M257607 五、創作說明π) 【新型所屬之技術領域 本創j乍係有關於一種熱管 / 片π結構，尤指一種可節省組f 形散熱器之”扇形散熱 散熱器之散熱片結構。 、、x 4間及發揮較大散熱能力 【先前 按 處理器 成為維 法，通 熱排除 奇命。 (如圖二 及堆疊 惟 型散熱 很薄， 總散熱 ’也就 熱能力 技術】 3 C產業逢勃發展，產。< 、晶片等電子元件 二叹计趨向輕薄短小，而微 持產品系統正常運來愈高，使得散熱 於系統外，以防：電：發熱兀件表面，配合風扇將 :般所用的.散匕:;(毀二延一…” 2三Ξ其散熱片本身的製造方法有銘擠型及】ϊί 片Iί ϊ散熱器，三種製法都有使用，鋁擠或壓鑄 二7’因受限於機械加工能力，厚度無法做得 田/數片散熱片組合起來的密度（單位體積之 0積^較低，而堆疊型可做得很較薄，其密度較高 疋/、單位體積之總散熱面積較大，因此有較大的散 〇 再者’圓環式目前大都使兩鋁擠或壓鑄來製造散熱片 ，很少採用堆疊型來製造，因為堆疊型組裝費時且成本 由上可知’上述的散熱器實際上尊熱效率及組裝上可M257607 V. Creation note π) [Technical field to which the new type belongs is a heat pipe / sheet π structure, especially a "fan-shaped heat sink structure that can save the group of f-shaped heat sinks." ,, x 4 rooms and play a larger cooling capacity [previously the processor became a dimension method, the heat is eliminated to eliminate the strange life. (Figure 2 and the stacking type is very thin, the total heat dissipation is also the heat capacity technology] 3 C industry Fengbo Development and production. ≪ Electronic devices such as chips and chips tend to be thin, short, and micro-hold product systems are normally transported higher and higher, so that heat is dissipated outside the system to prevent: electricity: the surface of the heating element, and the fan will: Used. Sanji :; (Destruction two extensions one ... "2 three Ξ The heat sink itself is manufactured by the method of extruding and ϊ 片 I I ϊ radiator, all three methods are used, aluminum extrusion or die-casting Limited by the machining ability, the thickness cannot be combined with the density of the field / several fins (the product of 0 per unit volume is lower, while the stacked type can be made thinner and its density is higher // unit volume The total heat dissipation area is larger because There is a large dispersion. Furthermore, the 'ring type' currently uses two aluminum extrusions or die-casting to manufacture heat sinks, and rarely uses the stack type to manufacture, because the stack type is time-consuming and the cost can be known from the above. Superior thermal efficiency and assembly
M257607 五、創作說明（2) 加以改善。 本創i乍人有感以上散，熱效率及組裝之可改善， 一種可節省組裝時間及増加散熱效率的設計。乃徒出 【新型内容】 〇本創作的主要目的，係改進新型專利第一九六九七二 號扇形散熱片堆疊成環形散熱器（如 = 權期間：自民國九十一年丄3 + 一 口口石；構’（專利 曰止，創作人：與本創作人、 二 〇 —年七月十五 散熱片”（如圖四）之結構，m — jV;:式十仃堆疊 ”扇形散埶片"社槎乃&供熱官式環形散熱器之 ，再彎成圓環形，‘再和散熱基座接合成環形散= 於以往熱管插入”平行堆疊式散埶：爐”-有別 計空間限制而調整不同弧声 、，°冓因此可隨設 高。 j狐度的扇形散熱片，且散熱效率較 „ 據戶本創作之主要目❸，乃在提供-種熱管式 衣形放…、器之扇形散熱片”結 片組成，該扇形散埶片包㈣係由夕數片扇形散熱 入，大_ ρ 、 有一本體，該本體上有熱管插 % 二冬下兩端各分別連接有二摺邊，豆-摺邊分別 邊及一扇形小指邊，其特徵為:，、 ，此時每-片扇形散熱片(如圖六⑷） 。 此罪口點乃設計和熱管周中心 M257607 五、創作說明（3) 當角度，此角度乃隨彎 角度·，因此在未彎曲前 片彼此互相平行靠合時 散熱片彎曲成環形（如 扇形小摺邊上的靠合部 的夾角大小不同，小摺 邊折彎改變失角，使大 兩摺邊便在同一平面上 散熱片彎曲成環形，且 熱基座接合成環形散熱 入多數片扇形散熱片， 的靠合部CD(如圖五） 夾角，使大小兩擅邊在 形散熱器（如圖七）。 能更為顯現，請參閱以 然而所附圖式僅提供參 以限制者。 .2)扇形大摺邊與本體成某一適 曲的曲率$作調整，由於有維持此 ，當已穿入熱管的多數片扇形散熱 ，扇形大摺邊彼此就不會干涉。 3 )當已穿入熱管的多數片扇形 圖六（B))時，每一片散熱片之間的 CD(如圖五）互相緊貼靠合。 - 4 )原本扇形大小兩摺邊與本體 邊與本體的夾角固定不變，將大摺 小兩指邊與本體的夾角相同，大小 〇 5)當已穿入熱，管的多數片扇形 大小兩槽邊在同一平面上，可和散 器。 6 )亦可直接用已彎好的熱管穿 母一片政熱片之間的扇形小摺邊上 互相緊貼靠合，將大摺邊折彎改變 同一平面上’再散熱基座接合成環 為使本創作之特徵及技術内容 下有關本創作之詳細說明與附圖， 考與說明用’並非用來對本創作加 【實施方式】 請參閱第四圖至第七圖，本創作係—種由"扇形散熱M257607 V. Creation Instructions (2) Improved. This invention has a sense of dispersal, thermal efficiency and assembly can be improved, a design that can save assembly time and increase heat dissipation efficiency. Naitu [New content] 〇 The main purpose of this creation is to improve the new patent No. 1962, the fan-shaped heat sink is stacked into a ring radiator (eg = right period: since the Republic of China 十一 3 + one mouth Mouth stone; structure '(Patent said, creator: and the creator, July 15th, 20-15. The structure of the heat sink "(see Figure 4), m — jV ;: type ten stacking“ fan-shaped scatter The film " 社 槎 乃 & heating official ring radiator, then bent into a circular ring, and then connected to the cooling base to form a ring-shaped radiator = Inserted in the past heat pipe "parallel stacked radiator: furnace"-Yes Regardless of space constraints, adjust different arc sounds, so ° 冓 can be set as high as possible. The fan-shaped heat sink of j fox degree, and the heat dissipation efficiency is lower than the main purpose of household creation. It is providing a kind of heat pipe clothes The fan-shaped heat sink is composed of a fan, the fan-shaped fan is composed of several fan-shaped heat sinks, and there is a body with a heat pipe inserted on the body. Connected with two folded edges, bean-folded edges and a fan-shaped pinky edge. : ,,, At this time, every one piece of fan-shaped heat sink (as shown in Figure 6). This sin point is the design and the center of the heat pipe. M257607 5. Creation instructions (3) When the angle, this angle is the angle of the bend. When the uncurved front pieces are parallel to each other, the heat sink is bent into a ring (such as the angle of the abutment portion on the small fan-shaped edge is different, the small edge is changed to change the missing angle, so that the two large edges are on the same plane. The heat sink is bent into a ring, and the heat base is connected to form a ring to dissipate heat into most of the fan-shaped heat sinks. The angle of the abutment CD (see Figure 5) makes the small and large heat sinks (see Figure 7). For the sake of appearance, please refer to the drawings. However, the drawings are only provided to limit those.. 2) The large fan-shaped flange and the body are adjusted to a certain curvature of curvature $. Due to the maintenance of this, when most of the heat pipes have been penetrated The fan-shaped heat dissipation, the fan-shaped large folds will not interfere with each other. 3) When most of the fan-shaped fans have penetrated into the heat pipe (Figure 6 (B)), the CD (see Figure 5) between each heat sink is close to each other. Together. -4) The angle between the two fold sides of the original fan shape and the body side and the body is fixed. The angle between the two big and small finger edges and the body is the same. The edge of the slot is on the same plane and can be used with the diffuser. 6) It is also possible to directly use the bent heat pipe to penetrate the small fan-shaped hem between one piece of the government-heat piece, and close the large hem to the same plane. Use the features and technical content of this creation in the detailed description and drawings of the creation, and use the 'not for adding to this creation [Exemplary] Please refer to the fourth to seventh pictures. " Fan cooling
第8頁 M257607 五、創作說明（4) 片”結構組成之熱管式環形散熱器： 1) 將芦管12插入多數片扇形散熱片11(如圖六（A))此 4母一片散熱片本體111之間互相平行，以扇形小摺邊上C (如圖五）為罪合點’此靠合點C乃設計和熱管丨2同中心。 2) 扇形大摺邊U3與本體η }成某一適當夹角b，此角 度1隨=曲的曲率而作調整，由於有維持此角度，因此在 未賢$刖’當已穿入熱管j 2的多數片扇形散熱片i i彼此互 相平盯罪合時，扇形大摺邊丨丨3彼此就不會干涉。 31富已穿入熱管1 2的多數片扇形散熱片11彎曲成環形 (如圖β ))時，每一片散熱片11的扇形小摺邊11 2上的靠 合部CIK如圖五）互相緊貼靠合。 4 )原本扇形大•小兩摺邊與本體111的夾角大小不同， 小摺邊11 2與本妒】！ ！ 9从+ & 、丰體1112的夾角固定不變，將大摺邊113折f 、惠 使八小兩摺邊與本體的夾角相同，大小兩摺 遺便在同一平面上。 D ) ^ 已 穿 λ JtJ. vwt· 1 (^ m …、gl2的多數片扇形散熱片ll彎曲成環形 基二且大小兩指邊在同一平面上，可和散熱 6 )亦u成每形散熱器（如圖七）。 丨丨，每二U接用將彎好的熱管12穿入多數片扇形散熱片 圖五）互相政熱片之間的扇形小摺邊丨丨2上的靠合部CD(如 :兩摺邊靠合，將大摺邊113折變改變夾w，使大 (如圖七j —平面上，再散熱基座13接合成環形散熱器Page 8 M257607 V. Creation instructions (4) Heat pipe-type heat sink composed of “1” structure: 1) Insert the reed tube 12 into most fan-shaped heat sinks 11 (as shown in Figure 6 (A)). This 4 female one heat sink body 111 are parallel to each other, and the small hem of the fan-shaped hem C (see Figure 5) is the sin's joint point. This close hem C is the center of the design and the heat pipe 丨 2. 2) The large hem of the fan U3 and the body η} form a certain An appropriate angle b, the angle 1 is adjusted according to the curvature of the curvature. Because this angle is maintained, most of the fan-shaped fins ii in the heat pipe j 2 are stared at each other flatly When closed, the large fan-shaped folds 3 and 3 will not interfere with each other. When most of the fan-shaped fins 11 that have penetrated into the heat pipe 12 are bent into a ring shape (as shown in Figure β), the fan-shaped fins of each fin 11 are small. The CIK on the hem 11 2 is as shown in Figure 5). They are closely abutted against each other. 4) The angle between the two large and small fan rims and the body 111 is different. The small hem 11 2 and the jealousy]! 9 The angle between + & and body 1112 is fixed. The large hem 113 is folded f, and the eight hem two small hem are the same as the main body. The size is two fold. The feces are on the same plane. D) ^ Most of the fan-shaped heat sinks that have worn λ JtJ. Vwt · 1 (^ m…, gl2) are bent into a circular base and the two fingers are on the same plane, which can dissipate heat. 6 ) Also u into each shape of the heat sink (Figure 7). 丨 丨 Every two U are used to pass the bent heat pipe 12 into most of the fan-shaped heat sink (Figure 5) Small fan-shaped folds between each other's heat 丨丨 2 on the closing part CD (such as: two folds close together, the large fold 113 is changed to change the clamp w to make it large (as shown in Figure 7 j-plane, and then the heat dissipation base 13 is connected to a ring radiator)
第9頁 M257607 圖式簡單說明 【圖式簡單說明】 第一圖係習知平行式散熱器之立體圖 第二圖係習知鋁擠環形散熱器之立體圖 第三圖係習知”堆疊式π環型散熱器之立體圖 第四圖係習知”熱管式平行堆疊散熱片”結構之立體圖 第五圖係本創作”單一扇形散熱片π結構之立體圖 第六圖係本創作”熱管式環形散熱器之π扇形散熱片”結 構之立體圖 第七圖係本創作π熱管式環形散熱器π之立體圖 主要部分代表符，號說明： 1散熱器 11單一散熱片 111 本體 11 1 a 孔 11 2小摺邊 A 夾角 C 靠合點 CD靠合部Page 9 M257607 Brief description of the drawings [Simplified description of the drawings] The first diagram is a perspective view of a conventional parallel radiator. The second diagram is a perspective view of a conventional aluminum extruded ring radiator. The third diagram is a conventional "stacked π ring." The fourth view is the perspective view of the conventional "heat-pipe parallel stacked heat sink" structure. The fifth view is the perspective view of the "single fan heat sink π structure. The sixth view is the original view of the heat pipe ring radiator." The seventh view of the structure of the "π fan-shaped heat sink" structure is the representative symbol of the main part of the π heat pipe ring radiator. The description of the number: 1 radiator 11 single heat sink 111 body 11 1 a hole 11 2 small flange A Angle C Cushion point CD Cushion part
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