2 2200421070 □國外微生物【格式請依··寄存國名；機構；日期；號碼順序註記】 []熟習該項技術者易於獲得，不須寄存。 玖、發明說明 … ...........................ΛΚ·······^ ν.·’ν!^·^· 翁伽 W—画 .....................................................鐵’細赠鑛纏 【發明所屬之技術領域】 本發明係關於一種液冷式泵浦，尤指一種可適用筆記 型電腦使用的液冷式泵浦，藉由該泵浦可供將冷卻液於筆 記型電腦内部所設的CPU上循環，可達到冷卻目的。 【先前技術】 筆冗型電腦主要的趨勢係為輕、薄、短、小，以筆記 型電腦可供達到便於人的攜帶及使用，於筆記型電腦内部 設有CPU，由於CPU工作時會發熱，故必需於CPU上設置散 熱裝置，以防止CPU發生過熱的問題。 習用於CPU上所設置的散熱裝置，一般係於CPU上設 置具有數散熱鰭片的散熱器，再以風扇吹向散熱器，以供 將CPU於工作中產生的熱吹散，以達到散熱目的，防止CPU 於工作時產生過熱問題，但是，上述結構於實際使用時， 卻具有如后的缺點，有待改善； 由於散熱器於散熱時的效果不佳，並不能達到確實的 200421070 1二功效’隸會使筆記型電腦無法順暢的運作，進而合 衫響筆記型電腦的工作效率。 曰 【發明内容】 因此’本發明主要目的力接祉 在罟目的在楗供―種液冷式泵浦，主要 以=筆記型電腦内部所設的CPU達到確實的散熱功效， 方止CPU發生過熱的問題。 為達成前述目的採取的主要技術手段包括： 液、、2及上蓋相對鎖固，於底座及上蓋間具有供冷卻 二ΤΓ:座外接進液管與出液管，於空間中裝設 衣狀葉片，其内部設磁環； 外轉式馬達線圈，1瓦疏& — 2 環狀葉片轉動，環狀轉動，令磁環帶動 與上蓋間，再由出液管^由進液吕進入底座 所嘹的ΓΡΠ、《t A 生循衣’令筆記型電腦内部 树㈣職為”㈣構型態下， 即可達到確實冷卻CPU的創作目的。 u 【實施方式】 本發明係為一種液冷式泵浦（如第一、_ - ^ 中所示），係以底座（i 0)、上^ —、二、四圖 成，底座（10)肉加 上盍（20)相對鎖固組 座"〇)上八別外接形成有環狀的空間（11)，於底 ，於底座（1 0)中央形一 2)與出液管（1 3) 的開口為朝下； 、y 槽（15)，該槽（15) 數外轉式馬達線圈（3 座（1〇)之，可由下部朝上設置於底 之槽（15)中的凹入部； 200421070 一環狀葉片（4 0 )，其外侧具鋸齒形係設於底座（ 1 0)與上蓋（20)之間的空間（1 1)處，於環狀葉 片（40)内部設有一磁環（41)，環狀葉片（4〇) 内側設有磁環連接蓋（4 2 )，磁環連接蓋（4 2 )為圓 幵^開口朝下的蓋體’其中心設一轉轴（4 3 )可套入槽（ 1 5)上’以當作轉動時的支撐，於上蓋（2〇)下部與 底座（10)之間設有一片可防漏的墊片（6〇)。 如第一 五圖中所示，本發明的主要創作特色在於： 田外轉式馬達線圈（3 〇 )於通電激磁後可驅動磁環（4 1)轉動’令内部包覆磁環"丄）的環狀葉片（4〇) 同步轉動’藉以令冷卻液可由進液管（丄2 入底座（ 10:與上蓋（20)㈤而由出液管"3)處輸出，再 外接管路（1 4 )於筆記型電腦内部所設的cpu ( 5 〇 )上 ’即可達到將筆記型電腦内部所設的⑽（5 q )於運作時 =的熱經冷排裝置（70)，將熱量散出經液冷式栗浦 帶動冷卻液循環，可令CPU ( 5 U )達到確實的散熱功效。 如第六、七圖中所示，大部 大4份相同於前述第二圖中的 構造，其不同處在於：磁環 ...N 妾盍（42)為中心為内凹 (4 4 )的型態，以供套入槽（ ,^w 、1 5 )中心點的凸出部（ 1 6 )，於使用時亦可令電腦 功效。 驷内。卩所設的CPU達到散熱之 如第八、九圖中所示，大 型態，其不同處係在於：可將 磁環連接蓋（4 2 )與環狀葉 部份相同於第二圖中所示的 第〜圖中具轉軸（43)的 片（40)—體製成，磁環 200421070 可藉外轉 1 )，並 同前述的 (4 1 )係設於環狀葉片（4 〇 )内側，同樣， 式馬達線圈（3 0 )於通電激磁後感應磁環（4 同步帶動環狀葉片（4 0 )轉動，同樣可達到相 創作目的。 亦可於磁環連接蓋（4 2 )與環狀葉片（4 〇 ) 一體 製成，於環狀葉片（40)t央形成相同於第六圖中的内 凹，其可與如第六圖中槽（i 5 )中心點的凸出部（工6 )套合並供轉動之需。 由上述說明可知，本發明係利用前述的空間結構型態 下，藉由液冷式泵浦的設置可達到令筆記型電腦内部所： CPU確實的散熱功效’具有顯著而具體的功效增進，故本發 明提供的液冷式㈣已符合發明專利要件，爰依法提起申 【圖式簡單說明】 (一）圖式部分 第一圖：係本發明之立體外觀圖。 第二圖：係本發明之立體分解圖。 第三圖：係、本發明之縱向結合剖視圖。 第四圖：係本發明之橫向結合剖視圖。 第五圖：係本發明之較佳實施例的平面示意圖 第六圖：係本發明之另-立體分解圖。 第七圖：係本發明之另-結合剖視圖。 第八圖：係本發明之再—立體分解圖。 第九圖：係本發明之再一結合剖視圖。 200421070 (二）元件代表符號 (1 0 )底座 (1 2 )進液管 (1 4 )管路 (1 6 )凸出部 (3 0 )外轉式馬達線圈 (4 0 )環狀葉片 (4 2 )磁環連接蓋 (4 4 )内凹 (6 0 )墊片 (1 1 )空間 (1 3 )出液管 (1 5 )槽 (2 0 )上蓋 (4 1 )磁環 (4 3 )轉軸 (5 0 ) CPU (7 0 )冷排裝置2 2200421070 □ Foreign microorganisms [Please follow the format of the depositing country name; organization; date; note of number sequence] [] Those who are familiar with this technology are easy to obtain and do not need to be deposited.发明 、 Explanation of the invention ............... ΛΚ ····· ^ ν. · 'Ν! ^ · ^ · Onga W—Painting ............................ ......... Iron 'fine gift entanglement [Technical Field of the Invention] The present invention relates to a liquid-cooled pump, especially a liquid-cooled pump suitable for use in a notebook computer. The pump can be used to circulate the cooling liquid on the CPU inside the notebook computer, which can achieve the purpose of cooling. [Previous technology] The main trend of pen-red computers is light, thin, short, and small. Notebook computers are available for easy carrying and use. There is a CPU inside the notebook computer, which will heat up when the CPU is working. Therefore, a heat sink must be provided on the CPU to prevent the CPU from overheating. The heat dissipation device used in the CPU is generally provided with a heat sink with a number of heat dissipation fins on the CPU, and then blows the fan to the heat sink to blow away the heat generated by the CPU during work to achieve the purpose of heat dissipation. To prevent the CPU from overheating during work, but the above structure has the following disadvantages in actual use and needs to be improved; due to the poor effect of the heat sink when dissipating heat, it cannot achieve the exact 200421070 12 effect. As a result, the notebook computer cannot run smoothly, which in turn affects the efficiency of the notebook computer. [Summary of the Invention] Therefore, the main purpose of the present invention is to provide a kind of liquid-cooled pump. The main purpose of the present invention is to achieve a reliable heat dissipation effect by using a CPU set in the notebook computer to prevent the CPU from overheating. The problem. The main technical measures adopted in order to achieve the foregoing objectives include: relatively locking of the liquid and the upper cover, and between the base and the upper cover, there are two cooling units TΓ: the seat is connected to the liquid inlet pipe and the liquid outlet pipe, and clothes-like blades are installed in the space The inner ring is provided with a magnetic ring; the outer-rotating motor coil, 1 Watt & 2 ring blades rotate, and the ring rotates, so that the magnetic ring drives between the upper cover and the liquid outlet tube and enters the base through the liquid inlet. The ΓΡΠ and "t A 循 生 衣" make the internal tree of the notebook computer work in the configuration mode, which can achieve the purpose of actually cooling the CPU. [Embodiment] The present invention is a liquid-cooled type The pump (as shown in the first, _-^) is based on the base (i 0), upper ^ —, two, and four. The base (10) meat plus 盍 (20) is relatively locked. 〇) The upper part of the upper eight is formed with a ring-shaped space (11), at the bottom, the opening at the center of the base (1 0) 2) and the outlet pipe (1 3) are facing downward; y groove (15 ), The slot (15) is a number of external-rotation motor coils (3 seats (10), which can be set from the bottom to the bottom in the recess (15) in the bottom; 2004210 70 A ring-shaped blade (40), the outside of which is indented, is located at the space (11) between the base (10) and the upper cover (20), and a magnetic ring is arranged inside the ring-shaped blade (40). (41), the inner side of the annular blade (40) is provided with a magnetic ring connection cover (4 2), and the magnetic ring connection cover (4 2) is a cover with a round opening ^ and a rotation shaft (4 3) It can be inserted into the groove (15) to be used as a support during rotation. A leak-proof gasket (60) is provided between the lower part of the upper cover (20) and the base (10). As shown in the figure 1-5, the main creative features of the present invention are as follows: The field-rotating motor coil (30) can drive the magnetic ring (4 1) to rotate after being energized and energized. The ring-shaped blade (4〇) rotates synchronously so that the cooling liquid can be output from the liquid inlet pipe (丄 2 into the base (10: and the upper cover (20) ㈤ and the liquid outlet pipe " 3), and then connected to the pipe (1 4) On the CPU (50) set in the notebook computer, the heat generated by the notebook computer (5q) can be used to cool the heat dissipation device (70) during operation to dissipate heat. Liquid-cooled Kuriura Driving the coolant circulation can make the CPU (5 U) achieve a reliable heat dissipation effect. As shown in the sixth and seventh figures, most of the four parts are the same as the structure in the second figure, except that the magnetic ring is different. ... N 妾 盍 (42) is a type whose center is concave (4 4), and is used to fit into the protruding portion (1 6) of the center point of the groove (, ^ w, 1 5). It can make the computer function. 驷 内. 卩 The CPU set up to achieve heat dissipation is as shown in the eighth and ninth figures. The large state is different in that the magnetic ring can be connected to the cover (4 2) and the ring leaf. The part is the same as the piece (40) with the rotating shaft (43) shown in the second figure shown in the second figure. The magnetic ring 200421070 can be borrowed externally 1), and it is the same as the above (4 1) system. On the inside of the annular blade (40), similarly, the induction motor coil (4) synchronously drives the annular blade (40) to rotate after being energized, which can also achieve the purpose of phase creation. It can also be made integrally with the magnetic ring connection cover (4 2) and the annular blade (40), and the same shape as in the sixth figure can be formed on the center of the annular blade (40). The protrusion (work 6) at the center of the middle groove (i 5) is combined for rotation. As can be seen from the above description, the present invention utilizes the aforementioned space structure type, and the liquid-cooled pump can be used to achieve the inside of the notebook computer: the CPU's true heat dissipation effect has a significant and specific effect improvement, so The liquid-cooled type provided by the present invention has met the requirements of the invention patent, and the application has been filed according to the law. [Simplified description of the drawings] (1) The first part of the schematic part is a three-dimensional appearance of the present invention. The second figure is an exploded perspective view of the present invention. The third figure: a longitudinal sectional view of the present invention. Fig. 4 is a cross-sectional view of a transverse combination of the present invention. Fig. 5 is a schematic plan view of a preferred embodiment of the present invention. Fig. 6 is another exploded view of the present invention. FIG. 7 is another cross-sectional view of the present invention. The eighth figure is a three-dimensional exploded view of the present invention. The ninth figure is a sectional view of still another combination of the present invention. 200421070 (II) Symbols for components (1 0) Base (1 2) Inlet pipe (1 4) Pipe (1 6) Projection (3 0) Outer turning motor coil (4 0) Ring blade (4 2) Magnetic ring connection cover (4 4) Inner recess (6 0) Spacer (1 1) Space (1 3) Outlet pipe (1 5) Groove (20) Top cover (4 1) Magnetic ring (4 3) Shaft (50) CPU (70) cold exhaust device