribs, and two extension connecting pieces. The first connecting rib connects the electronic device and the second connecting rib. The second connecting rib connects to the first connecting rib. Both sides of the two connecting ribs extend out and are respectively connected to the two side plates of the seat body.
更詳細地,在一些實施例中,該等第一連接肋包含成對設置至少一上連接肋及至少一下連接肋、以及位於兩側的二側連接肋。In more detail, in some embodiments, the first connecting ribs include at least one upper connecting rib and at least lower connecting rib provided in pairs, and two side connecting ribs located on both sides.
在一些實施例中,冷卻模組更包含風扇,風扇卡接於座體朝向電子裝置的一側,且鄰近於液冷單元,且風扇電性連接電源模組。In some embodiments, the cooling module further includes a fan. The fan is clamped on the side of the base facing the electronic device and is adjacent to the liquid cooling unit, and the fan is electrically connected to the power module.
更詳細地,在一些實施例中,電源模組裝設於固定架的二個第一連接肋上。In more detail, in some embodiments, the power supply module is assembled on the two first connecting ribs of the fixing frame.
更詳細地,在一些實施例中,外接式可翻轉液冷裝置更包含熱傳導組件。熱傳導組件包含二固定接頭及複數個可撓導熱管,二固定接頭分別用以連接熱源及底座,各可撓導熱管的兩端分別連接於二固定接頭,且連接底座的固定接頭鄰近於風扇。In more detail, in some embodiments, the external reversible liquid cooling device further includes a heat conduction component. The heat conduction component includes two fixed joints and a plurality of flexible heat-conducting pipes. The two fixed joints are respectively used for connecting the heat source and the base. The two ends of each flexible heat-conducting pipe are respectively connected to the two fixed joints, and the fixed joint connected to the base is adjacent to the fan.
進一步地,在一些實施例中,第一連接件長度大於等於85mm。Further, in some embodiments, the length of the first connecting member is greater than or equal to 85 mm.
在一些實施例中,座體的側板更包含鉚壓螺柱,彈簧固定銷裝設於鉚壓螺柱中。In some embodiments, the side plate of the seat body further includes a riveting stud, and the spring fixing pin is installed in the riveting stud.
在一些實施例中,座體更包含二前板,二前板分別由二側板的一側彎折延伸,且位於液冷單元的前側。In some embodiments, the base body further includes two front plates, and the two front plates respectively bend and extend from one side of the two side plates, and are located on the front side of the liquid cooling unit.
在一些實施例中,冷卻模組至電子裝置的距離大於等於135mm。In some embodiments, the distance from the cooling module to the electronic device is greater than or equal to 135 mm.
綜上所述,外接式可翻轉液冷裝置可以直接裝設於工業電腦、伺服器等電子裝置外部,設計簡單、安裝容易。更透過座體及連接支架的可滑動設計,能帶動座體及冷卻模組翻轉,從而對於整體的安裝更為簡便,也不影響原先輸入輸出埠上線路的安裝,從而達到高冷卻效率、低成本、設計簡單、易於安裝的功效。In summary, the external reversible liquid cooling device can be directly installed outside of electronic devices such as industrial computers and servers, with simple design and easy installation. Furthermore, through the slidable design of the base body and the connecting bracket, the base body and the cooling module can be turned over, which is easier for the overall installation, and does not affect the original installation of the wiring on the input and output ports, so as to achieve high cooling efficiency and low cooling efficiency. Cost, simple design, and easy to install.
圖1係外接式可翻轉液冷裝置第一實施例的立體示意圖。如圖1所示,外接式可翻轉液冷裝置1用以連接至具有熱源510的電子裝置500。外接式可翻轉液冷裝置1包含冷卻模組10、電源模組20、座體30、以及連接支架40。在此,電子裝置500以伺服器來表示,熱源510為伺服器的CPU,圖示中去除電子裝置500的上蓋,已清楚呈現連接的方式。外接式可翻轉液冷裝置1裝設於伺服器後端的I/O處,然而,這僅為示例,而非用以限制。Fig. 1 is a three-dimensional schematic diagram of a first embodiment of an external reversible liquid cooling device. As shown in FIG. 1, the external reversible
冷卻模組10包含液冷單元11、幫浦13及散熱座(Cold plate)15。散熱座15用以固設於熱源510上,液冷單元11連接散熱座15及幫浦13,透過幫浦13抽取來自散熱座15的冷卻液,透過進水管17A傳送至液冷單元11進行冷卻,接著幫浦13將冷卻後的冷卻液加壓,經由液冷單元11再透過出水管17B回送至散熱座15,來達到熱交換循環。在此,再進一步可將冷卻模組10的幫浦13更可以替換為壓縮機(Compressor),而液冷單元11中的液體,可以為水、也可以是液態的冷媒。電源模組20可電性連接電子裝置500,例如連接於輸入輸出埠,及用以對幫浦13供電。在此,冷卻模組10是以兩個液冷單元11搭配共用的幫浦13來實現,然而,這僅為示例,實際上可以依據實際需求加以調配。另外,進水管17A及出水管17B的配置也只是為了清楚配置來呈現,並非用以限制。The
座體30包含底座31及二側板33,底座31承載冷卻模組10,二側板33連接底座31的兩側邊,朝大致垂直於底座31的方向延伸。側板33位於冷卻模組10的兩側,且側板33的長度大於冷卻模組10的寬度。各側板33的一面上設置有滑動塊35及彈簧固定銷37。二連接支架40分別於兩側連接至電子裝置500,在此實施例中,連接支架40是直接連接於電子裝置500的方式,但實際上,也可以採間接連接的方式。各連接支架40開設有弧形滑槽41及二固定孔43。滑動塊35組接於弧形滑槽41中,彈簧固定銷37卡設於二固定孔43之一。The
圖2及圖3係外接式可翻轉液冷裝置局部放大圖。圖4係外接式可翻轉液冷裝置第一實施例翻轉狀態的立體示意圖。圖2及圖3的視角,是由電子裝置500的殼體內朝殼體外的方向。如圖2至圖4所示,當彈簧固定銷37受到按壓脫離原先的固定孔43時,滑動塊35可沿著弧形滑槽41滑動,帶動座體30及冷卻模組10翻轉,在此,是以平面翻轉至90度來呈現,但實際上,也可以設計有更多的固定孔43,來設計不同的翻轉角度,例如30度、60度等。而當彈簧固定銷37進入另一固定孔43固定後,能維持座體30翻轉的角度。如此,在對輸出/輸出埠進行線材的安裝、燈號的檢查,不會受到外接式可翻轉液冷裝置1的影響。Figures 2 and 3 are partial enlarged views of an externally reversible liquid cooling device. Fig. 4 is a three-dimensional schematic diagram of the first embodiment of the external reversible liquid cooling device in an inverted state. The viewing angles of FIGS. 2 and 3 are from the inside of the housing of the
更詳細地,再次參考圖1及圖4,冷卻模組10更包含風扇19,風扇19卡接於座體30朝向電子裝置500的一側,且鄰近於液冷單元11。風扇19電性連接電源模組20。透過風扇19更可以加速將熱能導出至外部。In more detail, referring to FIGS. 1 and 4 again, the
另外,由於考量安裝及翻轉,冷卻模組10至電子裝置500的距離大於等於135mm,且進水管17A及出水管17B採用軟管,來維持翻轉的活動性。In addition, due to consideration of installation and reversal, the distance between the cooling
再次參閱圖1至圖4,較佳地,座體30的二側板33更包含鉚壓螺柱39,彈簧固定銷37裝設於鉚壓螺柱39中,以避免彈簧固定銷37變形或偏移。彈簧固定銷37可突出於鉚壓螺柱39以裝設於固定孔43中。進一步地,座體30更包含二前板32,座體30更包含二前板32,前板32由側板33的一側彎折延伸,且位於液冷單元11的前側。進一步地,還可透過鎖固的方式與液冷單元11固定。如此,透過底座31、前板32、側板33共同對冷卻模組10限位。1 to 4 again, preferably, the two
圖5係外接式可翻轉液冷裝置第二實施例的立體示意圖。如圖5所示,同時參見圖1及圖4,與第一實施例不同之處在於,第二實施例的側板33較短,且透過固定架60連接電子裝置500。固定架60包含複數個第一連接肋61、第二連接肋63及二延伸連接件65。第一連接肋61連接電子裝置500及第二連接肋63。更詳細地,第一連接肋61包含成對設置於中間的的上連接肋611及下連接肋613、以及位於兩側的側連接肋615。第一連接肋61可以透過固鎖的方式,固定於電子裝置500上。第二連接肋63連接該些第一連接肋61。二延伸連接件65分別由第二連接肋63的兩側延伸出,並分別連接座體30的二側板33。二延伸連接件65與側連接肋615大致由第二連接肋63向前後兩側延伸。在此結構僅為示例,並非用以限制。固定架60的目的,在於提升外接式可翻轉液冷裝置1與電子裝置500組接的剛性,能維持更長久的使用週期。Fig. 5 is a three-dimensional schematic diagram of a second embodiment of an external reversible liquid cooling device. As shown in FIG. 5, referring to FIG. 1 and FIG. 4 at the same time, the difference from the first embodiment is that the
進一步地,電源模組20裝設於固定架60的二個第一連接肋61上。另外,在此實施例中,第一連接肋61的長度大於等於85mm,如此,以提供座體30及冷卻模組10翻轉的裕度,及組裝的便利性。Furthermore, the
圖6係外接式可翻轉液冷裝置第三實施例的立體示意圖。如圖6所示,如圖6所示,外接式可翻轉液冷裝置1更包含熱傳導組件70。熱傳導組件70包含二固定接頭71及複數個可撓導熱管73,二固定接頭71分別用以連接熱源510及座體30(圖中未明確示出),各可撓導熱管73的兩端分別連接於二固定接頭71。如此,除了液冷方式外,更藉由熱傳導,將餘熱導出至外部。雖然圖中未明確示出,但依據結構關係可以理解的是,連接於座體30的固定接頭71鄰近於風扇19,以期達到更快速地導熱功效。雖然圖6是以圖1、圖4的結構來呈現,但是可以理解的是,圖6也可以如同圖5,裝設有固定架60,以進一步提升組裝的剛性。Fig. 6 is a three-dimensional schematic diagram of a third embodiment of an external reversible liquid cooling device. As shown in FIG. 6, as shown in FIG. 6, the externally reversible
以下,以安裝第二實施例的外接式可翻轉液冷裝置1結構之一伺服器作為實驗例,與同規格不安裝外接式可翻轉液冷裝置1、單純透過風扇氣冷的伺服器作為比較例,來比較各部位的溫度。分別在室溫25度及35度時,比較各元件上比較溫度,如表1。在此時實驗例中,冷卻模組10包含二液冷單元11、幫浦13及二散熱座15,連接伺服器的兩個CPU,CPU的規格是英特爾公司的Whitley 270W Dual,液冷單元11中的冷卻液為水。In the following, a server with a structure of the external reversible
表1
如上表1所示,實驗例呈現出,外接式可翻轉液冷裝置1相較於氣冷的比較例,能夠有效地將熱導出,進而維持系統效能的穩定。As shown in Table 1 above, the experimental example shows that, compared with the air-cooled comparative example, the external reversible liquid-cooling
由前述的說明,可以理解的是,外接式可翻轉液冷裝置1可以直接裝設於工業電腦、伺服器等電子裝置500外部,尤其是,輸入輸出埠後方的位置,無需特別設計機殼、調配內部空間,整體設計簡單、提供電子裝置500更大的設計裕度。此外,更透過座體30及連接支架40的可滑動設計,能帶動座體30及冷卻模組10翻轉,從而對於整體的安裝更為簡便,也不影響原先輸入輸出埠上線路的安裝,從而達到高冷卻效率、低成本、設計簡單、易於安裝的功效。From the foregoing description, it can be understood that the external reversible
應當理解的是,元件被稱為「連接」或「設置」於另一元件時,可以表示元件是直接位另一元件上,或者可以也存中間元件,透過中間元件連接元件與另一元件。相反地,當元件被稱為「直接在另一元件上」或「直接連接到另一元件」時,可以理解的是,此時明確定義了不存在中間元件。It should be understood that when an element is referred to as being "connected" or "disposed" to another element, it can mean that the element is directly on the other element, or there may also be an intermediate element through which the element and another element are connected. Conversely, when an element is referred to as being “directly on another element” or “directly connected to another element”, it can be understood that at this time, it is clearly defined that there is no intermediate element.
此外,諸如「下」和「上」、「前」和「後」的相對術語可在本文中用於描述一個元件與另一元件的關係,應當理解,相對術語旨在包括除了圖中所示的方位之外的裝置的不同方位。例如,如果一個附圖中的裝置翻轉,則被描述為在其他元件的「下」側的元件將被定向在其他元件的「上」側。此僅表示相對的方位關係,而非絕對的方位關係。In addition, relative terms such as "under" and "upper", "front" and "rear" may be used herein to describe the relationship between one element and another element. It should be understood that relative terms are intended to include in addition to those shown in the figures. A different orientation of the device other than the orientation. For example, if the device in one figure is turned over, elements described as being on the "lower" side of other elements will be oriented on the "upper" side of the other elements. This only represents a relative azimuth relationship, not an absolute azimuth relationship.
雖然本新型創作的技術內容已經以較佳實施例揭露如上,然其並非用以限定本新型創作,任何熟習此技藝者,在不脫離本新型創作之精神所作些許之更動與潤飾,皆應涵蓋於本新型創作的範疇內,因此本新型創作之保護範圍當視後附之申請專利範圍所界定者為準。Although the technical content of this new type of creation has been disclosed in a preferred embodiment as above, it is not intended to limit the new type of creation. Anyone who is familiar with this technique, who does not deviate from the spirit of this new type of creation, should make some changes and modifications, which should be covered. Within the scope of the creation of this new type, therefore, the scope of protection of the creation of this new type shall be subject to the scope of the attached patent application.
1:外接式可翻轉液冷裝置
10:冷卻模組
11:液冷單元
13:幫浦
15:散熱座
17A:進水管
17B:出水管
19:風扇
20:電源模組
30:座體
31:底座
32:前板
33:側板
35:滑動塊
37:彈簧固定銷
39:鉚壓螺柱
40:連接支架
41:弧形滑槽
43:固定孔
60:固定架
61:第一連接肋
611:上連接肋
613:下連接肋
615:側連接肋
63:第二連接肋
65:延伸連接件
70:熱傳導組件
71:固定接頭
73:可撓導熱管
500:電子裝置
510:熱源
1: External reversible liquid cooling device
10: Cooling module
11: Liquid cooling unit
13: pump
15:
圖1係外接式可翻轉液冷裝置第一實施例的立體示意圖。 圖2及圖3係外接式可翻轉液冷裝置局部放大圖。 圖4係外接式可翻轉液冷裝置第一實施例翻轉狀態的立體示意圖。 圖5係外接式可翻轉液冷裝置第二實施例的立體示意圖。 圖6係外接式可翻轉液冷裝置第三實施例的立體示意圖。 Fig. 1 is a three-dimensional schematic diagram of a first embodiment of an external reversible liquid cooling device. Figures 2 and 3 are partial enlarged views of an externally reversible liquid cooling device. Fig. 4 is a three-dimensional schematic diagram of the first embodiment of the external reversible liquid cooling device in an inverted state. Fig. 5 is a three-dimensional schematic diagram of a second embodiment of an external reversible liquid cooling device. Fig. 6 is a three-dimensional schematic diagram of a third embodiment of an external reversible liquid cooling device.
1:外接式可翻轉液冷裝置 1: External reversible liquid cooling device
10:冷卻模組 10: Cooling module
11:液冷單元 11: Liquid cooling unit
13:幫浦 13: pump
15:散熱座 15: Heat sink
17A:進水管 17A: Water inlet pipe
17B:出水管 17B: Outlet pipe
19:風扇 19: Fan
20:電源模組 20: Power module
30:座體 30: seat body
31:底座 31: Base
32:前板 32: front panel
33:側板 33: side panel
40:連接支架 40: Connecting bracket
43:固定孔 43: fixed hole
500:電子裝置 500: electronic device
510:熱源 510: heat source
Claims (10)
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Applications Claiming Priority (1)
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TW110205463U TWM615681U (en) | 2021-05-13 | 2021-05-13 | Externally-connected reversible liquid cooling device |
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Publication Number | Publication Date |
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TWM615681U true TWM615681U (en) | 2021-08-11 |
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