M257610 五、創作說明（1) 【新型所屬之技術領域 本創作係關於一種散熱器， 散熱之散熱器。 扣種用於對電子元件 【先前技術】 隨著電子元件工作頻率拍办* 越來越多，如果不及時將 =之熱量亦 及整個元件，故電子元件其運行穩定性’甚至燒 業界通常使用散熱以=;關f要。 貼合在發熱電子元件頂面， 2政熱，將散熱器 之散熱趙片密度及高寬比（韓不3能， 造；程中耗材亦較多，為增加散熱：積！：；力二埶製 之體積，使散熱器之曹吾，、犯增加散熱器 力無法獲得突破性提高。 二間都大大增加，散熱能 為解決上述問題，業界採用一種複數 置而成之散熱器，如第一圖所示， j，片並聯疊 互扣合之散熱鰭片20，苴中4 …器包括複數相 和一上、下緣垂直匕：：：=:， 母折邊22兩側延伸形成有一對卡扣 认士琳邊22 、下緣靠近折邊22處對應卡扣部23之位於本㈣上 卡扣部23相嵌合之扣孔24，組裝時將複;冲設有可與 r设數散熱鰭片20依序 第5頁 M257610 五、創作說明（2) —_„ 疊置，並以德— 片20之扣孔鰭片20之卡扣部23與相鄰前—散熱鰭 002545Μ Ogjf敗合，其具體結構請參閱中國專利第 製造成本低1=露°此種散熱器可有效增大散熱面積’ 具，生產效率=材少。但此種散熱器之扣接需藉由彎折工 【内容】 本創作g u » 方便之散熱器。、在於提供一種具有較佳散熱效果且組裝 ，埶熱器，包括複數相互扣合之散熱鰭片，每- = :材料彎折而成，其具有-本體及自本：上 、’ _折、伸而成之扣合部及阻擋板，該扣 C和第二凹陷部，相鄰兩散熱鰭片後 部上，後-散熱藉片之阻撐板抵靠於前3 本創作中各散熱鰭片組裝時滑人扣合， 工/、，且阻擋板使相鄰散熱鰭片間保 g八 程簡單。 疋閩距，扣接過 【實施方式】 請參閲第二圖至第四圖，本創作提供一 散熱器10，該散熱器10係由複數散熱隹疊鰭片式 。 1相互扣合而成 每一散熱鰭片11係由鋁、銅等導熱性佳 ^ 料沖壓彎折形成，包括一直立本體〗2及早一薄板材 刀列從本體12上、 M257610 五、創作說明（3) 下緣彎折而成之扣合部1 3及阻擋板1 5。 該扣合部1 3自本體1 2上、下緣近兩端處水平彎折延伸 而出’其包括依次彎折成之第一凹陷部1 3 2和第二凹陷部 134，該—第一凹陷部132和第二凹陷部134大致呈弧形^阻播 板1 5於每一扣合部1 3之兩側自本體1 2上、下緣水平延伸一 段距離後再在對應第一凹陷部1 32和第二凹陷部丨34交接處 向本體12方向豎直彎折而成。其中，第一凹陷部132與本體 1+2之交接線低於阻擋板丨5與本體丨2之交接線，其高度差為 薄板材料之厚度，第一凹陷部丨32和第二凹陷部丨34之彎折 形狀對應，且第一凹陷部132低於第二凹陷部134，其高度 差為薄板材料之厚度。 ° 組裝時’利用一定壓力將後一散熱鰭片丨丨壓向前一散 =鰭片11，則後一散熱鰭之第二凹陷部134和前一散熱 2片11之本體12之上、下緣接觸，在壓力作用下，後一散 …、鰭片11之扣合部13外張一定角度，後一散熱鰭之第 陷部134滑入前一散熱鰭片11之第一凹陷部132，該後 了政，鰭片11之上、下扣合部13向内合攏一定之角度 則刖二散熱鰭片11之第一凹陷部i 32與後一散熱鰭片j 1之 地二工，21 34緊密貼合，從而使前後兩個散熱鰭片11緊密M257610 V. Creation Instructions (1) [Technical Field of New Type This creation is about a heat sink, a heat sink for heat dissipation. Kinds are used for electronic components. [Previous technology] With the operating frequency of electronic components, more and more *, if the heat of = is not reached in time and the entire component, the operating stability of electronic components is even used in the industry The heat dissipation is =; Laminated on the top surface of the heating electronic components, 2 heats of heat, the heat sink's heat sink density and aspect ratio (Han Bu 3 energy, manufacturing; more consumables in the process, in order to increase heat dissipation: product!:; Force two The controlled volume makes it impossible for the radiator to increase the power of the radiator. The two rooms have been greatly increased. The heat dissipation can solve the above problems. The industry uses a plurality of radiators. As shown in the figure, j, the heat dissipation fins 20 in parallel and interlocking with each other, and the middle 4… include a plurality of phases and a vertical dagger with upper and lower edges :: ==, a female fold 22 extends on both sides to form a The buckle hole 22, the lower edge of which is close to the hem 22 and the corresponding buckle portion 23 is located on the upper part of the loop. The buckle hole 24 is fitted to the buckle 23, and will be reassembled during assembly; Counting the heat dissipation fins 20 in sequence, page 5 M257610 V. Creation instructions (2) —_ „Stacked with the buckle holes 23 of the buckle holes 20 of the fins 20 and the adjacent front fins 002545Μ Ogjf Failure, the specific structure, please refer to the Chinese patent No. 1 low manufacturing cost 1 = dew ° This type of heat sink can effectively increase the heat dissipation area ' , Production efficiency = less material. But the buckle of this radiator needs to be bent. [Content] This creation gu »Convenient radiator. It is to provide a heat sink with better heat dissipation effect and assembly, including Each of the plurality of heat-dissipating fins that are fastened to each other is formed by bending the material, which has-the body and the original: upper, '_ folds and extensions, the buckling portion and the blocking plate, the buckle C and the second The recessed part is on the rear part of the two adjacent cooling fins, and the hindering plate of the rear-heating fins abuts on the first 3 pieces. The heat sinking fins are assembled in a smooth way during assembly, and the blocking plates make adjacent The heat dissipation fins are easy to keep in eight passes. 疋 Min distance, buckled over [Embodiment] Please refer to the second to fourth pictures. This creation provides a radiator 10, which is stacked by a plurality of heat sinks. Fin type. 1 Fastened to each other. Each heat dissipation fin 11 is formed by punching and bending materials with good thermal conductivity such as aluminum, copper, etc., including upright body. 2 Early one thin plate blade row from body 12, M257610 V. Creation instructions (3) The buckling portion 13 and the blocking plate 15 formed by bending the lower edge. The buckling portion 13 is from the original The upper and lower edges of the body 12 are horizontally bent and extended to protrude out, which includes a first recessed portion 1 2 and a second recessed portion 134 which are sequentially bent, the first recessed portion 132 and the second recessed portion. The portion 134 is substantially arc-shaped. The blocking plate 15 extends horizontally from the upper and lower edges of the body 12 on both sides of each of the fastening portions 13 and then corresponds to the first recessed portion 132 and the second recessed portion.丨 34 is formed by bending vertically at the junction of the main body 12. Among them, the intersection between the first recessed portion 132 and the body 1 + 2 is lower than the intersection between the barrier plate 丨 5 and the body 丨 2, and the height difference is a thin plate material The thickness of the first recessed portion 32 and the second recessed portion 34 correspond to each other, and the first recessed portion 132 is lower than the second recessed portion 134, and the height difference is the thickness of the sheet material. ° When assembling, use a certain pressure to press the next heat dissipation fin 丨 丨 forward and scattered = fin 11, then the second depression 134 of the next heat dissipation fin and the body 12 of the previous heat dissipation fin 11 above and below Edge contact, under pressure, the latter splayed ..., the fastening portion 13 of the fin 11 is opened at an angle, and the first recessed portion 134 of the latter fin slides into the first recessed portion 132 of the previous fin 11 After that, the upper and lower fastening portions 13 of the fins 11 are closed inward at a certain angle, then the first recessed portion i 32 of the second heat dissipation fin 11 and the second heat dissipation fin j 1 are 21, 21 34 is tightly fitted, so that the front and rear radiating fins 11 are tight
埒:二u 一起，且後一散熱鰭片11之阻擋板15抵靠於前一 政熱.讀片1 1 土麟1 Q u 本體12，依照此法依序組裝各片散熱鰭片 示）鲈2板15之水平部分構成散熱縫片組可與基板（圖未 ϋ門仅杜表面由於阻擔板1 5之阻擔，使相鄰散熱錯片 η間保持一定間距。埒: Two u together, and the blocking plate 15 of the next heat radiating fin 11 abuts the heat of the previous one. Read the film 1 1 soil Lin 1 Q u body 12, according to this method sequentially assemble each heat fin) The horizontal portion of the perch 2 plate 15 constitutes a heat sink slot group that can be connected to the base plate (the figure shows only the surface due to the resistance of the support plate 15), so that a certain distance is maintained between the adjacent heat sinks η.
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請參閱第五圖至第七圖，其為本創作散熱哭 施例’其與第一實施例不同之處在於扣合部丨3厂 牛勺貝 第一平板部131和第二平板部133，該扣合部13，自本向 外依次係第一平板部1 31、第一凹陷部丨3 2，、第二平板部 133和第二凹陷部134’ ，第一平板部131和第二平;反部13；為 平面，第一平板部131與第二平板部丨33平行，第一平板部 131低於第一平板部133 ’其南度差為金屬薄板之厚度。本 實施例與第一實施例不同之處還在於阻擋板丨5之彎折位Please refer to the fifth to seventh figures, which are examples of the heat-dissipating cry of this creation. The difference from the first embodiment lies in the buckling part. The engaging portion 13 is a first flat plate portion 1 31, a first recessed portion 321, a second flat plate portion 133 and a second recessed portion 134 ', and a first flat plate portion 131 and a second flat portion in order from the outside. The reverse portion 13 is a plane, the first flat plate portion 131 is parallel to the second flat plate portion 33, and the first flat plate portion 131 is lower than the first flat plate portion 133 ', and the south degree difference is the thickness of the metal thin plate. This embodiment is also different from the first embodiment in the bending position of the blocking plate 5
置，阻擋板15在對應於第一凹陷部132,與第二平板部丨33之 交接處向本體12方向豎直彎折。扣接後，前一散熱鰭片。 之第一凹陷部1 32’ 、第一平板部1 3 1分別與後一散熱鰭片j J 之第二凹陷部134，、第二平板部133緊密貼合，阻擒板15之 水平部分和第二平板部丨33構成散熱鰭片組可與基板結合之 表面。The blocking plate 15 is vertically bent in the direction of the main body 12 at the intersection of the blocking plate 15 and the second flat plate portion 33 corresponding to the first recessed portion 132. After buckling, the previous heat sink fin. The first recessed portion 1 32 ′ and the first flat plate portion 1 3 1 are closely fitted to the second recessed portion 134 and the second flat plate portion 133 of the subsequent heat dissipation fin j J, respectively, and the horizontal portion of the blocking plate 15 and The second flat plate portion 33 constitutes a surface on which the heat dissipation fin group can be combined with the substrate.
M257610 圖式簡單說明 【圖式簡單說明】 第一圖係習知技術中一散熱器之立體圖。 第二圖係本創作散熱器之立體圖。 第三圖係第二圖中一散熱鰭片之立體圖。 第四圖係沿第二圖I I I -1 I I線之剖視圖。 第五圖係本創作散熱器另一實施例之立體圖。 第六圖係第五圖中一散熱鰭片之立體圖。 第七圖係沿第五圖V I I -V I I線之剖視圖。 【元件符號說明】 散熱器 10 散熱鰭片 11 本體 12 扣合部 13、13， 第一平板部 131 第一凹陷部 132 〜132, 第二平板部 133 第二凹陷部 134 '134, 阻擋板 15M257610 Schematic description [Schematic description] The first diagram is a perspective view of a radiator in the conventional technology. The second picture is a perspective view of the radiator of this creation. The third figure is a perspective view of a heat dissipation fin in the second figure. The fourth figure is a cross-sectional view taken along line II-II-II in the second figure. The fifth figure is a perspective view of another embodiment of the radiator of this creation. The sixth figure is a perspective view of a heat dissipation fin in the fifth figure. The seventh figure is a cross-sectional view taken along the line V I I-V I I in the fifth figure. [Explanation of component symbols] Radiator 10 Radiating fins 11 Body 12 Fastening portions 13, 13, First flat plate portion 131 First recessed portion 132 ~ 132, Second flat plate portion 133 Second recessed portion 134'134, Blocking plate 15
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