M337061 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種金屬管，尤指一種用於熱管之金 屬管。 【先前技術】 隨著電腦之中央處理器（_的運算速度不斷提昇， 其所產生的發熱量亦越來越高，以往由賴型散熱器及風 扇所組成的政熱t置，已不能滿足目前之中央處理器的使 用而求於疋有業者陸續開發出具有更高導熱效能的熱管 (heat plpe) ’並將其與散熱器作組合，以有效地解決現階 段的㈣㈣；然而’熱管内部的結構設計與卫作流體多 养’將悠關到熱管之導熱速度及導熱效能，當工作流體太 多時將造絲Μ部的氣體料縮小，而大幅度的影響到 ‘熱效月b ’反之’當工作流體太少則易使熱管内部產生乾 燒（dry out)現象，甚至使熱管損壞報廢；本創作人基於前 述理由，而對詩熱管之金屬管進行創新改良。 習知之用於熱管之金屬管，主要係取材於大量製造出 的…、縫銅g為i ’如本國專利公開號顺腿4、細而巧 及200720616所揭不，其係藉由在毛細組織内部或外部作分 隔槽，、而於熱管内部形成有氣體流道及液體流道。 々然而，習知之具有氣、液體通道的熱管，雖然設置有 氣液肚刀隔/瓜逼，但其氣體通道係分別形成液體通道之 内外周、、彖田熱g之—端党熱後其被汽化的流體並未能沿 5 •M337061 著一定的行走路徑進行傳熱，往往令向上移動的氣體與向 下移動的液體產生相互干涉阻擾，進而降低其導熱效能。 【新型内容】 本創作之一目的，在於提供一種用於熱管之金屬管， 藉由在金屬管内直接成型有氣、液體通道，不僅可有效的 避免熱管的乾燒（dry 〇ut)㈣，且能提高熱管的導熱速度 與效能，並可大幅度的提昇熱管的製作良率。 ，了達成上述之目的，本創作係提供一種用於熱管之 金屬管，包括一管體，於該管體内壁延伸出有至少一分隔 板，而將該管體内部區隔形成有一氣體通道及一液體通 迢，且該氣體通道係與該液體通道相互連通。 【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 ⑩下，然而所附圖式僅提供參考與說明用 _ 作加以限制者。 明㈣弟—至三圖所示’本創作係提供-種用於熱管 細t_e)之金屬f，該金屬管10主要包括 ^ _有—氣體通道1KVapor ?⑷及-液體通道12(Liquid c 可為銅等導、散熱性良好之材料所製成，且4 圓形或其吻调罐；购吻⑽時，利 6 M337061 用特殊穿心模具（圖未示）的設計，而於管體100内壁直 接延伸成型有二半圓弧狀分隔板、1〇2。另，本實施 例的液體通道12的長度小於氣體通道11的長度，藉以在氣 體通道11之首、末兩端分別形成有一連通區13(如第三圖 所示）。 製作時係將一具有半圓弧槽51的成型治具5對應於前 述之二半圓弧狀分隔板101 、1〇2作壓掣加工（如第一及 二圖所示），而使此二分隔板1〇1 、1〇2產生塑性變形， 而瓜成有一氣體通道Π及一液體通道12。次對此金屬管1〇 進行焊接（Welding)封合、内部毛細組織2〇(Capi丨lary)成型 及工作流體30(Working Huid)填入；如此，即可完成一埶 鲕茶照第四及五圖所示 ^巧个别1卞官體之另一 實施例各剖面圖，本實施例之各分隔板101 、102係呈直M337061 VIII. New description: [New technical field] This creation is about a metal tube, especially a metal tube used for heat pipes. [Prior Art] With the continuous increase of the computer's central processing unit (the computing speed of _ is increasing, the heat generated by the heat sink and the fan is not satisfied. At present, the use of the central processing unit seeks to develop a heat pipe (heat plpe) with higher thermal conductivity and combine it with a radiator to effectively solve the current (4) (4); The structural design and the multi-culture of the maintenance fluid will turn off the heat transfer speed and thermal conductivity of the heat pipe. When the working fluid is too much, the gas material of the wire-making part will be reduced, and the heat effect month b will be greatly affected. Conversely, when there are too few working fluids, it is easy to cause dry out inside the heat pipe, and even the heat pipe is damaged and scrapped; the creator has made innovative innovations on the metal pipe of the poetry heat pipe based on the above reasons. The metal pipe is mainly made of a large number of manufactured..., and the seam copper g is i' as disclosed in the national patent publication No. 4, thin and clever, and 200720616, which is carried out inside the capillary structure. The outside is used as a separation groove, and a gas flow path and a liquid flow path are formed inside the heat pipe. However, a conventional heat pipe having a gas and a liquid passage is provided with a gas-liquid belly knife/gut, but the gas passage system is provided. The fluids that are vaporized by the inner and outer circumferences of the liquid channel and the heat of the end of the heat are not able to transfer heat along the 5·M337061 certain walking path, often moving the upward moving gas downward. The liquid interferes with each other and reduces its thermal conductivity. [New content] One of the purposes of this creation is to provide a metal tube for a heat pipe, which is effective not only by forming a gas or liquid passage directly in the metal tube. Avoid the dry heat of the heat pipe (dry 〇ut) (four), and can improve the heat transfer speed and efficiency of the heat pipe, and can greatly improve the production yield of the heat pipe. To achieve the above purpose, the creation of the system provides a heat pipe The metal tube comprises a tube body, and at least one partition plate extends from the inner wall of the tube body, and the inner portion of the tube body is formed with a gas passage and a liquid passage. The gas passage is in communication with the liquid passage. [Embodiment] The description of the drawings is not intended to be a detailed description of the creation and technical content of the present invention, but the drawings are only provided for reference and explanation. Restricted by the Ming (4) brother - to the three figures shown in the 'This creation provides a kind of metal f for the heat pipe thin t_e), the metal pipe 10 mainly includes ^ _ has - gas channel 1KVapor ? (4) and - liquid channel 12 (Liquid c can be made of copper and other materials with good heat dissipation, and 4 round or its kiss cans; when buying kisses (10), Lee 6 M337061 is designed with special threading mold (not shown), The inner wall of the pipe body 100 is directly formed with two semi-circular arc-shaped partition plates, 1〇2. In addition, the length of the liquid passage 12 of the present embodiment is smaller than the length of the gas passage 11, so that the first and the last two of the gas passages 11 A communication region 13 is formed at each end (as shown in the third figure). In the production process, a forming jig 5 having a semi-circular arc groove 51 is corresponding to the above-mentioned two semicircular arc-shaped partition plates 101 and 1〇2 for compression processing (as shown in the first and second figures), so that The two partition plates 1〇1 and 1〇2 are plastically deformed, and the gas is formed into a gas passage and a liquid passage 12. This time, the metal tube 1〇 is welded, the inner capillary structure 2〇 (Capi丨lary) molding and the working fluid 30 (Working Huid) are filled in; thus, a tea ceremony can be completed. 5 is a cross-sectional view showing another embodiment of an individual body, and the partition plates 101 and 102 of the present embodiment are straight.
狀卩上、下夾合的壓具（圖未示）對管體副之外 表面進行壓掣，而使各分隔板 Λ 11^之端面相互貼接 封Β，並在管體100内部形成有一翁 道12 风秀乱體通迢11及一液體通 凊參照第六及七圖所示，俜公 別為本創作管體之又一 單-直=圖，其與上述另—實施的差別在於本實施例為 面進行4 ί :01型態，利用壓具對管體100之外表 互:隔板101之端面與管體内壁面相 體二於官體100内部形成有-氣體通道η及-液 k 2，且氣體通迢η與液體通道12在管體⑽之首、 7 •M337061 末兩端係相互連通（圖未示）；如此，亦具有前述實施例 之等同效果。 請參照第八圖所示，係本創作應用於電子發熱元件使 用狀態圖，本創作所組成之熱管一端可供一散熱鰭片組6 套接，另一端則與一電子發熱元件7相互貼附接觸，此電 子發熱元件7運作後將產生高熱量，此熱量將令工作流體 30 α化，此汽化流體因相變化產生潛熱而帶走大量熱量， 藉由容腔内部所構成的阻力差異，汽化流體將沿著氣體通 這11朝向散熱轉片組6之-端作高速移動，並經左侧連通 區13再進人液體通道12前端，此時利用此散熱韓片組6的 j…、作用，而使此等汽化流體被冷凝成液體，並藉由氣體 问低應或重力作用’通過液體通道前段再流至後 段的毛細組織20處’利用此毛細組織2〇的毛細作用 回流到熱管與電子發熱元件7 熱管之連續循環運作。 貼接f構成 =斤述，當知本創作之用於熱管之 ㈣祕、新穎性與 = =曾見於同類產品及公開使用，完全符合新 凊要件，爰依專利法提"請。 ^料專利申 【圖式簡單說明】 弟一圖 弟二圖 弟二圖 係本創作之管體 係本創作之管體 係本創作金屬管 尚未被成型治具加工前剖面圖 已被成型治具加工後剖面圖。 之另一方向剖面圖。 8 M33 7061 $四圖係本創作管體之另一實施例剖面圖。 第 :五圖係第四圖管體已被壓具加工後剖面圖。 第/、圖係本創作管體之又一實施例剖面圖。 第七圖係第六圖管體已被壓具加工後剖面圖。 第八圖係本創作應用於電子發熱元件使用狀態 【主要元件符號說明】 <本創作> 分隔板101、102 液體通道13 金屬管10 管體100 氣體通道11 連通區14 毛細組織20 工作流體30 成型治具5 • 半圓弧槽51 散熱鰭片組6 電子發熱元件7The upper and lower clamps (not shown) crush the outer surface of the pipe body, and the end faces of the partition plates are attached to each other and formed inside the pipe body 100. There is a Weng Road 12, a wind show, a body through the 11 and a liquid, as shown in the sixth and seventh figures, and the other is a single-straight-picture of the creative body, which is different from the above-mentioned implementation. In this embodiment, the surface is subjected to a 4 ί:01 type, and the tube body 100 is externally formed by the pressing device: the end surface of the partition plate 101 and the inner wall surface of the tube body are formed with a gas passage η and a inside of the body 100. The liquid k 2 and the gas passage η and the liquid passage 12 are in communication with each other at the end of the pipe body (10) and at the end of the 7 M337061 (not shown); thus, the equivalent effect of the foregoing embodiment is also obtained. Please refer to the eighth figure, which is applied to the state diagram of the use of electronic heating elements. One end of the heat pipe composed of the present invention can be sleeved by one heat dissipation fin group 6, and the other end is attached to an electronic heating element 7. In contact, the electronic heating element 7 will generate high heat, which will cause the working fluid 30 to be aridized. This vaporized fluid generates a large amount of heat due to the latent heat generated by the phase change, and the vaporization fluid is formed by the difference in the resistance formed inside the cavity. The end of the gas passage 11 toward the heat-dissipating rotor group 6 is moved at a high speed, and then enters the front end of the liquid passage 12 via the left communication region 13 at this time. At this time, the heat dissipation of the Korean group 6 is utilized. And the vaporized fluid is condensed into a liquid, and flows back to the capillary structure 20 at the rear stage through the gas passage low or gravity. The capillary action of the capillary structure is used to return to the heat pipe and the electron. Heating element 7 The continuous operation of the heat pipe. Attachment f composition = jin said, when knowing the creation of the heat pipe (four) secret, novelty and = = have been seen in similar products and public use, fully in line with the new requirements, according to the patent law. ^material patent application [simple description of the schema] Brother 1 Tudi 2 Tudi 2 diagram is the tube system of this creation. Sectional view. The other direction is a cross-sectional view. 8 M33 7061 $4 is a cross-sectional view of another embodiment of the present invention. The fifth figure is the cross-sectional view of the tube after the tube has been processed by the fourth figure. Fig. / is a cross-sectional view showing still another embodiment of the present invention. The seventh figure is the cross-sectional view of the tube after the tube has been processed by the sixth figure. The eighth picture is the application of the electronic heating element in the state of use [main component symbol description] <this creation> partition plate 101, 102 liquid passage 13 metal pipe 10 pipe body 100 gas passage 11 communication zone 14 capillary structure 20 work Fluid 30 Forming Fixture 5 • Half Arc Slot 51 Heat Sink Set 6 Electronic Heating Element 7