M333602 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種冷卻裝置，尤指一種應用於—般水 冷式散熱裝置，可幫助該水冷式散熱裝置的冷卻液進行降 溫並可由外觀監測冷卻液水量之冷卻裝置。 ^ 【先前技術】 Φ a 一般電腦在運作時，主機板上晶片元件所產生的高熱 通吊需要良好的散熱機制以保護其不因溫度過高而損毁， 一般所使用之散熱機制係利用一散熱元件貼設於發熱電子 元件之表面以吸取並散逸所產生之熱量，藉此防止發熱電 子元件過熱。 為加強散熱效果，遂發展出水冷式散熱裝置，係於一 主機板的中央微處理器或是其他發熱電子元件上裝設一填 ^有~郃液之水冷碩，並透過導管與一冷卻裝置相連，再 •糟由一泵浦使冷卻液循環流經該水冷頭，利用熱交換以幫 _助發熱電子元件之熱能散逸而降低溫度，經過熱交換後， .溫度上升的冷卻液係透過導管流至冷卻&置則吏冷卻液溫 度下降，並再次流進水冷頭進行熱交換。 —月I』述冷卻裝置—般具有兩水箱，於兩水箱間係連通有 f數金屬製的引流管，當冷卻液經過水冷頭而回流至冷卻 裝置時，引流管係提供冷卻液較多的接觸面積以幫助其熱 2消散2溫度降低，惟，冷卻液在冷熱交換之餘會有少部 刀水乳療發消散，長時間下來將會使冷卻液不足而導致散 4 M333602 熱效果變差，可能導致發熱電子元件因過熱而損毀。 【新型内容】 由上述說明可知，一般水冷式散熱裝置長時間下來會 因冷卻液蒸發而導致冷卻液不足，使得散熱效果變差。曰 有鑑於此本創作係提供一種冷卻裝置，其具有一透明 管:提供大容積以增加—般水冷室散熱裝置的冷卻液水量 亚藉其透明構造供作監測冷卻液水量之用。 八欲達上述目的所使用之技術手段係令該冷卻裝置包 一第一水箱，係具有一進水孔； m係與該第-水箱呈平行*具有—出水孔； 複數引流管’係相互呈平行排列，且各引流 垂直連通該第一水箱及第二水箱； ' 而’、 =透明t ’係ϋ通該第一水箱及該第二水箱。 =各引流管間可裝設複數散熱續片以增加 果，且该第一水箱及第二水箱係可分別藉由-隔板分;:成 兩水室’各水室與引流管間係構成一迂 w成 路，使冷卻液停留於引流管之時 乂、之水机迴 卻時i ^之㈣較長而得到較充足之冷 L貫施方式】 請參考第-圖及第二圖所示，係本創作—較佳每 體圖及剖視圖，該冷卻裝置（1 )係包含：貝 M333602 一第一水箱（lo)，係由一中空筒狀殼體構成，於 本實施例中，該第一水箱（1 〇 )内設有一隔板（丄2 ) 而分隔成一第一容室（1〇1)及一第二容室（1〇2)， 其中該中空筒狀殼體上係形成有一連通第一容室（1〇1) 的進水孔（1 1 );M333602 VIII. New description: [New technical field] This creation is about a cooling device, especially a kind of water-cooling heat sink, which can help the coolant of the water-cooled heat sink to cool down and can be cooled by appearance monitoring. Cooling device for liquid and water. ^ [Prior Art] Φ a When the computer is in operation, the high heat-passing hoist generated by the chip components on the motherboard requires a good heat dissipation mechanism to protect it from damage due to excessive temperature. The heat dissipation mechanism generally uses a heat dissipation. The component is attached to the surface of the heat-generating electronic component to absorb and dissipate the heat generated, thereby preventing the heat-generating electronic component from overheating. In order to enhance the heat dissipation effect, a water-cooled heat sink is developed, which is installed on a central microprocessor of a motherboard or other heat-generating electronic components, and is provided with a water-cooled water-filled liquid and a cooling device. Connected, and then, a pump circulates the coolant through the water-cooling head, and uses heat exchange to help the heat of the heat-generating electronic component to dissipate and lower the temperature. After the heat exchange, the temperature rises through the conduit. Flow to the cooling & 吏 吏 coolant temperature drops, and again into the water cooling head for heat exchange. —月I』 The cooling device generally has two water tanks, and a drainage pipe with f number of metals is connected between the two water tanks. When the coolant passes through the water cooling head and is returned to the cooling device, the drainage pipe system provides more coolant. The contact area is to help the heat 2 to dissipate 2 the temperature is lowered. However, the coolant will dissipate a small amount of water in the cold and heat exchange. If the coolant is insufficient for a long time, the cooling effect will be insufficient and the thermal effect of the dispersion 4 M333602 will be deteriorated. It may cause the hot electronic components to be damaged due to overheating. [New content] As can be seen from the above description, in general, the water-cooled heat sink will cause insufficient cooling liquid due to evaporation of the coolant for a long time, and the heat dissipation effect will be deteriorated.曰 In view of the above, the present invention provides a cooling device having a transparent tube that provides a large volume to increase the amount of coolant water in the water-cooling chamber heat sink by means of its transparent structure for monitoring the amount of coolant water. The technical means used for the above purpose is that the cooling device comprises a first water tank having a water inlet hole; the m system is parallel to the first water tank * has a water outlet hole; the plurality of drainage tubes are mutually Arranged in parallel, and each drainage vertically communicates with the first water tank and the second water tank; 'and', = transparent t' is passed through the first water tank and the second water tank. = a plurality of heat-dissipating slabs may be installed between each of the drainage pipes to increase the fruit, and the first water tank and the second water tank may be separately separated by a partition; the two water chambers are formed by the water chamber and the drainage tube When the coolant stays in the drain tube, the water machine returns to the time when the water machine returns, and the temperature is longer (4) is longer and the colder L is applied. Please refer to the first and second figures. The present invention is preferably a body and a cross-sectional view. The cooling device (1) comprises: a shell M333602, a first water tank (lo), which is composed of a hollow cylindrical casing. In this embodiment, The first water tank (1 〇) is provided with a partition (丄2) and is partitioned into a first chamber (1〇1) and a second chamber (1〇2), wherein the hollow cylindrical casing is formed a water inlet hole (1 1 ) connected to the first chamber (1〇1);
(2〇1)及'一第二容宮. 至（202)，其中該中空筒狀殼 體上係形成有一出水孔（2 1 ); 一第二水箱（2 〇 )，係由一中空筒狀殼體構成而與 该第一水箱（1 0 )呈平行排列，於本實施例中，該第二 水箱（2 0 )内設有-隔板（2 2 )而分隔成_第一容室 複數引流管（3 0)，係相互呈平行排列， 法 官（3 0 )兩端係垂直連通該第—水_ (丄〇 )及第二: ;“2〇)，該引流管（3〇)因其所在位置而一端：通 … ）之弟—容室（1 0 1 )或第二容室（丄 0 2)，另端則連通第-火浐Γ ο η、 卜 π ^ 、弟一水相（20)之第一容室（2η 1)或第二容室（2〇 0 U 2 )，本貫施例中，各引流管（3 〇)間尚設有複數散 效果； 9 0丄」以增加引流官的散熱 係垂直連通該第一水箱 及該第二水箱（2 — 本實施例… 平行於前述各引流管（3 〇)， 〇）之第一容室（C 4 0 ) 一立而係連通該第一水箱（丄 0)之第_容室（ ）另、則連通該弟一水_(2 係大於每一引流管:〇1) ’且該透明管（40)之容積 (3 〇 )之容積。 6 M333602 請參考第三圖所示， 詈之干立固 ’、本幻作應用於一水冷式散埶！ 置之不忍圖’本創作之冷 ί、、、裝 及一水冷頭（3 ) έ且接 "(1 )係，、—風扇（2 ) 组H 該冷卻裝置（1 )除可以直立式 組衣外亦可以橫向組裝， 直立式 Α4 於本貫施例中係以直立式組裝作 為揭不，該風扇（^ q ^ Λ褒作 〇)及散熱鰭片（3 ”冷二裝置⑴之引流管（3 連接該冷卻裝置（丄）之"τ頭（3 )係分別以導管 而構成一可供冷卻液 動：:1 1 )與出水孔（2 1 ) 熱裝置填充冷卻液之後，；=封=路’當該水冷式散 開始流動。 肖由-泵浦的運作而使冷卻液 S冷部液吸收水冷頭（ 冷卻裝置（1)進… 熱能後，係流入該 & τ月…、降溫’該冷卻液由進水孔（1 1 ) 進…容室（101)後，接著經由 ) 引流管（3 0 )而流入第一水r…、“ 4 〇 )或 〇1 )，再經由引流管（]n (2 之第二容室（1〇2)，最後丄 第一水箱（10) 第二水r m> 後 由引流管（3 0 )流至 (3 〇二…之第二容室（2 〇 2)，其中，引流管 (3 0 )格配散熱鰭片（3 1、 氣對流，可使流動於引流管（3 〇;透二風扇（2)製造空 ^ 丨L s ( 3 〇 )内的冷卻液溫度下降， 该以溫後的冷卻液隨後經由 (3)進行下-次熱交換。孔（21)回流至水冷頭 再者，該冷卻裳置（1)之透明管（4〇)的容積不 僅可加大冷卻裝置（1)的蓄水量，其更可透明呈現冷卻 ^ )之水置，使用者可藉由該透明管（4 0)觀察 7 M3 3 3 602 水里確保供作冷卻液之水量是否足夠。 箱間：i:述’本創作係主要於冷卻裝置之第-及第二水 曰凌a又一透明管，藉該透明 並以苴诱明姐 &您大谷積增加冷卻液水量 ”透月構造供作監測水量之用， 從外部察螯k θ 防止使用者因無法/ Ρ，丁、見水量不足而使電子元件過熱損壞。 【圖式簡單說明】 第一圖：本創作一較佳實施例之立體圖。 第二圖：本創作一較佳實施例之剖視圖。 第一圖·本創作應用於一水冷式散熱裝置之示意圖。(2〇1) and '一第二容宫. To (202), wherein the hollow cylindrical casing is formed with a water outlet hole (2 1 ); a second water tank (2 〇) is a hollow cylinder The casing is formed in parallel with the first water tank (10). In the embodiment, the second water tank (20) is provided with a partition (2 2 ) and is divided into a first chamber. The plurality of drainage tubes (30) are arranged in parallel with each other, and the two ends of the judge (30) are vertically connected to the first water_(丄〇) and the second: "2〇", the drainage tube (3〇) One end of the position: the ... brother of the room - the room (1 0 1) or the second chamber (丄 0 2), the other end is connected to the first - fire 浐Γ η, π π ^, brother Yishui In the first chamber (2η 1) or the second chamber (2〇0 U 2 ) of the phase (20), in the present embodiment, a plurality of scattered effects are provided between the drainage tubes (3 〇); The first chamber (C 4 0 ) that vertically connects the first water tank and the second water tank (2 - this embodiment is parallel to the aforementioned drain tubes (3 〇), 〇) Connected to the first tank (丄0) of the first chamber ( ) In addition, the volume of the volume (3 〇 ) of the transparent tube (40) is connected to the younger water_(2 is larger than each drainage tube: 〇1)'. 6 M333602 Please refer to the third figure, 詈 詈 立 固 固 、, this magical application is applied to a water-cooled divergent! Can not bear the picture 'The cold of this creation,, and the water and cold head (3) έ and connect (quot) (1),, - fan (2) Group H The cooling device (1) in addition to the vertical group It can also be assembled laterally outside the garment. The upright Α4 is used in the vertical example as a vertical assembly. The fan (^ q ^ Λ褒 〇) and the fins (3 ” cold two device (1) (3) The τ head (3) connected to the cooling device (丄) is configured by a conduit to provide a cooling fluid: 1 1 ) and the water outlet (2 1 ) after the thermal device is filled with the coolant; Seal = road 'When the water-cooled dispersion begins to flow. The operation of the Xiao-Pump causes the coolant S to absorb the water-cooled head (the cooling device (1) enters... After the heat, it flows into the & τ月... Cooling 'the coolant enters the chamber (101) from the inlet hole (1 1 ), and then flows into the first water r..., “4 〇) or 〇1 via the drain tube (30), and then Drain tube (]n (2 of the second chamber (1〇2), finally 丄 first tank (10) second water r m> followed by drain tube (30) to (3 〇 second... second Room (2 〇 2), in which the drainage tube (30) is equipped with heat-dissipating fins (3 1 , gas convection, which can flow in the drainage tube (3 〇; through the two fans (2) to make the air ^ 丨 L s ( 3 The temperature of the coolant in 〇) drops, and the cooled coolant is then subjected to the next-second heat exchange via (3). The hole (21) is returned to the water-cooled head, and the cooling tube (1) is transparent. The volume of 4〇) can not only increase the water storage capacity of the cooling device (1), but also transparently present the water of the cooling device. The user can observe 7 M3 3 3 602 water by the transparent tube (40). Ensure that the amount of water supplied as coolant is sufficient. Box: i: The 'creation system is mainly for the first part of the cooling device-and the second water 曰linga, a transparent tube, which is used to seduce the sister & You have a large amount of coolant water to increase the amount of coolant. The structure of the moon is used for monitoring the amount of water. From the outside, the k θ is prevented from being overheated and damaged by the user due to the inability to smash, and the water is insufficient. The first figure is a perspective view of a preferred embodiment of the present invention. The second drawing is a cross-sectional view of a preferred embodiment of the present invention. This creation is applied to a schematic diagram of a water-cooled heat sink.
【主要元件符號說明 (1 )冷卻裝置 (1 0 1 )第一容室 (11)進水孔 (2 0 )第二水箱 (2〇2、）第二容室 (2 2 )隔板 (3 1 )散熱鰭片 (2 )風扇 (1 〇 )第一水箱 (1 0 2 )第二容室 (1 2 )隔板 (2 〇 1 )第一容室 (2 1 )出水孔 (3 〇 )引流管 (4 〇 )透明管 (3 )水冷頭 8[Main component symbol description (1) Cooling device (1 0 1 ) First chamber (11) Inlet hole (2 0) Second tank (2〇2) Second chamber (2 2) Partition (3 1) Heat sink fins (2) Fan (1 〇) First water tank (1 0 2 ) Second chamber (1 2 ) Partition (2 〇 1 ) First chamber (2 1 ) Water outlet (3 〇) Drainage tube (4 〇) transparent tube (3) water-cooled head 8