TWM299318U - Heat sink assembly structure and device - Google Patents

Description

M299318 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種散熱器組件構造及裝置 ，尤指一種散熱器可降低成本，可增加散熱效果 ，而散熱風扇又具有遊震作用和降低瞒音者。 【先前技術】 習知有關散熱器（請參閱第一、二、三、四 圖）大致上係由吸熱銅塊10、熱導管20及散熱鰭 片30所構成，其係由銅塊10上銳設溝槽40 *再利 用焊錫50將熱導管20焊接固定於溝槽40上；而將 散熱鶴片30裝設於熱導管20上者；使用時係利用 銅塊10固設於熱源處（CPU)來吸熱，而由熱導管 將熱傳導至散熱鰭片30來散熱者，是種散熱器最 主要之缺失是吸熱銅塊10銳設溝槽40及焊錫50甚 為麻煩費事，且成本高，散熱效果欠佳，其焊錫 中含船成份更有傷害人體之憾，缺乏競爭力。 【新型內容】 本創作之主要目的係為解決前述習知散熱器 之吸熱铜塊必須藉由鉄設溝槽及焊錫來接合熱導 管之方法，甚為麻煩費事，成本高、散熱效果欠佳 等缺失，提供一種散熱器組件構造及裝置，其主 要為其吸熱板體係Μ銅Μ與塑膠一體成型，用來 取代原來之銅塊，其不僅無變形之憂，亦無鉄設 溝槽之麻煩，尤可降低成本；散熱鶴片除設有數 個緊配孔可與熱導管相迫緊結合成散熱鰭片組群 外，該散熱鰭片又設有切片孔群及齒形邊緣，可 5 M299318 增進散熱效果；而散熱風扇係藉由橡膨支架，結 合於散熱鶴片組群之一端，可對著散熱鰭片來吹 風散熱，該橡膠支架不僅結合簡易，且具有遊震 和降低噪音之效果，其構造及裝置為前所未見， 不僅具有新穎性及進步性，且具有產業上之利用 價值。 【實施方式】 本創作之實施方式依附圖所示之最佳實施例 # 進一步更詳細說明如下： 如第五、六、七、八圖所示，本發明散熱器 組件構造及裝置大致上包括有吸熱板體1、熱導管 2、散熱鰭片3、_膠支架4、散熱風攝5及蓋體6。iM299318 VIII. New Description: [New Technology Field] This creation department is about a heat sink assembly structure and device, especially a heat sink can reduce the cost and increase the heat dissipation effect, while the cooling fan has a shock effect and reduces Voice. [Prior Art] Conventionally, the heat sink (see the first, second, third, and fourth figures) is generally composed of the heat absorbing copper block 10, the heat pipe 20, and the heat radiating fins 30, which are sharply bent from the copper block 10. The groove 40* is used to weld and fix the heat pipe 20 to the groove 40 by using the solder 50; and the heat sink piece 30 is mounted on the heat pipe 20; when it is used, the copper block 10 is fixed to the heat source (CPU) In order to absorb heat, and heat is transmitted from the heat pipe to the heat sink fins 30, the main drawback of the heat sink is that the heat absorbing copper block 10 sharply sets the trench 40 and the solder 50, which is troublesome and costly. The heat dissipation effect is not good, and the composition of the ship containing the ship is more harmful to the human body and lacks competitiveness. [New content] The main purpose of this creation is to solve the problem that the heat-absorbing copper block of the above-mentioned conventional heat sink must be combined with the heat pipe by the groove and the solder, which is troublesome, costly, and has poor heat dissipation effect. In addition, a heat sink assembly structure and device are provided, which are mainly formed by a heat absorbing plate system, a copper enamel and a plastic, which are used to replace the original copper block, which has no trouble of deformation and no trouble of providing a groove. In particular, the heat-dissipating fins can be combined with a plurality of tight-fitting holes to form a heat-dissipating fin group, and the heat-dissipating fins are provided with a sliced hole group and a tooth-shaped edge, which can be improved by 5 M299318. The heat dissipating effect is combined with the one end of the heat dissipating fin group by the rubber expansion bracket, and the heat dissipating fin can be used for heat dissipation. The rubber bracket not only combines simple, but also has the effects of shock and noise reduction. Its structure and device are unprecedented, not only novel and progressive, but also have industrial use value. [Embodiment] The embodiment of the present invention is further described in detail in accordance with the preferred embodiment shown in the accompanying drawings. As shown in the fifth, sixth, seventh, and eighth diagrams, the heat sink assembly structure and apparatus of the present invention substantially includes The heat absorbing plate body 1, the heat pipe 2, the heat dissipating fins 3, the _ plastic bracket 4, the heat dissipating wind 5 and the cover body 6. i

I 本創作之吸熱板體1係以銅>={ 11與塑膠12—體 成型，該吸熱板體1係被固設於例如電腦中央處理 器（CPU)之熱源處60來吸熱，其在實施例上（請參 閲第九、十圖）係將熱導管2之底面以無錫焊接與 銅片11相結合，再與塑膠12及扣具13—體成型* 而該熱導管2則以設成平底之狀態與銅11焊接結 ^ 合最為牢固導熱效果也最佳。 前述吸熱板體1採用銅片11與塑膠12—體成型 ，不僅可使銅片11具有所需之強度，無變形之憂 ，銅片11及塑膠12在實施例上分別設有切角邊緣 ， 14及凸緣15，使銅片11與塑膠12—體成型時，塑 膠12能將鋼片11之切角邊緣14包覆，以增進其結 合成一體之效果，而塑膠凸緣15則係用Μ對正並 嵌合於例如電腦中央處理器（CPU)之熱源處60，而 6 M299318 利用不受形狀限制之扣具1 3加Μ扣合固定。 本創作之散熱鰭片3 (請參閲第Η——、十二圖 )主要設有若干緊配孔31、切片孔32、齒形邊緣33 及支架孔34，其係以增加該緊配孔31與熱導管2之 ^ 尺寸干涉量而將散熱鶴M3迫緊結合於熱導管2上 ，其結合緊密而牢固，而切Μ孔32及齒形邊緣33 之設計則具有可增進散熱效果之使用功能。 此外，本創作之熱導管2在實施例上（請參閱 第十三、十四圖）設有不受限制之變曲角度21，用 H Μ加寬熱導管2之間距22，Μ供加大散熱鰭片之面 積，Μ增加散熱空間之運用及散熱效果。 本創作之橡膠支架4 (請參閲第十五圖），該橡 膠支架4主要係由風扇固定軸心41及鰭片固定軸心 42Μ十字方向形成為一體k構成，其在實施例上 分別設有風扇固定頭43及鰭Μ固定頭44，其固定 頭43、44上又設有拉條45、46 ,其係Μ拉條46之 拉放作用將鰭Η固定軸心42固定於散熱鰭Η之支 架孔34上（請參閲第七圖）；而Μ拉條45之拉放作 用將散熱風扇5固定於風扉固定軸心41，其固定係 ® 利用橡膠可被拉長變細、放鬆回復原狀及固定頭 之加緊作用來達成，操作簡單，安裝容易迅速， 該橡膠支架4不僅具有避震作用，且具有降低噪音 之使用功能。 . 前述吸熱板體1、熱導管2、散熱鰭片3經組合 成散熱器後（請參閲第十六圖）在實施例上則加設 蓋體6，而由散熱鰭Μ 3與蓋體6内面相配應嵌孔設 計35加Μ固定。I The heat absorbing plate body 1 of the present invention is formed by forming a copper >={11 and a plastic 12 body, and the heat absorbing plate body 1 is fixed at a heat source 60 of, for example, a computer central processing unit (CPU) to absorb heat. In the embodiment (please refer to the ninth and tenth drawings), the bottom surface of the heat pipe 2 is combined with the copper piece 11 by the tin-free soldering, and the plastic 12 and the buckle 13 are integrally formed * and the heat pipe 2 is designed. The state of the flat bottom and the copper 11 welded joints are the best for the best thermal conductivity. The heat absorbing plate body 1 is formed by forming the copper piece 11 and the plastic 12 body, so that the copper piece 11 can have the required strength and no deformation, and the copper piece 11 and the plastic piece 12 respectively have chamfered edges on the embodiment. 14 and the flange 15, when the copper sheet 11 and the plastic 12 are integrally formed, the plastic 12 can cover the chamfered edge 14 of the steel sheet 11 to enhance the integration effect thereof, and the plastic flange 15 is used. Μ Align and fit into a heat source 60 such as a computer central processing unit (CPU), and the 6 M299318 is fastened with a buckle that is not limited by shape. The heat dissipating fins 3 of the present invention (see the second drawing, the twelve figures) are mainly provided with a plurality of tight fitting holes 31, slicing holes 32, toothed edges 33 and bracket holes 34 for increasing the tight fitting holes. 31 and the heat pipe 2 of the size of the interference amount of the heat sink crane M3 is tightly coupled to the heat pipe 2, the combination is tight and firm, and the design of the cutting hole 32 and the toothed edge 33 has the effect of improving the heat dissipation effect. Features. In addition, the heat pipe 2 of the present invention has an unrestricted angle of change 21 on the embodiment (see the thirteenth and fourteenth figures), and the distance between the heat pipes 2 is increased by 22 with H Μ, The area of the heat sink fins increases the use of heat dissipation space and heat dissipation. The rubber bracket 4 (refer to the fifteenth figure) of the present invention is mainly composed of a fan fixing shaft 41 and a fin fixing shaft 42 Μ cross direction formed integrally with each other, which are respectively set in the embodiment There is a fan fixing head 43 and a fin fixing head 44. The fixing heads 43 and 44 are further provided with brace bars 45 and 46, and the pulling action of the tether strips 46 fixes the fin fixing axis 42 to the heat dissipating fins. The bracket hole 34 is provided (refer to the seventh figure); and the pulling action of the cymbal strip 45 fixes the cooling fan 5 to the air shaft fixing shaft 41, and the fixing system® can be elongated and loosened by the rubber. The tightening action of the original shape and the fixed head is achieved, the operation is simple, and the installation is quick and easy, and the rubber bracket 4 not only has a shock-absorbing effect, but also has a function of reducing noise. After the heat absorbing plate body 1, the heat pipe 2, and the heat dissipating fins 3 are combined into a heat sink (refer to FIG. 16), in the embodiment, a cover body 6 is added, and the heat sink fins 3 and the cover body are provided. 6 The inner surface should be matched with a perforated design and 35 twisted.

M299318 此外，本創作之扣具1 3在實施例上除得與塑 膠12成型為一體外，亦得分開成獨立體，Μ便運 用，該設成獨立體之扣具13蓮用上之實施例（請參 閱第十七圖）設有一拱起邊131及兩個凸緣逢132、 133，其拱起邊131設有穿越孔134，而吸熱板體之 塑膠2設有一成型為一體或結合固定之螺桿135， 該螺桿135經裝設彈黄136後由內向外穿出穿越孔 134並力口 Μ螺母137，而與扣具13相結合，其係藉 由旋緊螺母137來拉緊彈簧136。該扣具13係利用 螺絲138將其凸緣邊132、133結合於電路板139並 同時鎖固於背板140上，其係藉由旋黯螺母137來 釋放彈簧136之張力，使吸熱板體1與熱源處（CPU) 60緊密接觸。 前述f板140與熱源處60相對應之位置設有凸 起部141，用Μ支樓吸熱板體1加諸於熱源處60之 壓力，Μ預防電路板139發生破損。 綜上所述，本！創作散熱組件及裝置主要係其 吸熱板體係Μ銅片與塑膠一體成型，可降低成本’ 又無鉄設溝槽之麻煩；散熱鰭片係Μ緊配孔與熱 導管相迫緊結合，其结合緊密而牢固，該散熱鰭 片又設有切Η孔群和齒形邊緣，可增進散熱效果 ，而散熱風扇係以橡膠支架來安裝，操作容易迅 速，可遊震及降低_音，其整體構造裝置為前所 牵見，具有新穎性及進步性，且具有產業上之利 用價值。 【圖式簡單說明】 第一圖及第二圖為一種習知散熱器之正面圖 M299318 及側面圖。 第三圖及第四圖為另一種習知散熱器之正面 圖及側面圖。 第五圖為本創作平面圖。 第六圖為本創作正面圖。 第七圖為本創作側面圖。 第八圖為本創作仰面圖。 第九圖為本創作吸熱板體正面圖。 第十圖為本創作吸熱板體仰面圖。M299318 In addition, the buckle 13 of the present invention is separately formed into a separate body from the plastic 12 in the embodiment, and is also used as a separate body, and is used as an embodiment of the buckle 13 of the independent body ( Please refer to the seventeenth figure) a beveled edge 131 and two flanges 132, 133, the arched edge 131 is provided with a through hole 134, and the plastic 2 of the heat absorbing plate body is integrally formed or fixed. The screw 135, after being installed with the elastic yellow 136, passes through the through hole 134 from the inside and the outside and presses the nut 137, and is combined with the buckle 13, which is tightened by the tightening nut 137. The clip 13 is coupled to the circuit board 139 by screws 138 and is simultaneously locked to the back plate 140. The tension of the spring 136 is released by the nut 137 to make the heat absorbing plate body. 1 Close contact with the heat source (CPU) 60. The f-plate 140 is provided with a convex portion 141 at a position corresponding to the heat source portion 60, and the pressure applied to the heat source portion 60 by the heat-absorbing plate body 1 of the branch building prevents the circuit board 139 from being damaged. In summary, this! The heat-dissipating components and devices are mainly formed by the heat-absorbing plate system, the copper sheet and the plastic are integrally formed, which can reduce the cost and the trouble of not having the groove; the heat-dissipating fins are tightly combined with the heat pipes, and the combination thereof is combined. Tight and firm, the heat sink fins are provided with a cut hole group and a toothed edge to enhance the heat dissipation effect, and the heat dissipation fan is mounted by a rubber bracket, which is easy to operate, can be shocked and reduced, and its overall structure The device is previously introspected, novel and progressive, and has industrial use value. [Simple description of the drawings] The first and second figures are a front view of a conventional heat sink M299318 and a side view. The third and fourth figures are a front view and a side view of another conventional heat sink. The fifth picture is the creative floor plan. The sixth picture is a front view of the creation. The seventh picture is a side view of the creation. The eighth picture is the elevation of the creation. The ninth picture is the front view of the creation of the heat absorbing plate body. The tenth figure is the elevation view of the heat absorbing plate body.

第十一圖為本創作散熱鰭片之平面圖。 第十二圖為本倉ϋ作散熱鰭片正面圖。 第十三圖為本創作熱導管之實施例圖。 第十四圖為第十三圖之仰面圖。 第十五圖為本創作橡膠支架立體圖。 第十六圖為本創作立體圖。、 第十七圖為本創作扣具裝置圖。The eleventh figure is a plan view of the heat sink fins. The twelfth picture shows the front view of the heat sink fins. The thirteenth image is a diagram of an embodiment of the creation heat pipe. Figure 14 is the top view of the thirteenth figure. The fifteenth figure is a perspective view of the rubber support of the creation. The sixteenth figure is a perspective view of the creation. The seventeenth figure is a diagram of the creation of the device.

【主要元件符 ίο..銅塊 30. ·散熱 50…焊錫 I ...吸熱 3 ...散熱 5 ...散熱 II ..銅片 1 3 ..扣具 15…凸緣 號說明】 20 鰭Η 40 60 板體 2 · 鰭片 4 · 風扇 6 . 12 14 21 ，.熱導管 • •溝槽 ..熱源處 ..熱導管 ..橡膠支架 • •蓋體 .·塑膠 ..切角邊緣 ..彎曲角度 M299318[Main components symbol ίο.. Copper block 30. · Heat sink 50... Solder I ... Heat sink 3 ... Heat sink 5 ... Heat sink II .. Copper sheet 1 3 .. Buckle 15... Flange number description] 20 Fin Η 40 60 Plate 2 · Fin 4 · Fan 6. 12 14 21 ,. Heat pipe • • Groove.. Heat source: Heat pipe.. Rubber bracket • • Cover. · Plastic.. Cut corner .. bending angle M299318

22…間距 32 ..切片孔 34 ,.支架孔 41 ..風扇固定軸心 43 ..風扇固定頭 45 - 46…拉條 131 ·.拱起邊22... Spacing 32 .. Slicing hole 34 ,. Bracket hole 41 .. Fan fixing shaft 43 .. Fan fixing head 45 - 46... Pulling bar 131 ·. Arching edge

134…穿越孑L 136…3單簧 138…螺絲 140…货板 3 1 ..緊配孔 33.. 齒影邊緣 3 5 ..嵌孔設計 42.. 鰭Η固定軸心 44.. 鰭片固定頭 132 - 133…凸緣邊 135 ·…螺桿 1 3 7 ♦·虫累母 1 3 9 ··電路板 1 41…凸起部134...crossing 孑L 136...3 single spring 138...screw 140...pallet 3 1 ..tight fitting hole 33..tooth edge 3 5 ..incision design 42.. fin Η fixed axis 44.. fin Fixing head 132 - 133... flange side 135 ·... screw 1 3 7 ♦ · insect tired 1 3 9 · · circuit board 1 41... boss

Claims (1)

M299318 九、申請專利範圍： 1. 一種散熱器組件構造及裝置，包含有吸熱板體 /熱導管、散熱鰭片及橡膠支架，其特黴在於： 該吸熱板體係Μ銅片與塑膠一體成型者； 該橡膠支架係以橡膠為材料，主要係由風扇 固定軸心及鰭片固定軸心Μ十字方向形成為一 體*並設有鰭片固定頭及風扇固定頭，其係藉 由鰭固定軸心裝設於鰭片之支架孔上，藉由 風扇固定軸心來裝設散熱風扇，而分別由鰭片 囪定頭及風扇固定頭予Μ加緊固定者。 • 2.依申請專利範圍第1項所述散熱器組件構造及裝 置，其中銅月.係與1¾成平底狀之熱導管以無錫 焊接再經模具射出一體成型者。 3.依申請專利範圍第1項所述散熱器組件構造及裝 . · . ； 置，其中銅片設有切角邊緣，該銅{與塑膠1 體成型時，該切角邊緣為塑膠所包覆者。 4，依申請專利範圍第1項·所述散熱器組件構造及裝 置，其中塑膠並設有一體成型所結合之扣具， 該扣具並得因所需之形狀而變化者。 5. 依申請專利範圍第1項所述散熱器組件構造及裝 ® 置，其中與銅片j體成型之塑膠設有凸緣，以 供對正及嵌入熱源處者。 ^ 6. 依申請專利範圍第1項所述散熱器組件構造及裝 * ♦ ·· • 置，其中散熱鰭片設有與熱導管相結合之複數 裝配孔，複數橡滕支架孔及複數切片孔者。 7. 依申請專刹範圍第1項所述散熱器輯件—造及裝 置，其中散熱鰭片設有齒海邊緣者。 M299318 8 .依申請專利範圍第1項所述散熱器組件構造及裝 置，其中熱導管設有彎曲角度，藉以增加熱導 管用Μ裝設散熱鰭Μ之間距者。 9.依申請專利範圍第1項所述散熱器組件構造及裝 置，其中橡膠支架之鶴片固定頭及風扇固定頭 上設有拉條者。 10.依申請專利範圍第1項所述散熱器組件構造及裝 置，另設有一蓋體，該蓋體係於吸熱板體、熱 導管及散熱鰭片經組合成散熱器後*藉由散熱 鰭片及蓋體之嵌合設計加Μ嵌合固定者。 11 .依申請專利範圍第1項所述散熱器組件構造及裝 置，其中吸熱板體設有一成型為一體或結合固 定之螺桿，另設有一扣具，i該扣具包含有一拱 起邊和兩凸緣邊，其拱起邊設有一穿越孔，螺 桿上設有彈黄，其係由內向外穿出穿越孔並加 Μ螺母*而與扣具相結合，扣具係利用螺絲將 其凸緣邊結合於電路板並同時鎖固於货板，其 係藉由旋轉螺母來鬆緊彈簧使吸熱板體與熱源 處相分開及緊密相接觸者。 12M299318 IX. Patent application scope: 1. A heat sink assembly structure and device, including a heat absorbing plate body/heat pipe, a heat sink fin and a rubber bracket, the special mold of which is: the heat absorbing plate system, the copper piece and the plastic one-piece shaper The rubber bracket is made of rubber, and is mainly formed by a fan fixing shaft center and a fin fixing shaft core cross direction; and is provided with a fin fixing head and a fan fixing head, which is fixed by the fin axis. Installed on the bracket hole of the fin, the fan is fixed by the fan fixing shaft, and the fin fixing head and the fan fixing head are respectively tightened and fixed. 2. The structure and device of the heat sink assembly according to item 1 of the patent application scope, wherein the copper and the heat pipe of the flat surface are welded by the tin and then integrally molded by the mold. 3. According to the structure and installation of the heat sink assembly according to item 1 of the patent application scope, the copper piece is provided with a chamfered edge, and the copper is formed by plastic when the plastic body 1 is formed. Over the cover. 4. The heat sink assembly structure and device according to the first aspect of the patent application, wherein the plastic is provided with a fastener integrally formed, and the buckle is changed according to a desired shape. 5. According to the scope and application of the heat sink assembly according to item 1 of the patent application scope, the plastic formed with the copper sheet body is provided with a flange for alignment and embedded in the heat source. ^ 6. According to the scope and application of the heat sink assembly according to the scope of the patent application, the heat sink fins are provided with a plurality of assembly holes combined with the heat pipes, a plurality of rubber tent holes and a plurality of slice holes. By. 7. According to the application of the special scope of the radiator item - the device and the device, wherein the fins are provided with the edge of the sea. M299318 8. The heat sink assembly structure and device according to claim 1, wherein the heat pipe is provided with a bending angle, thereby increasing the distance between the heat pipe and the heat sink fin. 9. The heat sink assembly structure and device according to claim 1, wherein the rubber bracket has a puller on the blade fixing head and the fan fixing head. 10. The heat sink assembly structure and device according to claim 1 of the patent application scope, further comprising a cover body, wherein the heat absorption plate body, the heat pipe and the heat dissipation fin are combined into a heat sink* by using heat dissipation fins And the fitting design of the cover body is added to the fitting fixture. 11. The heat sink assembly structure and device according to claim 1, wherein the heat absorbing plate body is provided with a screw integrally formed or fixedly coupled, and a buckle is provided, i the buckle comprises a beveled edge and two The flange side has a through hole at the arched edge, and the screw is provided with a spring yellow, which is passed through the hole from the inside to the outside and is twisted with a nut* to be combined with the buckle. The buckle is flanged by a screw. When it is bonded to the circuit board and simultaneously locked to the pallet, it is loosened by a rotating nut to separate and closely contact the heat absorbing plate body with the heat source. 12