M249428M249428
一、 新型所屬之技術領域 本創作係有關一種散熱器 數個直立且等間分佈的散熱鰭 聚集的熱量帶出，以增進散熱 器的散熱器使用者。 二、 先前技術 改良結構’尤指一種具有複 片及散熱通道，可將鰭片所 效能，適用於電腦或電子儀 由於現代 速度日益增快 配合風扇以散 習用的散 ’係為散熱器 構1具有一底 片4 ;當中央 轉以產生向下 片4的間隔中 些熱氣排出， 電腦資訊進 ’相伴產生 出，否則將 熱器，係以 結構1與風 座3，其上 處理單元高 的氣流，然 快速移動而 在散熱效果 步快速，其中央處理單元的工作 之高溫，需仰賴高效能的散熱器 有燒毀之虞。 銘擠型擠出製·成，如第1圖所示 扇2的組合，其中，該散熱器結 端延伸有具間隔之複數個散熱鰭 速運作而產生高溫時，風扇2運 而，大量的氣流在複數個散熱鰭 形成亂流，但卻未能有效的將這 上並不理想。 另，習用的散熱器有以金屬塊一體切削成型者，然复 所=削形成的散熱鰭片係呈圓弧狀，當設於鰭片上方^ ^ 扇旋轉所形成的氣流向下吹時’該氣流因鰭片的圓弧曲線也 而未能順暢的吹達底座，立即將熱氣散發掉；再者，弧<1 形縛片的組合對於向上支撐的力量係較為薄弱的。 κ 有鑑於此，為了改善上述之缺點，使散熱器所聚集 熱夏能快速帶出，以增加散熱之效能，創作人積多年的經 驗及不斷的研發改進，遂有本創作之產生。 、’、I. Technical Field to which the New Type belongs This invention relates to a type of radiator. The heat gathered by several upright and equally spaced fins is taken out to promote the users of the radiator. 2. The improved structure of the previous technology, especially a kind of heat sink structure with a multi-chip and heat-dissipating channels, which can use the performance of the fins, suitable for computers or electronic instruments. Due to the increasing speed of modern speeds and the use of fans to dissipate the fan 1 It has a film 4; when the center turns to produce some hot air in the interval to the film 4, computer information enters and accompanies it, otherwise, the heater is connected with the structure 1 and the wind seat 3, and the processing unit has a high air flow. However, the rapid movement and rapid heat dissipation effect, the high temperature of its central processing unit, depends on the high-performance radiator may be burned. The extruded type extrusion is made into a combination of fans 2 as shown in FIG. 1, where the radiator end extends with a plurality of spaced-apart cooling fins operating at high speeds to generate high temperatures. The airflow formed a turbulent flow on the plurality of cooling fins, but it was not effective to achieve this. In addition, the conventional radiators are formed by integrally cutting and forming metal blocks. However, the heat dissipation fins formed by cutting are arc-shaped. When placed above the fins, the airflow formed by the fan's rotation ^ ^ blows downwards. The air stream failed to smoothly reach the base due to the circular arc curve of the fins, and immediately dissipated the hot air; furthermore, the combination of the arc < 1 shaped fins was relatively weak for the upward supporting force. κ In view of this, in order to improve the above-mentioned shortcomings, the heat collected by the heat sink can be quickly brought out to increase the heat dissipation efficiency. The creator's years of experience and continuous research and development have resulted in this creation. , ',
M249428 五、創作說明（2) 三、 新型内容 續切ί ί:之ΐ要目的在提供一種散熱器改良結構，係連 片，以力㈣：上ί Ξ成複數個直立且等間分佈的散熱鰭 ^ 以加強鰭片之支撐力者。 由金次ί目的在提供一種散熱器改良結構，其係 散Γ = ΐ數個穿孔，經連續切削以形成複數條 :而將鰭片所聚集的熱量迅速帶出散逸者。 j達上述之創作之目的，本創作所設之一種器改 、於：ί!塊之底部橫向設有複數個穿孔：以穿 一導d一=離：位置為-分界，使金屬塊之下方形成 等間隔分佈的散埶缺片，削以形成複數個 片係整片熱基座上；該11 散熱韓片間形成有複數條金屬塊切肖"灸’基座與 穿孔時，基座頂上形成之凹以排2道係由切削前述 寬之散埶缺口所槿占.益溝整排散熱鰭片下端形成等 旋轉所形成的氣流，可。片；片上方時’風扇 熱通道將熱氣帶出散熱者所聚集的熱量經由複數個散 四、 iin本創作能有更深入的瞭解，兹詳述於後·· 其中請係、為本創作之-實施例， 方體金屬塊i Γ:其底：：。二於切削製作前係為-長 M249428 --- 五、創作說明 形等均可）， 穿孔1 2 口徑 流量的不同而 3時，係以一 業，而以穿孔 金屬塊1 1之 上之金屬塊1 數個等間隔分 2 0上。 :請參閱第 係為導熱基座 熱韓片3 〇 ， 〇等長；而在 片3 0間形成 係為長方形穿 2 〇頂上形成 寬之散熱缺口 如第5圖 =〇時，風扇 ΐ元（圖中未 單元高速運轉 〇向上傳導至 氣向下方吹送 集的熱量直線 該兩側之方 較小’上述 設定；當上 具連續切削 1 2上端向 下方形成一 1及穿孔1 佈的散熱鰭 4圖所示， 2 〇 ’上方 該散熱鰭片 前述金屬塊 有複數條橫 孔’為切削 之凹溝4 1 3 2所構成 所示，本創 5 〇係設於 示）置於該 ’即相伴產 散熱鰭片3 ’其所形成 向下，經由 形穿孔12 口徑等大，而居中之 的口徑大小可依風扇轉速及氣體 述金屬塊11固定於工作平台1 功能的工作母機1 4進行切削作 下一距離的位置為一分界a，使 導熱基座2 0，而分界a位置以 2則經連續斜向切削，以形成複 片3 0，並使其直立於導熱基座 本創作散熱器改良結構1 〇下方 為複數個具有等距間隔3 1的散 30係為整片狀，寬度與基座2 1 1切削後’基座2 〇與散熱鰭 向的散熱通道4〇，該通道4 0 金屬塊1 1的穿孔1 2時，基座 及整排散熱鰭片3 0下端形成等 作與風扇5 〇組合成一散熱機構 散熱鯖片3 〇上方，而中央處理 散熱機構6 〇下方；當中央處理 生高溫，其熱量經由導熱基座2 0亡’此時風扇5 0旋轉帶動空 的氣流7 0帶動鰭片3 〇上所聚 複數個散熱通道4 0將熱氣由通M249428 V. Creation instructions (2) III. New content continued to cut ί: The main purpose of the invention is to provide an improved structure of a radiator, which is connected to force the upper part to form a plurality of upright and equally spaced heat sinks. Fin ^ To strengthen the support of the fins. The aim of Jincilong is to provide an improved structure of a radiator, which disperses Γ = ΐ several perforations, which are continuously cut to form a plurality of strips: and the heat collected by the fins is quickly taken out of the radiator. To achieve the purpose of the above-mentioned creation, a kind of instrumental modification set in this creation is: 底部! The bottom of the block is provided with a plurality of perforations horizontally: to lead one guide and d = to leave: the position is-the boundary, so that the metal block is below Scattered missing pieces are formed at equal intervals, and cut to form a plurality of pieces of the whole piece on the thermal base; a plurality of metal blocks are formed between the 11 heat-radiating Korean pieces. The two rows formed on the top are formed by cutting the aforementioned wide scattered notches. The lower end of the entire row of cooling fins in Yigou is formed by the rotation of the airflow. Above the film, when the fan's hot aisle brings the hot air out of the heat sink, the heat gathered by the fan will be dissipated through a number of four, iin this creation can have a deeper understanding, which will be detailed later ... -Example, rectangular metal block i Γ: its bottom::. (2) Before cutting, it is-long M249428 --- 5. It can be creative, etc.), the perforation 1 2 is different from the caliber flow, while 3, it is based on the industry, and perforated metal block 1 1 Block 1 is divided into 20 at several equal intervals. : Please refer to the third series of thermally conductive bases, such as 3 〇, 〇, etc .; and form a rectangular shape between the 30 and wear a wide heat dissipation gap on the top. As shown in Figure 5 = 〇, the fan unit ( In the figure, the unit is running at high speed. The heat line that is conducted to the air and blows downward is collected. The sides of the two sides are smaller. The above setting is; when the upper part is continuously cut, the upper end forms a 1 and a perforated heat dissipation fin. 4 As shown in the figure, above the heat sink fin above the metal block has a plurality of transverse holes 'as shown by the cut groove 4 1 3 2, the original 50 is set on the display) placed on the' that is accompanied The heat dissipation fins 3 'are formed downwards, through the perforations of 12 diameters, etc., and the size of the middle diameter can be fixed to the work platform 1 according to the fan speed and gas. The position of the next distance is a boundary a, so that the thermal conductive base 20 is 0, and the position of the boundary a is 2 which is continuously obliquely cut to form a complex sheet 30, which is made upright on the thermal conductive base. Below structure 1 〇 there are multiple The space 30 at intervals of 31 is a whole piece, the width is the same as that of the base 2 1 1 after cutting, the base 2 〇 and the heat dissipation channel 40 facing the fins, the channel 40 0 perforation 12 of the metal block 1 1, The lower end of the base and the entire row of heat dissipation fins 30 are formed together with the fan 50 to form a heat dissipation mechanism above the heat sink 30 and the central processing heat dissipation mechanism below 60; when the central processing generates high temperature, its heat passes through the heat conducting base 2 0 dead 'At this time, the fan 50 rotates to drive the air current 70, drives the fins 3, and a plurality of heat dissipation channels 40 are gathered on the fins 40.
第7頁 M249428 五、創作說明（4) '一― 道40兩侧迅速帶出，以達散熱之效果。 請參閱第6及第7圖所示，為本創作另一實施例，其 中’金屬塊8 〇未切削前，其原先底部所設之穿孔1 2亦 可改設為複數個溝槽8 1來代替，使切削後，基座8 2與 散熱鰭片8 3間所形成之複數條散熱通道8 4下方呈開放 直接暢通，而將熱氣直貫而下迅速帶出，以達散熱之效果 本創作的優點在於： 散熱器改良結構的上方形成有複數個直立且等間分佈 的散熱鰭片，可有效加強鰭片之支撐力；且在散熱時φ ’能將熱氣直線式的由上往下帶動，在最 ^ 快速散熱。 卜 2、本創作係由金屬塊橫向設有 經連續切削以形成複數條散 的熱量迅速帶出散逸，而增 綜上所述，依上文所揭示之 作之預期目的，提供一種快速有 改良結構，其效果確可增 報告，如附件一、二所示，其;^ 切削者0 · 3 〇 7減低至設有複 • 28 ,足見本創作確有散熱 爰依法提出申請。 複數個 熱通道 加散熱 内容， 效達到 的功能 有效散 數個穿 成效 穿孔（或 ，可將鰭 之效果。 本創作確 散熱功能 ，隨文並 熱之㊀值 孔（或溝 極具實用 溝槽）， 片所聚集 可達到釗 的散熱器 附呈實驗 可由原未 槽）者〇 之價值， M249428 圖式簡單說明 五、圖式簡單說明 【圖式說明】 第1圖係為習用散熱器結構與風扇的組合圖。 第2圖係為本創作之切削狀態側視圖。 第3圖係為本創作切削半成品時之立體圖。 第4圖係為本創作散熱器改良結構立體圖。 第5圖係為本創作散熱時之空氣流路示意圖。 第6圖係為本創作另一實施例切削半成品時之立體圖。 第7圖係為本創作另一實施例之立體圖。 【圖式符號說明】 底座3 散熱器改良結構1 0 穿孔1 2 工作母機1 4 導熱基座20、82 散熱缺口 3 2 凹溝4 1 散熱器結構1風扇2、5 0 散熱鰭片4、30、83 金屬塊1 1、8 0 工作平台1 3 分界a 間隔3 1 散熱通道40、84 散熱機構6 0 氣流7 0 溝槽8 1Page 7 M249428 V. Creative Instructions (4) '一 ― The two sides of Tao 40 are quickly brought out to achieve the effect of heat dissipation. Please refer to FIG. 6 and FIG. 7 for another embodiment of this creation. Before the metal block 8 is not cut, the original perforations 1 2 at the bottom can also be changed to a plurality of grooves 8 1 to Instead, after cutting, the plurality of heat dissipation channels 8 4 formed between the base 8 2 and the heat dissipation fins 8 3 are opened directly and unobstructed, and the heat is quickly taken out straight down to achieve the effect of heat dissipation. The advantages are: a plurality of upright and equally spaced radiating fins are formed above the improved structure of the heat sink, which can effectively strengthen the supporting force of the fins; and during heat dissipation, φ 'can drive the hot air straight from top to bottom , At the most ^ fast cooling. [2] This creation is based on a metal block horizontally provided with continuous cutting to form a plurality of scattered heat to quickly dissipate the heat, and in summary, according to the intended purpose of the work disclosed above, a rapid and improved Structure, its effect can indeed increase the report, as shown in Annexes I and II, its; ^ cutter 0 · 3 〇7 reduced to a complex • 28, which shows that this work does have a heat dissipation application according to law. A plurality of hot aisles with heat dissipation content, the effect achieved is effectively scattered through the effect of perforation (or, the effect of the fins. This creation confirms the heat dissipation function, and the heat sink hole (or the trench has a practical groove) ), The pieces gathered can reach the value of Zhao ’s radiator attachment experiment, which can be the original value. M249428 Simple illustration of the diagram V. Simple explanation of the diagram [Schematic diagram] Figure 1 shows the structure of a conventional radiator and Fan combination illustration. Figure 2 is a side view of the cutting state of this creation. Figure 3 is a perspective view of the semi-finished product during the creative process. Figure 4 is a perspective view of the improved structure of the creative radiator. Figure 5 is a schematic diagram of the air flow path during the heat dissipation of this creation. Fig. 6 is a perspective view when cutting a semi-finished product according to another embodiment of the present invention. FIG. 7 is a perspective view of another embodiment of the creation. [Symbol description] Base 3 Improved structure of radiator 1 0 Perforation 1 2 Working machine 1 4 Thermal base 20, 82 Radiation gap 3 2 Groove 4 1 Radiator structure 1 Fan 2, 5 0 Radiating fins 4, 30 , 83 metal block 1 1, 8 0 working platform 1 3 demarcation a interval 3 1 heat dissipation channel 40, 84 heat dissipation mechanism 6 0 air flow 7 0 groove 8 1