M317151 八、新型說明: 八 【新型所屬之技術領域】 ’特別是指一種用於排散 置。 本新型是關於一種散熱裝置 一發熱元件之熱量的液冷式散熱裝 【先前技術】 例如電腦主機、液晶螢幕、電製電視 在運作的過程中，有些電子零件會產生高溫t =: 利用散㈣統來強迫散熱，而近年來業界已陸續研發出多 種水冷散熱裝置，其係安裝在電子設備之發熱元件上^ 利用冷料體*_循環進出，來達咖期的散熱效果。 單元12、一幫浦13 熱元件(圖未示)之熱量散出，並包含：―水冷座心一^ 第一水管14、一第二水管15，」 -弟二水管16。該水冷座1丨歧設在該發熱元件上，用: 吸收熱量，並具有相間隔之—進水端]i i及—排水端i工2 該散熱單元12具有相反之—出水卩121與-人水口 122 112 122 ^ -水官15是銜接在出水〇121與幫浦13間。該第三水; 16是銜接在幫浦13與進水端⑴間。 士圖1中之則頭所示，當幫浦13驅動運轉時，散熱」 元12中的令卻液體，將會由第二、三水管15、16送入7 7座U 、、二過熱父換吸收來自發熱元件的熱量後，高溫只 體)再由第水’ 14輸送到散熱單元12，經過散熱單j 12的排熱降溫後，再供給冷卻液體，藉以循環散熱。 M317151 雖壯述水冷散熱裝 熱量，然而，為了因應時代的需曰 + 資料的速度上必須大幅成。:*_ 丨田取长相對地發熱元件的數量芬 m^ ^ 1 持不斷地運作散熱，乃成為廠商極力研發的重要課題^ 〇 【新型内容】 因此，本新叙目㈣在提供―種可_ 件的熱量並能達到持續運轉而斷卷…、兀 熱裝置。 / 轉而不斷㈣ 、甬、尚以气執^ ^之液冷式散熱裝置’是甩於供高溫液體 她…第二控制單元、-第-間體、一㈣ 及至少-水冷座。該散熱單元可供液通以參 包括一出水口，刀入u ^用以月丈熱，並 及—入水口。該第一控制單元包括、查拉 該散熱單元之出水口的第—多通接頭一 =^=接 έϋ $ 9 ^ -$ - . ^ ^ it # -f " ^ 第三多通接頭、—愈第m 放熱早元之入水口的 、-連接在第-…、Γ 頭相間隔的第四多通接頭 在第三二；：接；多通接頭之間的第二幫浦，及-連接 以夕通接碩之間的第二遠桩乾 & 一連接該第一 _告丨ΰσ、 吕石'第一閥體包括 1制手騎第二多通接頭的第-主匯^ M317151 複數彼此間隔且分別連通第一主匯箱的一丨 —閥體包括一連接該第二控制單元之笫方通官。該第 主匯箱，及複數彼此間隔且分別連 收來自一發熱元件之熱量。 ^g之間，並用於吸 另外’本新型之液冷式散熱裝置，是用於征> 通過以散熱成為冷卻液體，並包含：勒二二阿溫液體 單元、一筮一 PH舰^ ^ ^ ^ ^ ^ ^ 政…、單元、一控制 教… 一第二閥體’及至少—水冷座。該散 ^^^r,^it^^ ,χ^#^^^^^^ 散熱單元的第一多通接頭、一盘一^^ ^ / 夕 '、弟多通接頭相間隔的第 一夕通接頭、至少二彼此間隔且分別連接在第一、二多通 ¾ ^ f ^ 〇 It ^ ^ ^ -i e n ^ ^ ^ ^ m f o ^ ^ M ^ ^ ^ . 元的第二主匯箱，及複數彼此間隔且分別連通第二主匯箱 的第二旁通管。該水冷座是連接在第一、二旁通管之間， 並用於吸收來自一發熱元件之熱量。 【實施方式】 有關本新型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二較佳實施例的詳細說明中，將可清 楚的呈現。 在本新型被詳細描述之前，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。 如圖2所示，本新型液冷式散熱裝置之第一較隹實施 M317151 例’可供高溫液體通過以散熱成為冷卻液體，乃用於排散 至少一發熱元件2之熱量，該液冷式散熱裝置包含^一^ 熱單元3、一風扇4、一第一控制單元51、一第二控制單^ 52、-儲水箱6、-第一閥體71、一第二闊體& 冷座8 ’及九條用於連接上述構件的管路91〜99。在本實施 例中是以一電子設備（圖未示）具有三發熱元件2，故而設有 二水冷座8 ’以分別在每一發熱元件2上貼置一水冷座8， 用於吸收熱量的使用態樣來說明，當然在設計上亦可視電 子設備之發熱元# 2的數量，而對應設置 所以水冷座8的數量不以本實施例為限。 該散熱單元3是由導熱性佳之金屬材料製成，可供液 體通過用以散熱’並包括左右間隔且中空之一第一水箱Η 與-第二水箱32、-銜接連通在第—、二水箱3ι、32之間 的散熱導流體33、—形成在第-水箱Μ上的出水口 34 ’ 及-形成在第二水箱32上的人水口 35。當然，出水口 Μ 與入水口 35的位置亦可交換設置，甚至可以藉由水箱内部 的間隔設計，而讓出太口 Uχ u 丨叩《出水口 34與入水口 35相間隔地形成在 同一水箱上，但由於該散熱單元3之構造並非本新型之重 點’亦可以為其他構造設計，所以在此不再詳細說明。 該風扇4是ij定地安裝在散熱單元3上，且能產生流 向^熱導流體33之氣流，以將散熱單元3周遭的熱空氣強 制▼走使得阿溫液體降溫成泠卻液體。此外，在本實施 例I ’該風扇4亦可以利用複數架桿(圖未示）隔空組架在散 熱單元3上’因此在輯上並不受限於本實補。 M317151 一該第一控制單元51包括一籍由管路91連接該散熱單 兀3之出水口 34的第一多通接頭5Η、一與第一多通接頭 511相間隔的第二多通接頭512、一藉由管路％連接第一、、 二多通接頭511、512的第一幫浦仏3、一連接在第一、一 多通接頭u之間的第一連接管⑴ 一連接管514上且能用於開關控制液體之通過與否的第一 控水閥515。 …上述第-幫浦513與第一連接管514是並聯地連接< 第一、二多通接頭511、512之間，故當第—幫浦513故擇 -513 5—15讓液體由此通過’用以保持液體流通使之連續運轉。; 第一控水閥515可以為手動式開關控制器，或為電動^ . 515 ^,M317151 VIII. New description: VIII [New technical field] ‘In particular, it refers to one type for scatter. The present invention relates to a liquid-cooled heat-dissipating device for heat dissipation of a heat-dissipating device. [Prior Art] For example, in a computer host, a liquid crystal screen, or an electric television, some electronic components generate high temperature t =: use scattered (4) In order to force heat dissipation, in recent years, the industry has developed a variety of water-cooling heat sinks, which are installed on the heating elements of electronic equipment. ^ Use the cold material * _ cycle in and out to achieve the heat dissipation effect of the coffee period. The heat of the unit 12 and a pump 13 heat element (not shown) is dissipated, and includes: a water-cooled seat core, a first water pipe 14, a second water pipe 15, and a second water pipe 16. The water-cooling seat is disposed on the heating element, and is configured to: absorb heat, and have a spacing - the water inlet end ii and - the drain end i 2 the heat dissipating unit 12 has the opposite - the water outlet 121 and the person The nozzle 122 112 122 ^ - the water officer 15 is connected between the water outlet 121 and the pump 13. The third water; 16 is connected between the pump 13 and the water inlet end (1). As shown in the head of Figure 1, when the pump 13 is driven, the liquid in the heat sink 12 will be fed by the second and third water pipes 15, 16 into the 7-seat U, and the second superheated parent. After the heat from the heating element is absorbed, the high temperature body is transported to the heat dissipating unit 12 by the first water '14, and then the cooling liquid is cooled by the heat discharging unit j12, and then the cooling liquid is supplied, thereby circulating heat. M317151 is a strong statement of the heat of the water cooling, but in order to meet the needs of the times + the speed of the data must be significantly increased. :*_ The number of heating elements in the field is relatively high. The constant operation of heat dissipation has become an important topic for manufacturers to develop. ^ 〇 [New content] Therefore, this new item (4) is providing _ The heat of the piece can reach the continuous operation and the coil is broken... / In turn, (4), 甬, still 气 执 ^ ^ The liquid-cooled heat sink ' is for the supply of high temperature liquids... The second control unit, - the first -, the first (four) and at least - the water cooling seat. The heat dissipating unit can be used for liquid communication to include a water outlet, and the knife is used for the monthly heat and the water inlet. The first control unit includes: a multi-pass connector for checking the water outlet of the heat dissipating unit: === έϋ $ 9 ^ -$ - . ^ ^ it # -f " ^ third multi-way connector, The fourth multi-pass joint that is connected to the water inlet of the first m-heating element is connected to the fourth-to-the-throne, and the fourth multi-pass joint is separated by the third pump; the second pump, and the - connection between the multi-pass joints The second far pile between the first and the next is connected to the first _ 丨ΰ 丨ΰ σ, Lu Shi 'the first valve body including the first hand of the first multi-pass joint of the 1st hand ^ M317151 plural A valve body that is spaced apart from each other and that communicates with the first main junction box respectively includes a valve body that is connected to the second control unit. The first main junction box and the plurality of compartments are spaced apart from each other and respectively receive heat from a heating element. Between ^g, and used to suck another 'this new type of liquid-cooled heat sink, is used for levy> by cooling to become a cooling liquid, and contains: Le Er Er A liquid unit, a PH PH ship ^ ^ ^ ^ ^ ^ ^ Politics..., unit, one control teaches... a second valve body' and at least—water-cooled seat. The first ^ multi-connector of the heat-dissipating unit, the first multi-connector of the heat-dissipating unit, the first eve of the interval of the ^^ ^ / 夕 ', the brother multi-connector a second joint box, and a plurality of at least two spaced apart from each other and connected to the first and second multipasses, respectively, of the first and second multipasses, the first main and the second multipass, and the plural The second bypass pipes are spaced apart from each other and respectively connected to the second main sink. The water-cooled seat is connected between the first and second bypass pipes and is configured to absorb heat from a heat generating component. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of FIG. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. As shown in FIG. 2, the first liquid-cooling heat dissipating device of the present invention implements the M317151 example, which is capable of dissipating high-temperature liquid to dissipate heat into a cooling liquid, and is used for dissipating heat of at least one heating element 2, which is liquid-cooled. The heat dissipating device comprises a heat unit 3, a fan 4, a first control unit 51, a second control unit 52, a water storage tank 6, a first valve body 71, a second wide body & 8' and nine lines 91 to 99 for connecting the above members. In this embodiment, an electronic device (not shown) has three heating elements 2, so that two water-cooling blocks 8' are provided to respectively place a water-cooling seat 8 on each of the heating elements 2 for absorbing heat. It is to be noted that the number of the heat elements #2 of the electronic device can be visually recognized in the design, and the number of the water-cooling seats 8 is not limited to the present embodiment. The heat dissipating unit 3 is made of a metal material having good thermal conductivity, and is used for liquid to pass through for dissipating heat, and includes a left and right space and a hollow one of the first water tank Η and the second water tank 32, and is connected to the first and second water tanks. The heat conduction fluid 33 between 3 and 32, the water outlet 34' formed on the first water tank, and the human water nozzle 35 formed on the second water tank 32. Of course, the position of the water outlet Μ and the water inlet 35 can also be exchanged, and even the space inside the water tank can be designed to make the outlet port U χ u 丨叩 "the water outlet 34 and the water inlet 35 are formed in the same water tank. However, since the structure of the heat dissipating unit 3 is not the focus of the present invention, it can be designed for other structures, so it will not be described in detail here. The fan 4 is fixedly mounted on the heat dissipating unit 3, and is capable of generating a flow of air to the thermal fluid 33 to force the hot air around the heat dissipating unit 3 to cool the AWen liquid into a liquid. In addition, in the first embodiment, the fan 4 can also be mounted on the heat radiating unit 3 by means of a plurality of masts (not shown). Therefore, the present invention is not limited to this. M317151 A first control unit 51 includes a first multi-way connector 5A connected to the water outlet 34 of the heat dissipation unit 3 by a pipe 91, and a second multi-way connector 512 spaced apart from the first multi-way connector 511. a first pump 3 connected to the first, second multi-way joints 511, 512 by a pipe %, a first connecting pipe (1) connected to the first and a multi-way joint u, and a connecting pipe 514 And can be used for the first water control valve 515 of the switch to control the passage of the liquid. The first pump 513 and the first connecting pipe 514 are connected in parallel between the first and second multi-way joints 511 and 512, so when the first pump 513 selects -513 5-15, the liquid is thereby It is used to keep the liquid flowing for continuous operation. The first water control valve 515 can be a manual switch controller, or an electric switch 515 ^,
^ 513 _ } , J -f 513 , 5 讓液體通過。當齡設計上亦可以省略第-控⑽^ 設置，而讓液體直接通過第—連接管514，同#能__ 因第一幫潘513故障而停擺的情形。此外，由”^ 513 _ } , J -f 513 , 5 Let the liquid pass. In the design of the age, the first control (10) can also be omitted, and the liquid can be directly passed through the first connecting pipe 514, and the same can be stopped due to the failure of the first pan 513. In addition, by"
浦513與第一控水閱515係可採用一般市售零件，且直 造並非本新型之重點，所以在此不再詳細說明。 J 該第二控制單元52之構造與設計與第-控制單元5 相同，屬包括—猎由管路93連接該散熱單元3之入水c 35的第三多通接頭521、—與第三多通接頭52i柄間^ 第四多通接頭I —藉The Pu 513 and the first water control 515 series can use general commercial parts, and the direct production is not the focus of this new type, so it will not be described in detail here. The configuration and design of the second control unit 52 is the same as that of the first control unit 5, and includes a third multi-pass connector 521 that connects the water inlet c 35 of the heat dissipation unit 3 by the pipeline 93, and a third multi-pass. Joint 52i shank ^ fourth multi-way joint I - borrow
M317151 521、522的第二幫浦523、一連接在 广M317151 521, 522 of the second pump 523, a connection in the wide
、522之間的第二連接管I 525 , ⑵時，即可控制開啟第二控水閥。=不爲通過第二幫^ 兮妙u 水閥525讓液體由此通過。 _水箱6亦由導熱性佳之金屬材料製成，為_於 谷衣液體的中空筒狀箱 熱單元3與第二㈣單元m㈣計上亦可以安1 在管路幻上^即位在散熱單元3與第一控制單元」二 例為限。該儲水箱6之設置可增加散熱 果，、使用女全性，當然此儲水箱6在言免置上並非必要。 該第-《η包括-藉管路95連接該第—控制單元 η之第二多通接頭512的第一主匯箱711、三㈣ 別連通第-主匯箱711的第一旁通管712，及三分別安裝在 ^一旁通管上且分別用於開關控制液體之通㈣^ 的第一水龍頭713。本實施例設有三組第一旁通管712盥第 713. 8 , # 712及第一水龍頭713的數量並不以本實施例為限，而且設 計上亦可以省略第一水龍頭713的設置，再者，第一水龍 頭713之開關構造係為一般設計，在此不再詳細說明。 該第二閥體72之構造乃相同於第一閥體71，同樣包括 一藉官路96連接該第二控制單元52之第四多通接頭522 的第二主匯箱721、三彼此間隔且分別連通第二主匯箱721 的第二旁通管722，及三分別安裝在該第二旁通管722上且 刀別用於開關控制液體之通過與否的第二水龍頭723。 10 M317151 8 ^ ^ ^ n ψ ^ 97-99 # ^ ^ ^ a & 712 λ 722 m , # _ ^ 8 ^ 金屬材料製成，乃貼靠在聽 熱兀件2之熱量，並包括一供冷卻液體進入的進水口 Μ， 及舁進水口 81相間隔且讓高溫液體排出的排水口 82。在 ^ t ^ ^ t it ^c π 81 ^ f ^ 8 2 J 一方通吕722連接，此外，由於水冷座8之構造並非 本新型之重點，所以在此不再詳細說明。 j組裝時，先在散熱單元3、第一控制單元51、第二控 制單元〒、儲水箱6、第一閥體71、第二閥體72、水冷座 8以及e路91〜99中蓄滿如水液或冷媒等液體，使用時， 门脈之卷Λ、、元件2會將熱量傳導至水冷座乂中，讓液體進 ^ - f 513 > 523 if 轉日即會如獨2中之箭頭所示，將水冷座8中之高溫液 體匯^第二閥體72，並經由儲水箱6進入散熱單元3之第 〃 再、，二過政熱導流體33以及風扇4的強力散熱後 ，即能降溫成為冷卻液體進入第一水箱31，最後再經由第 -^ ^ 71 ^ ^ ^ 8 t ^ ^ ^ it ## ^ 〇 當然在使用時，亦可以僅開啟第一、二幫浦513、523 之其中之~，並讓未啟動幫浦513、523之控制單元51、52 中的控水閥515、525開啟以連通連接管514、524，例如: 啟動第I幫浦513且開啟第二控水閥525，並關閉第二幫浦 523 一控水閥515，如此同樣可以達到運作散熱的效果 而^第幫浦513故I1早時，即可控制開啟第一控水閥515 11 M317151 與第二幫浦523,並關閉第二控水間 痒 散熱效果。 I 5以持績運作保持 如圖3所示，為本新型液冷式散熱裳置之第二卓六 施例，其構造大致與第—實施例相同，不同之^於: 實施例係將第一實施例之第一、二控制〜 裝在同一側，使之统敕忐盔. 2亚^女 制單元51 / 控制單元，且讓同-組控 制早兀51、52上之幫 一、,、 23與控水閥⑴、⑵串聯 亚連接在第一、二多通接 丨 略第三、四多通接頭的設置，因此，^φ512之間’而省 且 u此，當其中一個幫浦η] 523故障時，仍能透過另一個幫浦513、523繼續運轉1 以散熱裝置不會停止運作。然在設計上亦可以視情況辦 加多組控制單元，以提供㈣動力維持不斷地散熱曰 在此不再舉例說明。此外’本實施例是將儲水孝“ 散熱皁凡3與第一多通接頭511之間，並讓第二閥體”直 接連接該散熱單元3’當然在設計上亦可以將健水箱6安裝 在散熱單元3與第二閥體72之間。 使用日夺’可以選擇啟動第一、二幫浦513、523之复中 之-，或兩者-起啟動，如圖3中之箭頭所示，將散敎單 元3冷卻後之冷卻液體，經由儲水箱6送入第一闕體小並 分別進入水冷座”，經過熱交換之後液體會昇溫成為古 溫液體，再匯進第二閥體72並輸人散熱單元3,經過散二 單元3之散熱冷卻後，即會再經由儲水箱6、第一閥體^ 輸送至水冷座8,以持續進行循環散熱。 ^ 須進一步說明的是，本新型設計主要是讓至少—幫浦 12 M317151 513、523維持運轉，並保持液體的輸送流暢，所以在設計 上除了使兩幫浦5U、523間隔串聯，且在每一幫浦川、 523旁側並聯一條連接管S14、524之外，亦可以將兩幫^ 5Π、523亚聯在一起，以持續散熱運作，當然，幫浦的數 S亚不以本貫施例為限，至於其他構件安裝的方向、位置 與管路之間的銜接連通，則非本新型之重點，所以設計上 並不以第一、二實施例為限。When the second connecting pipe I 525 (2) is between 522, the second water control valve can be controlled to be opened. = Do not let the liquid pass through the second gang ^ u u water valve 525. _The water tank 6 is also made of a metal material with good thermal conductivity, which can be used for the hollow cylindrical heat box 3 and the second (four) unit m (four) of the liquid in the valley, and can also be placed on the pipeline. The first control unit is limited to two examples. The arrangement of the water storage tank 6 can increase the heat dissipation, and the female fullness is used. Of course, the water storage tank 6 is not necessary. The first "n-including-borrowing line 95 connects the first main sink 711 of the second multi-way joint 512 of the first-control unit n, and the third (four) first-connected first bypass tube 712 of the first-side header 711 And three first faucets 713 respectively installed on the bypass pipe and respectively for switching the liquid control (four) ^. In this embodiment, the number of the first faucet 713 is not limited to the embodiment, and the number of the first faucet 712, the 712, the 712 and the first faucet 713 are not limited to the embodiment, and the setting of the first faucet 713 may be omitted. The switch structure of the first faucet 713 is a general design and will not be described in detail herein. The second valve body 72 has the same configuration as the first valve body 71, and also includes a second main junction box 721 that is connected to the fourth multi-way joint 522 of the second control unit 52 by the official road 96. A second bypass pipe 722 respectively connected to the second main sink 721, and a second faucet 723 respectively mounted on the second bypass pipe 722 and used for controlling the passage of liquid by the switch. 10 M317151 8 ^ ^ ^ n ψ ^ 97-99 # ^ ^ ^ a & 712 λ 722 m , # _ ^ 8 ^ Made of metal material, it is placed against the heat of the heat piece 2 and includes one for The water inlet port into which the cooling liquid enters, and the water discharge port 82 at which the water inlet 81 is spaced apart and the high temperature liquid is discharged. In the ^ t ^ ^ t it ^c π 81 ^ f ^ 8 2 J side Tong Lu 722 connection, in addition, since the structure of the water cooling seat 8 is not the focus of the present invention, it will not be described in detail herein. When assembling j, first, the heat dissipation unit 3, the first control unit 51, the second control unit 〒, the water storage tank 6, the first valve body 71, the second valve body 72, the water cooling seat 8, and the e roads 91 to 99 are filled. For liquids such as water or refrigerant, when used, the door veins and the component 2 will transfer heat to the water-cooled seat, allowing the liquid to enter the ^-f 513 > 523 if the day will be the arrow of the 2 As shown in the figure, the high temperature liquid in the water cooling seat 8 is merged into the second valve body 72, and enters the third portion of the heat dissipating unit 3 via the water storage tank 6, and then the heat of the heat transfer fluid 33 and the fan 4 is cooled. The temperature can be lowered to become the cooling liquid into the first water tank 31, and finally through the first -^^ 71 ^ ^ ^ 8 t ^ ^ ^ it ## ^ 〇 Of course, when using, only the first and second pumps 513, 523 can be turned on. And the water control valves 515, 525 in the control units 51, 52 of the unactivated pumps 513, 523 are turned on to connect the connecting pipes 514, 524, for example: start the first pump 513 and open the second control The water valve 525, and the second pump 523 and the water control valve 515 are closed, so that the heat dissipation effect can be achieved. ^The first pump 513, I1 early First control valve to control the opening and the second 515 11 M317151 pump 523, and closes the second control water itch between the heat dissipation effect. I 5 maintains the performance as shown in Figure 3. It is the second example of the new liquid-cooled heat-dissipating device. Its structure is roughly the same as that of the first embodiment, and the difference is: The first and second controls of an embodiment are mounted on the same side, so that they are unified by the helmet. 2 Asian women's unit 51 / control unit, and let the same group control as early as 51, 52 on the first, , 23 and the water control valve (1), (2) series sub-connection in the first, the second multi-connected slightly third, four multi-way joint settings, therefore, ^φ512 between and save this, when one of the pumps When η] 523 fails, it can still run through another pump 513, 523 1 so that the heat sink does not stop working. However, in the design, it is also possible to add a plurality of control units as needed to provide (4) power to maintain constant heat dissipation 曰 no longer exemplified here. In addition, this embodiment is to connect the water storage filth between the heat dissipation soap 3 and the first multi-way joint 511, and let the second valve body directly connect to the heat dissipation unit 3'. Of course, the water tank 6 can also be installed in the heat dissipation. Between the unit 3 and the second valve body 72. The use of the daylight can be selected to start the first and second pumps 513, 523 of the complex - or both - to start, as shown by the arrow in Figure 3, the cooling liquid after cooling the dilation unit 3, via The water storage tank 6 is sent into the first body and enters the water cooling seat respectively. After the heat exchange, the liquid will heat up to become the ancient temperature liquid, and then merge into the second valve body 72 and enter the heat dissipation unit 3, and pass through the second unit 3 After cooling and cooling, it will be transported to the water-cooling seat 8 via the water storage tank 6 and the first valve body to continuously circulate heat. ^ It should be further explained that the new design is mainly to let at least the pump 12 M317151 513, The 523 keeps running and keeps the liquid flowing smoothly. Therefore, in addition to the two-push 5U and 523 in series, and a connecting pipe S14 and 524 in parallel with each side of the Puchuan and 523, two can also be connected. Help ^ 5 Π, 523 Asia to join together to continue the heat dissipation operation, of course, the number of the pump S is not limited to the basic example, as for the connection between the direction, position and pipeline connection of other components, then Not the focus of this new model, so the design is not The first and second embodiments is limited.
由以上說明可知，本新型液冷式散熱裝置之設計，可 以、、且口又車乂夕數里之水冷座8 ’不僅可透過水冷座8吸收多數 ^ 2 f 513 ^523 f 514 、524的亚聯設計，能保持持續流動運轉，所以本新型具有 可吸收夕们卷熱兀件的熱量以增加散熱效果，並能達到持 ^ ^ ^ if ^ ^ ^ ^ ^ ^ # ^ ^ ^ ^ ^ ^ § ^ ? 因此，本新型不僅㈣ 》料上所迷者，僅為本新型之隐 月匕以此限定本新型實施之範圍，女化☆ 田 Ι&® ^ f! ^ t if ## 屬本新型專利涵蓋之範_。間早^ 【圖式簡單說明】 :ι是-種習知水冷散熱裝置一 圖2是本新型之液冷式散熱置第 的一正視示意圖，·及H父佳實施例 圖3是本新型之液冷式散熱 13 M317151 的一正視示意圖。 M317151 【主要元件符號說明】 2······· •…發熱元件 3....... …··散熱單元 31 ••… …·第一 水箱 32····· …·第二 水箱 33 .···· …·散熱導流體 34····· •…出水口 35 ····· _··.入水口 4······· —風扇 51 ···.· …·第一 控制單元 511… …·第一 多通接頭 512… ·.··第二 多通接頭 513… 、…％ — 幫浦 514… …·第一 連接管 515·.· …·第一 控水閥 52 …·· …·第二 控制單元 521 ··· •…第三多通接頭 522… •…第四多通接頭It can be seen from the above description that the design of the liquid cooling type heat dissipating device of the present invention can be used, and the water-cooling seat 8' in the mouth and the car can absorb not only the majority of 2 2 513 ^ 523 f 514 and 524 through the water-cooling seat 8 . The Yalian design can maintain continuous flow operation, so the new type can absorb the heat of the hot-rolled parts to increase the heat dissipation effect, and can reach ^ ^ ^ if ^ ^ ^ ^ ^ # ^ ^ ^ ^ ^ ^ § ^ ? Therefore, this novel is not only the material that is fascinated by (4), but only the hidden moon of this new type to limit the scope of this new implementation, feminine ☆ Tian Hao &® ^ f! ^ t if ## The new patent covers the scope of _.早早^ [Simple description of the drawing]: ι is a kind of conventional water cooling device 1 is a front view of the liquid cooling device of the present invention, and the embodiment of the H parent is shown in Fig. 3 A front view of the liquid-cooled heat sink 13 M317151. M317151 [Description of main component symbols] 2·········... Heating element 3.............·The heat dissipating unit 31 ••... The first water tank 32········ Two water tanks 33 .·································································································· ···The first control unit 511...the first multi-way connector 512... The second multi-way connector 513...,...% - the pump 514...the first connection tube 515·.·...· A water control valve 52 ...····the second control unit 521 ····...the third multi-way joint 522......the fourth multi-way joint
523 ···_···第二幫浦 524 _··_···第二連接管 525 ······•第二控水閥 6 ··.·_··.···儲水箱 71 ····_····第一閥體 711 _···…第一主匯箱 712 ••…··第一旁通管 713 .······第一水龍頭 72 ·······••第二閥體 721 ····…第二主匯箱 722 _······第二旁通管 723 _·····•第二水龍頭 8••………水冷座 81 ·········進水口 8 2……· · ·排水口 91〜99 ····管路 15523 ···_···Second pump 524 _··_···Second connection tube 525 ······•Second water control valve 6 ····_······ Water tank 71 ·········first valve body 711 _···...first main sink 712 ••...··first bypass pipe 713 .································· ······••Second valve body 721 ····...Second main sink 722 _······Second bypass pipe 723 _·····•Second tap 8•• .........Water-cooled seat 81 ·········Inlet 8 2...· · ·Drains 91~99 ····Line 15