達蕊一9012612! 五、發明說明（1) 【發明所屬之技術領 本發明係提供一 ’特別是針對一般金 層黏覆鈦金屬層之製 法，可促使物件與鈦 【先前技術】 對目前坊間已普 鈦金屬層下緣塗抹黏 此Darui a 9012612! V. Description of the invention (1) [Technical field to which the invention belongs The present invention provides a method for manufacturing a gold layer and a titanium metal layer, in particular, to promote an object and titanium [prior art] The lower edge of the titanium layer has been applied
INVENT20011015PIll.ptc 曰 域】 種物件表層黏覆鈦金屬展之f 屬，質输屬材質。成= =方法，藉此黏覆鈦金屬層之製 金屬之黏覆得以更力口平整、牢固 遍存在之黏覆方 著劑，並使鈦金 一黏覆方式存有 霉占覆時，必需先 除造成塗抹不均 工作，其空氣密 孔，並使其黏覆 人乃發明一種在 ’並於工作台預 擴散層促使容室 句的傳導至鈦金 融狀態及使容室 置進行抽氣動作 之吸吮，而平楚 參第一圖）。惟 1 ·如第一圖所示，在 層黏著劑，為此， 2 ·在常溫下進行黏覆 鈦金屬層間存有氣 【内容】 有鑑於此，發明 以加熱裝置及擴散層 貫孔。藉加熱裝置及 度，並使熱力得以均 ，且使黏劑層形成熔 ’精貝孔連接抽氣裝 層同時受到抽氣裝置 表層。 【實施方式】 本發明設計以物 方法 件表 造方 式為在常溫下直 屬層與物件黏合 如下弊端： 在鈦金屬層下緣 勻外，並浪費工 度高，易造成物 不能平整、牢固 大量製造時可為 a 一道或一道以 内溫度昇高至設 屬層、黏劑層、 内空氣變為稀薄 ’使鈦金屬層與 、牢固的黏覆在 接於 (請 塗抹 時。 件與 業者 上之 定溫 物件 。復 霉占劑 物件 件表層黏覆軚全厘麻在丨 示，立工+屬層之製造方法 〜_其加土步^為包括有： ，請INVENT20011015PIll.ptc】 The surface of the object is coated with titanium, which belongs to the f gene. Form = = method, so that the adhesion of the metal made of the titanium metal layer can be smoother and more firmly adhered to the adhesive, and the titanium gold must be covered with mold when it is covered with mold. First remove the uneven coating work, its air-tight pores, and make it adhere to people is to invent a kind of “pre-diffusion layer on the workbench” to promote the conduction of the chamber sentence to the titanium financial state and the chamber to perform the suction action Sucking, while Ping Chushen first picture). But 1 · As shown in the first figure, the layer of adhesive is used for this purpose. 2 · Adhesion at room temperature Titanium metal layer has gas [Content] In view of this, the invention uses a heating device and a diffusion layer to penetrate the hole. By heating the device and the temperature, the heat can be uniformed, and the adhesive layer can be melted to form a fine shell hole and connected to the suction layer while being subjected to the surface layer of the suction device. [Embodiment] The design method of the present invention is to use the physical method to make the surface layer at the normal temperature. The direct adhesion layer and the object are adhered to the following disadvantages: The lower edge of the titanium metal layer is uniform, and the waste of work is high. It can be a one or less. The temperature rises to the design layer, the adhesive layer, and the inner air becomes thinner, so that the titanium metal layer is firmly adhered to it (please apply when you apply it.) Warm objects. The surface layer of the compound mold agent objects is covered with whole cents of hemp. It is shown in the following, the method of manufacturing + the layer ~ _ its addition step ^ includes include :, please
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a •容室（7 0 )裡設有加熱裝置（6 〇 )及擴散層（5㈧。 b·工作台（10)之貫孔（1 1 )可連接抽氣裝置（8〇)。 c·物件表層置放黏劑層（3〇)(常溫下為固態）及鈦金屬層 (40)〇 d·藉加熱裝置（60)及擴散層（5〇)使容室（7〇)内溫度昇高至 介於1 4 0 °C〜3 0 0 °C預定溫度，並使加熱裝置（6㈧所產生 之熱力透過擴散層（5〇)得以均勻的傳導至鈦金屬層（4〇) 、黏劑層（3 0 )、物件（2 〇 )(在此之物件包含金屬、非金 屬、木材質、碑瓦、聚g旨金屬層......之類性質），且 使黏劑層（3 0 )形成熔融狀態及使容室（了 〇 )内空氣變為稀 4，在此加熱裝置及配合擴散層來對黏劑層之設定熔融 ，溫度是依黏劑層厚度來取決，對黏劑層厚度在〇· 〇丨〜 〇.〇20m/ni，其容室溫度則介於2〇〇°c〜21(TC ;黏劑層厚 度在0.25〜0.35m/m，其容室溫度則介於22〇。〇〜225。。 ;黏劑層厚度在〇· 35m/m，其容室溫度則介於23〇。 e·藉抽氣裝置（80)經由貫孔（11)進行抽氣動作'，使鈦金屬 層（40)及黏劑層（3〇)同時受到吸吮而平整、牢固的翔 在物件（2 0)表層。 · ^a • The chamber (70) is provided with a heating device (60) and a diffusion layer (5㈧). b. The through hole (1 1) of the workbench (10) can be connected to an extraction device (80). c. Objects The surface layer is provided with an adhesive layer (30) (solid state at normal temperature) and a titanium metal layer (40). The temperature in the chamber (70) is increased by a heating device (60) and a diffusion layer (50). To a predetermined temperature between 140 ° C and 300 ° C, and the heat generated by the heating device (6㈧) can be uniformly conducted to the titanium metal layer (40) and the adhesive layer through the diffusion layer (50). (30), object (20) (the object here includes metal, non-metal, wood material, stele, polyg metal layer, etc.), and the adhesive layer (3 0) Form a molten state and make the air in the chamber (0) dilute. Here, the heating device and the diffusion layer are used to melt the adhesive layer. The temperature is determined by the thickness of the adhesive layer. The thickness of the layer is between 〇 · 〇 丨 ~ 〇〇〇〇20m / ni, and the temperature of its chamber is between 200 ° c ~ 21 (TC; the thickness of the adhesive layer is 0.25 ~ 0.35m / m, and the temperature of its chamber is between At 22.0 ~ 225 ...; thickness of adhesive layer 0 · 35m / m, and the temperature of the chamber is between 23 and e. E. The suction device (80) performs a suction action through the through hole (11), so that the titanium metal layer (40) and the adhesive layer (3 〇) At the same time being sucked and flat and firm soaring on the surface of the object (20). · ^
574105 案號90126123 年月日 修正 圖式簡單說明 第一圖：習用之黏覆方式示意圖 第二圖：本發明的流程方塊圖 第三圖：本發明加工步驟（一）實施示意圖 第四圖：本發明加工步驟（二）實施示意圖 圖式參照號數： 【習用】 (92)黏著劑 (9 1 )物件 (93)鈦金属層 【本發明】 (11)貫孔 (3 0 )黏劑層 (50)擴散層 (70)容室 (1 0 )工作台 (2 0 )物件 (40)鈦金屬層 (6 0 )加熱裝置 (80)抽氣裝置574105 Case No. 90126123 Revised diagrams Brief description First picture: Schematic diagram of the conventional adhesive method Second picture: Process flow block diagram of the present invention Third picture: Processing steps (a) Implementation diagram of the present invention Fourth picture: this Invention processing step (2) Implementation schematic diagram Reference number: [Conventional] (92) Adhesive (9 1) Object (93) Titanium metal layer [Invention] (11) Through hole (3 0) Adhesive layer ( 50) Diffusion layer (70) Container (1 0) Workbench (2 0) Object (40) Titanium metal layer (60) Heating device (80) Extraction device
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