TW200919155A - Miniaturized ice water cooling circulatory system - Google Patents

Miniaturized ice water cooling circulatory system Download PDF

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Publication number
TW200919155A
TW200919155A TW096139206A TW96139206A TW200919155A TW 200919155 A TW200919155 A TW 200919155A TW 096139206 A TW096139206 A TW 096139206A TW 96139206 A TW96139206 A TW 96139206A TW 200919155 A TW200919155 A TW 200919155A
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TW
Taiwan
Prior art keywords
ice water
refrigerant
condenser
water
heat
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Application number
TW096139206A
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Chinese (zh)
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TWI348611B (en
Inventor
feng-zhang Wang
Shian-Ju Li
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Jingway Technology Co Ltd
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Application filed by Jingway Technology Co Ltd filed Critical Jingway Technology Co Ltd
Priority to TW096139206A priority Critical patent/TW200919155A/en
Priority to US11/971,093 priority patent/US20090100852A1/en
Publication of TW200919155A publication Critical patent/TW200919155A/en
Application granted granted Critical
Publication of TWI348611B publication Critical patent/TWI348611B/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements
    • G06F1/20—Cooling means
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F2200/00—Indexing scheme relating to G06F1/04 - G06F1/32
    • G06F2200/20—Indexing scheme relating to G06F1/20
    • G06F2200/201—Cooling arrangements using cooling fluid
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01L—SEMICONDUCTOR DEVICES NOT COVERED BY CLASS H10
    • H01L23/00—Details of semiconductor or other solid state devices
    • H01L23/34—Arrangements for cooling, heating, ventilating or temperature compensation ; Temperature sensing arrangements
    • H01L23/46—Arrangements for cooling, heating, ventilating or temperature compensation ; Temperature sensing arrangements involving the transfer of heat by flowing fluids
    • H01L23/473—Arrangements for cooling, heating, ventilating or temperature compensation ; Temperature sensing arrangements involving the transfer of heat by flowing fluids by flowing liquids
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01L—SEMICONDUCTOR DEVICES NOT COVERED BY CLASS H10
    • H01L2924/00—Indexing scheme for arrangements or methods for connecting or disconnecting semiconductor or solid-state bodies as covered by H01L24/00
    • H01L2924/0001—Technical content checked by a classifier
    • H01L2924/0002—Not covered by any one of groups H01L24/00, H01L24/00 and H01L2224/00

Abstract

A miniaturized ice water cooling circulatory system includes an ice water tank having a drowned water pump disposed therein for pumping and conveying refrigerant into the ice water tank to convert the water in the ice water tank into ice water to be conveyed out for cooling off the heating elements in a computer host. After the heating elements are cooled off, the ice water is converted into cold water to be conveyed back into the ice water tank, thus attaining effect of cooling circulation. The refrigerant with absorbed heat is outputted to a compressor for compressing the refrigerant with absorbed heat. After exhausting heat by a condenser, a refrigerant controller is employed to reduce the refrigerant pressure transmitted by the condenser, so as to allow the refrigerant to absorb heat in ice water and circulate again, thereby attaining effect of cooling circulation. The drowned water pump is positioned in the ice water tank so the volume of the cooling circulatory system can be diminished for facilitating the cooling circulatory system to be assembled in a computer host for carrying out heat dissipation for the heating elements, thereby achieving excellent effect in heat dissipation.

Description

200919155200919155

* I 九、發明說明： 【發明所屬之技術領域】 本發明係有關於-種冷卻循環 種可供裝設於電腦主機内，做為提供發有關於-小型化冰水冷卻循環系統。 件降溫散熱之 【先前技術】 ㈣第示’係為習知之冰水冷卻猶環系統之 ο 溫，如哪、_、功率晶體等;：主：板之發熱元件降 有-箱體1，於該箱體=一:;，2=系統係設置 ::接有-冷媒輸八管3及-冷二， 並分別連接-冰水輸出管5及 4相2另端 管5及該冷水輸入管6 f輸入吕6’該冰水輸出 連接’以供與該發熱元件結機内並相 箱2並外接有一抽水令味7 、進仃散熱作用，且該水 ο 冷媒輸入管3成為之冰水傳冰水輸出管5内藉由該 回兮水箱m 果’並藉由該冷水輸入管6傳 口該水相2内，该水箱2並 寻 一 I缩機8以將循環過之冷媒出官4另端外接 後，以傳送入該水箱2所需=懕：由-冷凝器9凝結 到-冷卻循環作用。而心媒[力’以重新循環，達 【發明内容】 箱2、抽水:習知之冷卻循環系統之裝置體積大，因水 相2、抽水泵浦7及壓縮機8 口扒 置於該電腦主機外，故相卜支之设備’必須另外設 相田佔空間，且不美觀，故如何使 200919155 忒冷卻循j哀系統縮小體積，以達到方便安裝使用目的，實 為待加以改良之地方。 σ本發明係提供小型化冰水冷卻循環系統，包括一冰水 ί祕其内設置有一沉水式水泵，該沉水式水泵其-端分別 ^接入有冷媒輸人管及—冷媒輸出f，另端則分別外接入 ^一冰水輸出管及-冷水輸入管，該冰水輸出管另端並連 :物體之輸入端，該冷水輸入管另端並連接該物體之輸 出端，該冰水輸出管與該冷水輸入管並相連接，而吸熱後 〇之冷媒再由該冷媒輸出管輸出至一壓縮機，以將該吸熱後 之冷媒經由該壓縮機壓縮，並由一冷凝器排熱凝結後，再 經由一冷媒控制器降低由該冷凝器傳輸入之冷媒壓力，使 冷媒再度於冰水器中吸熱，以重新循環。 本發明所提供之小型化冰水冷卻循環系統，藉由該沉 水式水泵設置於該冰水器内，達到縮小該循環系統之體 積俾供方便女裝選擇置設於一主機内部，以 欲散熱之發熱元件。 【實施方式】 、，首，：請參閱第二圖所示，係為本發明之小型化冰水 冷部循環系統之循環示意圖，係可供安裝設於—電腦主機 内，該冷卻循環系統主要包括有一冰水器10、一集熱器20、 -壓縮機30、-冷凝器4〇及一乾燥過濾器5〇及 制器60 ;其中： 韦控 該冰”水器10,其内設有常溫水，並設置有一沉水式水栗 11，該沉水式水泵11左端分別外接入有一冷媒輸入管12 ，一冷媒輸出管13 -端’右端則分別外接人有—冰水輸出 官14及一冷水輸入管15之一端，而該冰水輸出管μ與該 200919155 * , 冷水輸入管15之另端相連接。 該集熱器20，係為具有一適當厚度之金屬板，係供與 該電腦主機内欲散熱降溫之發熱元件結合，其具有一輸^ $ 21及一輸出端22，該輸入端21係相連接入該冰水輸出 管14另端’該輸出端22係相連接入該冷水輸入管15另端， 並使該冰水輸出管14與該冷水輸入管15相連接於該集熱 器20内，該冷水輸入管15並將由該發熱元件吸熱後成為 之冷水=該冷水輸入管15傳輸回該冰水器1〇内。 Π 該壓縮機30,係鄰設於該冰水器10，一端係外接有該 冷媒輸出管13,另端則連接至該冷媒輸入管12另端，係將 吸熱後之冷媒經由該壓縮機3〇壓縮，並傳輸至該冷媒輸入 管12。 該冷凝器40，係與該壓縮機3〇與該冰水器1〇間之冷 媒輸入管12相連接，以將由該壓縮機3〇輸入之冷媒氣體 凝結二且該冷凝器4〇 一侧係設置有一風扇41，以供排熱。 該乾燥過濾器50,係設於該冷媒輪出管13上並相 冷凝器40端。 ，冷，控制器,60，係設於該冷凝器4〇與該乾燥過遽器 曰之々媒輸入管12上，係用以降低由該冷凝器4〇傳輸 ^冷媒氣體壓力’使冷媒再度於冰水器中吸熱，並 循每。 ▲請再配合參閱第三圖所示’係為該冷卻循環系統裝置於 该電腦主機8G之外觀圖，該冷卻循環系統係裝置於一箱體 =内_’並固定於該電腦主機8〇左端内，該箱體7〇頂端並 有穿孔71，以分別供該冰水輸出管14與該冷水輸入管 15之另端牙出邊穿孔71而沿伸至該箱體7〇外，其中該冰 200919155 • , 水輸出管14係連接至該沉水式水泵11上，而該冰水輸出 管14則外接於該冰水器1〇頂端，該冰水輸出管14與該冷 水輪入管15另端則相連接於該集熱器2〇内，使該集熱器 20與該電腦主機8〇内之主機板81上之發熱元件82作結 s ’該壓縮機3 0與該冰水器1 〇則相連接有該冷媒輸出管 U，該冷凝器40與該壓縮機30藉由該冷媒輸入管η相連 接’並藉由該冷媒輸入管14與該冰水器1〇相連接，使該 冷媒輸出管13與該冷媒輸入管14於該冰水器1〇内相流 η通，以循環傳輸冷媒，且，該冷凝器4〇左側面上並設置有 °亥風扇41 ’該箱體7〇右侧面上相鄰該冷凝器40並設置有 通風網72 ’以將該冷卻循環系統所吸收之熱量排放到室 為供進一步瞭解本發明構造特徵、運用技術手段及所 預期達成之功效，茲將本發明使用方式加以敘述，相信當 可由此而對本發明有更深入且具體之瞭解，如下所述： 而吸收該發熱元件82產生之埶 冰水升溫變成冷水，並使冷媒^ 冷水由該冷水輸入管15輸入回 當使用該冷卻循環系統，藉由啟動該沉水式水泵11， 使該冷媒輸4 12將低壓㈣冷媒氣體傳送人該冰水器 10内，將該冰水器1G内之常溫水成為低溫冰水，而由該冰 水輸出管14傳輸而經過該集熱器2〇，使該集熱器2〇變冷 ，使該冰水輸出管14内之* I. INSTRUCTION DESCRIPTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a cooling cycle species that can be installed in a computer mainframe as a small-sized ice water cooling circulation system. [Previous technology] (4) The first indication is the conventional ice water cooling system, such as temperature, such as, _, power crystal, etc.;: main: the heating element of the board has a - box 1, in The box = one:;, 2 = system system setting:: connected with - refrigerant transmission eight tubes 3 and - cold two, and respectively connected - ice water output tube 5 and 4 phase 2 other end tube 5 and the cold water input tube 6 f input Lu 6' the ice water output connection 'for the heat-generating component to be connected to the phase box 2 and externally connected with a pumping water to make the taste 7, the heat sinking effect, and the water ο refrigerant input pipe 3 becomes the ice water pass In the ice water outlet pipe 5, the water tank 2 is passed through the cold water inlet pipe 6 and the water tank 2 is taken into the water phase 2, and the water tank 2 is searched for a refrigerating machine 8 to discharge the circulating refrigerant. After the other end is externally connected, it is required to be transferred into the water tank 2 = 懕: condensed by the condenser 9 to a cooling cycle. And the heart medium [force' to recirculate, up to [invention] box 2, pumping: the device of the conventional cooling cycle system is large, because the water phase 2, pump 7 and compressor 8 port are placed in the computer host In addition, the equipment of the branch must be set up separately, and it is not beautiful. Therefore, how to make the 200919155 忒 cooling and slash system reduce the volume, so as to achieve convenient installation and use, it is a place to be improved. The invention provides a miniaturized ice water cooling circulation system, which comprises an ice water water, wherein a submerged water pump is arranged therein, and the submersible water pump is respectively connected with a refrigerant input pipe and a refrigerant output f. The other end is respectively connected to an ice water outlet pipe and a cold water inlet pipe, and the other end of the ice water outlet pipe is connected: an input end of the object, and the other end of the cold water input pipe is connected to the output end of the object, The ice water outlet pipe is connected to the cold water inlet pipe, and the refrigerant after the heat absorption is output from the refrigerant output pipe to a compressor to compress the heat-absorbing refrigerant through the compressor, and is arranged by a condenser. After the heat is condensed, the refrigerant pressure transmitted from the condenser is reduced by a refrigerant controller, so that the refrigerant absorbs heat again in the ice water device to recirculate. The miniaturized ice water cooling circulation system provided by the invention is arranged in the ice water device by the submersible water pump to reduce the volume of the circulation system, and is convenient for the women's clothing to be disposed inside a host body. Heat-generating components for heat dissipation. [Embodiment], First, please refer to the second diagram, which is a schematic diagram of the cycle of the miniaturized ice water cooling system of the present invention, which can be installed in a computer mainframe, and the cooling cycle system mainly includes There is a water chiller 10, a heat collector 20, a compressor 30, a condenser 4 〇 and a drying filter 5 〇 and a controller 60; wherein: the ice control water 10 is provided with a normal temperature therein Water, and a submerged water chestnut 11 is arranged. The left end of the submersible water pump 11 is respectively connected with a refrigerant input pipe 12, and a refrigerant output pipe 13-end 'right end is respectively connected to a person--ice water output official 14 and a cold water inlet pipe 15 connected to the other end of the 200919155*, cold water inlet pipe 15. The collector 20 is a metal plate having a suitable thickness for the purpose. The heat generating component of the computer main body that is intended to be cooled and cooled, has a power supply and a output terminal 22, and the input end 21 is connected to the other end of the ice water outlet pipe 14 and the output end 22 is connected to the The other end of the cold water inlet pipe 15 and the ice water outlet pipe 14 and the cold water The tube 15 is connected to the heat collector 20, and the cold water inlet pipe 15 is cooled by the heat generating element to become cold water = the cold water inlet pipe 15 is transported back into the ice water tank 1 。. Adjacent to the chiller 10, the refrigerant output pipe 13 is externally connected to one end, and the other end is connected to the other end of the refrigerant input pipe 12, and the refrigerant after the heat absorption is compressed by the compressor 3, and transmitted to the chiller. a refrigerant inlet pipe 12. The condenser 40 is connected to the refrigerant inlet pipe 12 between the compressor 3 and the ice water tank 1 to condense the refrigerant gas input from the compressor 3〇 and the condenser A fan 41 is disposed on one side of the fan for heat removal. The drying filter 50 is disposed on the refrigerant wheel outlet 13 and is connected to the condenser 40. The cold, controller 60 is attached thereto. The condenser 4 is connected to the drying medium inlet pipe 12 of the drying device to reduce the pressure of the refrigerant gas transmitted by the condenser 4, so that the refrigerant absorbs heat again in the ice water, and follows each other. Please refer to the figure shown in the third figure for the cooling cycle system device outside the computer host 8G. Viewing, the cooling circulation system is installed in a box = inside _' and fixed in the left end of the computer main body 8 ,, the box 7 〇 top end and has a through hole 71 for the ice water outlet pipe 14 and the The other end of the cold water inlet pipe 15 has a perforation 71 extending outwardly to the casing 7 , wherein the ice 200919155 •, the water outlet pipe 14 is connected to the submersible water pump 11, and the ice water outlet pipe 14 is externally connected to the top end of the ice water heater, and the ice water outlet pipe 14 and the other end of the cold water wheel inlet pipe 15 are connected to the heat collector 2, so that the heat collector 20 and the computer host 8 are connected. The heating element 82 on the main board 81 is used as a junction s 'the compressor 30 is connected to the chiller 1 有 to the refrigerant output tube U, and the condenser 40 and the compressor 30 are input by the refrigerant. The tube is connected to the η phase and connected to the ice water heater 1 through the refrigerant inlet pipe 14, so that the refrigerant output pipe 13 and the refrigerant inlet pipe 14 are η in the chiller 1 , to circulate The refrigerant is transported, and the left side of the condenser 4 is provided with an angle fan 41 'the right side of the box 7 is adjacent to the condenser 40 and is disposed The ventilation net 72' is used to discharge the heat absorbed by the cooling circulation system to the chamber for further understanding of the structural features, technical means and expected effects of the present invention. The manner of use of the present invention will be described. Further, the present invention has a deeper and more specific understanding, as follows: The chilled water generated by absorbing the heating element 82 is heated to become cold water, and the refrigerant cold water is input from the cold water inlet pipe 15 when the cooling circulation system is used. By starting the submersible water pump 11, the refrigerant supply 4 12 transfers the low pressure (four) refrigerant gas to the ice water 10, and the normal temperature water in the ice water 1G becomes low temperature ice water, and the ice water is The output tube 14 is transported and passes through the collector 2〇 to cool the collector 2〇 to make the ice water outlet tube 14

=以上所述者’僅係本發明之—較佳可行實施例而 故舉凡應用本發明說明#及中請專利範圍所為之等效 〜構變化，理應包含在本發明之專利範圍内。 200919155 該冷媒輸入管12傳輸至該冷凝器4〇，而將該高壓的氣態冷 媒凝結成為高Μ常溫的液態冷媒，並藉由該風扇41將該冷 部循環系統吸收之箱體70内或主機板81之熱量由該通風 網72排放至外，而從該冷凝器40傳輪之高壓常溫的液態 ^媒再由該冷媒輸入管12傳輸而經由該乾燥過濾器乾 ，，再冷媒控制器60降壓，使流過之冷媒氣體成為 /水裔10所需之低壓液態冷媒’最後，㈣由該冷媒輸入 吕12傳輸回該冰水器10内，重新另一次之冷卻循環， 到一冷卻循環作用。 ，故本發明係可藉由該沉水式水泵設置於該冰水器内 達到縮小該循n统之體積，俾供枝絲選擇置設於 電腦主機内部或外部’以冷卻主機内欲散熱之發熱元件 且達到方便安裝及不佔空間之使用目的。 4上所述’本發明在關產品中實有其極佳之進步實 •，同時遍查國内外關於此類結構之技術資料，文獻中 亦未發現有相㈣構造存在在先，是以，本韵實已 新型專利要件，爰依法提出申請。 一 200919155 • . 【圖式簡單說明】 第一圖係為習知冰水冷卻循％系統之組裝組合外觀圖 第二圖係為本發明較佳實施例之循環示意圖。 第三圖係為本發明較佳實施例之組合外觀圖。 【主要元件符號說明】 〔習知） 1 箱體 3 冷媒輸入管 5 冰水輸出管 7 抽水果浦 9 冷凝器 〔本發明 ) 10 冰水器 11 沉水式水泵 13 冷媒輸出管 15 冷水輸入管 20 集熱器 21 輸入端 30 壓縮機 40 冷凝器 41 風扇 50 乾燥過濾器 60 冷媒控制器 70 箱體 71 穿孔The above-mentioned ones are merely the preferred embodiments of the present invention, and the equivalents of the present invention are intended to be included in the scope of the present invention. 200919155 The refrigerant input pipe 12 is transferred to the condenser 4〇, and the high-pressure gaseous refrigerant is condensed into a liquid refrigerant of a high temperature and a normal temperature, and is absorbed by the fan 41 into the casing 70 or the host of the cold circulation system. The heat of the plate 81 is discharged to the outside by the ventilation net 72, and the liquid medium of the high-pressure normal temperature passing from the condenser 40 is further transported by the refrigerant input pipe 12 and dried via the dry filter, and then the refrigerant controller 60 The pressure is reduced, so that the refrigerant gas flowing through becomes the low-pressure liquid refrigerant required for the water_10, and finally, (4) is transferred from the refrigerant input Lu 12 back to the ice water tank 10, and another cooling cycle is repeated to a cooling cycle. effect. Therefore, the present invention can be installed in the ice water device by the submersible water pump to reduce the volume of the circuit, and the branch wire is disposed inside or outside the computer host to cool the main body. The heating element is used for convenient installation and space occupation. 4, the above-mentioned invention has its excellent progress in the products, and at the same time, it has checked the technical information about such structures at home and abroad, and the phase (4) structure has not been found in the literature. This rhyme has been a new type of patent, and it is submitted in accordance with the law. A 200919155 • . . . BRIEF DESCRIPTION OF THE DRAWINGS The first figure is an assembly view of a conventional ice water cooling cycle % system. The second figure is a cycle diagram of a preferred embodiment of the present invention. The third drawing is a combined appearance of a preferred embodiment of the present invention. [Main component symbol description] [Authentic] 1 Case 3 Refrigerant input pipe 5 Ice water output pipe 7 Pumping fruit 9 Condenser (invention) 10 Ice water 11 Submersible water pump 13 Refrigerant output pipe 15 Cold water inlet pipe 20 Collector 21 Input 30 Compressor 40 Condenser 41 Fan 50 Drying filter 60 Refrigerant controller 70 Box 71 Perforation

Ο 22 水箱 冷媒輸出管 冷水輸入管 壓縮機 冷媒輸入管 冰水輸出管 輪出端 通風網 72 200919155 80 電腦主機 81 主機板 82 發熱元件Ο 22 Water tank Refrigerant output pipe Cold water inlet pipe Compressor Inlet pipe Ice water outlet pipe Outlet end Ventilation net 72 200919155 80 Computer main unit 81 Main board 82 Heating element

Claims (1)

200919155 < 十、申請專利範圍： 1、一種小型化冰水冷卻循環系統，包括： 冰水器，其内設置有一沉水式水泵，該沉水式水1 其—端分別外接入有一冷媒輸入管及-冷媒輸出管，另端 =:::二:!出:及-冷水輸入管，該冰水: 一 剧g另、並分別連接至一電腦主機欲散熱 ο 熱元件’以將該冰水器内成為之冰水由該冰水輸出i 收該發熱元件之熱量，再由該冷水輸入管傳輸回 二姐二12 ’達到冷卻循環作用，而吸熱後之冷媒再由該 冷媒輸出官輸出； 至該^係外接有該冷媒輸出管，另端則連接 入官另端’係將吸熱後之冷媒經由該壓縮機壓 細，並傳輸至該冷媒輸入管； 相、查Z冷凝器，係與該壓縮機與該冰水器間之冷媒輸入管 連接、’以將由該壓縮機輸入之冷媒凝結並排熱；以及 〇 於入媒控制11 ’係設於該冷凝11與該冰水器間之冷媒 由該冷凝器傳輸入之冷媒壓力，使 又於該冰水益中吸熱，達到一冷卻循環作用。 環系统青專利範圍第1項所述之小型化冰水冷卻循 之輸入端/，、該、i該冰水輸出管另端並連接進入有一集熱器 冰水幹出其水輪入管另端並連接該集熱器輸出端，該 用““t:輸入管係相連接於該集熱器内，以利 T'、、、為與該發熱元件接觸，達到冷卻作用。 環系統义請圍第2項所述之小型化冰水冷卻循 、 °亥集熱器係為一金屬板。 、依申請專利範圍第i項所述之小型化冰水冷卻循 12 200919155 ’環系統中’該冷卻 置於-機體内，該箱體衣：於相體内’而-出管與該冷水輸入管之 ^ 穿孔，以供該冰水輸 ^ 集熱器内，使該集熱器與該發熱元件作 結舍。 5 j請專利範圍第4項所述之小型化冰水冷卻循環 ^ ^ 〇 ^ 該冷凝器一側設置有一風扇，且該箱體相對 冷凝器處並設置有—通風網，以將該循環系統所吸收之熱 量藉由風扇排放到該通風網外。 〇 6、依申請專利範圍第1項所述之小型化冰水冷卻循 環系統’其中’於該冷媒輸入管上相鄰該冷凝器端並設置 有一乾燥過濾器。 7、依申凊專利範圍第1項所述之小型化冰水冷卻循 環系統’其中’該循環過之冷媒係經由該壓縮機壓縮，使 其成為高壓之氣態冷媒，並傳輸至該冷凝器，使該氣態冷 媒凝結成為高壓常溫的液態冷媒，再經由該冷媒控制器降 壓成為低壓液態冷媒，再傳輸回該冰水器内。 13200919155 < X. Patent application scope: 1. A miniaturized ice water cooling circulation system, comprising: an ice water device, wherein a submersible water pump is arranged therein, and the submerged water 1 has a refrigerant medium Input pipe and - refrigerant output pipe, the other end =::: two:! Out: and - cold water input pipe, the ice water: a play g and connected to a computer host to dissipate heat ο hot element 'to The ice water in the ice water device is heated by the ice water to receive the heat of the heating element, and then the cold water input pipe is transmitted back to the second sister 12' to achieve the cooling cycle, and the refrigerant after the heat absorption is output by the refrigerant. Output; to the ^ system is connected to the refrigerant output pipe, the other end is connected to the other end of the department, the refrigerant after the endothermic is compressed by the compressor, and transmitted to the refrigerant input pipe; phase, check Z condenser, And connecting a refrigerant input pipe between the compressor and the ice water device, 'to condense and discharge heat from the refrigerant input by the compressor; and arranging the medium control 11' between the condensing 11 and the ice water device The refrigerant is transferred into the cold by the condenser Pressure, and so in the interests of ice-water absorbs heat, a cooling cycle to achieve the effect. The miniaturized ice water cooling circuit according to the first item of the ring system of the ring system is the input end/, the i, the ice water outlet pipe is connected to the other end and connected to a collector, and the water is cooled out to the other end of the water wheel. And connected to the collector output end, the "t: input pipe system is connected to the collector, so that T',, is in contact with the heating element to achieve cooling. The ring system is limited to the miniaturized ice water cooling cycle described in item 2, and the °Hi collector is a metal plate. According to the application of patent scope, item i, the miniaturized ice water cooling cycle 12 200919155 'in the ring system', the cooling is placed in the body, the box body: in the phase body' and the outlet pipe and the cold water input The tube is perforated for the ice water to be collected into the collector, so that the collector is tied to the heating element. 5 j Please request the miniaturized ice water cooling cycle described in item 4 of the patent scope ^ ^ 〇 ^ There is a fan on one side of the condenser, and the box is provided with a ventilation net opposite the condenser to the circulation system The absorbed heat is discharged to the outside of the ventilation net by the fan.小型 6. The miniaturized ice water cooling circulation system of the first aspect of the patent application is disposed on the refrigerant inlet pipe adjacent to the condenser end and provided with a drying filter. 7. The miniaturized ice water cooling circulation system according to the first aspect of the patent scope of the invention, wherein the circulating refrigerant is compressed by the compressor to be a high pressure gaseous refrigerant and transmitted to the condenser. The gaseous refrigerant is condensed into a liquid refrigerant having a high pressure and a normal temperature, and then reduced to a low-pressure liquid refrigerant via the refrigerant controller, and then transferred back to the ice water container. 13
TW096139206A 2007-10-19 2007-10-19 Miniaturized ice water cooling circulatory system TW200919155A (en)

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