TWM627478U - Special-shaped tube cooling and heat dissipation system - Google Patents
Special-shaped tube cooling and heat dissipation system Download PDFInfo
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Abstract
本創作公開一種異形管致冷及散熱系統,其包含致冷模組、散熱模組及管路系統。該致冷模組具有致冷晶片、液冷管、致冷鰭片與第一風扇,用於產生冷氣。該散熱模組具有散熱排及第二風扇,散熱排具有多數散熱管,通過管路系統將致冷模組的熱通過液體輸送到散熱排,進而排出液體中的熱,使液體再循環回流到致冷模組。特別是,液冷管與散熱管為鋁合金擠製成型的扁形管體,用以提升散熱面積,其管內部分隔成多個流道,液冷管與散熱管的兩端分別結合有導流套件,導流套件能用於連接在管路系統,也能使多數散熱管的串連成循環散熱流道。藉此,本創作能達到增進散熱效率、免用習知散熱鰭片等目的。The present invention discloses a special-shaped tube refrigeration and heat dissipation system, which includes a refrigeration module, a heat dissipation module and a piping system. The cooling module has a cooling chip, a liquid cooling tube, a cooling fin and a first fan for generating cold air. The heat dissipation module has a heat dissipation radiator and a second fan, and the heat dissipation radiator has a plurality of heat dissipation pipes. The heat of the cooling module is transported to the heat dissipation radiator through the liquid through the pipeline system, and then the heat in the liquid is discharged, so that the liquid is recirculated and returned to the heat dissipation block. Cooling module. In particular, the liquid cooling pipe and the heat dissipation pipe are flat tubes extruded from aluminum alloy to increase the heat dissipation area. The interior of the pipe is divided into a plurality of flow channels. The flow kit, the guide kit can be used to connect to the piping system, and it can also make most of the heat pipes connected in series to form a circulating heat flow channel. Thereby, the present invention can achieve the purpose of improving heat dissipation efficiency and eliminating the need for conventional heat dissipation fins.
Description
本創作係關於一種致冷系統的技術領域,尤指一種可應用在需要致冷或散熱的產品中的異形管致冷及散熱系統。This creation is related to the technical field of a refrigeration system, especially a special-shaped tube refrigeration and heat dissipation system that can be used in products that need to be cooled or dissipated.
現今許多產業上都需要使用到致冷系統,而習知的致冷系統多採用冷媒的技術,通過蒸發器、冷凝器、壓縮機及管路系統連接起來;使冷媒在蒸發器中從液態變為氣態,其過程中具有吸熱作用,用以產生低溫的冷氣;氣態冷媒輸送到冷凝器後再轉變成液態,其過程中物質放出熱量;舉凡採用冷媒致冷技術的系統,都離不開上述的基本原理。Nowadays, many industries need to use refrigeration systems, and conventional refrigeration systems mostly use refrigerant technology, which is connected through evaporators, condensers, compressors and pipeline systems; the refrigerant changes from liquid to liquid in the evaporator. It is gaseous, and it has an endothermic effect in the process to generate low-temperature cold air; the gaseous refrigerant is transported to the condenser and then converted into a liquid state, and the material releases heat in the process; for example, all systems that use refrigerant refrigeration technology are inseparable from the above. basic principle.
然而自1821年熱電效應被物理學家托馬斯·約翰·塞貝克提出以來,經過百年來材料科技不斷精進,應用半導體材料製成的致冷晶片已經能夠產生很好的致冷效率,足以在產業上廣泛應用,減少人們對於冷媒依賴,以更環保的方式得到所需要的冷。現今已有一些採用致冷晶片設計而成的致冷系統,然而其用於散熱的技術能不夠完善,還是需要依賴習知冷凝器的銅管與銅管外表的散熱鰭片技術。However, since the thermoelectric effect was proposed by the physicist Thomas John Seebeck in 1821, after a hundred years of continuous improvement in material technology, cooling wafers made of semiconductor materials have been able to produce very good cooling efficiency, enough to be used in the industry. It is widely used to reduce people's dependence on refrigerants and obtain the required cooling in a more environmentally friendly way. At present, there are some cooling systems designed with cooling chips. However, the technology for heat dissipation is not perfect, and it still needs to rely on the copper tubes of the conventional condenser and the technology of cooling fins on the surface of the copper tubes.
由於習知的冷凝器通常採用圓形銅管所製成,且其斷面形狀為圓形,因此根據等周定理,幾合形狀中圓形的周長最小,同理可以進行熱傳導及熱交換的圓周面也最小,且受風面積也只有圓周的一半,背風面不受風,因此熱交換效率受限。為了提升習知圓形銅管的熱交換效率,必須在銅管外結合許多散熱鰭片,期以提升工作效率。但是,增設散熱鰭片必須增加許多的製程及成本,也沒有改變其純粹空氣熱交換,以制效率不彰的問題,故非良善的技術解決方案。Since conventional condensers are usually made of circular copper tubes, and their cross-sectional shape is circular, according to the isometric theorem, the perimeter of a circle is the smallest among the geometric shapes, and similarly, heat conduction and heat exchange can be performed. The circumferential surface of the heat exchanger is also the smallest, and the wind receiving area is only half of the circumference, and the leeward side is not affected by the wind, so the heat exchange efficiency is limited. In order to improve the heat exchange efficiency of the conventional circular copper tube, many heat dissipation fins must be combined outside the copper tube to improve the work efficiency. However, adding heat dissipation fins must increase a lot of manufacturing process and cost, and it does not change the pure air heat exchange, so as to solve the problem of low efficiency, so it is not a good technical solution.
另外,習知圓形銅管的兩端要與其他銅管連通成迂迴的循環流道時,必需使用一小段銅管先彎曲成半環形的連接管,再將上述圓形銅管兩端的直徑撐大,然後將半環形的連接管端部***圓形銅管端部,再對圓形銅管端部與連接管進行焊接,因此其製作工藝相當麻煩。為此,如何提出一種應用致冷晶片構成致冷系統,且其致冷與散熱結構精簡更容易製造,並能提升散熱效率,即為本創作所要積極克服的課題。In addition, when the two ends of the conventional circular copper pipe are to be connected with other copper pipes to form a circuitous circulation channel, a small section of copper pipe must be first bent into a semi-circular connecting pipe, and then the diameters of the two ends of the above-mentioned circular copper pipe must be bent. Stretch up, then insert the end of the semi-annular connecting pipe into the end of the circular copper pipe, and then weld the end of the circular copper pipe and the connecting pipe, so the manufacturing process is quite troublesome. Therefore, how to propose a cooling system using a cooling chip, the cooling and heat dissipation structure of which is simplified and easier to manufacture, and can improve the heat dissipation efficiency, is the subject to be actively overcome by the present invention.
本創作之目的在提供一種異形管致冷及散熱系統,其通過一致冷模組、一散熱模組及一管路系統組成,特別是致冷模組的液冷管與散熱模組的散熱管及其組成結構設計,進而達到能產生致冷用冷氣、增進散熱效率、免用散熱鰭片等目的。The purpose of this creation is to provide a special-shaped tube cooling and heat dissipation system, which is composed of a cooling module, a heat dissipation module and a pipeline system, especially the liquid cooling pipe of the cooling module and the heat dissipation pipe of the cooling module The invention and its composition structure design can generate cold air for cooling, improve heat dissipation efficiency, and eliminate the need for heat dissipation fins.
為了達到上述目的,本創作之異形管致冷及散熱系統,其較佳技術方案包含:In order to achieve the above purpose, the preferred technical solutions of the special-shaped tube cooling and heat dissipation system of the present invention include:
一致冷模組,其具有至少一致冷晶片、一液冷管、一致冷鰭片與一第一風扇;該液冷管貼合在該致冷晶片的熱面,該致冷鰭片貼合在該致冷晶片的冷面,該第一風扇驅使空氣通過該致冷鰭片用以產生冷氣;A cooling module, which has at least a cooling chip, a liquid cooling tube, a cooling fin and a first fan; the liquid cooling tube is attached to the hot surface of the cooling chip, and the cooling fin is attached to the the cooling surface of the cooling chip, the first fan drives air to pass through the cooling fin to generate cold air;
一散熱模組,其具有一散熱排及一第二風扇,該散熱排具有平行排列的多數散熱管,該第二風扇驅使空氣通過該散熱排的表面,用以排出散熱排的熱量;a heat dissipation module, which has a heat dissipation row and a second fan, the heat dissipation row has a plurality of heat dissipation pipes arranged in parallel, and the second fan drives air to pass through the surface of the heat dissipation row to discharge the heat of the heat dissipation row;
一管路系統,其連接於該致冷模組的液冷管與該散熱模組的散熱排之間,使該散熱排中的一冷液經由管路中的一液泵泵送至該液冷管,該冷液在該液冷管中與該致冷晶片的熱面熱交換成為一熱液,該熱液再回流到該散熱排中散熱成為該冷液,其特徵在於:A pipeline system is connected between the liquid cooling pipe of the refrigeration module and the heat sink of the heat dissipation module, so that a cooling liquid in the heat sink is pumped to the liquid through a liquid pump in the pipeline A cold pipe, the cold liquid exchanges heat with the hot surface of the refrigerating chip in the liquid cooling pipe to become a hot liquid, and the hot liquid flows back to the heat sink to dissipate heat to become the cold liquid, which is characterized by:
該液冷管與該散熱管分別為鋁合金擠製的直管體,且為斷面方向的寬度大於其高度的扁形管體;各該液冷管與該散熱管內部形成兩個以上直通其兩端的流道,各該流道之間有一體成形的隔板;The liquid-cooling pipe and the heat-dissipating pipe are respectively straight pipe bodies extruded from aluminum alloy, and are flat-shaped pipe bodies whose cross-sectional width is greater than their height; The flow channels at both ends are provided with integrally formed baffles between the flow channels;
該液冷管的兩端分別結合一第一導流套件,其一端或兩端的第一導流套件對應該液冷管的內面凹設有連通該液冷管的兩流道的第一迴流凹槽,使該液冷管的流道經由該第一迴流凹槽形成迂迴流通的結構;該第一導流套件並設有一第一進液管及一第一出液管,該第一進液管與該第一出液管分別連接於該管路系統;The two ends of the liquid cooling tube are respectively combined with a first flow guide sleeve, and the first flow guide sleeve at one or both ends corresponds to the inner surface of the liquid cooling tube and is concavely provided with a first return flow connecting the two flow channels of the liquid cooling tube a groove, so that the flow channel of the liquid cooling tube forms a circuitous structure through the first return groove; the first guide sleeve is also provided with a first liquid inlet pipe and a first liquid outlet pipe, the first inlet pipe The liquid pipe and the first liquid outlet pipe are respectively connected to the pipeline system;
該多數散熱管彼此間隔一距離平行排列在一起,各該散熱管的兩端分別結合一第二導流套件,其一端或兩端的第二導流套件對應該散熱管的內面凹設有連通該散熱管的兩流道的第二迴流凹槽,使該散熱管的流道經由該第二迴流凹槽形成迂迴流通的結構;並在選定的該第二導流套件設有一第二進液管及一第二出液管,該第二進液管與該第二出液管分別連接於該管路系統。The plurality of radiating pipes are arranged in parallel at a distance from each other, and two ends of each radiating pipe are respectively combined with a second guide sleeve, and the second guide sleeve at one or both ends is concavely connected to the inner surface of the radiating pipe. The second return groove of the two flow channels of the heat dissipation pipe enables the flow channel of the heat dissipation pipe to form a circuitous structure through the second return groove; and a second liquid inlet is provided on the selected second guide sleeve pipe and a second liquid outlet pipe, the second liquid inlet pipe and the second liquid outlet pipe are respectively connected to the pipeline system.
上述的異形管致冷及散熱系統中,該液冷管具有三個流道與兩個隔板;該第一導流套件的第一迴流凹槽包含連通於該液冷管三個流道之中的兩個流道之間。In the above-mentioned special-shaped tube refrigeration and heat dissipation system, the liquid cooling tube has three flow channels and two partitions; between the two runners.
上述的異形管致冷及散熱系統中,該散熱管具有三個流道與兩個隔板,及該第二導流套件的第二迴流凹槽包含連通於該散熱管三個流道之中的兩個流道之間。In the above-mentioned special-shaped tube refrigeration and heat dissipation system, the heat dissipation pipe has three flow channels and two partition plates, and the second return groove of the second guide sleeve includes and communicates with the three flow channels of the heat dissipation pipe. between the two flow channels.
上述的異形管致冷及散熱系統中,該第二導流套件的上下一面設有連通到該迴流凹槽或流道的連接管,使該散熱排平行排列的多數散熱管兩端的該第二導流套件通過該連接管連接在一起。In the above-mentioned special-shaped tube refrigeration and heat dissipation system, the upper and lower surfaces of the second guide sleeve are provided with connecting pipes that communicate with the return groove or flow channel, so that the heat sinks are arranged in parallel. The guide kits are connected together by this connecting tube.
上述的異形管致冷及散熱系統中,更包含一儲液桶,該儲液桶連接在該管路系統,該儲液桶內儲存該冷液。The above-mentioned special-shaped tube refrigeration and heat dissipation system further includes a liquid storage tank, the liquid storage tank is connected to the pipeline system, and the cold liquid is stored in the liquid storage tank.
上述的異形管致冷及散熱系統中,更包含一降壓閥,該降壓閥連接在該管路系統中,該降壓閥具有一可膨脹與收縮的球體,使過高壓的該冷液流到該降壓閥的球體。The above-mentioned special-shaped tube refrigeration and heat dissipation system further includes a pressure reducing valve, which is connected to the pipeline system. flow to the ball of the pressure relief valve.
上述的異形管致冷及散熱系統中,該液冷管的一面通過一石墨導熱片或多個夾具貼合在該致冷晶片的熱面。In the above-mentioned special-shaped tube cooling and heat dissipation system, one side of the liquid cooling tube is attached to the hot side of the cooling chip through a graphite heat-conducting sheet or a plurality of clamps.
上述的異形管致冷及散熱系統中,該致冷鰭片的一面同時併排設置多數個該致冷晶片,各該致冷晶片的熱面共同貼合在該液冷管的一面。In the above-mentioned special-shaped tube cooling and heat dissipation system, a plurality of the cooling chips are arranged side by side on one side of the cooling fins, and the hot surfaces of the cooling chips are jointly attached to one side of the liquid cooling tube.
上述的異形管致冷及散熱系統中,該致冷鰭片的一面通過一石墨導熱片貼合在該致冷晶片的冷面。In the above-mentioned special-shaped tube cooling and heat dissipation system, one side of the cooling fin is attached to the cold side of the cooling chip through a graphite heat-conducting sheet.
上述的異形管致冷及散熱系統中,該致冷模組的下方設有一接水盤,該接水盤承接該致冷模組冷凝的水滴,該接水盤可連通於該管路系統。In the above-mentioned special-shaped tube refrigeration and heat dissipation system, a water receiving tray is provided below the refrigeration module, the water receiving tray receives the water droplets condensed by the refrigeration module, and the water receiving tray can be communicated with the pipeline system.
本創作之異形管致冷及散熱系統,能達到下功效:The special-shaped tube cooling and cooling system of this creation can achieve the following effects:
(一)通過該致冷模組的液冷管與該散熱排的散熱管結構設計,能採用鋁擠型管作為液冷管與散熱管。(1) Through the structural design of the liquid cooling pipe of the refrigeration module and the heat dissipation pipe of the heat dissipation row, aluminum extrusion pipes can be used as the liquid cooling pipe and the heat dissipation pipe.
(二)該液冷管與散熱管中的多流道構造,能使液體在扁平形狀流道中循環流通,大幅增進液體流動的行程;同時扁平形狀的管體周壁能夠增進熱交換的面積,因此不需要再加裝其他鰭片,就能夠達到良好的熱交換效果。(2) The multi-flow channel structure in the liquid cooling pipe and the heat dissipation pipe can make the liquid circulate in the flat-shaped flow channel, which greatly improves the flow of the liquid; There is no need to add other fins to achieve a good heat exchange effect.
(三)本創作該導流套件可為塑膠成型的構件,能夠更快速方便的將液冷管、散熱管分別與導流套件組合在一起。該導流套件的迴流凹槽結構能使液冷管與散熱管內部的多個流道連通在一起,延長液體流通的行程,提升液體迂迴流通過該散熱排的效果。(3) In this creation, the diversion kit can be a plastic-molded component, which can more quickly and conveniently combine the liquid cooling tube and the heat dissipation tube with the diversion kit. The backflow groove structure of the guide sleeve enables the liquid cooling pipe to communicate with a plurality of flow channels inside the heat dissipation pipe, prolongs the liquid circulation stroke, and improves the effect of the liquid flowing back through the heat dissipation radiator.
茲依附圖實施例將本創作之結構特徵及其他之作用、目的詳細說明如下:Hereinafter, the structural features and other functions and purposes of this creation will be described in detail as follows according to the accompanying drawings:
參閱圖1所示,本創作之異形管致冷及散熱系統,係通過致冷晶片產生所需的冷氣,再排除不要的廢熱,其較佳的具體實施例包含一或一個以上的致冷模組A1、一散熱模組B2及一管路系統C3,其中:Referring to FIG. 1 , the special-shaped tube cooling and heat dissipation system of the present invention generates the required cooling air by cooling the chip, and then removes the unnecessary waste heat. A preferred embodiment of the invention includes one or more cooling molds. Group A1, a cooling module B2 and a piping system C3, wherein:
參閱圖1至圖4所示,該致冷模組A1具有至少一致冷晶片10、一液冷管20、一致冷鰭片30與一第一風扇40。該致冷晶片10是一種通過直流電流可自由進行冷卻和控制溫度的半導體,其為現有的產品,其一面為冷面11,另一面為熱面12;依現有技術,通電於該致冷晶片10時,其冷面11能產生吸熱作用,而熱面12產生放熱作用,其冷面11與熱面12的溫差達58℃。該液冷管20通過一石墨導熱片或多個夾具33貼合在該致冷晶片10的一熱面12,其輸入一冷液到該液冷管20內,用以與致冷晶片10的熱面12進行熱交換,使冷液轉變成熱液流出,進而移除該熱面12所放出的熱量。該致冷鰭片30為鋁合金製成的散熱鰭片構形,其一平整面32通過一石墨導熱片或多個夾具33貼合在該致冷晶片10的冷面11,另一面具有多數個鰭片31。該第一風扇40較佳的為徑流風扇,通過馬達(未圖示)帶動,驅使空氣通過該致冷鰭片30,進而產生(吹出)冷空氣;該第一風扇40亦可採用軸流風扇,也能夠達成相同的效果。另外,參閱圖5所示,亦可在該致冷鰭片30的一面同時併排設置多數個該致冷晶片10,各該致冷晶片10的熱面12共用一個液冷管20。Referring to FIGS. 1 to 4 , the cooling module A1 has at least a
該散熱模組B2主要實施有一散熱排50及一第二風扇60,該散熱排50係用於供上述該液冷管20流出的熱液迂迴流通,用以排出上述熱液中的熱量。該第二風扇60較佳的為軸流風扇,其設置在該散熱排50的一面,驅使空氣通過該散熱排50的表面,使冷空氣與散熱排50進形熱交換,用以排出散熱排50及熱液的熱量。The heat dissipation module B2 mainly implements a
該管路系統C3係用於使上述的冷液與熱液在該致冷模組A1與散熱模組B2循環流通的管路,其連接於該致冷模組A1的液冷管20與該散熱模組B2的散熱排50之間,使該散熱排50中的冷液經由管路中的一液泵70泵送至該液冷管20,冷液在該液冷管20中與該致冷晶片10的熱面12熱交換成為熱液,熱液再回流到該散熱排50中散熱成為冷液。具體而言,該管路系統C3包含使冷液從該散熱排50流到該液冷管20的第一管路71,以及使熱液從該液冷管20回流到該散熱排50的一第二管路72。其中,該第一管路71可設置該液泵70,該第二管路72中可設置一儲液桶80,該儲液桶80中儲存系統所需的液體;又該第二管路72中可實施有一降壓閥90,用於降低管路系統中過高的壓力。The pipeline system C3 is a pipeline for circulating the cooling liquid and the hot liquid in the cooling module A1 and the cooling module B2, and is connected to the
參閱圖2、圖3、圖6及圖7,本創作主要的特徵之一在於:上述該液冷管20為鋁合金擠製的直管體,且為斷面方向的寬度大於其高度的扁形管體;該液冷管20內部形成三個直通其兩端的流道21a、21b、21c,各該流道21a、21b、21c之間有一體成形的隔板22。該液冷管20的兩端分別結合一第一導流套件23,其一端或兩端的第一導流套件23對應該液冷管20的內面凹設有連通於兩流道之間的第一迴流凹槽231,使該液冷管20的流道21a、21b、21c經由該第一迴流凹槽231形成迂迴流通的結構(如圖6所示),延長液體流通及熱交換的時間。該第一導流套件23可分別設有一第一進液管24及一第一出液管25,該第一進液管24與該第一出液管25用於分別連接於上述該管路系統C3。Referring to FIGS. 2 , 3 , 6 and 7 , one of the main features of the present invention is that the above-mentioned
參閱圖8、圖9及圖10,本創作另一特徵在於:上述該散熱排50具有多數散熱管51,及結合在該多數散熱管51兩端的第二導流套件52。該多數散熱管51彼此間隔一距離平行排列在一起,各該散熱管51為鋁合金擠製的直管體,各該直管體為斷面方向的寬度大於其高度的扁形管體,其內部形成三個直通其兩端的流道511a、511b、511c,各該流道511a、511b、511c之間有一體成形的隔板512。參閱圖11及圖12所示,該第二導流套件52對應該散熱管51的兩流道凹設有至少一迴流凹槽521,且其中之一的該第二導流套件52設有一第二進液管53與一第二出液管54(如圖8所示)。該第二進液管53與第二出液管54分別連通到選定的迴流凹槽521,其另一端連接於該管路系統C3的第一管路71與第二管路72。藉此,使該散熱管51的兩端分別密閉結合在該迴流凹槽521,使該迴流凹槽521連通於該散熱管51的兩流道之間,使熱液在一散熱管51內的流道511a、511b、511c內迂迴流動,延長液體流通及熱交換的時間。Referring to FIG. 8 , FIG. 9 and FIG. 10 , another feature of the present invention is that the
再參閱圖8及圖9所示,上述該第二導流套件52的上下一面設有連通到該迴流凹槽521或流道的連接管55、56,使該散熱排50平行排列的多數散熱管51兩端的該第二導流套件52通過該連接管55、56上下連接在一起。藉此,使熱液在一根散熱管51中的三個流道511a、511b、511c之間迂迴流通後(如圖11所示),再通過該連接管55、56流到下一支散熱管51中再迂迴流通(如圖12所示),然後再流到下一支散熱管51,如此將多數散熱管51串連,就延長了熱液的流通行程,能夠增進其熱交換作用,而且不用在管外壁實施習知的散熱鰭片,也能達到良好的散熱效益。Referring to FIGS. 8 and 9 again, the upper and lower surfaces of the
再參閱圖1所示,上述該降壓閥90連接在該管路系統C3的第二管路72或第一管路71,該降壓閥90內部實施有一可膨脹與收縮的球體91,使過高壓的該冷液或熱液流到該降壓閥90的球體91,當壓力下降時使球體91內的液體再回流到循環系統中。另外,該致冷模組A1的下方可設有一接水盤100,該接水盤100用於承接該致冷模組A1冷凝的水滴,該接水盤100亦可連通於該管路系統C3,將回收的水應用到本致冷及散熱系統中。Referring to FIG. 1 again, the
綜上所述,本創作之異形管致冷及散熱系統,已確具實用性與創作性,其技術手段之運用亦出於新穎無疑,且功效與設計目的誠然符合,已稱合理進步至明。為此,依法提出新型專利申請,惟懇請 鈞局惠予詳審,並賜准專利為禱,至感德便。To sum up, the special-shaped tube cooling and heat dissipation system of this creation has indeed been practical and creative, and the application of its technical means is undoubtedly novel, and the efficacy and design purpose are indeed consistent, and it has been called a reasonable progress to the point. . To this end, we have filed an application for a new type of patent in accordance with the law, but we urge the Jun Bureau to give it a detailed review and grant the patent for prayer.
A1:致冷模組
B2:散熱模組
C3:管路系統
10:致冷晶片
11:冷面
12:熱面
20:液冷管
21a、21b、21c:流道
22:隔板
23:第一導流套件
231:第一迴流凹槽
24:第一進液管
25:第一出液管
30:致冷鰭片
31:鰭片
32:平整面
33:夾具
40:第一風扇
50:散熱排
51:散熱管
511a、511b、511c:流道
512:隔板
52:第二導流套件
521:迴流凹槽
53:第二進液管
54:第二出液管
55、56:連接管
60:第二風扇
70:液泵
71:第一管路
72:第二管路
80:儲液桶
90:降壓閥
91:球體
100:接水盤
A1: cooling module
B2: cooling module
C3: Piping system
10: Refrigeration wafer
11: Cold Noodles
12: Hot Noodles
20:
[圖1]為本創作異形管致冷及散熱系統之系統示意圖。 [圖2]為本創作致冷模組較佳實施例之立體示意圖。 [圖3]為本創作致冷模組較佳實施例之分解示意圖。 [圖4]為本創作一致冷模組中一個致冷晶片較佳實施例之前視示意圖。 [圖5]為本創作一致冷模組中多個致冷晶片較佳實施例之前視示意圖。 [圖6]為本創作液冷管較佳實施例之斷面示意圖。 [圖7]為本創作液冷管較佳實施例之分解示意圖。 [圖8]為本創作散熱排較佳實施例之立體示意圖。 [圖9]為本創作散熱排較佳實施例之前視示意圖。 [圖10]為本創作散熱管較佳實施例之局部放大示意圖。 [圖11]為本創作散熱管內熱液之流通方向示意圖。 [圖12]為本創作另一散熱管內熱液之流通方向示意圖。 [Fig. 1] The system schematic diagram of the special-shaped tube cooling and cooling system for this creation. [FIG. 2] is a three-dimensional schematic diagram of a preferred embodiment of a refrigeration module for the creation of the present invention. [FIG. 3] An exploded schematic diagram of a preferred embodiment of a refrigeration module for the creation of the present invention. FIG. 4 is a schematic front view of a preferred embodiment of a cooling chip in the cooling module of the present invention. [FIG. 5] A schematic diagram of a front view of a preferred embodiment of a plurality of cooling chips in a cooling module of the present invention. [FIG. 6] A schematic cross-sectional view of a preferred embodiment of the liquid cooling tube of the present invention. [FIG. 7] An exploded schematic diagram of a preferred embodiment of the liquid cooling tube of the present invention. [FIG. 8] A three-dimensional schematic diagram of a preferred embodiment of a heat sink for the creation of the present invention. [FIG. 9] A schematic diagram of a front view of a preferred embodiment of the heat dissipation radiator of the present invention. [FIG. 10] A partial enlarged schematic view of a preferred embodiment of the heat pipe of the invention. [Fig. 11] A schematic diagram of the flow direction of the thermal fluid in the heat pipe of the present invention. [Fig. 12] A schematic diagram of the flow direction of the hot liquid in another heat dissipation pipe of the present invention.
A1:致冷模組 A1: cooling module
B2:散熱模組 B2: cooling module
C3:管路系統 C3: Piping system
10:致冷晶片 10: Refrigeration wafer
20:液冷管 20: Liquid cooling tube
24:第一進液管 24: The first liquid inlet pipe
25:第一出液管 25: The first liquid outlet pipe
30:致冷鰭片 30: Cooling fins
31:鰭片 31: Fins
40:第一風扇 40: First fan
50:散熱排 50: heat sink
60:第二風扇 60: Second fan
70:液泵 70: Liquid pump
71:第一管路 71: The first pipeline
72:第二管路 72: Second pipeline
80:儲液桶 80: Tank
90:降壓閥 90: Pressure reducing valve
91:球體 91: Sphere
100:接水盤 100: water tray
Claims (10)
Priority Applications (2)
Application Number | Priority Date | Filing Date | Title |
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TW111201139U TWM627478U (en) | 2022-01-27 | 2022-01-27 | Special-shaped tube cooling and heat dissipation system |
JP2022092986A JP7359473B2 (en) | 2022-01-27 | 2022-06-08 | Irregular tube cooling and heat dissipation system |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW111201139U TWM627478U (en) | 2022-01-27 | 2022-01-27 | Special-shaped tube cooling and heat dissipation system |
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TWM627478U true TWM627478U (en) | 2022-05-21 |
Family
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI809691B (en) * | 2022-01-27 | 2023-07-21 | 魏均倚 | Shaped tube cooling and cooling system |
CN116520964A (en) * | 2023-05-17 | 2023-08-01 | 东莞汉旭五金塑胶科技有限公司 | Liquid cooling row and liquid cooling heat abstractor of two liquid pumps |
-
2022
- 2022-01-27 TW TW111201139U patent/TWM627478U/en unknown
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI809691B (en) * | 2022-01-27 | 2023-07-21 | 魏均倚 | Shaped tube cooling and cooling system |
CN116520964A (en) * | 2023-05-17 | 2023-08-01 | 东莞汉旭五金塑胶科技有限公司 | Liquid cooling row and liquid cooling heat abstractor of two liquid pumps |
CN116520964B (en) * | 2023-05-17 | 2024-02-06 | 东莞汉旭五金塑胶科技有限公司 | Liquid cooling row and liquid cooling heat abstractor of two liquid pumps |
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