M356369 五、新型說明： 【新型所屬之技術領域】 ㈣Ϊ創作係有關於—種散熱器，尤指—種具有保護結構 的散熱器。 w 【先前技術】 '請參閱第—圖’係為習知散熱器之截面圖 的散熱器13係包含複數散熱片施、-熱管2〇a以及：導 熱座30a ’其巾，散熱片恤成型有一環牆…而環膦 1”緣則形成有一穿孔llla，該等散熱片i〇a係借：該 4 %牆1 la而相互疊接。 人 熱管20a係穿設於該等穿孔nia内熱管 凸露出環牆11a外部；導熱座3〇a則設置於該等散熱片” 10a之底部以供熱管2此嵌設。 然而，此種習知的散熱器結構在實際使用上 點存在，由於敎管2〇a夫减的用給ρ° 、…、g zua末鈿的周緣尺寸係縮小而未與 回a產生緊岔的抵接，如此便造成此區域迫緊的力旦 足，而使位於此區域的散熱片10a在使用過程+容 使用時或運送時產生的震動而產生散熱片1〇 务' 而無法正常使帛。 洛的現象 是以，如何改善前述之問題點，即成為本 究的課題。 f人所研 【新型内容】 M356369 哭ί!!作之一目的’在於提供一種具有保護結構的散孰 ”，藉由:呆護結構塵抵並固定於散熱器頂端的散熱片而使 其不易脫落而確保散熱器之正常使用。 -ί:作另一目的’在於提供一種具有保護結構的散孰 二:用結構來避免熱管受撞擊損壞而確保散熱器： 構的成ίΓ目的’本創作係提供-種具有保護結 -構的放熱益，包括複數散熱片、一熱管以及一 分別開設有相互對應的-穿孔，並於該;孔之 i 熱片借助該等環牆而相互疊 接，该熱官穿設於該等穿孔内， 牆外部’該保護結構包含一護蓋以及Ί而係凸露出該環 黧忐u D隻盍以及—壓板，其中，該譆 接於該環牆並覆蓋於該熱f末端，該 熱片，該壓板設有供該護蓋穿設的一通孔 = 該壓板與該環牆夹掣固定。 ^蒦盍係被 構的===,:創作:提供-種具有保護結 嗜箸㈣y、 一熱管以及—保護結構， 周緣刀別開設有相互對應的一穿孔，並於該穿孔之 .:奴伸有-環牆，該等散熱片借助料環牆而相 =外設於該等穿孔内，該熱管末端係凸露出該環 ^接於該散熱片’該壓板開設有供該環膽穿設的一通 頂總Γ壓板套接該環牆’該護蓋係套接該環牆且與該壓板 頂端抵接’並覆蓋於該熱管末端。 M356369 本創作相較於先前技術所達成的功效在於’解決傳统 熱官穿設於散熱片型態的散熱器，其熱管的封口端尺寸縮 小，無法與散熱片抵接而造成脫落的缺點，利用保護結構 的壓板與護蓋可使散熱片不產生脫落；此外，保護結構更 可避免熱管受撞擊而損壞；另外，護蓋與環牆以及護蓋盘 壓板接觸面所塗佈的黏著劑更可提高組裝的穩固性；再” 者，於護蓋、環牆以及熱管所圍設形成的密閉腔室内填注 •有導熱介質更可提高導熱效率。 、 【實施方式】 配合圖式說明如 並非用來對本創 有關本創作之詳細說明及技術内容， 下，然而所附圖式僅提供參考與說明用， 作加以限制者。 。“閱第一及二圖’係分別為本創作之立體分解圖及 立體外觀圖，本創作係提供—種具有保護結構的散熱器 1，包括複數散熱片10、至少—熱㈣以及—保 30，其中： 、"、、口傅 散熱片10分關設有相互對應的—穿孔⑴，並於咳 穿孔111之周緣延伸有一環㈣，該等散熱片1〇係借助該 等環牆11而相互疊接；意即位於下方散熱片iQ的環牆⑴頁 端係於位於上方散熱片1G之底端相抵；而散熱㈣係由熱 傳導性良好的金屬材質如銅、鋁等材質所製成。 _熱管20穿設於該等穿孔⑴^熱管2〇末端係凸露出 環牆11外部’·進-步說明，熱f 20係由下往上依序穿設每 5 M356369 :散熱片10之穿孔111 ;而熱管2〇之一末端的周緣尺寸係 縮小而不與環牆11產生抵接。 進一步說明，熱管20之製作方式為在一端具有一開口 的管體内壁設有毛細結構，再從開口處抽真空以及填注工 作流體，最後再利用銲錫等方式將開口封死（圖未示）； 由於抽真空的關係，使得熱管2〇之-末端係呈内縮狀而其 周緣尺寸係縮小，·熱管20之一末端無法與環牆n相互抵 -接。 _ • 保護結構30包含一護蓋32以及一壓板31，護蓋32套接 於環牆11並覆蓋於熱管20末端，壓板31疊接於散熱片， 壓板318又有供護蓋32穿設的一通孔311 ，且護蓋犯係被壓 板31與環精11夾掣固定。 ^壓板31係為厚度較散熱片10大的一平板，壓板31與護 蓋32皆是以熱傳導性良好的金屬所製成。 而本散熱器1還包含一導熱座4〇，導熱座4〇係設置於散熱 片10下方以供熱管2〇嵌設。 ''' 睛參閱第四及五圖，係分別為第三圖沿剖面線4-4之 剖視圖以及第四圖A部分之之局部放大圖，由此二圖中可 清楚看見散熱片1〇、壓板31以及護蓋32的配置關係，壓板 31係將散熱片1〇抵壓而不使其產生脫落，而護蓋犯則更進 一步固定於散熱片10的環牆11以及壓板31之間，而護蓋 32、環牆11以及壓板31間相互接觸的面皆塗佈有一黏著劑 c以增加結合的穩固性；另外，保護結構30組裝於散熱片 10後’護蓋32、環牆11與熱管2〇將會圍設形成有一密閉腔 6 M356369 可於此密閉腔以内填注有熱傳導性良好的 )丨質d以增加傳熱效率。 導… =閱第六圖’係為本創作另一實施例之局部放大 圖’本實施例中，厭此q 1总j» 有供納in 散熱片10，壓板31開設 有仏衣蹁11穿§又的一通孔311，遷板 32係套接環牆u且 ㈣仏11 ’遵盍 .端。 〃[板31頂端抵接’並覆蓋於熱管20末 有產當知本創作之具有保護結構的散熱器已具 η ^0 f又本創作之構造亦未曾 ^二、σσ及公開使用’完全符合新型專利申請要件， 菱依專利法提出申請。 【圖式簡單說明】 第—圖係習知散熱器之截面圖。 第一圖係本創作之立體分解圖。 第一圖係本創作之立體外觀圖。 第四圖係第二圖沿剖面線4-4之剖視圖。 第五圖係第四圖人部分之之局部放大圖。 第六圖係本創作另一實施例之局部放大圖。 【主要元件符號說明】 〈習知〉 a 散熱器 散熱片 M356369 11a 環牆 20a 熱管 30a 導熱座 〈本創作〉 1 散熱器 10 散熱片 11 環牆 20 熱管 30 保護結構 31 壓板 32 護蓋 40 導熱座 b 密閉腔室 c 黏著劑 d 導熱介質M356369 V. New description: [New technical field] (4) The Department of Creation has a kind of radiator, especially a radiator with protective structure. w [Prior Art] 'Please refer to the first figure' as a cross-section of a conventional heat sink. The heat sink 13 includes a plurality of heat sinks, a heat pipe 2〇a, and a heat-conducting seat 30a. There is a ring wall ... and the ring phosphine 1" edge is formed with a through hole 111a, the heat sink i〇a is: the 4% wall 1 la is overlapped with each other. The human heat pipe 20a is worn in the perforated nia heat pipe The heat conducting seat 3a is disposed at the bottom of the heat sinks 10a for the heat pipe 2 to be embedded. However, such a conventional heat sink structure exists at the point of actual use, and the peripheral size of the end of the ρ°, ..., g zua is reduced due to the reduction of the fistula 2〇a, but not close to the back a. The abutment causes the tension of the area to be strong, and the heat sink 10a located in the area is caused by the vibration generated during the use process or during transportation. silk. The phenomenon of Luo is that how to improve the aforementioned problems becomes the subject of this study. f people research [new content] M356369 cry ί!! One purpose is to provide a kind of dilation with a protective structure, by: retaining the structural dust against the heat sink at the top of the heat sink makes it difficult It is detached to ensure the normal use of the heat sink. - ί: For another purpose' is to provide a dilating structure with a protective structure: to prevent the heat pipe from being damaged by impact and to ensure the heat sink: Providing a heat release benefit having a protective junction structure, comprising a plurality of heat sinks, a heat pipe, and a corresponding perforation, respectively; and wherein the holes i the heat sheets are overlapped with each other by the ring walls, The heat official is disposed in the perforations, and the protective structure includes a cover and a cymbal to expose the ring and the pressure plate, wherein the splicing is attached to the ring wall and covered The hot f-end, the hot plate, the press plate is provided with a through hole for the cover to be inserted = the press plate is fixed with the ring wall. The structure of the tether is ===,: creation: providing - It has a protective knot (4) y, a heat pipe and a protective structure. The peripheral knives are provided with a corresponding perforation, and the perforations are: the slaves have a ring wall, and the fins are in the perforations by means of the material ring wall, and the end of the heat pipe is exposed. The ring is connected to the heat sink. The pressure plate is provided with a through-top squeezing plate for the ring lining to be sleeved to the ring wall. The cover sleeves the ring wall and abuts the top end of the pressure plate and covers At the end of the heat pipe. M356369 The effect achieved by this creation compared to the prior art is that 'the traditional heat sink is placed on the heat sink type heat sink, and the sealing end of the heat pipe is reduced in size and cannot be connected with the heat sink. The disadvantage of falling off is that the heat sink can be prevented from falling off by using the pressure plate and the cover of the protection structure; in addition, the protection structure can prevent the heat pipe from being damaged by the impact; in addition, the cover is coated with the contact surface of the ring wall and the cover plate pressure plate. The adhesive can improve the stability of the assembly; in addition, it can be filled in the closed chamber formed by the cover, the ring wall and the heat pipe. • The heat transfer medium can improve the heat transfer efficiency. The present invention is not limited to the detailed description and technical contents of the present invention. However, the drawings are only for reference and explanation, and are limited. . "Reading the first and second pictures" are the three-dimensional exploded view and the three-dimensional appearance of the creation. The creation provides a heat sink 1 with a protective structure, including a plurality of heat sinks 10, at least - heat (four) and - Bao 30 , wherein: , ",, Fu Fu heat sink 10 points are provided with corresponding perforations (1), and a ring (4) extends around the periphery of the cough perforation 111, and the fins 1 are supported by the ring wall 11 They are overlapped with each other; that is, the end of the ring wall (1) of the lower heat sink iQ is at the bottom end of the upper heat sink 1G; and the heat dissipation (4) is made of a metal material such as copper or aluminum which has good thermal conductivity. _The heat pipe 20 is disposed in the perforation (1), the end of the heat pipe 2 is exposed to the outside of the ring wall 11', and the hot f 20 system is sequentially disposed from bottom to top for every 5 M356369: perforation of the heat sink 10. 111; and the circumference of one end of the heat pipe 2 is reduced in size without abutting against the ring wall 11. Further, the heat pipe 20 is formed by providing a capillary structure on the inner wall of the pipe having an opening at one end, and then opening the opening. Vacuuming and filling the working fluid, and finally The opening is sealed by soldering or the like (not shown); due to the vacuum relationship, the end of the heat pipe 2 is end-shaped and its peripheral size is reduced, and one end of the heat pipe 20 cannot be connected to the ring wall n The protection structure 30 includes a cover 32 and a pressure plate 31. The cover 32 is sleeved on the ring wall 11 and covers the end of the heat pipe 20. The pressure plate 31 is overlapped with the heat sink, and the pressure plate 318 is protected. A through hole 311 is formed in the cover 32, and the cover is fixed by the pressing plate 31 and the ring 11. The pressing plate 31 is a flat plate having a larger thickness than the heat sink 10, and the pressing plate 31 and the cover 32 are both thermally conductive. The heat sink 1 further comprises a heat conducting seat 4〇, and the heat conducting seat 4 is disposed under the heat sink 10 for the heat pipe 2 to be embedded. ''' , which are respectively a cross-sectional view along the section line 4-4 of the third figure and a partial enlarged view of the part A of the fourth figure, whereby the arrangement relationship of the fins 1 , the pressure plate 31 and the cover 32 can be clearly seen in the second figure, The pressure plate 31 presses the heat sink 1〇 without causing it to fall off, and the cover is further fixed. Between the annular wall 11 of the heat sink 10 and the pressure plate 31, the surfaces of the cover 32, the annular wall 11 and the pressure plate 31 that are in contact with each other are coated with an adhesive c to increase the stability of the joint; in addition, the protective structure 30 is assembled. After the heat sink 10, the cover 32, the ring wall 11 and the heat pipe 2 will be surrounded by a closed cavity 6 M356369, and the heat-conducting enamel d can be filled in the sealed cavity to increase the heat transfer efficiency. [...] [Reading the sixth figure ' is a partial enlarged view of another embodiment of the present creation'. In this embodiment, the q 1 total j» has a supply in the heat sink 10, and the pressure plate 31 is provided with a jacket 11 § Another through hole 311, the transfer plate 32 is sleeved to the ring wall u and (4) 仏 11 'compliance. 〃[Abutment of the top of the plate 31] and covering the heat pipe 20 at the end of the production of the heat sink with a protective structure has been η ^ 0 f and the structure of this creation has not been ^ 2, σσ and public use 'full match The new patent application requirements, Lingyi patent law to apply. [Simple description of the diagram] The first figure is a cross-sectional view of a conventional radiator. The first picture is a three-dimensional exploded view of the creation. The first picture is a three-dimensional appearance of the creation. The fourth figure is a cross-sectional view of the second figure taken along section line 4-4. The fifth figure is a partial enlarged view of the fourth figure. The sixth drawing is a partial enlarged view of another embodiment of the present creation. [Main component symbol description] <Introduction> a Radiator heat sink M356369 11a Ring wall 20a Heat pipe 30a Thermal joint <This creation> 1 Heat sink 10 Heat sink 11 Ring wall 20 Heat pipe 30 Protective structure 31 Pressure plate 32 Cover 40 Thermal joint b closed chamber c adhesive d thermal medium
Ilia 111 311 穿孔 穿孔 通孔Ilia 111 311 perforation perforation through hole