M285200 八、新型說明： 【新型所屬之技術領域】 <本新型係有·—鮮種安裝模式之齡散熱模組 ，尤指一 種可以將液冷散錄模組所需的元件，殼體巾，且於該 成版之側面上’叹有連接固定結構，使該可以輕易地鎖固、掛 1或黏附於如電1自域軸、電齡機箱外側或雜該電腦主機 箱之其它固定物上，以符合不同使用者之安裝需求。 【先前技術】 由於個人電月自或飼服器所使用的中央處理器或其他晶片的操 作速度愈來餘’職生的溫度也越來越高。傳統單純以氣冷散 ’、’、勺方式早已不敷所*。於是有許多業者紛紛改採水冷式散熱。 也就是利躲、氣液熱交換器、儲賴、熱交換盒〔俗稱「水冷 」斤、’成的水冷式放熱系統，再加上散熱風扇以便達成有效 散熱的目的。但在安裝佈署上，這絲、氣液熱交換器〔俗稱「散 熱排」〕、儲液箱、集熱箱及散熱風扇等等許多組件都是各自分 散地設置於電腦主機箱内部，或是將其中—部份的組件襄設於電 腦主機額部⑽其餘的組件裝設在電腦主機箱的外部。 可乂’。見地，組裝時，必翻用水管加以連通各她件 ，㈣都是—健為 非但如此，當要拆解其中某—電腦元件時，或 的某一組件故障而必須拆換時，極為繁複費時費工的拆換= 5 M285200 讓使用者或是個人電腦系統製造商卻步與深深困擾。 【新型内容】 & 本新型之目的旨在提供__種多種安裝模式之液冷散熱模组， 係含有-殼體’於該殼體中係設有—容置空間，以裝置—散熱排、 水箱、液壓幫浦及-風扇於内，並令射概熱排、水箱、液壓 幫浦間，以輸液管串聯，使冷卻液可以流經上述各元件中者，其 特徵在於：該殼體上财如駭孔、掛勾或雙面膠帶等連接 固定結構，以緊嶋貞接、掛置或_於電齡機箱内部，或者 緊固地鎖接、掛置或黏接於電腦主機箱外部，使本新型所揭示之 液冷散熱模組，可以隨制者之安裝需求，進行安裝。 本新型之可取實體，可由以下之·及賴各圖式，而得以 明晰之。 【實施方式】 明參閱第1八@所示’本新型係有關於_種多種安裝模式 ⑩之液冷散賴組，係含有-殼體⑽，於該殼體(2G)中係設有一 容置空間，以裝置-散熱排⑽、水箱（40)、液壓幫浦⑽及一 風扇（60)於内，並令其中該散熱排(3〇)、水箱（4〇)、液壓幫浦⑽ 間’分別以輸液官串聯，使冷卻液可以流經上述各元件中者，其 特徵在於··該殼體(20)上設有如固定螺孔⑵a)、掛勾（21b)或膠 f面（21c)......等連接固定結構(21)，以緊固地鎖接、掛置或黏接 於電腦主機箱（70)内部，或者緊固地鎖接、掛置或黏接於電腦主 機箱（70)外部’使本新型所揭示之液冷散熱模組，可以隨使用者 .M285200 • · 之安裝需求，進行安裝。 如第一、二圖所示，本新型所揭示多種安裝模式之液冷散熱 杈組，其中该殼體（2〇)，係含有··兩鋁擠型段面呈门型狀之殼體 _ (20a、20b)，於各該门型狀之殼體（施、_兩側，分別設有固 定螺孔（25)，以分別藉螺絲鎖接一側壁（22a、22b)，而將散熱排 (30)、水箱（40)、液壓幫浦（50)及風扇（6〇)框圍於兩门型狀之殼 體（20a、20b)及兩側壁（22a、22b)間。 • 本新型所揭示之殼體⑽，於其-側面上，係可如第三圖所 示’穿設有多數呈固定螺孔⑵a)式的連接固定結構⑻，使用者 便可以藉多數螺絲在穿經電腦主機箱⑽之面板或其它固定物 後’螺合於該固定螺孔(2ia)中，而將本新型緊固地鎖接於電腦主 機箱（70)内部〔如第五圖所示〕，或緊附於電腦主機箱⑺)之外 側〔如第六®所示〕，或是遠離該電腦主機箱⑽遠處之固定物 上，本新型並不自限其安裝之位置者。 • 本新型所揭示之殼體(20)，於其一側面上，係可如第七圖所 示，固裝有掛鉤(21b)形態之連接固定結構⑻，使用者便可以藉 由殼體（20)上的掛鉤⑽）勾掛如電腦主機箱之内部或外部或其 它固定物上，本新型並不自限其掛置位置者。 本新型所揭示之殼體(20)，於其—側面上，係可如第八圖所 示’貼附有-層膠帶面（21c)，如雙面膠帶形態之連接固定妹構 ⑵），使用者便可以II由謂帶面，將本_緊貼於如電齡機 箱⑽)之内部或外部或其它固定物上，本新型並不自限其掛置位 M285200 • 置者。 • %第四圖所示’本新型所揭示多種安裝模式之液冷散熱模 組’其中裝置於該殼體(2〇)中之散熱排(3〇)，係由多數散熱鰭片 (31)所組成，於各散熱則⑻中係嵌置有—熱交換管⑽，令 該熱交換管（32)之第-管端(321)係突出於該殼體⑽外，以藉輸 液官銜接至遠端熱源上之—熱交換盒⑽）〔或稱水冷頭〕之出水 口（81)，而該散熱排（30)之熱交換管（32)的第二管端（322)，係以 • 輸液管銜接至該水箱（40)之進水口（41)，而該水箱（40)之出水口 (42)，係以輸液管銜接至液壓幫浦（5〇)之進水口（51)，並使該液 壓幫浦（50)之出水口（52)，突伸至該殼體(20)外，並以輸液管銜 接至达端熱父換盒(80)之進水端（82)，使該熱交換盒(go)、散熱 排(30)、水箱（40)及液壓幫浦（50)，構成一液冷式熱交換循環系 統0 如第一至四圖所示，本新型所揭示多種安裝模式之液冷散熱 • 模組，其中該殼體之一側，係設有多數散熱孔（23)，以投影對正 该散熱排（30) ’以使該散熱排（30)之熱量可快速經各散熱孔(23) 向外釋出。 本新型所揭示多種安裝模式之液冷散熱模組，其中該風扇（6〇) 係採用鼓風式風扇’於該殼體（20)之一侧，係穿設有一進風口 (24)，以投影對正該風扇（60)之進風口（61)，並令該風扇（60)之 出風口（62)，指向該散熱排（30)及該殼體(20)之散熱孔(23)，以 將散熱排(30)之熱能快速向外吹出者。 _ M285200 • •上述之散熱排（30)、水箱（40)、液壓幫浦（5〇)及風扇（6〇)等 ‘ 兀件，係為一般習知之物件，由於並非本新型專利之申請標的， 故不予贅述。 本新型所揭示多種安裝模式之液冷散熱模組，其中該散熱排 (30)係安裝於趨近該殼體⑽之第二側，並使該散熱排⑽之第 -側投影對正該殼體⑽）位於第二側賴壁⑽)上之散熱孔 ⑽，而該散熱排⑽之各散熱轉片⑻的第一側，係緊鄰該風 • 力⑽)之出風口（62)，另該液壓幫浦⑽)與水箱⑽)係分別裝置 於趨近該殼體⑽)之第-側位置，且該水箱⑽之—側，係凹設 呈-弧形凹面⑽，吻合地趨近該風扇⑽之導風罩外圍，以增 加其冷卻液容量，經由上述之_、組裝方式，可以使本新型充 份利用該殼體(20)内之空間，使該殼體⑽於外觀上，極為巧小、 輕薄，而易於安裝在任何地方使用。 本新所揭示夕種*裝模式之液冷散熱模組，其主要特徵在 _ 於’所需液冷散熱元件，如散熱排(3〇)、水箱⑽、液壓幫浦⑽） 及風扇⑽’都被巧妙的安置在—個巧小的殼體⑽中，並於該 殼體⑽之-側面上，設有連接固定結構⑻〔如螺孔、掛釣、 雙面膠帶等〕’使本新型可以藉由這些連接固定結構，很輕易的 就能將本新型絲錢齡偏（7_料者絲在電腦主機箱 ⑽外，或者是位於電腦主機箱⑽遠端的固定物上，而顯本新 型於安裂上的便利性。 本新型所揭示之結構、形狀，可於不違本新型之精神及範疇 M285200 .下予以修飾應用，本新型並不予自限。 【圖式簡單說明】 第-圖：係本新型之分解示意圖。 第二圖：係本新型之外觀示意圖。 第三圖：係本新型另一方向外觀示意圖。 第四圖：係本難所構成之冷卻循環示意圖。 第五圖··係本新型裝置在電腦主機箱中之示意圖。 帛六圖：係本新型裝置在電腦主機箱外之示意圖。 第七圖·係本新型另一實施例示意圖。 第八圖·係本新型之再一實施例示意圖。 【主要元件符號說明】 (20)殼體 (20a) η型狀之殼體 (20b) Π型狀之殼體 (21)連接固定結構 (21a)固定螺孔 (21b)掛鉤 (21c)膠帶面 (22a)側壁 (22b)側壁 (23)散熱孔 (24)進風口 (25)固定螺孔 (30)散熱排 (31)散熱鰭片 (32)熱交換管 (321)第一管端 (322)第二管端 W0)水箱 (41)進水口 (42)出水口 (43)弧形凹面 (50)液壓幫浦 (51)進水口 (52)出水口 (60)風扇 (61)進風口 (62)出風口 (70)電腦主機箱 (80)熱交換盒 (81)出水口 M285200 (82)進水端M285200 VIII. New description: [New technical field] [This new type has a new installation mode age cooling module, especially a component that can be used for liquid cooling recording module, housing towel And on the side of the plate, 'sighs the fixed structure, so that it can be easily locked, hung 1 or adhered to other fixtures such as the electric 1 self-domain shaft, the outside of the electrical age chassis or the other computer mainframe. In order to meet the installation needs of different users. [Prior Art] Since the operating speed of the central processing unit or other wafers used by the personal electric moon or the feeder is getting higher, the temperature of the medical staff is getting higher and higher. The tradition is simply that the air is cold, and the method of scooping is long gone. So many companies have switched to water-cooled cooling. It is also a water-cooled heat-dissipating system, such as a gas-heating heat exchanger, a storage heat exchanger, a heat exchange box (commonly known as "water-cooled", and a heat-dissipating fan, in order to achieve effective heat dissipation. However, in the installation and deployment, many components such as the wire and gas-liquid heat exchanger (commonly known as "heat-dissipation row"), the liquid storage tank, the heat collecting box and the cooling fan are each dispersedly disposed inside the mainframe of the computer, or It is to install some of the components in the front part of the computer (10) and install the rest of the components outside the mainframe of the computer. Cute. Seeing the ground, when assembling, it is necessary to use a water pipe to connect each of them. (4) It is all--health, but when it is necessary to disassemble one of the computer components, or when a component fails and must be replaced, it is extremely complicated and time consuming. Labor-saving disassembly = 5 M285200 makes users or PC system manufacturers deterred and deeply troubled. [New Content] & The purpose of this new model is to provide a liquid cooling module with various mounting modes, which is provided with a housing - a housing space for the device - heat dissipation row , the water tank, the hydraulic pump and the fan are inside, and the heat pipe, the water tank and the hydraulic pump are connected in series, so that the coolant can flow through the above components, and the feature is: the casing The upper fixed connection structure such as boring, hanging hook or double-sided tape is used to close, hang or _ inside the electrical age chassis, or securely lock, hang or stick to the outside of the mainframe The liquid cooling module disclosed by the present invention can be installed according to the installation requirements of the manufacturer. The desirable entities of the present invention can be clarified by the following and the various drawings. [Embodiment] Referring to the first eight@@', the present invention relates to a liquid-cooled dispersing group of a plurality of mounting modes 10, which comprises a housing (10), and a housing is provided in the housing (2G). Space, with the device - heat sink (10), water tank (40), hydraulic pump (10) and a fan (60), and let the heat sink (3 〇), water tank (4 〇), hydraulic pump (10) 'Individually, the infusion unit is connected in series to allow the coolant to flow through the above-mentioned various elements, and is characterized in that the housing (20) is provided with a fixing screw hole (2) a), a hook (21b) or a glue surface (21c). ) etc. The connection fixing structure (21) is securely locked, attached or glued to the inside of the mainframe (70) of the computer, or is securely locked, attached or glued to the computer. The external chassis (70) externally enables the liquid cooling module disclosed in the present invention to be installed in accordance with the installation requirements of the user's .M285200. As shown in the first and second figures, the liquid cooling fin assembly of the various installation modes disclosed in the present invention, wherein the housing (2〇) is a housing having a door shape of two aluminum extruded sections _ (20a, 20b), in each of the door-shaped casings (the sides of the door, the _, respectively, are provided with fixing screw holes (25) to respectively lock a side wall (22a, 22b) by screws, and the heat dissipation row (30) The water tank (40), the hydraulic pump (50) and the fan (6〇) frame between the two-door casings (20a, 20b) and the two side walls (22a, 22b). The housing (10) disclosed on the side surface can be connected with a plurality of fixing screw holes (2) a) as shown in the third figure. The user can use a plurality of screws to pass through the computer host. After the panel or other fixture of the box (10) is screwed into the fixing screw hole (2ia), the new type is tightly locked inside the computer main box (70) (as shown in the fifth figure), or tightly Attached to the outside of the mainframe (7)) (as shown in the sixth®), or away from the fixture on the remote side of the mainframe (10), the new model does not limit its installation. The housing (20) disclosed in the present invention can be attached to the fixing structure (8) in the form of a hook (21b) on one side thereof as shown in the seventh figure, and the user can use the housing ( 20) The hook (10) on the hook is hooked up inside or outside the mainframe of the computer or other fixtures, and the new model does not limit its hanging position. The casing (20) disclosed in the present invention can be attached with a layer of tape (21c) on the side surface thereof as shown in the eighth figure, such as a double-sided tape in the form of a fixed connection (2). The user can use II to attach the surface to the internal or external or other fixtures such as the electrical age chassis (10). The new model does not limit its mounting position to the M285200. • The fourth figure shows the liquid cooling module of the various installation modes disclosed in the present invention. The heat dissipation row (3〇) installed in the housing (2〇) is composed of a plurality of heat dissipation fins (31). The heat exchange tube (10) is embedded in the heat dissipation (8), so that the first tube end (321) of the heat exchange tube (32) protrudes outside the housing (10), and is connected to the infusion body to The water outlet (81) of the heat exchange box (10) (or water-cooling head) on the remote heat source, and the second tube end (322) of the heat exchange tube (32) of the heat dissipation row (30) are The infusion tube is connected to the water inlet (41) of the water tank (40), and the water outlet (42) of the water tank (40) is connected to the water inlet (51) of the hydraulic pump (5〇) by the infusion tube, and The water outlet (52) of the hydraulic pump (50) protrudes out of the casing (20), and is connected by an infusion pipe to the water inlet end (82) of the heat exchanger replacement box (80). The heat exchange box (go), the heat dissipation row (30), the water tank (40) and the hydraulic pump (50) constitute a liquid-cooled heat exchange circulation system. As shown in the first to fourth figures, the present invention discloses various Liquid cooling in installation mode • Mode One side of the housing is provided with a plurality of heat dissipation holes (23) for projecting the heat dissipation row (30)' so that the heat of the heat dissipation row (30) can be quickly passed through the heat dissipation holes (23) Released outside. The present invention discloses a liquid cooling module of various installation modes, wherein the fan (6〇) adopts an air blowing fan 'on one side of the casing (20), and is provided with an air inlet (24) to Projecting the air inlet (61) of the fan (60), and directing the air outlet (62) of the fan (60) to the heat dissipation hole (30) and the heat dissipation hole (23) of the housing (20). To quickly blow out the heat of the heat sink (30). _ M285200 • The above-mentioned heat sink (30), water tank (40), hydraulic pump (5〇) and fan (6〇) are the general items, which are not the subject of this new patent. Therefore, it will not be repeated. The liquid cooling module of the present invention discloses a plurality of mounting modes, wherein the heat dissipation row (30) is mounted on the second side of the casing (10), and the first side projection of the heat dissipation row (10) is aligned with the casing. The body (10) is located on the second side wall (10) of the heat dissipation hole (10), and the first side of each of the heat dissipation fins (8) of the heat dissipation row (10) is adjacent to the air outlet (62) of the wind force (10), and the The hydraulic pump (10)) and the water tank (10) are respectively disposed at a position closer to the first side of the casing (10), and the side of the water tank (10) is concavely formed into an arc-shaped concave surface (10), which closely matches the fan. (10) The outer periphery of the air hood to increase the capacity of the coolant. According to the above-mentioned method, the present invention can fully utilize the space in the casing (20), so that the casing (10) is excellent in appearance. Small, lightweight, and easy to install for use anywhere. The liquid-cooled heat-dissipating module of this new type of eve-packed mode is mainly characterized by 'required liquid-cooled heat-dissipating components, such as heat-dissipating heat sink (3〇), water tank (10), hydraulic pump (10)) and fan (10)' They are cleverly placed in a small casing (10), and on the side of the casing (10), there is a connection fixing structure (8) (such as screw holes, hanging fishing, double-sided tape, etc.) With these connection fixing structures, it is easy to change the new type of silk money (7_ material wire outside the computer main box (10), or on the fixed object at the far end of the computer main box (10), and the original The convenience of the new type of cracking. The structure and shape disclosed in the present invention can be modified and applied without departing from the spirit and scope of the new model M285200. The present invention is not self-limiting. [Simple description of the figure] - Figure: This is a schematic diagram of the decomposition of the new model. The second diagram is a schematic diagram of the appearance of the new model. The third diagram is a schematic diagram of the appearance of the other direction of the new model. The fourth diagram is a schematic diagram of the cooling cycle formed by the difficulty. ··This is a new device in the mainframe of the computer. Fig. 6 is a schematic view of the novel device outside the mainframe of the computer. Fig. 7 is a schematic view of another embodiment of the present invention. Fig. 8 is a schematic view of still another embodiment of the present invention. 】 (20) Housing (20a) η-shaped housing (20b) Π-shaped housing (21) connection fixing structure (21a) fixing screw hole (21b) hook (21c) tape surface (22a) side wall ( 22b) Side wall (23) Cooling hole (24) Air inlet (25) Fixing screw hole (30) Heat sink (31) Heat sink fin (32) Heat exchange tube (321) First tube end (322) Second tube end W0) water tank (41) water inlet (42) water outlet (43) curved concave surface (50) hydraulic pump (51) water inlet (52) water outlet (60) fan (61) air inlet (62) air outlet ( 70) Computer main box (80) heat exchange box (81) water outlet M285200 (82) inlet end