200914785 九、發明說明： 【發明所屬之技術領域】 熱管與：種毛細組織有關，特別指-種可應用於 '、工作流體作傳輸之毛細結構及其製法。 【先前技術】 内部!工==内主要乃透過毛細組織，提供其 -丄傳輸。而以往的毛細組織，-般又可 刀:：型、燒結型、纖維型及絲網型等型式 以作為依附者。 或熱板的内壁面， 專利工作流體能有更進一步的傳輸效果，如我國 號「熱導管」之發明專利 = 步狄置―種「辅助毛細結構」’以便增進前叙功效 1, 該輔助毛細結構主要係由複數絲線編織 數細小的顆粒燒結形成，並為一中 成由禝 於熱管内部。惟，前述輔助毛細、以便置 ，由於絲線較細緻且柔軟，故仍須藉由==而成時 提供其依附效果；而若為顆粒燒結形=,、、、板内壁來 後，必然須將燒結物與模具分離，此離1 =燒結完成 燒結物的受損，以致影響其毛細傳輪力離過程㊉常會造成 ’若不固著於熱管或熱板内壁面上輪二：燒結物硬而脆 該輔助毛細結構，造成其脆裂後失=因晃動而敲擊 有鑑於此’本發明人係為改善並解決上述=失，乃 5 200914785 特潛心研究並配合學理 有效改善上述缺失之本發明。、、、於提出—種設計合理且 【發明内容】 本發明之主要目的， 結構及其製法，其係具有獨立之織式毛細 能視使用狀況來擎曲變形，以：：可撓性，因而 用於熱管或熱_時，也& ’同時，在應 壁上，為—可獨立存在之請㈣或熱板之内 為了達成上述之目❸’本發 毛細結構，包括一呈長條桿狀物二:=條：交織式 覆於裸蕊外圍之毛細層；其 二：及-纏繞而包 織股，以捲曲方式交織而圍繞於裸向之編 ，且各編織股乃由編織材捆成一股:成：:= 細結構。 9铒风上述毛 種條狀交織式 為了達成上述之目的，本發明係提供一 毛細結構之製法’其步驟如下： a) 提供一金屬桿、以及複數編織材； b) 以該金屬桿為中心，使各該編織材以交織方式連碎 纏繞於該金屬桿外’並沿該金屬桿長度方向而包覆；只 c) 至該金屬桿長度方向為各該編織材包覆後 成品。 70风 【實施方式】 為了使貴審查委員能更進一步暸解本發明之特徵及 技術内容，請參閱以下有關本發明之詳細說明與附圖#，然 200914785 而所附圖式僅提供參考與說明用，並非用來對本發明加以 限制者。 明多閱第圖，係為本發明毛細結構之立體示意圖。 轉明係提供—種條狀交織式毛細結構及其製法，該條狀 t細釔構1包括一裸蕊1〇、以及一纏繞而包覆於該 稞磁ίο外圍之毛細層n ;其中： 心二第二圖及第三圖所示，該裸蕊10可為-如金屬桿等 條狀或桿狀物，並可由 熱性較佳之金屬材質 I成，_為10主要係用以構成所述毛細結⑴之骨架 誃=於使5亥毛細結構1具有獨立之支撐能力，並可透過 可撓性㈣曲變形。此外’該裸蕊财可視其 狀^: ’當線徑較小時，可製成如第二圖所示之實心 狀’而，線徑較大時，則可製成如第三圖所示之中空狀者 再請參閱第一圖所示，該毛 編織股12、13，以正六七奴丄 你由至乂一方向之 上述裸姑10廿 乂或斜父之捲曲交織方式，同時圍繞 各編I:::該裸蕊1〇之長度方向連續纏繞而成，且 .在丄钔心輿皆可由單一或複數編織材120、130構成 斜作所舉之實施例，，二方 ：：200914785 IX. Description of the invention: [Technical field to which the invention pertains] The heat pipe is related to: a type of capillary structure, and particularly refers to a capillary structure which can be applied to ', a working fluid for transmission and a method for preparing the same. [Prior Art] Internal! Worker == mainly through the capillary structure, providing its -丄 transmission. In the past, the capillary structure was generally available as a type of attachment: type, sintered type, fiber type, and wire mesh type. Or the inner wall surface of the hot plate, the patented working fluid can have further transmission effects, such as the invention patent of the "heat pipe" of our country = step by step, "the auxiliary capillary structure" to enhance the pre-synergy effect 1, the auxiliary capillary The structure is mainly formed by sintering a plurality of finely woven wires of a plurality of wires, and is made of a heat medium inside the heat pipe. However, the aforementioned auxiliary capillary, for the purpose of setting, because the wire is fine and soft, it still needs to provide its attachment effect by ==; if the particle is sintered, the inner wall of the plate must be The sinter is separated from the mold, and the sinter is damaged by the sintering, so that the capillary transfer force is often caused by the process. If it is not fixed on the inner wall of the heat pipe or the hot plate, the sinter is hard. Brittle the auxiliary capillary structure, causing it to be broken after the brittle fracture = knocking due to shaking. In view of the fact that the present inventors have improved and solved the above-mentioned problem, the invention is effective in improving the above-mentioned deficiency. . , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , For heat pipe or heat _, also & 'At the same time, on the wall, for - can exist independently (four) or within the hot plate in order to achieve the above-mentioned goal 'the hair capillary structure, including a long bar Shape 2: = strip: interlaced over the capillary layer on the periphery of the bare core; second: and - entangled and woven strands, intertwined in a crimped manner around the bare braid, and each braided strand is bundled by a braid Into one share: into::= fine structure. 9 hurricane, the above-mentioned hair-like interlacing type, in order to achieve the above object, the present invention provides a method for preparing a capillary structure, the steps of which are as follows: a) providing a metal rod and a plurality of woven materials; b) centering on the metal rod Each of the woven materials is wound and wound around the metal rod in an interlaced manner and wrapped along the length of the metal rod; only c) to the length direction of the metal rod is the finished product after the woven material is wrapped. 70 Wind [Embodiment] In order to enable the reviewing committee to further understand the features and technical contents of the present invention, please refer to the following detailed description of the present invention and the accompanying drawings, but 200914785 and the drawings are only provided for reference and explanation. It is not intended to limit the invention. Ming Duo's drawing is a three-dimensional diagram of the capillary structure of the present invention. The illuminating system provides a strip-like interlaced capillary structure comprising a bare core 1〇, and a capillary layer n wound around the periphery of the magnetic layer, wherein: As shown in the second and third figures of the second core, the bare core 10 may be a strip or a rod such as a metal rod, and may be made of a metal material I having a better heat quality, and 10 is mainly used to constitute the The skeleton 誃 of the capillary (1) is such that the 5 liter capillary structure 1 has independent support ability and can be deformed by flexibility (four). In addition, 'the bare core can be seen as its shape ^: 'When the wire diameter is small, it can be made into a solid shape as shown in the second figure'. When the wire diameter is large, it can be made as shown in the third figure. For the hollow shape, please refer to the first figure. The woolen braided strands 12 and 13 are surrounded by the above-mentioned naked nun 10 or the oblique father. Each of the I::: the length of the bare core is continuously wound, and the embodiment of the single or multiple woven materials 120, 130 can be made obliquely.
斜交之捲曲方式；〇:姊二〇_、 、又 u你U 織材⑽、130捆為=，且各編織股12、13皆以三條編 φ 捆為一股。各編織材120、130可為金眉 4或石墨絲。金屬絲可為 為金屬 者，且一般多為¥良好之金屬製成絲線狀 成者。 ’、’石墨絲則為碳纖維石墨化後所製 200914785 疋以，藉由上述之播、Α 織式毛細結構。 ’’ 即可得到本發明條狀交 :參閱第四目所示，係為本發 :。本發明條狀交織式毛細結構：：：之步驟流程 步驟實施完成·· 製以方法係可依下列 a)首先，準備— 編織材120、130，以(即所述裸蕊1〇)、以及複數 材料。 Mu㈣毛細結構1之所需 織方旱為中心，使各編織材⑽、13。以六 方向而將之予以包覆同8"並沿著金屬桿之長度 中，可利用-機j實：一併參閱第五圖所示，在此步驟 基座上設有_二:=’該機台4係具有—基座和，該 於中心處的心勒41、» I、，「η 且彼此交錯而圍繞於該 」形路線 於該二軌道42、43卜欠周緣處的二執道42、43，且 別供上述二方向編織：:ΓΓ 一料筒420、430，以分 ,—… 、气版12、3的編織材！20、130備斜盆 料筒420、430係根據各自對應的軌 幻 織織材12G、13G繞行方向相反而相互交 ==過Γ41帶動金屬桿(即所述裸綱自轉， 二交織::rr -纏繞於其上， 徑般自轉，如此:可令::=:進;， 的長度方向纏繞並包覆:二沿著該金屬桿 此外，為如咼生產效能，使編織 200914785 ::的二IT速地纏繞於金屬桿上，勢必須加進該 i屬柃的紋轉速率；此時，可將各軌道42、 複數料筒420、430 ，俾以藉數蜾浐紿 上刀另U又有 ^ 俾以祓數螺疑線般快速纏繞於金屬 杯上’糟以便於提高生產效能。 蜀 所至所述金屬桿之長度方向皆為各編織材120、13〇 〇覆後，即完成毛細結構i之成品。 η二 述之步驟流程’即可得到本發明條狀交 織式毛細結構之製法。 用於據二Π六圖及第七圖所示，該毛細結構1可被應 且得與熱管2内原有之毛細組織2〇共 而二示’由於該毛細結構1可透過其裸蕊10 I == 力，故能視實際需求而彎曲成所需形 數：二、、、官2内部。當然，亦可如第九圖所示，以複 數所述毛細結構i同時内置於熱管2内者。 招卜如十圖所不’ $毛細結構1可被應用於-般執 ^内而與熱板3之毛細組織30共存，且亦可 3内 所述ΐ細結構1;或如第十-圖所示， 之之裸為1G的可撓性，而將其彎曲成連續 之s」形号曲狀者，並能被定型於熱板3内。 ^:述’本發㈣可達到預期之使用㈣，而解決 二具新穎性及進步性，完全符合發明專 ^月要件^依專利法提出申請’敬請詳查並賜准本案 專利，以保障發明人之權利。 惟以上所述僅為本發明之較佳可行實施例，非因此即 200914785 拘限本發明之專利範圍，故舉凡運用本發明說明書及圖式 内容所為之等效技術、手段等變化，均同理皆包含於本發 明之範圍内，合予陳明。 10 200914785 【圖式簡單說明】 !:圖係本發明毛細結構之立體示意圖。 =一圖係本發明毛細結構的裸蕊之立體示意圖。 _立’—_係本發明毛細結構的裸蕊另一 實施例之立體 示意圖。 係本發明製造方法之步驟流程圖。 係本發明製造方法之機台動作示意圖。 係本發明應用於熱管内之剖面示意圖。 係第五圖之6-6斷面剖視圖。 係本發明應用於熱管内另一實施態樣之剖面 第四圖 第五圖 第六圖 第七圖 第八圖 示意圖。 _第九圖係本發明應用於熱管内又一實施態樣之剖面 不思圖〇 第十圖係本發明應用於熱板内之剖面示意圖。 第十一圖係本發明應用於熱板内另一實施態樣之却The method of curling of the skew; 〇: 姊二〇_, , and u, your U woven material (10), 130 bundles are =, and each woven strand 12, 13 is bundled in three pieces φ. Each of the woven materials 120, 130 may be a gold eyebrow 4 or a graphite wire. The wire may be made of a metal, and generally it is a wire made of a good metal. ', 'Graphite wire is made of carbon fiber graphitized 200914785 ,, by the above-mentioned sowing, woven capillary structure. The present invention can be obtained as follows: See the fourth item, which is the present invention: The strip-interlaced capillary structure of the present invention::: The step of the step of the process is completed. The method can be as follows: a) first, preparing the woven material 120, 130 to (ie, the bare core 1), and Plural material. Mu (4) The required structure of the capillary structure 1 is the center of the weaving, so that each woven material (10), 13. In the six directions, it is coated with 8" and along the length of the metal rod, the machine can be used: as shown in the fifth figure, the pedestal is provided with _2:=' The machine 4 has a base pedestal, and the center of the heart 41,» I, "η and staggered around each other", the two paths of the two tracks 42, 43 owed to the periphery Roads 42, 43 and not for the above two-direction weaving:: ΓΓ A barrel 420, 430, divided into, -..., gas plate 12, 3 woven material! 20, 130 slant basin cylinders 420, 430 according to their respective rail woven fabrics 12G, 13G in the opposite direction of the opposite direction and cross each other == over 41 to drive the metal rod (ie, the bare shaft rotation, two interlacing:: Rr - entangled on it, rotates like a diameter, so: can make::=: enter;, the length direction is wrapped and wrapped: two along the metal rod, in addition, for the production efficiency of the ,, making the weave 200914785: The second IT is wound on the metal rod at a high speed, and the potential must be added to the rate of rotation of the i-shaped ridge; at this time, each track 42 and the plurality of barrels 420 and 430 can be smashed by the knives. In addition, there is a 快速 快速 螺 螺 螺 螺 螺 螺 螺 螺 螺 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' 螺 ' 螺 ' 螺 螺 ' 螺 螺 ' 螺 螺 ' 螺The finished product of the capillary structure i. The step η of the second step can be used to obtain the method for the strip-like interlaced capillary structure of the present invention. The capillary structure 1 can be obtained according to the sixth and seventh figures. It is shown in conjunction with the original capillary structure 2 in the heat pipe 2, because the capillary structure 1 can pass through its bare core 10 I == force, Therefore, it can be bent into the required number of shapes according to the actual demand: 2, and 2 inside. Of course, as shown in the ninth figure, the capillary structure i can be built in the heat pipe 2 at the same time. The ten-fibre structure 1 can be applied to the general structure and coexist with the capillary structure 30 of the hot plate 3, and can also be the fine structure 1 described in 3; or as shown in the tenth-picture, The bare one is 1G flexible, and it is bent into a continuous s" shape, and can be shaped in the hot plate 3. ^: The 'this hair (four) can achieve the intended use (four), and Solve two novelty and progress, fully meet the requirements of the invention and the monthly requirements. 2. Apply for the patent law. Please review and grant the patent in this case to protect the rights of the inventor. However, the above is only the comparison of the present invention. The present invention is not limited to the scope of the present invention, and the equivalents of the present invention and the equivalents of the drawings and the like are all included in the scope of the present invention. To Chen Ming. 10 200914785 [Simple description of the figure] !: Picture is the capillary structure of the present invention Figure 1 is a perspective view of the bare core of the capillary structure of the present invention. _立'-_ is a perspective view of another embodiment of the capillary structure of the capillary structure of the present invention. A flow chart of the steps of the manufacturing method of the present invention. The schematic diagram of the operation of the machine of the manufacturing method of the present invention is a schematic cross-sectional view of the invention applied to the heat pipe. It is a cross-sectional view taken along line 6-6 of the fifth figure. The fourth embodiment of the cross section of another embodiment of the present invention is applied to the heat pipe. Figure 5 is a schematic view of the eighth embodiment of the seventh embodiment of the present invention. The ninth diagram is a cross-sectional view of another embodiment of the present invention applied to the heat pipe. FIG. . The eleventh figure is another embodiment of the invention applied to the hot plate
£ ，7Γ. 一 jl. σ J u 面不意圖。 【主要7L件符號說明】 〈本發明> 毛細結構 1 裸蕊 10 毛細層 11 編織股 12 編織材 120 蝙織股 13 編織材 130 200914785 熱管 2 毛細組織 20 熱板 3 毛細組織 30 機台 4 基座 40 心車由 41 軌道 42 料筒 420 軌道 43 料筒 430 12£ ,7Γ. A jl. σ J u face is not intended. [Main 7L symbol description] <The present invention> Capillary structure 1 Bare core 10 Cap layer 11 Braided strand 12 Braided material 120 Bat weave 13 Braided material 130 200914785 Heat pipe 2 Capillary structure 20 Hot plate 3 Capillary structure 30 Machine table 4 Base Seat 40 car by 41 track 42 barrel 420 track 43 barrel 430 12