200836045 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種散熱器，尤指一種可隨時觀察並維護該 散熱模組的正常散熱功能，避免電子元件因為散熱不良所導致 積熱過高而燒毀，同時可配合燈光與水波的折射而呈現特殊閃 爍效果之結構者。 【先前技術】 如第一圖所示，習用的散熱模組結構包含有一散熱器 (10)、一固定座（20)及以一散熱風扇（30); 其中’散熱器（10)係直接接觸發熱的電子元件以吸收其 熱能’散熱風扇（3〇)則是利用固定座（20)固定配置於散熱 态（10)上方以辅助驅散熱能； 政熱為（1〇)具有一中央導熱體（11)，中央導熱體（11) 周邊延伸有複數散熱鰭片（12)，且其内部形成絕對密閉的中 空容室（13)，容室（13)當中設置有一攪動器（14)，並充填 有冷卻液體，冷卻液體可以是水、冷凝液或其他可吸收熱能並 為乱、液相變化之液體，且攪動器（14)與散熱風扇（3〇)之 相對應位置各自設有磁性結合元件（15，31); 所以當散熱風扇（3〇)運轉時，即可藉&雜結合元件 (15’31)之磁性牽引，使攪動器（14)與散熱風扇（30)同 5 200836045 ' 〃運轉^攪動容室（14)㈣所充填的冷卻液體，達到更快 ’ 速、更向溫度的解熱效果。 准’上迷習用散熱模組的容室（13)為一絕對密閉的空間， 而且搜動器⑽與散熱風扇（3〇)之間並沒有直接連結傳動， 岐利用磁性結合元件（15,31)_刚連動，所以由散 熱為（10)外部並無法得知該容室（13)内部的情況，也益法 判斷攪動器（14)是否順利運轉； 右授動器（14)沒有順利運轉，則容室（13)内部所充填 的冷部液體將成靜止狀態，而且吸收熱能之後也無法將熱能均 勻的擴散傳鞋每-片散_片（12)，使整體賴效果大打 折扣，甚至造成發熱的電子元件因為散熱不良所導致積熱過高 而燒毀。 【發明内容】 有鑑於此’本發明紐供一雖熱器，以解決上述習用結 構所存在之種種問題； 、—本發明之散熱H具有—巾央導熱體，巾央導舗周邊延伸 有複數散熱鰭片，且内部形成絕對密閉的中空容室，該容室中 叹置有-授動器，並充填有冷卻液體’而且散熱器上設有至少 —個透明視f，使人可由韻H外部直接觀察容室的内部情 況，並得知擾動器是否順利運轉；藉此，可以隨_察並維護 該散熱模組的正常散熱功能，避免電子元件因為散熱不良所導 6 200836045 - 致積熱過高而燒毁的問題。 < 另外，本發明可配合使用燈具投射在該透明視窗上，並夢 由容室内部受攪動的冷卻液體水波折射，可使光線呈現閃爍的 折射視覺效果。 【實施方式】 本發明係關於一種散熱器，配合參看第二圖、第三圖所 示，散熱模組至少包含有一散熱器（10)、一固定座（2〇)及 以一散熱風扇（30); 其中，散熱器（10)係直接接觸發熱的電子元件以吸收其 熱能，散熱風扇（30)則是利用固定座（2〇)固定配置於散熱 器（10)上方以辅助驅散熱能； 散熱器（ίο)具有一中央導熱體（11)，中央導熱體（11) 周4延伸有複數政熱鰭片（12) ’且其内部形成絕對密閉的中 空容室（13)，容室（13)當中設置有—授動器（14)，並充填 有冷卻液體，冷卻液體可以是水、冷凝液或其他可吸收熱能並 為氣、液相變化之液體，而且授動器（14)與散熱風扇（30) 之相對應位置各自設有磁性結合元件（15，31);藉此，散熱 風屬（30)即可藉由磁性結合元件（15，31)之磁性牵引，使 "動™ (14)與放熱風扇（3〇)同步運轉，以授動容室（μ) 内所^填的冷卻液體，達到更快速、更高溫度的解熱效果； 請再配合參看第四圖所示，本發明係於該散熱器（10)上 7 200836045 • 設有至少一個透明視窗（40) ’該透明視窗（4〇)必須使人可 ' 以由散熱器（1G)外部透視其容室（13);藉此，即可透 明視窗（40)直接觀察容室（13)的内部情況，並得知擾動^ U4)是否順利運轉，以便隨時維護魏熱模組的功能正常為 避免電子元個為散熱不良所導致積熱過高而燒毀的問題吊。 本發明所設計的透明視窗⑽可以是玻璃、壓克力〜等 任何-種具透視絲的義材f，可叹有色或無色，也可以 是平面、弧凸或任何具特殊造形之浮凸形狀，· 又配合參看第五圖所示，固定座（2〇)或散熱風扇⑽） 框體的適當位置設有燈具⑻，麵燈具（21)的燈光投射 在該透明視窗（40)上，並藉由容室（13)内部受獅的冷卻 液體水波折射，可使光線呈現閃燦的折射效果，特別是搭配弧 凸或具有特殊造形浮凸的透明視窗（4〇)時，可使折射的光線 向四方擴散，產生更佳的視覺效果。 综上所述，本發明確實已具備以上各項優點，相較於習用 結構亦具有顯著的功效增進，而且，此特徵於同類產品去中赛 屬首創，符合發明專利要件，羑依法俱文提出申請〆田貝 惟’以上所述者僅為本發明之較佳實施型態，舉凡應用本 發明說明書、申請專利範圍或圖式所為之等效結構變化，理應 包含在本發明之專利範圍内。 200836045 【圖式簡單說明】 第一圖：係習用散熱模組之剖面示意圖。 第二圖：係本發明運用於散熱模組之剖面示意圖。 第三圖：係本發明運用於散熱模組之側視示意圖。 第四圖：係本發明之立體外觀示意圖。 弟五圖·係本發明之俯視平面不意圖。 【主要元件符號說明】 (10) 散熱器 (11) 中央導熱體 (12) 散熱鍺片 (13) 容室 (14) 攪動器 (15) 磁性結合元件 (20) 固定座 (21) 燈具 (30) 散熱風扇 (31) 磁性結合元件 (40)透明視窗200836045 IX. INSTRUCTIONS: [Technical Field] The present invention relates to a heat sink, and more particularly to a normal heat dissipation function capable of observing and maintaining the heat dissipation module at any time, and avoiding excessive heat accumulation of electronic components due to poor heat dissipation. The structure that burns and can be combined with the refraction of light and water waves to present a special flickering effect. [Prior Art] As shown in the first figure, the conventional heat dissipation module structure includes a heat sink (10), a fixing base (20) and a cooling fan (30); wherein the 'heat sink (10) is in direct contact The heat-generating electronic component absorbs its heat energy. The heat-dissipating fan (3〇) is fixedly disposed above the heat-dissipating state (10) by the fixing seat (20) to assist in driving the heat-dissipating energy; the political heat (1〇) has a central heat conductor ( 11) The central heat conductor (11) has a plurality of fins (12) extending around the periphery thereof, and an inner hollow chamber (13) is formed inside the chamber (13), and an agitator (14) is disposed in the chamber (13) and filled There is a cooling liquid, and the cooling liquid may be water, condensate or other liquid which can absorb heat energy and change in a chaotic or liquid phase, and the corresponding positions of the agitator (14) and the cooling fan (3〇) are respectively provided with magnetic coupling elements. (15,31); So when the cooling fan (3〇) is running, the magnetic traction of the & hybrid component (15'31) can be used to make the agitator (14) and the cooling fan (30) the same as 5200836045 ' 〃Running ^Agitate the cooling liquid filled in the chamber (14) (4) to reach Fast 'speed, more antipyretic effects to temperature. The chamber (13) of the heat-dissipating module is an absolutely closed space, and there is no direct connection between the searcher (10) and the cooling fan (3〇), and the magnetic coupling element is used (15, 31). ) _ just linked, so the heat is (10) outside and it is impossible to know the inside of the chamber (13), it is also easy to judge whether the agitator (14) runs smoothly; the right actuator (14) does not run smoothly Then, the cold liquid filled inside the chamber (13) will be in a static state, and after the heat energy is absorbed, the heat energy can not be uniformly diffused and transmitted to each piece of the shoe (12), so that the overall effect is greatly reduced, and even The electronic components that cause heat are burnt due to excessive heat build-up caused by poor heat dissipation. SUMMARY OF THE INVENTION In view of the present invention, the present invention provides a thermal device for solving the above problems of the conventional structure. The heat dissipation H of the present invention has a heat conduction body for the towel, and the periphery of the towel guide has a plurality of extensions. The fins are fins, and the inside is formed into an absolutely closed hollow chamber. The chamber is slid with an actuator and filled with a cooling liquid, and the radiator is provided with at least one transparent view f, so that the rhyme H can be made. The outside directly observes the internal condition of the chamber, and knows whether the disturbance device runs smoothly; thereby, the normal heat dissipation function of the heat dissipation module can be observed and maintained, and the electronic components are prevented from being led by heat dissipation. The problem of being too high and burning. < In addition, the present invention can be used in conjunction with the use of a luminaire to project on the transparent window, and the refraction of the cooling liquid water wave that is stirred by the interior of the chamber allows the light to exhibit a flickering refraction visual effect. [Embodiment] The present invention relates to a heat sink. As shown in the second and third figures, the heat dissipation module includes at least one heat sink (10), a fixing base (2〇), and a cooling fan (30). Wherein, the heat sink (10) is in direct contact with the heat-generating electronic component to absorb the heat energy thereof, and the heat-dissipating fan (30) is fixedly disposed above the heat sink (10) by the fixing seat (2) to assist in driving the heat dissipation; The device (ίο) has a central heat conductor (11), and the central heat conductor (11) extends around the plurality of thermal fins (12)' and the interior thereof forms an absolutely closed hollow chamber (13), the chamber (13) The actuator (14) is provided with a cooling liquid, which may be water, condensate or other liquid that absorbs heat and changes in gas and liquid phase, and the actuator (14) and heat dissipation Corresponding positions of the fans (30) are respectively provided with magnetic coupling elements (15, 31); thereby, the heat dissipation wind (30) can be magnetically pulled by the magnetic coupling elements (15, 31) to make " (14) Synchronous operation with the heat release fan (3〇) to administer the chamber (μ) The cooled liquid is filled to achieve a faster, higher temperature antipyretic effect; please refer to the fourth figure, the invention is attached to the heat sink (10) 7 200836045 • at least one transparent window (40) ) 'The transparent window (4〇) must be accessible to the outside of the housing (13) by the radiator (1G); thereby, the transparent window (40) can directly observe the interior of the chamber (13) And know whether the disturbance ^ U4) runs smoothly, so that the function of the Wei thermal module can be maintained at any time in order to avoid the problem that the electronic element is burnt due to excessive heat accumulation caused by poor heat dissipation. The transparent window (10) designed by the invention may be glass, acrylic or the like, any kind of material f with a see-through wire, which may be sighed or colorless, or may be flat, curved or any specially shaped embossed shape. , and with reference to the fifth figure, the fixing seat (2〇) or the cooling fan (10) is provided with a lamp (8) at a suitable position of the frame, and the light of the surface lamp (21) is projected on the transparent window (40), and By refracting the lion's cooling liquid water wave inside the chamber (13), the light can be seen to have a flashing refraction effect, especially when it is matched with an arc convex or a transparent window with a special shape embossing (4 inches). The light spreads in all directions, resulting in better visual effects. In summary, the present invention has the above advantages, and has significant power improvement compared with the conventional structure. Moreover, this feature is the first of its kind in the middle of the competition, and meets the requirements of the invention patent, and is proposed according to law. The application of the above is only a preferred embodiment of the present invention, and equivalent structural changes to the specification, the scope of the application, or the drawings of the present invention are intended to be included in the scope of the present invention. 200836045 [Simple description of the diagram] The first picture: a schematic diagram of the profile of the conventional heat dissipation module. Second figure: is a schematic cross-sectional view of the present invention applied to a heat dissipation module. Third: is a side view of the present invention applied to a heat dissipation module. Fourth Figure: is a schematic perspective view of the present invention. The fifth figure is not intended to be a plan view of the present invention. [Main component symbol description] (10) Heat sink (11) Central heat conductor (12) Heat sink (13) Housing (14) Agitator (15) Magnetic coupling element (20) Mounting seat (21) Lamp (30 Cooling fan (31) magnetic coupling element (40) transparent window