M269495 八、新型說明： 【新型所屬之技術領域】 作溫=:¾¾，於冷卻電腦設備工 -可彎折扣抵於相鄰散熱片本體接結構’其利^ 折並抵頂於兩散熱片本體的相料^面的舌片，以及可向下彎 【先前技術】 電子技術在積體電路的帶動下已萬 處算 i :如何排除謝的‘===的 是採中央處理器的積熱，現行的技術 片i? Η 1虫I羽的政…、态，利用該散熱器中的鋁擠型散埶 ϊ ΐίΐ薄型散熱片貼於該中央處理器表面吸收ΐΐίϊ ί的兩磁與ί熱片組上方的風扇降低散熱片上的積^。在上 ’的兩種散熱片型式中，紹擠型散熱片由描;5亡 薄熱所以在考慮散熱片的ϊ度下而限制了其厚度的 ί 材料衝壓製成，故在厚度上保有較^ 仁。亥種放熱片也有其要克服的問題。 姓壓薄型散熱片每片的厚度極薄但又需每片予以連 “Ξίίΐ接結構的設計上需特別著力，以現有的一種該 ΐίίϊ f連接結構而言’如第六圖，每一片散熱片2的上 ‘，，具有—個彎折邊2〇，其開放端上設一對連接結構21， ^匕3於曾折邊2〇與散熱片本體22相接處設一向上的短凸 、皮及相對於该短凸部23的反向位置設一個凹槽24。上述 構造的散熱片，係利用將後一散熱片的短凸部23抵頂於前一 M269495 述的兩f相連成散熱片組。上 差ίίΐίϊ^以此相連成的散熱片組之結合穩固度較 熱片組無仏而該;象會造成散 外，該插Μ μ夹處理表面以元整吸收其積熱。另 不當分離“、☆連接結構也較為脆弱，容易造成散熱片的 【新型内容】 特別ίίί 散熱片之連接結構， 片緣邊延伸絲且亡）—個以上，且包括由散熱 形成-鏤空孔：:罐^^^片’其與散熱片緣邊接鄰處 片，該對位置的該折片端緣設-舌 才_散熱片的本“'中朝；開放末端彎折扣抵於 =端可向下彎折片的 片的本體侧面，可】;扣抵於相鄰散熱 避免散熱片被不當分;母又結合強度，以 能在兩散埶片社人時批頂折片的兩末端向下彎折， 使兩散熱片互而在益:以3的2對内側面間’ 的散熱器具有穩定;；，提供以該散熱片 以下僅配合圖示刻本創作的較佳實施例。 【實施方式】 M269495 圖，具體實施例結構，如第- 長度增減，但至；於鄰近各各:數的 含自散熱片1緣邊延伸出具，構包 片1緣邊12接鄰處形成」#4丨田々度的'片1L，其與散熱 相對位置的於該折片iUf：]3，亚;f與該鏤空孔13呈 u的兩末端15向；斤的而緣形成-舌片14;又’該折片 片時其她ΐ併，結合每一散熱 增加至超過鏤空，結構可將該舌片14喊度 ㈣d;帶將= 171 >?,1 的每一散埶片1門、卜呈古=11底面19，使得藉此併接組合 可被嗦I片、u ^1除=、3有良好的固結效果外，該鏤空孔13又 孔13也可不被J J: f外觀’如第二圖。但該鏤空 彎折末端15在兩散⑼U丨\卜’折^11的兩向下 15係撐抵於兩散敎片、；^體散熱片1㈣折末端 ί片：片14與鏤空孔13的結合，而提供ί該散 …、片所j成的政熱n具有穩定不變形的外型。 1 11 的將兮1¾太A 在^、體貫施上並不以第一〜三圖所示 要，其 ϊί J 1二其„角度也不以九十度為限。^以1了斤述S 度Υ。邊的彎折末端15或端角15,係包含任何弯折 如上本的實施方式及功能已充分說明 結構限制，凡摘非 M269495 前揭技術所為之其他簡易改造，皆為本創作的申請專利範圍 所欲涵蓋者。 【圖式簡單說明】 第一圖係本創作一具體實施例的結構立體圖； 第二圖係第一圖具體實施例的結構組合斷面圖； 第三圖係第一圖具體實施例的結構組合侧視圖； 第四圖係本創作另一具體實施例的結構組合斷面圖； 第五圖係本創作另一具體實施例的結構立體圖； 第六圖係習知散熱片組的結構立體圖。 【主要元件符號說明】 熱邊，角體面 散緣14端本底 2 4 7 9 1i 1i 1i 1i 1i 1i 片 舌 11折片 13鏤空孔 15彎折末端 16彎折 18尾端 8M269495 8. Description of the new type: [Technical field to which the new type belongs] Working temperature =: ¾¾, for cooling computer equipment workers-can be discounted to the adjacent heat sink body connection structure 'its advantage ^ folded and abutted against the two heat sink bodies The similar tongue and the downward bend can be bent. [Previous technology] Electronic technology has been counted by the integrated circuit. How to exclude Xie's === is the accumulated heat of the central processing unit. The current technology film i? Η 1worm I 羽 的 政 ..., the state, using the aluminum extrusion type of the heat sink, the thin heat sink is attached to the surface of the central processing unit to absorb the two magnetic fields and the heat. The fan above the chip set reduces the product on the heat sink. In the above two types of heat sinks, the extruded heat sinks are made of thin materials, so the thickness of the heat sinks is limited by considering the thickness of the heat sinks. Therefore, the thickness of the heat sinks is relatively small. ^ Ren. There is also a problem to be overcome in the Hai type exothermic film. The thickness of each heat sink is extremely thin, but each piece must be connected. The design of the connection structure needs special attention. For the existing connection structure, as shown in the sixth figure, each heat sink The upper part of 2 has a bent edge 20, and a pair of connecting structures 21 is provided on the open end thereof. A short convex, an upward convex, is provided at the junction of the previously folded edge 20 and the heat sink body 22. A recess 24 is provided at a position opposite to the short convex portion 23. The heat sink of the above structure is formed by connecting the short convex portion 23 of the latter heat sink against the two f described in the previous M269495 to form heat dissipation. The film group. Upper difference ίίίίϊ ^ The connection and stability of the heat sink group formed by this connection is better than that of the hot film group; as it will cause loosening, the treatment surface of the inserting μ μ clip will absorb its accumulated heat. Improper separation ", ☆ The connection structure is also relatively fragile, which can easily cause the heat sink's [new content] Special connection structure of the heat sink, with the edge of the film extending beyond the edge)-and more than one, and including heat dissipation-hollow holes :: Can ^^^ 片 ', which is adjacent to the edge of the heat sink, the pair The end edge of the folded sheet is set-the tongue of the heat sink's original "Central Korea; the open end bends to the side of the body of the sheet that can bend the sheet downwards, can]; buckle to adjacent heat to avoid The heat sink is improperly divided; the mother combines strength to enable the two ends of the top flap to be bent downwards when the two slabs are used, so that the two heat sinks are mutually beneficial: 3 pairs of 3 inner sides 'The heat sink has a stable ;; provides the best embodiment created with the following engraving of the heat sink only with the illustrated engraving. [Embodiment] M269495 Figure, the structure of the specific embodiment, such as the length increase or decrease, but up to; Adjacent to each other: a number of pieces are extended from the edge 1 of the heat sink, and the edge 1 of the structure sheet 1 is formed adjacent to the edge 12 "" # 4 丨 田 々 度 'sheet 1L, which is opposite to the heat sink in the flap iUf: ] 3, Asia; f and the hollow hole 13 are at both ends 15 of u; the edge of the pound is formed-the tongue piece 14; and 'the folded piece is merged with each other, combined with each heat dissipation to increase beyond the hollow, The structure can shout the tongue 14 ㈣d; belt will = 171 >?, 1 for each scattered cymbal 1 door, Bu Chenggu = 11 bottom surface 19, so that this parallel connection can be I winded sheet, u ^ 1 = addition, outer 3 good consolidation effect, the hollows 13 and holes 13 may not be J J: f look 'as a second FIG. However, the hollow bent end 15 is supported on the two scattered pieces 15 in the two downward directions of the two scattered pieces, and the folded end of the body heat sink 1 is: the piece 14 and the hollow hole 13 In combination, the political heat n provided by the company has a stable and undeformed appearance. 1 11 of the will Xi 1¾ Tai A in ^, physical implementation is not as important as shown in the first to third pictures, its ϊί 1 2 and its angle is not limited to ninety degrees. ^ To 1 S degree Υ. The bent end 15 or end angle 15 of the side, including any bends. The implementation and functions of the above have fully explained the structural limitations. Any other simple transformations other than the M269495 front-end technology are created for this creation. Those who want to cover the scope of patent application. [Simplified illustration of the drawing] The first drawing is a structural perspective view of a specific embodiment of the present creation; the second drawing is a structural sectional view of the specific embodiment of the first drawing; the third drawing is The first figure is a structural combination side view of the specific embodiment; the fourth figure is a structural combination sectional view of another specific embodiment of the present invention; the fifth figure is a structural perspective view of another specific embodiment of the present invention; the sixth figure is an exercise Know the structural perspective view of the heat sink group. [Description of the symbols of the main components] Hot edge, angled face, loose edge, 14 ends, background 2 4 7 9 1i 1i 1i 1i 1i 1i, tongue 11 folds 13 hollow holes 15 bend ends 16 bend 18 end 8