200923308 九、發明說明： 【發明所屬之技術領域】 本發明係與—種散熱技術有關，尤指 造方法及其成品。 ^皿板之製 【先前技術】 按，均溫板即屬—種板狀熱 皆透過内部真空之環境，以提供注入其内部二;=; …而產生相变化’進而傳遞熱量；再 液悲，以回流後循環之。 叫口设成 管體=係製造上卻不盡相同。蓋熱管之 之另-端來進管=封閉一端後，再透過開放 俟除氣士忐 /工作▲體、除氣或真空化等作業， 。、惟:；板：二立刻封閉管體’即可完成熱管之製作 二蓋板板狀’且通常係由上、下相蓋合之 f 始可進行前述之注人工作流體、除Η = 化等作業；*以往均〜六㈣& ^體除乳或真空 設一除氣管或抽直空:板在，上，必須於該注入口上插 、真空化等作孝的谁： 於工作流體之注入、或除氣 除氣管或抽真當上述各作業完成後，又須將 精準工作流體的封存量，並無法 lie上也較為麻煩。200923308 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a heat dissipation technique, particularly a method of manufacture and a finished product thereof. ^Presence of plate [previous technique] According to the uniform temperature plate, the plate-like heat is transmitted through the internal vacuum environment to provide injection into the inner two; =; ... and phase change is generated to transfer heat; , to recycle after reflux. The mouth is set to the tube body = the manufacturing is not the same. Cover the other end of the heat pipe to enter the pipe = close one end, and then open the air to remove the gas 忐 工作 / work ▲ body, degassing or vacuuming, etc. , : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Waiting for the work; *In the past ~6 (four) & ^ body de-milk or vacuum set a degassing tube or pumping straight: board, on, must be inserted in the injection port, vacuum, etc. Who is filial: in the working fluid Injecting, or degassing or degassing or pumping. After the above operations are completed, it is also more troublesome to seal the amount of the precise working fluid.
有鏗於此，★ A DQ 特潛心研究並配“理=改決上述之缺失，乃 運用、，、'、於提出一種設計合理且 200923308 有效改善上述缺失之本發明。 【發明内容】 及明：Γ目的’在於可提供一種均溫板製造方法 i接升Γ=用一體成型之方式，於均溫板之板體上 直接形成可供進行ϋ yV J1彳纟Μ* . 之通口邱，Μ 除氣或真空化等作業 通口“通口部相當於習知之除 因已-體成型於均溫板之板體上，可於除丄：g : 成後立即壓合封。，故能精準空制行完 工作流體的封存量，製造上也較為容易。-之'、工度及 為了達成上述之目的，本發明 方法，其步驟如下： ’、臭I、—種均溫板製造 a)準備二相蓋人夕^ Ar- p/ 现。之盍板，以構成用以 月豆，且板體内形成有一甲空容置空間，· 為勺脈板之板 σ A )於y私a)任一蓋板上一體成型有突起之、s 口部係與容置空間相通； 冑大起之通口部，通 口部^)將步驟b)二蓋板蓋合後之周邊予以封合，僅預留通 化 Γ過步驟修部以對板體内之容置空間進行真空 :)對步驟d)通口部施以壓合 括 板 為了達成上述之目的，本發明针供心以封口。 I:板體、以及-貼附於板體内壁之毛㈠板’包 成有封合邊，且-二盖板皆於其周緣處带 〜板之封合邊間外緣處係設有焊部2 200923308 突起之通口部，通口部至 於任一所述封合邊上一體成型 少一部位呈扁平狀而密封。 【實施方式】 為了使貴審查委員能爭 技術内容，請參_下㈣^ 步瞭解本發明之特徵及 、" 奇本發明之詳細說明與附圖，然 而所附圖式僅提供參考血說 …、 限制者。 ’並非用來對本發明加以 之步驟流程圖。本發 品’其方法之步驟如 π月參閱第—圖，係為本發明方法 明係提供一種均溫板製造方法及其成 下： ’、 瓦先，如第二圖所示，準備 !所需的二蓋板"，且二蓋板 成该板體1 ，並於該板體丨内形、# 冓 人你而了由一盘板10、η蓋 β後而封閉之中空容置空間12(如第六圖所示）“亥二苗 11皆以導熱性良好之材質所製成，如銘、銅等:7; 為-呈扁平板狀體’而在本發明所舉之實施例中，^ 置卻2係由其中-蓋板10上向外側突出而形成者，：： 4谷置空間12之内壁上貼附有毛細組織12。 ； 如第二圖所示，該二蓋板1〇、η皆於， 合邊…。，且該等封合邊10。、：=:有;: 板10、11於蓋合後’能使用板體】内之容 盖 閉。而在本實施例中，二蓋板10、η之外形皆呈—以封 ，以於蓋板10、11任二相鄰之封合邊1〇〇、 ^形者 上，至少預留—斜切之邊角1〇1、U1 相交接處 M於任—蓋板10 200923308 、11之邊角101、1Π上一體成型一突起之通口部 該通口部13係與上述容置空間12相通；而本實施例之通口 部13乃位於上方之蓋板1G的邊角如丨，且更具體地實施 方式，即如第四圖所示，該通口部13包含一與容置 相連通之縮官130、以及一連通於該縮管13〇末端之擴管 i31，且具有一由邊角101外緣依序貫通該擴f 131與縮 官130之通孔I% ，以通往容置空間以内。 、、、 一如第五圖所示，將二蓋板1〇、11±、下蓋合後，再將 -盍板1G、U相蓋合之周邊利用如擴散焊 人 ^焊接手段予以封合，而僅預留該通口部13。此 ==二之擴f 131而對板體1内之容置空㈣進 ? 乍…除氣或真空化等作業，由於該擴管131 的口徑係較縮管m為大，故使得注入 等= 容易實施。 忭/巩月豆4作業較 如第六圖所示，當上述真空化作業進行 即立刻藉由模具沖壓等手段，將該通口部13之墙管=施 二塵合，且由於縮管13〇的口徑係較擴管 業進行時’較容易掌握均溫板之封存品質。再如 :七圖斤：’軸之通口和會因變形而封閉其通孔 ，如此即可將該通口部13予以封口 空間】2内之真空度，而得 用（、隹持谷置 程。 乂凡成所述均溫板之製作流 -牛=二：’ 之封口效果，亦可進 乂將该通°Π3之擴f 131施以熱炫，以令通口部13之 200923308 =13、1可藉由自身的材料溶化後封閉，以進一步將通口 4 13之通孔132外緣予以封口。 別呈第九圖所示，該二蓋板1〇、U之外形亦可分 :彳：圓形者，且該二蓋板10、11之封合邊100、110亦 而圍ϋ之，並於該二蓋板10、11之封合邊圓 即一 # 6向外犬出一平塊102、m，而所述通口部13 體成型於任一蓋板10、U之平塊102、112上.而太 實施例中，該通口部13仍位於上方之蓋板1〇的平塊體上 …如第十圖所示，二蓋板10、η之周邊封合至通口部13 被廢合封口等步驟如同前文所述；然而，當該通口 縮管130被壓合封口後， σ a P』將—盍板10、η之平塊102 予以切除，並再次針對二蓋板1〇、U 未予封合處施以接合戋焊接箄丰 之封5故100 均溫”即如第十一如此即可獲得-圓形 製造=。’藉由上述之步驟流程，即可得到本發明均溫板 提供Γ種：芯併^第六圖及第七圖所示，本發明所 體;、内之所述；置空間板體1、—形成於該板 壁之所述毛細組織2==及一貼附於該容置空間12内 該板體1係由上述二蓋板1〇、η相莫 f反10、11皆於周緣處形成有所述封合：;。〇、= 盖板10、11之封合邊！⑽、⑽間外緣處㈣有㈣接: 9 200923308 所述封合邊i〇〇 肜成的焊部14，且任 一突昶夕斛、s六 _ 1、iiU上一體成型 大起之所相口部13，該通口^3至彡 而密封，戎#淮丰丄— 丨证王届十狀 ^更進—步如弟八圖所示，於該通口部 132外緣因熱熔而形成一封口端133 。 。是以，藉由上述之構造組成，即可得到本發明均溫板 综上所述，本發明確可達到預期之 習知之缺失，又因極具新颖性 、 ，、 利申請要件，爱依專利法步完全符合發明專 專利，以保障發明人之權利。 习隹枣木 惟以上所述僅為本發明之較佳可行實施例， 拘限本發明之專利筋圍，# & ' 匕即 Κ寻㈣圍，故舉凡運用本發明 内容所為之等效技術、手段等 ㈢®式 明之範圍内，合予陳明。艾化均同理皆包含於本發 10 200923308 【圖式簡單說明】 弟二圖 第三圖 第四圖 第五圖 弟六圖 第七圖 弟八圖 第九圖 第十圖 之局部放大圖 第十一圖 示意圖。 弟圖係本發明方法之步驟流程圖。 係本發明均溫板之立體分解圖。 係，％明均溫板之立體組合圖。 系苐—圖之A部份放大詳圖。 係_第四圖而進行周邊封合後之示意圖。 係第五圖之卜6斷面剖視圖。 係根據第五圖而進行壓合封口後之示意圖。 系根據第七圖而進行熱溶封口後之示意圖。 j、本务明均溫板另一實施例之立體分解圖。 係本發明均溫板另一實施例進行壓合封口後 〇 係根據第十圖而將通口部等處予以切除之 【主要元件符號說明】 <本發明> 板體 j 蓋板 10 封合邊 100 邊角 101 平塊 102 蓋板 11 封合邊 110 邊角 111 平塊 112 容置空間12 通口部 13 縮管 130 擴管 131 200923308 通孑L 132 封口端 133 焊部 14 毛細組織 2In view of this, ★ A DQ is dedicated to research and is equipped with “there is a change in the above mentioned, and it is used, and,” to propose a design with reasonable design and 200923308 to effectively improve the above-mentioned defects. : The purpose of the project is to provide a method for the production of a uniform temperature plate. The method of forming a uniform temperature plate is to form a one-piece forming method, and directly forming a plate on the plate of the uniform temperature plate for the ϋ yV J1彳纟Μ*.作业 Operation port for degassing or vacuuming. “The mouth part is equivalent to the conventional method. The body part is formed on the plate of the temperature equalizing plate. It can be pressed and sealed immediately after the 丄:g: Therefore, it is easy to manufacture the sealing fluid of the working fluid with a precise air volume. - ', ' and the purpose of the method of the present invention, the steps of the method are as follows: ', odor I, - type of uniform temperature plate manufacturing a) preparation of two-phase cover 夕 ^ Ar- p / now. The slab is configured to be used for the moon bean, and an empty space is formed in the plate body, and the plate σ A of the spoon plate is integrally formed with a protrusion on the cover plate. The mouth part communicates with the accommodating space; the mouth part of the 胄大起, the mouth part ^) seals the periphery of the step b) after the cover is closed, and only the pass-through step is repaired to the board The space in the body is vacuumed:) The step d) is applied to the mouth portion to press the plate. In order to achieve the above object, the needle of the present invention is sealed. I: the plate body, and the hair (1) plate attached to the inner wall of the plate are wrapped with a sealing edge, and the two cover plates are welded at the outer edge of the sealing edge of the plate with the ~ plate at the periphery thereof. Part 2 200923308 The mouth portion of the protrusion, the mouth portion is integrally formed on one of the sealing edges, and the portion is flat and sealed. [Embodiment] In order to enable your review committee to compete for technical content, please refer to the following four (4) steps to understand the features of the present invention, and the detailed description and drawings of the present invention, however, the drawings only provide reference blood. ..., limiter. ' is not a flowchart for the steps of the present invention. The method of the present invention, the steps of the method, as shown in the figure, is a method for manufacturing a uniform temperature plate according to the method of the present invention and the following: ', tile first, as shown in the second figure, preparation! The required two cover plates ", and two cover plates into the plate body 1, and in the shape of the plate body, #冓人, you have a disk board 10, η cover β and then closed the hollow accommodation space 12 (as shown in the sixth figure) "Hai Ermiao 11 is made of a material having good thermal conductivity, such as Ming, copper, etc.: 7; is - flat plate-like body" and the embodiment of the present invention In the middle, the 2 is formed by the upper side of the cover plate 10, and the following:: 4 The inner wall of the valley space 12 is affixed with the capillary structure 12. As shown in the second figure, the second cover 1〇, η在于, 边边..., and the sealing edges 10., :=: Yes;: The plates 10, 11 can be closed after the cover can be used. In the embodiment, the outer shapes of the two cover plates 10 and η are all sealed to cover at least two adjacent sealing edges of the cover plates 10 and 11, and at least the side of the beveled edge is reserved. The angle 1〇1 and the U1 intersection are in the same position— The opening portion of the cover portion 10 is formed on the corners 101 and 1 of the cover 10, and the opening portion 13 is integrally connected with the accommodating space 12; and the opening portion 13 of the embodiment is a cover plate located above. The corner of 1G is 丨, and more specifically, as shown in the fourth figure, the mouth portion 13 includes a contraction 130 that communicates with the accommodating portion, and a port that communicates with the end of the tube 13 Expanding the tube i31, and having a through hole I1 sequentially passing through the outer edge of the corner 101 to the through hole I% of the contraction 130 to reach the accommodating space. As shown in the fifth figure, After the two cover plates 1〇, 11±, and the lower cover are combined, the periphery of the cover plate 1G and the U-phase cover is sealed by means of a welding method, and only the port portion 13 is reserved. == Two expansion f 131 and the space inside the plate body 1 (four) into the 乍 ... degassing or vacuuming operations, because the diameter of the expansion pipe 131 is larger than the shrinkage tube m, so the injection etc. It is easy to implement. The operation of 忭/巩月豆4 is as shown in the sixth figure. When the above vacuuming operation is carried out, the wall tube of the port portion 13 is immediately applied by means of die pressing or the like. Dust-mixing, and because the diameter of the shrinkage tube 13〇 is more convenient than that of the expansion tube industry, it is easier to grasp the sealing quality of the uniform temperature plate. Another example: seven figure: the shaft opening and closing the through hole due to deformation In this way, the mouth portion 13 can be sealed in the vacuum space of the space 2, and can be used (and the holding of the valley. The production flow of the said uniform temperature plate - cow = two: ' sealing The effect can also be applied to the expansion of the Π3 f3, so that the 200923308=13, 1 of the port portion 13 can be melted by its own material and then closed, so as to further open the port 4 13 The outer edge of the through hole 132 is sealed. In addition, as shown in the ninth figure, the shape of the two cover plates 1 and U can also be divided into: 彳: round, and the sealing edges 100, 110 of the two cover plates 10, 11 are also enclosed, and The sealing edge of the two cover plates 10, 11 is a horizontal block 102, m, and the opening portion 13 is formed on any of the cover plates 10, U flat blocks 102, 112. In the above embodiment, the port portion 13 is still located on the flat block of the upper cover plate 1... As shown in the tenth figure, the periphery of the two cover plates 10, η is sealed to the port portion 13 The steps of the waste sealing and the like are as described above; however, when the port shrinkage tube 130 is press-sealed, the σ a P 』 盍 盍 盍 、 、 、 、 , , , , , , , , , , , , , , , , 〇, U is not sealed at the joint, and the joint is welded to the seal of the 箄 5 5 故 故 故 故 故 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 圆形 圆形 圆形 圆形 圆形 圆形 圆形 圆形 圆形The invention provides a temperate plate: a core and a sixth figure and a seventh figure, the body of the invention; the inner part; the space plate body 1 - the capillary structure formed on the slab wall 2 = = and one attached to the accommodating space 12 The plate body 1 is formed by the above-mentioned two cover plates 1 〇, η phase Mo f, and 10, 11 at the periphery of the seal:; 〇, = cover edge of the cover plates 10, 11! (10), (10) At the outer edge (4), there are (4) connections: 9 200923308 The welded portion 14 of the sealing edge is formed, and any one of the 昶 昶 斛, s six _ 1, iiU is integrally formed with the mouth portion 13, the mouth ^3 to 彡 and seal, 戎 #淮丰丄 - 丨证王届十状^更进-step as shown in the eighth figure, the outer edge of the mouth portion 132 is formed by hot melt The sealing end 133 is obtained by the above-mentioned structural composition, and the average temperature plate of the present invention can be obtained. The present invention can indeed achieve the expected lack of the prior art, and is also very novel, and advantageous. The requirements of the patent law are in full compliance with the invention patents to protect the rights of the inventor. The above mentioned is only a preferred embodiment of the invention, and the patent of the invention is limited. # & ; ' 匕 Κ ( 四 四 四 四 四 四 四 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 故 四 四 四 四 四Included in this issue 10 200923308 [Simple diagram of the drawing] Brother 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure IX Figure 11 Part of the enlarged view of the eleventh figure The figure is a flow chart of the steps of the method of the invention. It is a three-dimensional exploded view of the temperature equalizing plate of the invention. The system is a three-dimensional combination diagram of the % flat temperature plate. The system is a partial enlarged view of the part A. A schematic view of the cross-section after the sealing of the periphery. Fig. 6 is a cross-sectional view of the cross-sectional view of Fig. 6. Fig. 5 is a schematic view showing the sealing after sealing according to the fifth drawing. An exploded perspective view of another embodiment of the present invention. According to another embodiment of the present invention, the temperature equalizing plate is subjected to press-sealing and sealing, and the port portion is cut according to the tenth figure. [Main component symbol description] <Invention> Plate body j Cover plate 10 Hemming edge 100 corner 101 flat block 102 cover plate 11 sealing edge 110 corner 111 flat block 112 accommodating space 12 port portion 13 shrink tube 130 expansion tube 131 200923308 overnight L 132 sealing end 133 welding portion 14 capillary structure 2