M272068 甚多，其中 之基本元件 包覆之管體 工作流體之 導至管體之 相，並於管 毛細組織可 至管體之受 放熱之熱循 高毛細組織 細組織多層 之工具 導散熱 於一外 ’利用 熱端傳 復成液 )，該 引回流 吸熱與 ，為提 可將毛 織捲曲成多層化後 的編織網置入熱管 易貼緊管壁、於燒 量較多而提高材料 工中’也容易因各 剝離之虞。 善並解決上述之缺 終於提出一種設計 四、創作說明（1) 【新型所屬之技術領域】 本創作係有關於一種熱管 一種具有較佳毛細力之熱管毛 【先前技術】 按，現今被運用於熱傳導 已被廣為採用，並作為熱源傳 之熱管最原始的運作原理，係 工作流體（working fluid) 相間之變化，將熱由管體之受 以進行熱交換而使工作流體回 有毛細組織(wick structure 細管作用，將液態工作流體導 此，不斷地藉由工作流體進行 即可達到熱傳導之目的。同時 與工作流體之毛細傳輸量，亦 加其工作流體之傳輸量。 惟，以往將編織網毛細組 大幅提昇其毛細力，但多層式 作業不易實施，且有捲曲後不 軟化而塌陷、所以編織網面積 失，同時，熱管於彎折成形加 因曲率大小的變化，而有相互 有鑑於此，本創作人為改 潛心研究並配合學理之運用， 毛細組織之結構改良’尤指 細組織之結構改良。 尤以熱管 。而以往 内充填有 液相至氣 冷卻端， 體内設置 透過其毛 熱端，如 環工作， 之毛細力 化，以增 ，雖然可 管體内的 結時容易 成本等缺 層編織網 失，乃特 合理且有There are many M272068. Among them, the working fluid of the tube covered by the basic components is guided to the phase of the tube, and the heat from the capillary tissue of the tube can be exothermic to the tube. Outside 'use the hot end to transfer the complex liquid), this draws back the heat and absorbs the heat, in order to improve the knitting of the woolen fabric into a multi-layered woven mesh, which can be placed in the heat pipe to easily adhere to the wall of the tube, and increase the amount of burnt material to improve the material process.' It is also prone to peeling. Solve the above-mentioned shortcomings and finally propose a design. 4. Creation instructions (1) [Technical field of the new type] This creation is about a heat pipe, a heat pipe hair with better capillary force. [Previous technology] Press, is now used in Heat conduction has been widely used and is the most primitive operating principle of heat pipes as a heat source. It is the change of working fluid between phases. It transfers heat from the tube body to heat exchange to return the working fluid to the capillary tissue ( The wick structure acts as a thin tube to guide the liquid working fluid here, and can continuously achieve the purpose of heat conduction by the working fluid. At the same time, the capillary transmission volume with the working fluid, plus the working fluid transmission volume. The capillary group greatly increases its capillary force, but the multi-layer operation is not easy to implement, and it does not soften and collapse after crimping, so the area of the woven mesh is lost. At the same time, the heat pipe is bent and formed due to the change in the curvature. The author has devoted himself to studying and cooperating with the application of theories. Weaving structure is improved. Especially the heat pipe. In the past, it was filled with liquid phase to air cooling end, and the body was set through its capillary hot end, such as ring work, to increase the capillary force, although it can be used in the tube. It is easy to lose the missing woven mesh, which is reasonable and reasonable.
第5頁 M272068 四、創作說明（2) --- 效改善上述缺失之本創作。 【新型内容】 本創作之主要目的，在於呀提供一種熱管毛細組織之 結構改良，其毛細組織係為編織網’並令構成該編織網之 纖維中，至少一方向之編織網目的各網目（mesh )係由多 條纖維線所構成，俾藉由較多條纖維線之故，使得該毛細 組織有如多層編織網疊置而成者，以具有較佳毛細力 = 為了達成上述之目的，本創作係提供一種熱管毛細組 織之結構改良，包括一管體、以及一設於該管體内壁處之 毛細組織；其中，該毛細組織係為雙向編織網目交織= 的編織網，且該雙向編織網目皆具有複數網目，而至少一 方向之編織網目的各網目係由多條纖維線所構成。萨^， 即可達成上述之目的。 曰 【實施方式】 為了使 貴審查委員能 技術内容，請參閱以下有關 而所附圖式僅提供參考與說 •限制者。 更進一步瞭解本創作之特徵及 本創作之詳細說明與附圖，然 月用’並非用來對本創作加以 -立请麥閱第一圖及第二圖，係分別為本創作之立體分解 不思圖及毛細組織之展開示意圖。本創作係提供一種熱管 毛細組織之結構改良，該熱管i係於其管體1〇内壁處^置 有至少一層用以傳輸工作流體（working fluid，圖略） 之毛細組織11，該毛細組織11係為編織網捲曲後，並置入Page 5 M272068 4. Creation Instructions (2) --- Effectively improve the above-mentioned missing original creation. [New content] The main purpose of this creation is to provide a structural improvement of the capillary structure of the heat pipe. The capillary structure is a woven mesh, and the meshes of the woven mesh in at least one direction among the fibers constituting the woven mesh (mesh ) Is composed of multiple fiber threads, and because of more fiber threads, the capillary structure is made up of a multi-layer woven net to have better capillary force = In order to achieve the above purpose, this creation The invention provides a structural improvement of the capillary structure of a heat pipe, including a pipe body and a capillary structure provided on the inner wall of the pipe; wherein, the capillary structure is a bidirectional knitted mesh interwoven = woven mesh, and the bidirectional knitted meshes are all There are a plurality of meshes, and each mesh of a woven mesh in at least one direction is composed of a plurality of fiber threads. Sa ^, can achieve the above purpose. [Embodiment] In order to enable your review committee to technical content, please refer to the following. The drawings are provided for reference and explanation only. Learn more about the characteristics of this creation, as well as the detailed description and drawings of this creation. However, "monthly use" is not used to add to this creation-please read the first and second pictures, which are the three-dimensional decomposition of this creation. Figures and expanded schematic diagrams of capillary tissue. This creative system provides a structural improvement of the capillary structure of a heat pipe. The heat pipe i is provided with at least one layer of capillary tissue 11 for transmitting a working fluid (the drawing fluid) at the inner wall of the tube body 10, and the capillary tissue 11 After being crimped for woven mesh, put it in
M272068 四、創作說明（3) 管體1 0内以構成該熱管1之毛細組織i i 向編織網目以正交或斜交平面交織方式’:編織網乃由雙 編織網目皆具有複數網目（mesh) i 10"製成，且該雙向 示）；在本創作所舉之實施例中，雙向、11 (如第三圖所 之徑向與軸向，而所述編織網目即分為沿管1管體10 之軸向網目11 〇、以及沿管體〗〇徑向環綽g私1 〇軸向延伸 各網目110、ill可為熱傳導性良好之t向網目m。 般多為銅，以令該毛細組織丨丨構成一銅網二、纖維線，一 如第四圖及第五圖所示，在編織網 織n中，至少一方向之編織網目的各網目J成二該毛細組 條（至少二條）纖維線丨丨00所構成者。 或111係由多 實施例中，由於編織網係以正交編織為例之 7m線11〇〇所構成；然若為斜：= ΐ:Γί 110或111係由多條纖維線noo構成即 ' 網目110 *有較多條纖維線110。之故 晉而ί!抽向傳輸上有較佳的毛細力，如同多層編織網疊 者’使得該毛細組僅需以單層的編織網即可獲 付J佳毛細力之效，故可大幅減少使用編織網的面積量， μ乂有j降低其材料成本；且各網目11〇、U1於置入管體1〇 内之#即以父織成一網狀物，使毛細組織1 1在置入作業 上也較為容易；同時，當熱管丨有彎折之需求時，於管體 10彎折處之各纖維線1100與徑向網目U1亦無脫離之虞， 故仍能維持其高毛細力之傳輸結構。 此外，各軸向網目1 1 0之多條纖維線1 1⑽亦可相互絞M272068 4. Creation instructions (3) The capillary structure ii of the heat pipe 1 is interwoven in an orthogonal or oblique plane within the pipe body 10: the woven mesh is made of double-woven meshes with multiple meshes. i 10 " is made, and the two directions are shown); in the embodiment of this creation, two-way, 11 (as shown in the third figure in the radial and axial directions, and the woven mesh is divided into 1 tube along the tube The axial mesh 11 of the body 10, and the radial ring along the pipe body 0, the axial extension of each mesh 110, and the mesh 110, ill may be t-directional mesh m with good thermal conductivity. Generally, it is copper, so that the The capillary structure 丨 丨 constitutes a copper mesh and a fiber thread, as shown in the fourth and fifth figures. In the woven mesh weaving n, each mesh J of at least one direction of the woven mesh is divided into two capillary groups (at least (2) Fiber line 丨 丨 00. Or 111 is made up of 7m line 1100, which is an example of orthogonal weaving in the woven network in many embodiments; however, if it is oblique: = ΐ: Γί 110 or The 111 series is composed of multiple fiber lines noo, that is, 'mesh 110 * There are more fiber lines 110. The reason for this is to draw on the transmission! The better capillary force, just like the multilayer woven net stacker, makes this capillary group only need a single layer of woven net to obtain the effect of J Jia capillary force, so the area of the woven net can be greatly reduced. Μ 乂 有j to reduce its material cost; and each mesh 11 and U1 are placed into a tube body 10, that is, a parent is woven into a mesh, so that the capillary tissue 11 is easier to insert; at the same time, when the heat pipe丨 When there is a need for bending, the fiber threads 1100 and the radial mesh U1 at the bend of the pipe body 10 are not in danger of being separated, so it can still maintain its high capillary force transmission structure. In addition, each axial mesh 1 Many fiber threads of 1 1 1⑽ can also be twisted with each other
第7頁 M272068 、創作說明（4) 編而糾結成 111 之 之線徑 再 織11上 具有孔 壁處所 是 丨細組織 综 確可達 新穎性 法提出 權利。 惟 拘限本 内容所 内，合 線徑不 所組成 者，該 的支撑 洞之壓 需之支 以，藉 之結構 上所述 到預期 及進步 申請， 以上所 創作之 為之等 予陳明 熱管1 結構12 板等， 撐力， 由上述 改良。 ’本創 之使用 性，完 敬請詳 述僅為 專利範 效結構 月，’且各纖維線1丨0 〇之線徑可與徑向網目 同、亦或該等纖維線1100可由至少二種不同 之官體1 0内亦可置入一抵壓於毛細組 ’支撐結構1 2可為網狀物、螺旋體或 用以提供毛細組織丨丨貼附於管體丨〇内 同時亦能提供額外的毛細力。 之構造組成，即可得到本創作熱管毛 作貫為不可多得之新型創作產品，其 目的，而解決習知之缺失，又因極呈 ::合新型專利申請要件，爱依專利 —並賜准本案專利，以保障創作人之 :創：；較佳可行實施例，非因此即 ,二凡運用本創作說明書及圖式 戈化，均同理皆包含於本創作之溫二Page 7 M272068, Creative Instructions (4) The thread diameter of 111 is reorganized, and the space with holes and walls on the 11 is woven. The fine organization and comprehensiveness can indeed reach the right of novelty law. However, the content of this guideline is not limited, and the support of the support hole is required to support the expectations and progress applications described in the structure. The above creation is equal to Chen Ming's heat pipe. 1 Structure 12 board, etc., supporting force, improved from the above. 'The usability of this creation, please complete the details only for the patent effect structure month,' and the diameter of each fiber line 1 丨 0 〇 can be the same as the radial mesh, or the fiber line 1100 can be at least two kinds Different official bodies 10 can also be placed in a capillary group to support the capillary group 'support structure 12 can be a mesh, spiral or used to provide capillary tissue 丨 丨 attached to the tube body 丨 〇 can also provide additional Capillary force. The composition of the structure can be obtained, this creative heat pipe Mao Zuo has always been a rare new creative product, its purpose, and to solve the lack of knowledge, and because of the extremely important: :: new patent application requirements, Ai Yi patent-and grant the patent in this case In order to protect the creator ’s creation: a better and feasible embodiment, otherwise, Erfan uses this creation manual and graphic representations, which are included in Wen Er of this creation in the same way.
第8頁 M272068 圖式簡單說明 【圖式簡單說明】 第一圖 係本創作之立體分解示意圖。 第二圖 係本創作毛細組織之展開示意圖。 第三圖 係第二圖之A部份放大詳圖。Page 8 M272068 Simple illustration of the drawing [Simple illustration of the drawing] The first drawing is a three-dimensional exploded view of the creation. The second picture is an expanded diagram of the capillary structure of this creation. The third picture is an enlarged detailed view of part A of the second picture.
第9頁 第 四 圖 係 本創作熱管成品之 斷 面不意 圖。 第 五 圖 係 第四圖之A 部份放大詳圖。 〔元件 代 表 符 號 ) < 本 創 作 > 熱 管 1 管 體 10 毛 細 組織 11 軸 向 網 S 110 纖 維 線 1100 徑 向 網 § 111 支 撐 結構 12The fourth picture on page 9 is the unintended cross-section of the finished heat pipe. The fifth picture is an enlarged detail of the fourth part of the A picture. (Element designator) < Original creation > Heat pipe 1 Tube body 10 Capillary structure 11 Axial net S 110 Fiber line 1100 Radial net § 111 Supporting structure 12