M357592 五、新型說明： 【新型所屬之技術領域】 尤指—種熱管封口端之結 本創作係有關於一種熱管 構。 【先前技術】 熱管（heat pipe )為一種内部真空且填M357592 V. New description: [New technical field] Especially refers to the end of the heat pipe sealing end. This creation department is about a heat pipe structure. [Prior Art] A heat pipe is an internal vacuum and is filled
體（working fluid )之埶傳元件。 、 乍々,L 刼其】一 夕…、得70件如第一圖所示，習知 了广有-本體1〇a，該本體恤之—端為封閉端 ’其另-端為縮管端12a ’該縮管端心上部乃以縮 官製程先行縮小成細縮部後， '' 末端，以構成-壓爲管壁13a』：；具钳緊該細縮部 屙5壁13a ’並於該壓扁管壁13a上端 接而形成-焊接頭14a，藉此將該熱管^之縮管端 2a予以封閉，進而完成該熱管1&的製作。The sect element of the working fluid. , 乍々, L 刼 】 一 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 70 70 70 70 70 70 70 70 70 The end of the end portion of the shrinking tube is reduced to a thin portion by a shrinking process, and the ''end is formed to be pressed into the wall 13a':: the wall 13a' is clamped to the narrow portion 并5 The flattened tube wall 13a is terminated to form a solder joint 14a, thereby closing the shrink tube end 2a of the heat pipe, thereby completing the fabrication of the heat pipe 1&
惟，熱管la的縮管端12a縮小後雖有利於焊接加工， ，卻也造成該熱管la熱傳導之無效段的產生，#該熱管& 需應用在串接散熱鰭片上時，該散熱W設有與該本體 10a約略等控之穿孔，使散熱鰭片可緊密地貼接該熱管 ^然，該熱管13之縮管端12&由於管徑縮小，無法如該 .、、、g la之本體i〇a可緊密地貼接鰭片而達到熱傳導的功 能’·再者，該縮管端12a與鰭片的貼接也因兩者之間存在 間隙而容易產生鬆動、脫落。 有鑑於此，本發明人為改善並解決上述之缺失，乃特 ’曰〜研九並配合學理之運用，終於提出一種設計合理且有 M357592 效改善上述缺失之本發明。 【新型内容】 本創作之一主要目的，在於提供一 傳導結構，藉由將-套筒套設於熱管之二二 :封口段之熱 口段上串接複數散埶^ 封口奴，可於該封 •熱傳導結構，藉由該套筒係與該 J :封 •鰭片可緊密地貼接於該套筒。 本體“，使散熱 減達成上述之目的’本創作係為一種執管封口段之 熱傳導結構，係包括一熱管及“封口&之 體一墙A且古， "、目及套湾’熱管具一本體，本 體端為具有一細縮部的一封口段.叁n目+ 套設於封口段上，套箇…:广套清具有-開口，係 於豆M 5内任大約與本體之外徑相等，另 此於熱管之封.段上串接複數:::片本趙表一;藉 ’献管較：習知技術之功效係在於將-套筒套設於 …吕之封口奴，藉以改善習知熱管封口 使封口段可如埶管本㈣之縮B U ^Ab …、官本體貼接散熱鰭片，將原本不具熱傳導 功月b之封口段從無效段提 導埶®接.诙才燹成有效段，故可提升熱管之 ^積’再者’該套筒係與該熱管本 散熱鰭片緊密g & π Μ # β 孰鳍Μ Μ人认、、脫落’進而增加熱管與散 “、、_片接合的可靠度。However, although the shrinkage end 12a of the heat pipe la is reduced, it is advantageous for the welding process, but also causes the generation of the ineffective segment of the heat transfer of the heat pipe la. # The heat pipe & needs to be applied to the heat sink fins in series, the heat dissipation W There is a perforation that is approximately equal to the body 10a, so that the heat dissipating fins can be closely attached to the heat pipe. The shrinking end 12& of the heat pipe 13 cannot be as the body of the ., , g la I〇a can closely attach the fins to achieve the function of heat conduction. Further, the adhesion between the shrinkage end 12a and the fins is likely to cause looseness and fall off due to the gap between the two. In view of the above, the inventors have improved and solved the above-mentioned shortcomings, and have finally proposed a design which is reasonable in design and has M357592 effect to improve the above-mentioned deficiency. [New content] One of the main purposes of this creation is to provide a conductive structure by placing a sleeve on the hot tube section of the heat pipe: a plurality of heat sinks on the sealing section. The sealing and heat conducting structure is closely attached to the sleeve by the sleeve and the J: sealing fin. The main body "to make the heat dissipation achieve the above purpose" This creation is a heat conduction structure for the sealing section, which includes a heat pipe and a "sealing & body wall A and ancient, ", and a set of 'heat pipe' The utility model has a body, and the body end is a mouth segment having a thin portion. The 叁n mesh+ is sleeved on the sealing segment, and the sleeve is 箇...: the wide sleeve has an opening, and is attached to the bean M 5 and the body The outer diameter is equal, and the above is connected to the heat pipe seal. The series is connected to the plural:::Zhong Ben Zhao Table 1; borrowed from the 'send the pipe: the effect of the conventional technology is to set the sleeve to the seal of... In order to improve the conventional heat pipe sealing, the sealing section can be like the shrinking BU ^Ab ... of the tube (4), and the cooling fins of the official body are attached, and the sealing section which does not have the heat transfer function b is extracted from the invalid section. The 诙 燹 燹 有效 有效 有效 , , , 诙 诙 诙 诙 诙 热 热 热 热 热 热 热 热 热 热 热 热 热 热 热 热 热 热 热 热 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该Reliability with the dispersion of ",, _ sheets.
f實施方式J 有關本創作之詳細說明及技術内容，配合圖式說明如 M357592 下，然而所附圖式僅提供參考盥 作加以限制者。 亏…兒月用’並非用來對本創 創作第二及第三圖’係為本創作之立體分解圖；本 供:種熱管封口段之熱傳導結構，主要係包括一 官H)及一套筒20;該熱管1〇具有一本體u =12及工作流體13(參另第七圖），該本體u =為 乂2 ’其另一端為具有一細縮部的-封口 他：ΓΓ中該熱管10係呈〇型，實際實施時亦 吓為其他樣態之熱管。 該套筒2 〇套設於該封口段112上並具有一開口 為材質可為銅餘之—金屬套，該套請之内徑a U本體11之外徑，該套㈣於 、《隔設有多個屢腳211，該㈣腳211係呈齒狀，此_ 之内壁201更可塗佈有一導熱介質22,以增 ==與該熱管1〇之導熱效率，該導熱介質22可為導 熱膏或導熱膠。 =照第四及第五圖’係為本創作之套筒愿合的示意 :及壓合後之套筒與熱管的結合剖視圖；由於該套筒20之 壓腳211為略具有彈性之金屬薄片，因此當該套筒20自其 開口 21套入該熱管10之封口段112後，該等壓腳叫會沿 著該熱管H)之本體U的表面11G而略為張開，㈣腳2ΐι 的内壁及該本體11表面之間係形成有一間隙212，後續再 以-慶合模具30’自_腳⑴的側向塵合該等麗聊 2U，使該等歷腳川平貼該本體u以㈣該間隙212， M357592 並令該等壓腳⑴之外表面齊平該本體的表面ιι〇， -以完成將該套筒20套設於該熱管10之封口段112的結合。 續請帛六®，係將本創作之齡應接複數散熱 縛片之使用示意圖；該等熱管10内設有毛細組邮及工作 流體13，並於其封口段112上套設有該套筒別，該套㈣ 之内壁2〇1塗佈有該導熱介質22，從外觀上來看，該熱管 .1〇之封口段112係與該本體n等徑；使用時，先將該敎管 麄ίο定位於-導熱塊40上’再另提供複數散熱轉片5〇,該散 •熱鰭片50係依熱管1〇之設置數量而對應設有複數穿孔51， 該穿孔51之孔緣設有-凸緣52，該凸緣犯係用於增加該散 熱鰭片50與熱管10的接觸面積，因此，將該等散熱讀片5〇 之穿孔51對應穿設於該等熱管1〇，以將多個散熱結片別串 接於該等熱管H)上，最後，將該導熱塊4〇貼接於一發妖元 件（圖未示）之表面，以傳導該發熱元件所產生的執。 另請參照第七及第八圖；連續穿設該等散熱籍片別至 籲該等熱管1〇之末端時，該等穿孔51係穿設於該套筒20，該 凸緣52係平貼該套筒20之外表面2〇〇，因此，傳導至該= 筒2〇的熱可再傳導至該等散熱轉片5〇，此外，該等散_ 片50可緊密地接觸該熱管1〇及該套筒別，增加該等熱" 與散熱鰭片50接合的可靠度。 以上所述僅為本創作之較佳實施例，非用以限 作之專利範圍，其他運用本創作之專利精神之等效變化， 均應俱屬本創作之專利範圍。 M357592 圖式簡單說明】 第 — 圖 第 圖 第 —* 圖 第 四 圖 第 五 圖 圖； 第 六 圖 意 圖 第 七 圖 剖視 圖 • > 以 第 八 圖 係為習知熱管之立體外觀示意圖； 係本創作之套筒與熱管之立體分解圖； 係本創作之套筒與熱管之組合示意圖； 係本創作之壓合套筒的示意圖； 係本創作壓合後之套筒與熱管之結合剖視 之熱管串接散熱鰭片 之 之熱管並串接散熱鰭片之 第/、圖係本創作結合套筒 第七圖係本創作結合套筒 圖係第七圖中A部分之放大圖 【主要元件符號說明 <習知〉 熱管 10a 本體 封閉端 12a 縮管端 壓扁管壁 作〉 14a 烊接頭 熱管 11 本體 封閉端 112 封口段 la 10 111 M357592f EMBODIMENT J The detailed description and technical content of this creation are in accordance with the description of the drawings, such as M357592, however, the drawings are only provided for reference. Loss...Children's use of 'not for the second and third pictures of this creation' is a three-dimensional exploded view of the creation; this is for the heat conduction structure of the heat pipe sealing section, mainly including an official H) and a sleeve 20; the heat pipe 1 has a body u = 12 and a working fluid 13 (see the seventh figure), the body u = is 乂 2 'the other end has a thin portion - the sealing member: the heat pipe The 10 series is in the form of a sputum, and in actual practice, it is also scared into other forms of heat pipes. The sleeve 2 is sleeved on the sealing section 112 and has an opening which is made of copper and a metal sleeve. The inner diameter of the sleeve is the outer diameter of the U body 11. The sleeve (4) is separated from There are a plurality of repeated feet 211, and the (four) feet 211 are toothed. The inner wall 201 of the inner layer 201 can be coated with a heat conducting medium 22 to increase the heat conduction efficiency of the heat pipe 22, which can be heat conduction. Cream or thermal paste. = according to the fourth and fifth figures' is a schematic view of the sleeve of the creation: a combined sectional view of the sleeve and the heat pipe after pressing; since the presser foot 211 of the sleeve 20 is a slightly elastic metal foil Therefore, when the sleeve 20 is inserted into the sealing section 112 of the heat pipe 10 from the opening 21, the pressing feet are slightly opened along the surface 11G of the body U of the heat pipe H), and the inner wall of the foot (2) And a gap 212 is formed between the surface of the body 11, and then the side of the stencil (1) is dusted by the splicing mold 30', so that the pedestal is affixed to the body u to (4) The gaps 212, M357592 are such that the outer surfaces of the presser feet (1) are flush with the surface of the body, to complete the bonding of the sleeve 20 to the sealing section 112 of the heat pipe 10. Continued 帛 ® ® , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , In addition, the inner wall 2〇1 of the sleeve (4) is coated with the heat transfer medium 22. From the appearance, the sealing section 112 of the heat pipe is equal to the diameter of the body n; when used, the tube is first 麄ίο The plurality of heat-dissipating fins 5 are further provided on the heat-conducting block 40. The heat-dissipating fins 50 are provided with a plurality of perforations 51 according to the number of the heat pipes 1 , and the hole edges of the holes 51 are provided with - a flange 52 for increasing the contact area between the heat dissipation fins 50 and the heat pipe 10, so that the holes 51 of the heat dissipation reading sheets 5 are correspondingly disposed on the heat pipes 1 to be The heat dissipating fins are not connected in series to the heat pipes H). Finally, the heat conducting blocks 4 are attached to the surface of a hair element (not shown) to conduct the heat generating elements. Please also refer to the seventh and eighth figures; when the heat-dissipating pieces are continuously worn until the end of the heat pipes 1〇, the through-holes 51 are threaded through the sleeve 20, and the flanges 52 are flat. The outer surface of the sleeve 20 is 2〇〇, so that the heat conducted to the = 2 can be reconducted to the heat-dissipating fins 5, and further, the sheets 50 can closely contact the heat pipe 1〇 And the sleeve, increasing the reliability of the heat " engagement with the heat sink fins 50. The above is only the preferred embodiment of the present invention, and the scope of the patent is not limited, and other equivalent changes of the patent spirit of the present invention are all within the scope of the patent. M357592 Schematic description of the drawings] - Figure - Figure - Figure 4 - Figure 5; Figure 6 Figure 7 is a cross-sectional view of the seventh figure; > The eighth figure is a schematic view of the stereoscopic appearance of the conventional heat pipe; The three-dimensional exploded view of the created sleeve and the heat pipe; the schematic diagram of the combination of the sleeve and the heat pipe of the present invention; the schematic view of the press-fit sleeve of the present invention; the combination of the sleeve and the heat pipe after the creation of the press The heat pipe is connected in series with the heat pipe of the fins and the heat sink fins are serially connected to the heat sink fins. The figure is created in conjunction with the sleeve. The seventh figure is a combination of the sleeve drawing system and the enlarged view of the part A in the seventh figure [main component symbol Description <General knowledge> Heat pipe 10a Main body closed end 12a Shrink tube end flattened pipe wall 〉 14a 烊 Joint heat pipe 11 Main body closed end 112 Sealing section la 10 111 M357592
12 毛細組織 20 套筒 201 内壁 211 壓腳 22 導熱介質 40 導熱塊 51 穿孔 A 内徑 110 表面 13 工作流體 200 外表面 21 開口 212 間隙 30 壓合模具 50 散熱鰭片 52 凸緣 B 外徑12 Capillary structure 20 Sleeve 201 Inner wall 211 Presser foot 22 Thermally conductive medium 40 Thermal block 51 Perforation A Inner diameter 110 Surface 13 Working fluid 200 Outer surface 21 Opening 212 Clearance 30 Pressing die 50 Heat sink fins 52 Flange B Outer diameter