M306760 八、新型說明： 【新型所屬之技術領域】M306760 VIII. New description: [New technology field]
本創作係關於一種散熱裝置，且特別係指— 種液冷式散熱裝 【先前技術】 齡的電子產品，隨著科技的發展蚊其運作速度更快，且 φ 功能也愈加強大。相對地，散熱的需求便始終—直存在著，、 有愈來愈重要之雜。賴技術顿發展，過去是岭冷式Z 方法為主，目制已研發出液冷式散熱方法(Liquid ==/、、 且以水冷式散熱⑽er Cooling)最為普遍，試圖改善空冷式散孰 的技術瓶頸，此包括散熱的效果及噪音問題。 1月…、 弟-圖顯不習知水冷式散熱器的平面示意圖。於第一圖中， 習知水冷式賴ϋ⑴主要是由水管⑽、散糾⑽、風扇（⑷ 及果浦〇6)等零件所域，其散麵理是將電·部_能用水 引· ’讓水經過散熱片⑽，同時間風扇（⑷吹向散熱;;⑽， 使得流動中的水降溫，之後再將受到冷卻的錢料腦内部，如 此迴路猶環’ _散熱的效果。細，f知水 水管⑽的不良設計，造成水冷式散熱器、(°;)整體的This creation is about a heat sink, and especially refers to a liquid-cooled heat sink. [Prior Art] Age-old electronic products, with the development of technology, the mosquitoes operate faster and the function of φ is stronger. In contrast, the need for heat dissipation has always existed—and there are more and more important ones. Lai Technology Development, which used to be the Ling-cooled Z method, has developed a liquid-cooled cooling method (Liquid ==/, and water-cooled (10) er Cooling), which is the most common attempt to improve air-cooled divergence. Technical bottlenecks, including heat dissipation and noise issues. January..., brother-picture shows a schematic plan view of a water-cooled radiator. In the first figure, the conventional water-cooled Lai (1) is mainly composed of water pipes (10), scattered corrections (10), fans ((4) and Guopu〇6), and the surface of the water is the same. 'Let the water pass through the heat sink (10), while the fan ((4) blows to the heat; (10), so that the water in the flow cools, and then the inside of the brain will be cooled, so the loop is still _ heat dissipation effect. Fine, f Know the poor design of the water pipe (10), resulting in a water-cooled radiator, (°;) overall
2=獻’ _不攜㈣電子產品的發展。更詳盡的說 二考⑦—圖所示’水管⑽的射-部分細彎管⑽)所組 於号官（1〇a)的存在，使得水冷式散熱器（1)的整體長度L M3 06760 因此增加彎管⑽)部細長度，糾⑼ 工條件，ft⑽)本身 〔）的只際加 度W更為延伸。因此，冷式散賊丨）的整體寬 欠^式政熱器Ο)具有體積龐大的明顯 二再者，水管α_形成峨1〇她^ ^加工凡成，在製造上亦不具有效率，並不適合大量生產。 【新型内容】 本創作之主要目的，雜邮知水冷式散熱魏大的問 題，因而縮小水冷式散絲在電子產品_使_〗。本創作之 另一目的，鱗決習知水冷式散熱財餘上無法大量生產的缺 為達成本創作上述目的，本創作提供一種液冷式散熱裝置， 包括.至少-似上的散糾，其巾該些散制侧隔著排列； 一第-端板’係設置於該些散熱片的—側，其中該第—端板具有 至個以上的第—流道槽體；—第二端板，係設置於該些散熱 片的另-側且與該第一端板相耻，其中該第二端板具有至少一 個以上的第二流道槽體；以及至少一條以上的管體，係用來流通 -冷卻液體’其中該些管體係分別貫穿該些散熱片，且每條管體 的兩端係分別各自與對應的該第一端板之該第一流道槽體及對應 的該第二端板之該第二流道槽體相連通，藉以形成該冷卻液體的 流通管路。 為使热悉該項技藝人士瞭解本創作之目的、特徵及功效，兹 M306760 ’對本創作詳加說明如 藉由下述具體實施例，並配合所附之圖式 后0 【實施方式】 第二A _示本創作液冷式散熱裝置之—較佳具體實施例的 外硯立體圖。第二B _ f二A圖齡歧歸置社體分解圖。 本創作液冷式散齡置⑵的散_理，主要_由—冷卻液體的 流動’、以達到散熱之目的。至於在本實施例中所使用的冷卻液體， 則可以便於取得且普遍被使用的水溶液作為代表。 同時茶照第二A目及第二B圖，本_液冷式散熱裝置⑵ 主要包括：散熱片⑽、第—端板(22)、第二端板⑽及管體 (26)。其中，散熱片⑽)係間隔著排列，而且散熱片⑽可以採 行一種具有導熱效果良好的金屬材質（例如：銅、鋁）。 第-端板(22)係設置於該錄熱片（2〇)的一側。如第二β圖 所示:第-端板(22)具有至少-個以上的第一流道槽體(22〇)，而 且，弟-端板(22)同時具有第一蓋板(222)來覆蓋住該些第一流道 槽體(220)，且可藉由黏合、铆合、鎖合等方式來密接至第一流道 槽體(220)厢的板面上，如此以雜水可峨限制於第一流道槽 體(220)内流動。另外’第一端板(22)的該些第—流道槽體⑵〇) 皆具有至少-個以上的第一進水π(2_及至少—個以上的第一 出水口（2202)，以及該些第一進水口（22〇〇)及該些第一出水口 (2202)係分別與對應的管體⑽的—端相連通。需要特別說明的 M306760 是，第一端板(22)的第一流道槽體(220)並非僅限定於如第二β圖 所壬現之悲樣，其當然可作其他各種變化，例如：第一流道槽體 (220)的長度、或第一進水口（22〇〇)的數目及第一出水口（22〇2) 的數目，乃至於各個第一進水口（2200)、第一出水口（22〇2)與各 個管體(26)之間的對應關係等等，端視設計者之需求，來進行彈 性設計。 、 第二端板(24)係設置於該些散熱片（20)的另一側且與第一端 • 板(22)相對立。同時參照第三圖，第二端板(24)具有至少一個以 上的第二流道槽體(24〇)，而且，第二端板(24)同時具有第二蓋板 (242)來覆盍住該些第二流道槽體(24〇)，且可藉由黏合、铆合、 鎖合等方式來密接至第二流道槽體(24〇)周圍的板面上，如此以確 保水可以被限制於第二流道槽體(24〇)内流動。此外，第二端板(24) 的該些第二流道槽體（240)皆具有至少一個以上的第二進水口 (2400)及至少一個以上的第二出水口（24〇2)，以及該些第二進水 • 口（2400)及該些第二出水口（2402)係分別與對應的管體(26)的另 一端相連通。再次強調的是，第二端板(24)的第二流道槽體(24〇) ， 並非僅限定於如第二B圖與第三圖所呈現之態樣，其當然可作其 他各種變化，例如：第二流道槽體（24〇)的長度、或第二進水口 (2棚）的數目及第二出水口（2402)的數目，乃至於各個第二進水 口（2400)、弟一出水口（2402)與各個管體(26)之間的對應關係等 等，端視設計者之需求，來進行彈性設計。 管體(26)係用來流通冷卻液體(例如：水）。於第二β圖中， M306760 該些管體(26)係分別貫穿該些散熱片（20)，且在第三圖中，每條 官體(26)的兩端係分別各自與對應的第一端板(22)之第一流道槽 體(220)及對應的第二端板(24)之第二流道槽體(24〇)相連通，藉 以形成該冷卻液體的流通管路。另外，管體(26)在材質選用方面， 同樣係採行一種具有導熱效果良好的金屬材質（例如：銅、紹等）， 以使得冷卻液體所攜帶的熱能可透過管體(26)有效傳導至散熱片 (20)上。 φ 第二圖顯示弟二A圖液冷式散熱裝置的剖面示意圖。由第三 圖除了可清楚看出組成本創作液冷式散熱裝置（2)的各個構件彼 此之間的連結關係，尚可觀察到冷卻液體於液冷式散熱裝置〇 中的流通管路。如圖中箭頭所示，冷卻液體先自第二端板(24)的 第二進水口（2400)流入第二流道槽體(24〇)，然後從第二出水口 (2402)流出第二流道槽體(240)，再流經管體(26)，而後通過第一 端板(22)的第一進水口（2200)流入第一流道槽體(22〇)，接著自第 • 一出水口（2202)流出第一流道槽體(220)，再流經管體(26)，回到 第二端板(24)的另一個第二流道槽體(240)，此後冷卻液體便依循 - 上述模式來回流經穿梭於該些散熱片（20)，而達到散熱之目的。 本創作的主要特點在於，藉由第一端板(22)與第二端板幻 的設置來取代傳統水冷式散熱器（1)的彎管〇〇a)設計，而第一端 板(22)與第二端板(24)的扁平化結構，可大幅縮小本身尺寸與使 用空間，亦為本創作液冷式散熱裝置(2)的一項優點。 本創作液冷式散熱裝置(2)的另一項優點在於，第一端板(22) M3 06760 與第一端板(24)可採行一塑化材質，因 i旦^ 可貝叫可使用射出製程技術來 再者，由於塑化材 大里生產，所以本創作明顯具有產業利用性。 質本身_盈特性，使得摘作液冷輪 減輕:制適合材赋電子產-麵㈣進行散熱的功用 雖然本創作已以具財補鑛如上，然其·露的具 施例並非用以限定本創作，任 、 J “、wv"、此技勢者，在不脫離本創作 之精神和範圍内，當可作夂種 口種之更動契潤飾，其所作之盥 飾皆屬於本創作之範疇，本創 範圍所界定者鱗。故㈣撕卿之申請專利 【圖式簡單說明】 f 一圖_習知水冷式散絲的平面示意圖。 第A圖,、、、員不本創作液冷式散熱裝置之一較佳具體 觀立體圖。 j J Γ 第一 Β圖係第__Α圖液冷式散熱裝置的立體分解圖。 第三圖顯示第二Α圖液冷式散熱裝置的剖面示意圖。 【主要元件符號說明】 水冷式散熱器(1) 水管(10) 彎管(10a) 散熱片（12) M306760 風扇(14) 泵浦(16) 液冷式散熱裝置(2) 散熱片（20) 第一端板(22) 第一流道槽體(220) 第一進水口 (2200) 第一出水口 (2202) 第一蓋板(222) 第二端板(24) 第二流道槽體(240) 第二進水口 (2400) 第二出水口 (2402) 第二蓋板(242) 管體(26)2=献' _ not carrying (four) the development of electronic products. More detailed description of the second test 7 - Figure 'water pipe (10) shot - part of the thin bend (10)) is set in the presence of the official (1〇a), making the overall length of the water-cooled radiator (1) L M3 06760 Therefore, the length of the elbow (10) is increased, and the only condition W, ft(10)) itself, is extended. Therefore, the overall width of the cold thief 丨 ^ 式 式 政 政 政 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管 水管Not suitable for mass production. [New content] The main purpose of this creation is that the miscellaneous post knows the problem of water-cooled heat dissipation, thus narrowing the water-cooled loose wire in the electronic product___. Another purpose of this creation is that the scale is not known to be able to mass-produce the water-cooled heat-dissipation. To achieve the above-mentioned purpose of the creation, the present invention provides a liquid-cooled heat sink, including at least the like. The first side plate is disposed on the side of the heat sink, wherein the first end plate has more than one first flow channel groove; the second end plate Provided on the other side of the fins and stunned with the first end plate, wherein the second end plate has at least one second flow channel groove; and at least one pipe body is used Circulating-cooling liquids, wherein the tube systems respectively extend through the heat sinks, and the two ends of each tube body are respectively corresponding to the first flow channel groove body of the corresponding first end plate and the corresponding second The second flow channel body of the end plate is in communication to form a flow line for the cooling liquid. In order to familiarize the skilled person with the purpose, features and effects of this creation, M306760's detailed description of the creation is as follows by the following specific examples and with the attached drawings. [Embodiment] Second A _ shows a perspective view of a preferred embodiment of the liquid cooling device. The second B _ f two A-age disposition is the decomposition view of the community. The creation of liquid cooling type (2) is mainly based on the flow of cooling liquid to achieve heat dissipation. As for the cooling liquid used in the present embodiment, an aqueous solution which can be easily obtained and generally used is representative. At the same time, the second and second pictures of the tea, the liquid cooling device (2) mainly comprises: a heat sink (10), a first end plate (22), a second end plate (10) and a pipe body (26). The heat sinks (10) are arranged at intervals, and the heat sink (10) can be made of a metal material having good heat conduction properties (for example, copper or aluminum). The first end plate (22) is disposed on one side of the heat recording sheet (2 turns). As shown in the second β diagram, the first end plate (22) has at least one or more first flow channel grooves (22〇), and the second end plate (22) has the first cover plate (222) at the same time. Covering the first flow channel tanks (220), and bonding to the surface of the first flow channel tank (220) by means of bonding, riveting, locking, etc., so that the water can be restricted Flowing in the first flow channel tank (220). In addition, the first flow channel tanks (2) of the first end plate (22) have at least one or more first water inlets π (2_ and at least one or more first water outlets (2202), And the first water inlets (22〇〇) and the first water outlets (2202) are respectively connected to the ends of the corresponding pipe bodies (10). The M306760, which is specially described, is the first end plate (22). The first flow channel body (220) is not limited to the sadness as shown in the second β-picture, and of course, various other changes can be made, for example, the length of the first flow channel body (220), or the first The number of nozzles (22〇〇) and the number of first outlets (22〇2), even between each first water inlet (2200), first water outlet (22〇2) and each pipe body (26) Corresponding relationship, etc., depending on the designer's needs, to carry out the elastic design. The second end plate (24) is disposed on the other side of the heat sink (20) and with the first end plate (22) Referring to the third figure, the second end plate (24) has at least one second flow channel body (24〇), and the second end plate (24) has a second cover plate (242) at the same time. Overlay The second flow channel body (24〇) is clamped, and can be adhered to the surface of the second flow channel body (24〇) by bonding, riveting, locking, etc., so as to ensure The water may be confined to flow in the second flow channel body (24〇). Further, the second flow channel bodies (240) of the second end plate (24) each have at least one second water inlet ( 2400) and at least one of the second water outlets (24〇2), and the second water inlets (2400) and the second water outlets (2402) are respectively associated with the corresponding tubes (26) The other end is connected. It is emphasized again that the second flow channel body (24〇) of the second end plate (24) is not limited to the ones as shown in the second B and third figures, of course. Various other changes can be made, such as the length of the second flow channel (24 〇), or the number of the second water inlet (2 shed) and the number of the second water outlet (2402), and even the second water inlet (2400), the correspondence between the water outlet (2402) and the respective pipe body (26), etc., and the design of the designer is used to carry out the elastic design. The pipe body (26) is used for circulation cold. Liquid (for example: water). In the second β diagram, M306760, the tubes (26) respectively penetrate the fins (20), and in the third figure, the ends of each body (26) Each of the first flow channel body (220) of the corresponding first end plate (22) and the second flow channel body (24〇) of the corresponding second end plate (24) are respectively connected to form the cooling. In addition, the pipe body (26) adopts a metal material with good heat conduction effect (for example, copper, sho, etc.) in terms of material selection, so that the heat energy carried by the cooling liquid can pass through the pipe. The body (26) is effectively conducted to the heat sink (20). φ The second figure shows a schematic cross-sectional view of the liquid-cooled heat sink of the second A diagram. From the third figure, in addition to the connection between the components constituting the liquid cooling device (2), the flow line of the cooling liquid in the liquid cooling heat sink 尚 can be observed. As indicated by the arrow in the figure, the cooling liquid flows from the second water inlet (2400) of the second end plate (24) into the second flow channel body (24〇), and then flows out from the second water outlet (2402). The flow channel body (240) flows through the pipe body (26) and then flows into the first flow channel body (22〇) through the first water inlet (2200) of the first end plate (22), and then The nozzle (2202) flows out of the first channel tank (220) and then flows through the tube (26) to return to the other second channel tank (240) of the second end plate (24), after which the cooling liquid follows - The above mode is used to recirculate through the heat sinks (20) to achieve heat dissipation. The main feature of this creation is that the first end plate (22) and the second end plate are arbitrarily replaced by the traditional water-cooled heat sink (1). The flattened structure of the second end plate (24) can greatly reduce the size and space of use, and is also an advantage of the liquid cooling device (2). Another advantage of the liquid cooling device (2) is that the first end plate (22) M3 06760 and the first end plate (24) can be made of a plastic material, because the Using the injection process technology, the creation of the plasticized material is obviously industrially useful. The quality itself _ surplus characteristics, so that the picking liquid cooling wheel is lightened: the suitable material for the electronic production - surface (four) for the function of heat dissipation, although the creation has been rich in the above, but its application is not limited This creation, Ren, J ", wv", this technical person, in the spirit and scope of this creation, can be used as a kind of genre, and its decoration is in the scope of this creation. The scale defined by the scope of the creation. Therefore, (4) the application patent of the tearing clear [simplified description of the drawing] f a diagram _ the schematic diagram of the water-cooled loose filament of the well-known figure. The first picture, the picture, the staff is not liquid cold One of the heat dissipating devices is preferably a detailed perspective view. j J Γ The first drawing is a three-dimensional exploded view of the liquid cooling heat sink device. The third figure shows a schematic cross-sectional view of the second cooling liquid cooling device. Main component symbol description] Water-cooled radiator (1) Water pipe (10) Elbow (10a) Heat sink (12) M306760 Fan (14) Pump (16) Liquid-cooled heat sink (2) Heat sink (20) One end plate (22) First flow channel body (220) First water inlet (2200) First water outlet (2202) A cover plate (222) a second end plate (24) form a second flow passage grooves (240) a second inlet (2400) a second outlet (2402) of the second plate (242) the tubular body (26)