563015 修正 案號 87121981 五、發明說明（1) 【發明領域】 知—種 之向密 本發明係關於一種高密度散熱器製造方法，、 能和：南散熱為之散熱鰭片密度，而使散熱效果曰 度散熱器製造方法。 '> &昇 【發明背景】 隨著資訊產業之快速發展及其應用範圍之 關電子元件處理速度的要求亦愈來愈高。伴隨二大丄對相 的提咼’相對產生之熱量亦大量增加，為 i、行逮度 J 曰 >. 迅速地排出，讓電子元件能在正常工作溫度下二…、里此 證數據處理、儲存及傳輸之品質，通常在$ 以保< 表面上均設有一散熱器。 、”疋件之 斷面:π: η該、等散熱器之方法為：提供-模具（其 入模具後成型，而得到一且有上=:銘金屬擠壓進 w . ^ ^ D 仟詞具有基座3及散熱鰭片5之散熱器 J 圖）。由於此種製造方式在擠壓成型過程中 二模具之凸^部4因受到鋁金屬之擠壓而產生應力，其中 二ST °卩1 2，所又到之應力為最大，為避免根部1因應力過大 ^生斷裂…般均將根部2予以加粗，於是乃形成了如 鰭片1熱ϋ。 此無法獲得具有高密度散熱 【發明目的】563015 Amendment No. 87121981 V. Description of the invention (1) [Field of the invention] Knowing—The kind of denseness The present invention relates to a method for manufacturing a high-density heat sink, which can: and the heat dissipation of the fins to the south to dissipate heat The effect is a method for manufacturing a radiator. '> & Background [Background of the Invention] With the rapid development of the information industry and its scope of application, the requirements on the processing speed of electronic components have become higher and higher. With the increase of the phase ratio of the two major maggots, the relative amount of heat generated has also increased greatly, i., The degree of seizure J >. Quickly discharged, so that electronic components can be processed at normal operating temperatures. , Storage and transmission quality, there is usually a heat sink on the surface. The cross-section of the “疋” piece: π: η The method of equalizing the heat sink is: providing-a mold (which is formed after entering the mold, and one is obtained) =: Ming metal extruded into w. ^ ^ D Heat sink J with base 3 and fins 5). Due to this manufacturing method, the convex part 4 of the two molds is stressed by the extrusion of aluminum metal during the extrusion molding process, of which two ST ° ST 1 2. The maximum stress is reached. In order to prevent root 1 from being damaged due to excessive stress, the root 2 is thickened, so a hot ridge like fin 1 is formed. This cannot achieve high density heat dissipation. Object of the invention
第4頁 1 ^二7、之政熱态3，其散熱鰭片4間形成上部寬而下部窄 2 低/了 4 #該溝槽7下部可供空氣流動之空間較小，因而降 3 +所不凸出部5為朝下逐漸變尖的形態。經由此等模 4 邵Ζ必須呈右相者—„ , 5 邱2 ζ /1、、目^之散熱效果，且由於模具強度上之限制，根 563015 _案號87121981_年月日__ 五、發明說明（2) 本發明之目的在於提供一種高密度散熱器製造方法， 以提高散熱器之散熱鰭片密度，而使散熱效果提昇。 【發明特徵】 - 本發明高密度散熱器製造方法包括以下步驟：第一， 提供一具有特定形狀之模具，將加熱至適當溫度之鋁塊擠 入該模具内並定長裁切後獲致一中間體，該中間體包括一 弧形基座、複數自基座一體向上呈放射狀延伸之散熱鰭片 及位於散熱鰭片間之溝槽；第二，將中間體之弧形基座壓 平而得到散熱器，此時該複數散熱鰭片係彼此平行排列， 且溝槽之上下寬度皆相同。 【圖式簡單說明】 第一 A及一 B圖係習知散熱器製造方法之模具斷面圖， 以及由該方法所製成之散熱器立體視圖。 第二圖係本發明散熱器製造方法所用之模具的斷面圖 〇 第三圖係利用本發明高密度散熱器製造方法所得之中 ， 間體的立體視圖。 第四圖係利用本發明高密度散熱器製造方法所得之散 熱器的立體視圖。 【主要元件符號說明】 中 間 體 10 基 座 12 散 軌 縛片 14 溝 槽 16 切 槽 18 散 熱 器 20 模 具 30 方 形 孔 31 弧 形 孔 33 凸 部 35Page 4 1 ^ 2-7, the political heat state 3, the heat dissipation fins 4 between the upper part is wide and the lower part is narrow 2 low / 4 #The groove 7 has less space for air flow at the lower part, thus reducing 3 + The non-protruding portion 5 is gradually tapered downward. According to this, the mold 4 Shao Z must be the right phase — „, 5 Qiu 2 ζ / 1, and the heat dissipation effect of the head ^, and due to the limitation of the mold strength, the root 56503_ _ case number 87121981_ year month day __ five 2. Description of the invention (2) The object of the present invention is to provide a method for manufacturing a high-density heat sink, so as to increase the density of the heat-dissipating fins of the heat-sink, thereby improving the heat-radiating effect. [Inventive Features]-The method for manufacturing a high-density heat sink according to the present invention includes The following steps: First, a mold having a specific shape is provided. An aluminum block heated to an appropriate temperature is squeezed into the mold and cut to length to obtain an intermediate. The intermediate includes an arc-shaped base, a plurality of The radiating fins and the grooves located between the radiating fins are extended upward in a pedestal as a whole. Second, the arc-shaped pedestal of the intermediate body is flattened to obtain a radiator. At this time, the plurality of radiating fins are parallel to each other. The layout is the same, and the top and bottom widths of the grooves are the same. [Brief description of the drawings] The first A and B drawings are sectional views of the mold of the conventional radiator manufacturing method, and a three-dimensional view of the radiator made by this method. Second picture series A cross-sectional view of a mold used in the manufacturing method of the radiator of the present invention. The third figure is a perspective view of the intermediate body obtained by using the manufacturing method of the high-density radiator of the present invention. The fourth figure is a manufacturing method of the high-density radiator of the present invention. [Three-dimensional view of the resulting radiator.] [Description of the main component symbols] Intermediate 10 Base 12 Dispersing rail 14 Groove 16 Groove 18 Radiator 20 Mold 30 Square hole 31 Arc hole 33 Convex part 35
563015 _____案號 87121981 _一年 月 日_修正 五、發明說明（3) 【較佳實施例】563015 _____ Case No. 87121981 _ Year Month Day _ Amendment V. Description of Invention (3) [Preferred Embodiment]
請一併參閱第二至四圖，本發明高密度散熱器製造方 法分為兩個步驟。第一步驟為：提供一具有特定形狀之模 具30，該模具30之正面及後面為相同之斷面形狀，其於正 面開設有貫穿至後面之一弧形孔3 3及複數自該弧形孔3 3向 上呈放射狀延伸之方形孔3 1，兩相鄰方形孔3 1間之模具底 端分別向下凸伸一凸部3 5 ’將加熱至適當溫度之無塊擠入 該模具内並定長裁切後獲致一中間體1 〇。該中間體丨〇包括 一弧形基座12、複數自基座12 —體向上呈放射狀延伸之散 熱I耆片14及位於散熱鰭片14間之溝槽16。該散熱鰭片η之 上部與下部具有相同之寬度，且在基座12之頂面上並形成 有與溝槽16相通之"V”字形切槽18。 夕 本發明咼密度散熱為製造方法之第二步驟為：將中門 體10之弧形基座12壓平而得到散熱器20，此時該複數散^ 鰭片1 4係彼此平行排列，且溝槽1 6之上下寬度皆相同，… 該切槽1 8則密合成缝。 為增進散 座12底面 體進行陽 於擠出成 端之斷面 射狀延伸 模具30使 再者，由 ，故在距 ，若 器20基 器20整 由 槽16頂 計成放 度可供 情形。 溝槽1 6 熱器20 施行拋 極處理 型時， ，故本 ，在中 用，以 於本發 離熱源 模具30 發明之 間體1 0 避免模 明之散 較近之Please refer to the second to fourth figures together. The manufacturing method of the high-density heat sink of the present invention is divided into two steps. The first step is to provide a mold 30 having a specific shape. The front and back surfaces of the mold 30 have the same cross-sectional shape, and an arc-shaped hole 3 3 is formed on the front surface and a plurality of arc-shaped holes are passed through from the rear. 3 3 Square holes 3 1 extending radially upward, and the bottom end of the mold between two adjacent square holes 3 1 respectively protrudes downward by a convex portion 3 5 'Squeeze a block heated to an appropriate temperature into the mold and determine An intermediate 10 was obtained after long cutting. The intermediate body includes an arc-shaped base 12, a plurality of heat sinking fins 14 extending radially upward from the base 12 and a groove 16 between the heat-dissipating fins 14. The upper part and the lower part of the heat dissipation fin n have the same width, and a "V" -shaped notch 18 communicating with the groove 16 is formed on the top surface of the base 12. The density heat dissipation method of the present invention is a manufacturing method The second step is: flatten the arc-shaped base 12 of the middle door body 10 to obtain a heat sink 20, and at this time, the plurality of fins 14 are arranged parallel to each other, and the widths of the grooves 16 are the same from top to bottom. , ... The grooves 18 are densely stitched. In order to enhance the bottom surface of the loose seat 12 to be extruded to the end, the die 30 is extended to form a mold, so that the distance between the base 20 and the base 20 The whole degree is calculated by the top of the slot 16. The slot 16 is used when the heater 20 is of the pole-polishing type. Therefore, it is used in the middle of the heat source. The invention is separated from the heat source mold 30 and the body 1 is avoided. More recent
之整體散熱效果 光步驟來增加平 之最大應 中間體1 0 之溝槽1 6 具3 0之最 熱器2 0具 位置具有 力處係位於形成溝 之散熱鰭片丨4乃設 頂端具有較大之寬 大應力處產生斷裂 有上下I度相同之 足夠之空間可供空 563015The overall heat dissipation effect of the light step is to increase the maximum thickness of the intermediate body. 1 The groove 16 is equipped with 30 heat sinks 20 is located at the position where the force is located at the heat sink fins forming the groove. Large and large stresses have fractures. There is enough space for the same I degree up and down to be empty 563015
563015 _案號87121981_年月日 修正 圖式簡單說明 第8頁563015 _Case No. 87121981_ Year Month Day Amendment Simple Illustrations Page 8