200831841 九、發明說明： 【發明所屬之技術領域】 、,發明係有關於一種熱管及熱管毛細組織的置入方法 幸熱管内部之毛細組織，可增進其軸向之毛細傳 幸別效果之、、、σ構及該毛細組織之置入方法。 【先前技術】 f :―般的熱管（wPipe)於其管體内壁上皆設有 ，：=(W1CkStmcture)，該毛細組織可為粉末燒結而成 辟站Γ 織網、纖維，或於管體成型時，—併於管内 槽。然不論為何，主要皆係利用上述各結構來 ==作用’以便於熱管内之工作流體（w。 了錯由毛細組織的毛細作用，來達到液態回流之傳輸目的 熱其卜雇為增進熱管内之毛細組織的毛細作用、或針對 :、、：=應用場合申而強化其毛細組織在特定方向上之毛 :乍用（如軸向或徑向等），亦有將上述不同型式的毛· =作結合者。惟，以往不同毛細組織在多 編織網與粉末結合、或粉末與溝…士 夕係以 維毛细纟且蚪夕缸A难认丄 曰、口口寺平少能利用纖 結合者哉之軸向傳輪力較佳的特性而與其它毛細组織作 有鑑=此’本發明人係為改善並解決上述之缺失 有:;：研九並配合學理之運用，終於提出-種設計合理且 有效改善上述缺失之本發明。 【發明内容】 200831841 本發明之主要目的，在於可提 管管身結構及其毛細組織 ，、種具毛細組織之熱 所構成之毛細組織，以將複數纖維 ^二層編織網 狀區域内，俾藉由編織網與纖維相貼附而提軸向帶 界面，同時透過纖維提昇 美（、頟外的固體 效果。 、、'田，、且織在軸向上的毛細傳輸 為了達成上述之目的’本發明 之熱管管身結構，包括χ .'、美（、一種具毛細組織 毛細組織；有内壁面之熱管管體、以及- 所構成，-編碑網/田、、且4為二層疊之編織網與複數纖維 /T稱成一、、扁織網乃配合熱管瞢7辟二 ，且各纖維被夹置於二編織 ^㈣附於其上 -軸向帶狀區域上。、——1 ’以位於熱管管體内之 a之上述之目的，本發明係提供一種熱管毛細組 織之置入方法，步驟如下： =供二呈長條連續料帶狀之編織網、複數纖維、以 及一鈥（、該二編織網與纖維置入之埶 的將二編織網疊置，…且’ 織網n 置亚使各纖維呈束狀地設置於二編 )在—、、扁織網—端沿其寬度方向予以捲曲，並利用-拉才干連接於二編織網之該端處； 匈令拉桿由熱管管體—端口穿入、另一端口穿出，進 一爲、、哉、’.罔被捲曲於熱管管體内部，且各纖維被夾置於 二編織網之間而位於熱管管體内之一軸向帶狀區域上；及 e)幾斷熱管管體兩端口處，藉以完成熱管毛細組織之 200831841 置入。 【實施方式】 步瞭解本發明之特徵及 之詳細說明與附圖，然 並非用來對本發明加以 為了使貴審查委員能更進一 技術内容，請參閱以下有關本發明 而所附圖式僅提供參考與說明用， 限制者。 請參閱第一圖、篦-冃芬曾一门 y 制、止止_ 口乐一圖及弟二圖，係分別為本發明之 一立 乇、、且、、截未置入熱营官體内部之製造流 程示意圖及已置人熱體内部之製造流程示意圖。本發 明係提供^種具毛細組織之熱管管身結構及其毛細組織之 置入方法，口亥置入毛細組織之方法包括下列步驟： a)提供一壬長條連續料帶狀之編織網如、刀盘複數纖 維22料毛細組織2，以及—欲供所述二編織網m與 纖維22置人之熱管管體1，該熱管管體1内呈中空，並於 其内部具有-内壁面1G。而在連續生產上，可將:述二編 織網20、21與纖維22各製成—長條連續料，並可進一步 捲收於一料輪（圖略）上，進而利連續加工作業。 的將所述二編織網20、21疊置時，一併使各纖維22以 束狀設置於二編織網20、21之間。且各纖維22被設於二編 織網20、21之間處時，係配合編織網2〇、21之長产方向、 設置。 、又 口而 C)在上述二編織網20、21 一端沿其寬度方向予以捲曲 ，並利用-拉桿3固定於二編織網2〇、21之該端處，而拉 桿3與二編織網20、21相固接之一端上則設有—夾爪兕， 200831841200831841 IX. Description of the invention: [Technical field to which the invention pertains] The invention relates to a method for inserting a heat pipe and a heat pipe capillary structure, and a capillary structure inside the heat pipe can improve the effect of the capillary transfer in the axial direction, , σ structure and the method of placing the capillary structure. [Prior Art] f: The general heat pipe (wPipe) is provided on the inner wall of the pipe, :=(W1CkStmcture), the capillary structure can be sintered for the powder, or the fiber, or the pipe body. When molding, - and inside the tube. Regardless of the reason, the main use of the above structures to == role 'to facilitate the working fluid in the heat pipe (w. the fault is caused by the capillary action of the capillary structure, to achieve the purpose of liquid reflux transmission heat to promote the heat pipe The capillary action of the capillary structure, or for::,: = application to strengthen the capillary in a specific direction of the hair: use (such as axial or radial, etc.), there are different types of hair above = As a binder. However, in the past, different types of capillary tissue were combined with powder in a multi-woven net, or powder and ditch... The ceremonial system was fine-grained and 蚪 缸 缸 A 丄曰 丄曰 口 口 口 口 口 口 口 口 口 口 口 口 口 口 口 口 口 口 口 口The characteristics of the axial transmission force of the crucible are better than those of other capillary tissues. The present inventors have improved and solved the above-mentioned shortcomings:;: Research and cooperation with the application of the theory, finally proposed - design The present invention is reasonable and effective in improving the above-mentioned defects. SUMMARY OF THE INVENTION The main object of the present invention is to provide a tubular body structure and a capillary structure thereof, and a capillary structure composed of heat of a capillary structure to In the multi-fiber, two-layer woven mesh region, the woven mesh is attached to the fiber to provide an axial belt interface, and at the same time, the fiber is used to enhance the beauty (and the solid effect of the outer layer.), 'field, and weave Capillary transmission in the axial direction In order to achieve the above object, the heat pipe body structure of the present invention includes χ., mei (a capillary structure with capillary structure; a heat pipe body having an inner wall surface, and - formed, - monument The net/field, and the 4 is a two-layer woven mesh and a plurality of fibers/T are weighed into one, and the flat woven net is matched with the heat pipe 瞢7, and the fibers are sandwiched between the two braids (4) attached thereto. The present invention provides a method for placing a capillary structure of a heat pipe according to the above-mentioned purpose of a, which is located in the heat pipe body. The steps are as follows: = two strips of continuous strips a woven mesh, a plurality of fibers, and a crepe (the woven mesh and the fiber are placed in a stack of two woven meshes, and the woven mesh n is placed in a bundle to form the fibers in the second) Curl in the width direction of the -, flat web - and The pull rod is connected to the end of the second woven mesh; the Hungarian pull rod is penetrated by the heat pipe body-port, and the other port is pierced, and the other one is, and the 哉, '. 罔 is curled inside the heat pipe body, and Each fiber is sandwiched between two woven meshes and located on an axial strip-like region of the heat pipe body; and e) two ports of the heat pipe body are separated to complete the 200831841 insertion of the heat pipe capillary structure. MODES FOR CARRYING OUT THE INVENTION The features of the present invention, as well as the detailed description and the accompanying drawings, are not intended to be used in order to enable the reviewing committee to further improve the technical content. Please refer to the following description of the present invention. Use, limiter. Please refer to the first picture, 篦-冃芬 has a y system, stop _ mouth music picture and brother two pictures, respectively, is one of the inventions, and, and A schematic diagram of the manufacturing process inside the hot camp and the manufacturing process diagram of the inside of the hot body. The invention provides a heat pipe body structure with a capillary structure and a method for inserting the capillary structure thereof, and the method for placing the capillary into the capillary structure comprises the following steps: a) providing a long continuous strip of woven mesh such as a plurality of fibers 22 of the cutterhead, and a heat pipe body 1 to be placed, wherein the heat pipe body 1 is hollow, and has an inner wall surface 1G inside thereof. . In the continuous production, the two weaving nets 20, 21 and the fibers 22 can be made into a long continuous material, and can be further wound up on a material wheel (not shown), thereby facilitating continuous processing operations. When the two woven nets 20, 21 are stacked, the fibers 22 are placed in a bundle between the two woven nets 20, 21. Further, when each of the fibers 22 is disposed between the two weaving nets 20, 21, it is provided in the direction in which the woven nets 2, 21 are produced. And further, C) is curled at one end of the two woven nets 20, 21 in the width direction thereof, and is fixed at the end of the two woven nets 2, 21 by the pull rod 3, and the tie rod 3 and the second woven net 20, One end of the 21-phase fixed joint is provided with a jaw jaw, 200831841
㈣ 即可咬持二編織網20、2】，且若A 維22於後述動作巾脫落 右為避免各纖 20 1之同端被固接於拉J卜 與二編織網 二編織綱20、2]透、在此步驟中，可先將 I，；:捲網成型模具4可使二編織網^ 型態，以令後述步之管管體1内部的捲曲 動作中，可減少：==2穿入熱管管體1内時的 七、、、田、、且織2在進入埶營瞢砰】 力，同時亦可傕革έ 4Λ …g S版1内部時之阻 穩定性。毛、、、田、、且4 2較為平滑與平貼，提高加工之 d)令上述拉桿3由熱管管體1之一端口穿 一端口穿出，進 、再由另 置入於該敎管管2能以捲曲的型態而被 + ,… '1内部，且各纖維22也會隨著拉桿3 & 被夾置於二編織網2()、 、 有狃杯3而 一鉍間，亚位於熱管管體1内部之 車向讀區域上（即如第五圖所示）。 中，熱管瞢雕] 在本步驟 ^ T 可先被固定於一夾座5上，以利於拉_ 1 穿入等動作的執行。 ㈣拉梓3 1利用男切機構6等設備或機具，截斷位於熱管管體 一 ^ 口處之料帶，藉以完成熱管毛細组織2之置入。 疋以，藉由上述之步驟流程，即可得到本 細組織之置入方法。 …、S 1 ^ =此，如第五圖所示，藉由上述之步驟而成型之熱管 吕身、^構，其係包括一所述熱管管體丨與一毛細組織2 ; 其中，毛細組織2係為所述二層疊置之編織網2〇、2丨與栌 200831841 數纖維22所構成，且編織網2〇、2ι係配合該熱管管體i之 内土面1¾貼附方；其上，另，該等纖維22則被夹置方> 二編 織網20、21之間而位於熱管管體！内之一轴向帶狀區域上 ’尤以位於内層之編織網2]更可提供該等纖維。作為撐緊 與附著之所需者。 '因此，當熱官管體丨内之工作流體開始產生相變化時 二遇熱之工作流體由液相變為氣相，再經由降溫而逐漸回 仅成液相後，液相之工作流體會被熱管管體^之内壁面 上的，編織21所吸附1而，由於纖韓的轴向毛 、田力較仏：故’使得液相之工作流體可藉由纖維r而快速 :流至熱管管體1受熱端’至於其它附著於編織網％、21 =液相工作流體，則可隨著熱管管體工之徑向而流動至 ΐ ί處：Ϊ以：即可使液相工作流體的回流速度加快， 、而得以提昇熱管的熱傳效率。 綜上所述，本發明確可達到預期之使用目#，而解決 :二=’又因極具新穎性及進步性，完全符合發明專 ^月要件，爰依專利法提出”，敬請詳查並賜准本案 專利’以保障發明人之權利。 拘阳太上所4僅為本I ^之較佳可行實施例，非因此即 明之專利㈣’故舉凡運用本發明說明書及圖式 :二：等效技術、手段等變化，均同理皆包含於本發 口月之乾圍内，合予陳明。 9 200831841 【圖式簡單說明】 第一圖 弟二圖 造流程示意圖(4) The two woven nets 20, 2] can be bitten, and if the A dimension 22 is detached from the action towel described later, the same end of each fiber 20 1 is prevented from being fixed to the pull J B and the second woven mesh 2 knitting machine 20, 2 In this step, the I,;: roll forming die 4 can be used to make the two woven mesh type, so that the curling action inside the pipe body 1 described later can be reduced: == 2 When entering the heat pipe body 1, the seven, the, the, and the woven 2 enter the 埶 瞢砰 瞢砰 force, and at the same time, the 稳定性 leather έ 4 Λ ... g S plate 1 internal resistance stability. The hair, the, the field, and the 4 2 are relatively smooth and flat, and the d) is improved. The pull rod 3 is pierced by a port of the heat pipe body 1 through a port, and then inserted into the manifold. The tube 2 can be inside the +, ... '1' in a crimped configuration, and the fibers 22 are also sandwiched between the two woven nets 2() and the cups 3 with the tie rods 3 & The sub-region is located on the vehicle facing reading area inside the heat pipe body 1 (ie, as shown in FIG. 5). Medium, heat pipe 瞢 ]] In this step ^ T can be fixed to a holder 5 first, in order to facilitate the implementation of the pull _ 1 penetration. (4) Pulling 3 1 Using a device or machine such as a male cutting mechanism, the strip at the mouth of the heat pipe body is cut off to complete the placement of the capillary structure 2 of the heat pipe. In other words, by the above-mentioned step flow, the method of placing the fine structure can be obtained. ..., S 1 ^ = this, as shown in the fifth figure, the heat pipe formed by the above steps comprises a heat pipe body and a capillary structure 2; wherein, the capillary structure 2 is a two-layered woven mesh 2〇, 2丨 and 栌200831841 number fiber 22, and the woven mesh 2〇, 2ι is fitted to the inner surface of the heat pipe body i 138 attached; In addition, the fibers 22 are sandwiched between the two woven nets 20, 21 and located in the heat pipe body! The fibers may be provided on one of the inner axial strip regions, particularly the woven mesh 2 located in the inner layer. As a requirement for fastening and attachment. 'Therefore, when the working fluid in the hot tube body begins to produce a phase change, the working fluid in the hot liquid changes from the liquid phase to the gas phase, and then gradually returns to the liquid phase by cooling, the working fluid in the liquid phase will It is adsorbed by the braid 21 on the inner wall surface of the heat pipe body. Since the axial hair and the field force of the fiber are relatively high: the liquid working fluid can be quickly passed through the fiber r: flowing to the heat pipe Body 1 heated end 'As for other attached to the woven mesh%, 21 = liquid phase working fluid, it can flow to the 随着 随着 with the radial direction of the heat pipe body: Ϊ:: can make the liquid phase working fluid return The speed is increased, and the heat transfer efficiency of the heat pipe is improved. In summary, the present invention can achieve the expected use of the target #, and solve: two = ' and because of the novelty and progressive, fully in line with the invention of the special requirements, according to the patent law," please Investigate and grant the patent in this case to protect the rights of the inventor. The Chongyang Taishang Institute 4 is only a preferred and feasible embodiment of this I ^, and therefore the patent (4) that is not the case of the invention. : Equivalent techniques, means, etc., all of which are included in the dry circumference of this issue, and are combined with Chen Ming. 9 200831841 [Simple diagram of the diagram] The first diagram of the second diagram of the second diagram
係本發明之製造步驟示意圖。 係本發明（細組織未置入熱管管體内部之製 係本發明毛細組織已置入熱管管體内部之製 造流程示意圖。 第四圖係第二圖之4-4斷面剖視圖。 第五圖係第三圖之5-5斷面剖視圖。 / 【主要元件符號說明】 〈本發明> 熱管管體 1 内壁面 10 毛細組織 2 編織網 20 纖維 22 拉桿 3 夾爪 30 捲網成型模具 4 編織網 21 夾座 10 5 200831841 剪切機構 6A schematic diagram of the manufacturing steps of the present invention. The present invention (the structure in which the fine structure is not placed inside the heat pipe body) is a schematic view of the manufacturing process in which the capillary structure of the present invention has been placed inside the heat pipe body. The fourth drawing is a sectional view taken along line 4-4 of the second figure. Fig. 5-5 is a cross-sectional view taken along line 5-5. / [Main component symbol description] <The present invention> Heat pipe body 1 Inner wall surface 10 Capillary structure 2 Braided mesh 20 Fiber 22 Tie rod 3 Clamp 30 Web forming mold 4 Weaving Net 21 Clamping seat 10 5 200831841 Cutting mechanism 6