CN103191853A - Multi-color surface paint processing method - Google Patents
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- CN103191853A CN103191853A CN201210001232XA CN201210001232A CN103191853A CN 103191853 A CN103191853 A CN 103191853A CN 201210001232X A CN201210001232X A CN 201210001232XA CN 201210001232 A CN201210001232 A CN 201210001232A CN 103191853 A CN103191853 A CN 103191853A
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- 239000003973 paint Substances 0.000 title abstract description 113
- 238000003672 processing method Methods 0.000 title abstract description 3
- 238000000034 method Methods 0.000 claims abstract description 35
- 238000010329 laser etching Methods 0.000 claims abstract description 18
- 239000000463 material Substances 0.000 claims abstract description 15
- 230000000007 visual effect Effects 0.000 claims abstract description 11
- 239000003086 colorant Substances 0.000 claims abstract description 10
- 238000012545 processing Methods 0.000 claims abstract description 8
- 239000004922 lacquer Substances 0.000 claims description 24
- 238000001035 drying Methods 0.000 claims description 15
- 238000010422 painting Methods 0.000 claims description 14
- 238000013461 design Methods 0.000 claims description 6
- 238000005530 etching Methods 0.000 claims description 4
- 238000007493 shaping process Methods 0.000 claims description 4
- 239000002932 luster Substances 0.000 claims description 3
- 239000000758 substrate Substances 0.000 claims 9
- PLXMOAALOJOTIY-FPTXNFDTSA-N Aesculin Natural products OC[C@@H]1[C@@H](O)[C@H](O)[C@@H](O)[C@H](O)[C@H]1Oc2cc3C=CC(=O)Oc3cc2O PLXMOAALOJOTIY-FPTXNFDTSA-N 0.000 claims 4
- 238000000465 moulding Methods 0.000 claims 4
- 238000010438 heat treatment Methods 0.000 claims 2
- 230000004075 alteration Effects 0.000 claims 1
- 239000011248 coating agent Substances 0.000 abstract description 61
- 238000000576 coating method Methods 0.000 abstract description 61
- 230000008569 process Effects 0.000 abstract description 9
- 230000000694 effects Effects 0.000 abstract description 6
- 238000004070 electrodeposition Methods 0.000 description 14
- 238000005516 engineering process Methods 0.000 description 10
- 238000004519 manufacturing process Methods 0.000 description 8
- 238000010276 construction Methods 0.000 description 5
- 230000008859 change Effects 0.000 description 4
- 238000007796 conventional method Methods 0.000 description 4
- 230000006872 improvement Effects 0.000 description 4
- 230000008901 benefit Effects 0.000 description 3
- 230000007812 deficiency Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 230000003247 decreasing effect Effects 0.000 description 2
- 238000009713 electroplating Methods 0.000 description 2
- 238000004590 computer program Methods 0.000 description 1
- 230000002950 deficient Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000002955 isolation Methods 0.000 description 1
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- 230000007246 mechanism Effects 0.000 description 1
- 238000007781 pre-processing Methods 0.000 description 1
- 238000002203 pretreatment Methods 0.000 description 1
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Abstract
Description
技术领域 technical field
本发明涉及一种多色泽表漆处理工法,主要是针对欲于基底漆料预定部位成型不同色泽漆料的涂装而设计,利用雷射蚀刻作业成型第二次涂装的镂刻凹槽,取代习知的贴纸贴覆隔离预留方式所衍生的人工作业与麻烦不便,据以使其表漆处理作业得以获得一贯化实施,以提升其作业效率及作业品质,赋予极佳的产业利用价值。The invention relates to a multi-color surface paint treatment method, which is mainly designed for the coating of paint materials with different colors to be formed on the predetermined parts of the base paint material. Laser etching is used to form the engraved grooves for the second coating. It replaces the manual work and troublesome inconvenience caused by the conventional sticker sticking and isolation reservation method, so that the surface paint treatment operation can be implemented consistently, so as to improve its operation efficiency and operation quality, and endow it with excellent industrial utilization value.
背景技术 Background technique
目前,一般工件为了取得外观质感并兼具材质保护功能,常会于表面进行漆料涂装处理,而其表面漆料的涂装处理方式,通常是采用喷涂、电着等不同施工技术将漆料涂装于工件表面后,再进行预定温度的烘烤干燥作业,使漆料得以固着于工件表面而形成一保护层,并藉其漆料的色泽而可提升其整体的质感与美观性。At present, in order to obtain the appearance texture and material protection function of general workpieces, paint coating treatment is often carried out on the surface, and the coating treatment method of the surface paint usually adopts different construction techniques such as spraying and electroplating to coat the paint After coating on the surface of the workpiece, it is baked and dried at a predetermined temperature, so that the paint can be fixed on the surface of the workpiece to form a protective layer, and the overall texture and aesthetics can be improved by the color of the paint.
而就现有的工件表漆涂装结构观之,大多采单色漆料涂装,虽然可达成预期的工件材质保护功能,但在其外观式样上却仅能透过漆料的颜色变换而达成视觉上的变化,无形中限制了其产业利用价值,为解决其单色漆料过于单调的视觉效果,业者采用分色漆料涂装,于工件预定部位采不同色漆料进行预定型态的图文涂装,藉以呈现醒目的色差对比效果,搭配其不同色泽漆料的变换,赋予其更多式样的变化效果,从而在达成工件材质的保护功能外,更得以兼具整体外观视觉及质感的提升。As far as the existing workpiece surface paint coating structure is concerned, most of them are painted with monochrome paint. Although the expected material protection function of the workpiece can be achieved, the appearance can only be changed through the color change of the paint. Achieving visual changes virtually limits its industrial use value. In order to solve the monotonous visual effect of its single-color paint, the industry adopts color-separated paint coating, and uses different-color paints on the predetermined parts of the workpiece to carry out predetermined patterns. Graphic coating, in order to present eye-catching color difference contrast effect, with the transformation of different color paints, endow it with more style change effects, so that in addition to achieving the protection function of the workpiece material, it can also have the overall visual appearance and Enhanced texture.
以一般电着涂装技术为例,请参阅图1、2所示,在其工件表面欲进行多色泽表漆涂装处理作业上,通常是于工件10表面欲涂装不同于基底表漆20颜色的图文表漆30的预定部位,先行贴附依其二次涂装需求而设制的预定型态贴纸11或胶片,而后依既有的电着涂装技术进行第一次的基底表漆20涂装作业,使基底表漆20得以均匀涂着于工件10表面,经烘干定型作业后,将工件10取离作业区,并以人工方式将预先贴附的贴纸11或胶片撕离,随着该等贴纸11或胶片的撕除,将于基底表漆20的预定部位成型预留的未着漆区域12,此时得再以电着涂装技术进行第二次的图文表漆30涂装作业,使其图文表漆30得以均匀涂着于前述的未着漆区域12,使工件10表面得以完全被基底表漆20及图文表漆30所涂装包覆,最后再进行二次烘干定型作业,据此完成工件多色泽表漆涂装作业,利用其不同色泽的基底表漆20与图文表漆30形成醒目的色差对比,突显出其欲于工件10表面呈现的图文效果,以提升其整体视觉的多变性与质感。Taking the general electro-deposition coating technology as an example, please refer to Figures 1 and 2. When the surface of the workpiece is to be painted with multi-color surface paint, usually the surface of the workpiece 10 is to be painted different from the base paint 20. The pre-determined part of the graphic surface paint 30 of the color is first attached with a pre-determined type sticker 11 or film according to its secondary coating requirements, and then the first base surface is carried out according to the existing electro-deposition coating technology. Paint 20 coating operation, so that the base surface paint 20 can be evenly coated on the surface of the workpiece 10, after drying and shaping, the workpiece 10 is taken away from the work area, and the pre-attached sticker 11 or film is torn off manually , with the tearing off of the stickers 11 or films, the reserved unpainted area 12 will be formed at the predetermined position of the base surface paint 20. At this time, the second time of graphic representation must be carried out by electro-deposition coating technology. Paint 30 coating operations, so that its graphic surface paint 30 can be evenly coated on the aforementioned unpainted area 12, so that the surface of the workpiece 10 can be completely coated by the base surface paint 20 and the graphic surface paint 30, and finally Carry out the second drying and finalizing operation again, finish the multi-color surface paint coating operation of workpiece accordingly, utilize the base surface paint 20 of its different color and luster and graphic surface paint 30 to form eye-catching color difference contrast, highlight its desire to be on the surface of workpiece 10 Graphical effects presented to enhance the overall visual variability and texture.
由上述的工法观之,因其是采用贴附贴纸或胶片的方式来预留二次图文漆料涂装所需的未着漆区域,而此作业必须采人工进行,所以在作业上将衍生人力成本的耗费,且其贴纸撕离作业并无法于加工线上进行,导致其两次涂装作业无法获得一贯化的实施,无形中影响其整体的作业效率,致使产制成本居高不下,且在其贴纸或胶片撕离时,可能或破坏其边缘的平整,导致其后续的二次涂装品质受到影响,甚至形成瑕疵不良品,就产业利用上而言,实有必要设法加以解决改善。From the above construction method, because it adopts the method of attaching stickers or films to reserve the unpainted area required for the second graphic paint coating, and this operation must be carried out manually, so the operation will Derived labor costs, and its sticker tearing operation cannot be carried out on the processing line, resulting in the inability to achieve consistent implementation of its two coating operations, which virtually affects its overall operating efficiency, resulting in high production costs And when the sticker or film is torn off, it may damage the smoothness of its edge, which will affect the quality of its subsequent secondary coating, and even form defective products. As far as industrial utilization is concerned, it is necessary to try to improve Solve for improvement.
另外,也有业者在工件的表漆涂装作业上,会先行将欲成型的图文采浮凸型态设计,待其完成第一次涂装作业后,再将工件取离作业区,同时以人工方式将该等浮凸图文的表漆予以磨除而显露工件材质,而后再进行第二次的涂装作业,如此的工法在整个作业处理流程上,仍无法获得一贯化的实施,同时也因采人工磨除表漆方式而徒增其人力成本及影响产制效率,也是非理想的作业模式。In addition, in the surface paint coating operation of the workpiece, some operators will first design the graphics and texts to be formed in an embossed shape, and after the first painting operation is completed, the workpiece will be removed from the work area. Manually remove the surface paint of the embossed graphics to reveal the material of the workpiece, and then carry out the second painting operation. Such a method cannot be implemented consistently in the entire operation process. At the same time It is also a non-ideal operation mode to increase the labor cost and affect the production efficiency due to the method of manually removing the surface paint.
发明内容 Contents of the invention
鉴于现有工件在其表漆涂装作业上所面临及存在的问题与缺失,发明人特着手进行研究改良,基于其从事相关行业的多年经验与技术,进而研发出本发明的创新处理工法,即其主要目的在于经由其制造工法的改变,使其在工件的多色泽表漆涂装处理上,可获得一贯化的实施,有效提升其作业效率及品质。In view of the existing problems and deficiencies faced by existing workpieces in their surface paint coating operations, the inventor set out to conduct research and improvement. Based on his years of experience and technology in related industries, he developed the innovative treatment method of the present invention. That is to say, its main purpose is to obtain a consistent implementation of the multi-color surface paint coating treatment of the workpiece through the change of its manufacturing method, and effectively improve its operation efficiency and quality.
本发明的另一目的在于经由其制作工法的创新设计,使其得以节省人工作业的工时耗费与产制成本,使其更符合产业利用的经济效益。Another object of the present invention is to save labor time and production costs through the innovative design of its manufacturing method, making it more in line with the economic benefits of industrial utilization.
本发明的再一目的在于经由其工法的创新设计,使其第二次涂装图文部分的精密度及品质可获得大幅提升,从而能扩大其产业适用范围与利用价值。Another purpose of the present invention is to greatly improve the precision and quality of the graphic part of the second coating through the innovative design of its construction method, thereby expanding its industrial application scope and utilization value.
为实现上述目的,本发明采用以下技术方案:To achieve the above object, the present invention adopts the following technical solutions:
一种多色泽表漆处理工法,主要是在工件进行基底表漆涂装作业后,于其特定部位成型有预定图文型态的未着漆区域,使其得以实施第二次的图文表漆涂装作业,藉以利用图文表漆与基底表漆的不同色泽形成色差对比视觉效果,赋予式样上的多变性,并得以提升其整体质感与美观性;A multi-color surface paint treatment method, which is mainly to form an unpainted area with a predetermined graphic pattern on a specific part of the workpiece after the base surface paint coating operation, so that the second graphic surface can be implemented Lacquer coating operation, so as to use the different colors of the graphic surface paint and the base surface paint to form a color contrast visual effect, endow the variability in the style, and improve its overall texture and aesthetics;
该工件于基底表漆涂装后所成型的未着漆区域,是采用雷射蚀刻技术将基底表漆予以局部蚀刻去除而成型的。The unpainted area of the workpiece formed after the coating of the base surface paint is formed by partially etching and removing the base surface paint by using laser etching technology.
所述未着漆区域依欲涂装成型的图文型态而作相应样态的蚀刻,并使该区域的工件材质得以完全显露。The unpainted area is etched in a corresponding manner according to the graphic pattern to be painted and formed, so that the material of the workpiece in this area can be fully exposed.
一种多色泽表漆处理工法,至少包括以下制程:A multi-color surface paint treatment method, at least including the following processes:
(1)第一次涂装作业:于工件表面进行基底表漆的涂装作业;(1) The first coating operation: the coating operation of the base paint on the surface of the workpiece;
(2)第一道烘干定型作业:于基底表漆涂装完成后,进行加温烘烤,使基底表漆定型固着于工件表面;(2) The first drying and setting operation: After the base surface paint is painted, heat and bake to make the base surface paint fixed on the surface of the workpiece;
(3)雷射蚀刻作业:依第二次涂装作业欲成型的图文型态,将工件预定部位的基底表漆作局部性蚀刻去除,使显露出对应图文型态的工件材质的镂刻凹槽;(3) Laser etching operation: according to the graphic pattern to be formed in the second coating operation, the base surface paint on the predetermined part of the workpiece is partially etched and removed, so that the engraving of the workpiece material corresponding to the graphic pattern is revealed groove;
(4)第二次涂装作业:于镂刻凹槽区域的工件表面进行图文表漆的涂装作业;(4) The second painting operation: Carry out the painting operation of graphic surface paint on the surface of the workpiece in the engraved groove area;
(5)第二道烘干定型作业:于图文表漆涂装完成后,将整体进行再次的加温烘烤,使图文表漆得以定型固着于工件表面;(5) The second drying and setting operation: after the graphic surface paint is painted, the whole body is heated and baked again, so that the graphic surface paint can be fixed on the surface of the workpiece;
(6)成品:依上述制程,制成一种在工件基底表漆特定部位将预定图文型态以不同颜色的图文表漆呈现的制品。(6) Finished product: According to the above-mentioned process, a product is produced in which the predetermined pattern of graphics and texts is presented with graphics and texts of different colors on a specific part of the base surface of the workpiece.
所述雷射蚀刻作业、第二次涂装作业及第二次烘干定型作业的次数,依其所欲涂装的图文表漆色泽多寡而作增减。The number of times of the laser etching operation, the second coating operation and the second drying and setting operation is increased or decreased according to the color of the graphic and text surface paint to be coated.
本发明的优点在于:The advantages of the present invention are:
本发明于工件的多色泽表漆涂装处理作业上,主要是将习知以贴附贴纸或胶片预留未着漆区域的制法,改以雷射蚀刻的方式,直接将工件预定部位的基底表漆予以刻除,使之呈现预定图文型态的镂刻凹槽,再依既有的涂装技术进行第二次图文表漆的涂装作业,完成工件多色泽表漆的涂装处理,不但在作业效率及品质方面可获得显著提升,更得以将之作一贯化作业规划,减少不必要的人力与工时成本耗费,赋予更佳的产业经济效益与实用价值。The present invention is applied to the multi-color surface paint coating treatment of the workpiece. It mainly changes the conventional method of attaching stickers or films to reserve unpainted areas, and uses laser etching to directly paint the predetermined parts of the workpiece. The base surface paint is engraved to make it present the engraved groove of the predetermined graphic pattern, and then the second coating operation of the graphic surface paint is carried out according to the existing coating technology, and the coating of the multi-color surface paint of the workpiece is completed Processing can not only achieve significant improvement in operation efficiency and quality, but also can be used for consistent operation planning, reducing unnecessary manpower and working hours, and endowing better industrial economic benefits and practical value.
附图说明 Description of drawings
图1为习知多色泽表漆处理工法的流程简示图。Fig. 1 is the schematic diagram of the process of conventional multi-color surface paint treatment method.
图2为习知多色泽表漆处理工法的工作流程图。Fig. 2 is the working flow diagram of conventional multi-color surface paint treatment method.
图3为本发明多色泽表漆处理工法的流程简示图。Fig. 3 is a schematic flow chart of the multi-color surface paint treatment method of the present invention.
图4为本发明多色泽表漆处理工法的工作流程图。Fig. 4 is the working flow chart of multi-color surface paint treatment method of the present invention.
附图标记reference sign
10工件 11贴纸 12未着漆区域 20基底表漆 30图文表漆10 workpiece 11 sticker 12 unpainted area 20 base surface paint 30 graphic surface paint
40工件 50基底表漆 51镂刻凹槽 60图文表漆40 workpieces 50 base surface paint 51 engraved grooves 60 graphic surface paint
具体实施方式 Detailed ways
有关于本发明的作业流程、技术手段及功效达成方面,谨配合附图再予举例进一步具体说明于后:About the operation process of the present invention, technical means and the achievement of effect, please cooperate with the accompanying drawings to give an example and further describe in detail:
请参阅图3的流程简示图及图4的工作流程图,说明本发明工法运用于电着涂装方面的一较佳实施例,如图所示,本发明在工件表面进行多色泽表漆涂装处理作业上,主要是将工件40表面先行进行适当的清洁或电着的相关前置处理后,再以电着涂装技术进行第一次的基底表漆50的涂装作业,使基底表漆50均匀涂着包覆工件40表面,同时经过烘干定型作业,使基底表漆40固着定型于工件40表面,而后利用雷射蚀刻技术进行欲成型图文型态的基底表漆50蚀刻去除作业,使其于基底表漆50上镂刻出显露工件40材质的预定图文型态的镂刻凹槽51,再就该等镂刻凹槽51的区域进行电着相关的前置处理后,即可就该等镂刻凹槽51区域进行第二次的图文表漆60涂装作业,使图文表漆60得以涂装固着于镂刻凹槽51区域的工件40表面,最后再经过烘干定型作业,即可完成工件的多色泽表漆涂装处理作业,利用其基底表漆50与图文表漆60不同颜色所呈现的色差对比,以达成其外观质感的提升与式样的多变性,同时得以兼具对工件40材质的隔离保护功效;Please refer to the schematic flow diagram of Fig. 3 and the work flow chart of Fig. 4, explaining a preferred embodiment of the method of the present invention applied to electro-deposition coating, as shown in the figure, the present invention carries out multi-color surface paint on the workpiece surface In the coating treatment operation, the surface of the workpiece 40 is mainly cleaned or electro-deposition-related pre-treatment, and then the electro-deposition coating technology is used for the first coating operation of the base surface paint 50, so that the base The surface paint 50 is evenly coated to cover the surface of the workpiece 40, and at the same time undergoes drying and setting operations to fix the base surface paint 40 on the surface of the workpiece 40, and then use laser etching technology to etch the base surface paint 50 in the form of graphics and text. The removal operation is to engrave engraved grooves 51 in the predetermined image and text type that reveal the material of the workpiece 40 on the base surface paint 50, and then carry out pre-processing related to electroplating on the areas of these engraved grooves 51, that is, The graphic and text surface paint 60 coating operation can be carried out for the second time on these engraved grooves 51 areas, so that the graphic and text surface paint 60 can be coated and fixed on the surface of the workpiece 40 in the engraved grooves 51 areas, and finally through drying and setting operation, the multi-color surface paint coating treatment of the workpiece can be completed, and the color difference between the different colors of the base surface paint 50 and the graphic surface paint 60 is used to achieve the improvement of the appearance texture and the variability of the style. It can also have the effect of isolating and protecting the material of the workpiece 40;
而经由上述的本发明处理工法,可知其与习知工法最大的差异处,在于其欲成型图文的第二次涂装作业所需的未着漆区域,是以雷射蚀刻技术将第一次涂装的基底表漆50予以去除,而成型与欲成型图文相应的镂刻凹槽51,而非如习知工法必须在第一次涂装作业前先行贴附贴纸,待基底表漆涂装完成后再撕除贴纸而成型未着漆区域所衍生的繁锁作业与人力成本耗费问题,且因其采雷射蚀刻技术进行除漆,因此在图文的精密度与细致度方面将可获得大幅的提升,且得作更多变化,不受一般贴纸的型态限制,另方面,因其雷射蚀刻作业是通过机械手臂配合电脑程式控制来进行,不但在作业品质方面可获得稳定的维持,更可连同第一次电着涂装作业及第二次电着涂装作业及相关的烘干定型作业采一贯化的作业流程规划,使其得以利用输送机构串连各作业区作为工件40的自动输送,使工件50于第一次涂装作业区进行基底表漆50的电着涂装作业后,经过第一道烘干定型作业区而使基底表漆50固着包覆工件40表面后,再导经雷射蚀刻作业区依预成型的图文型态蚀刻去除基底表漆50而成型未着漆的镂刻凹槽51,随后又导入第二次涂装作业区进行图文表漆60的电着涂装作业,最后再经过第二道烘干定型作业区,使图文表漆60得以固着于镂刻凹槽51区域,并与基底表漆50呈平整状,即得完成本发明工件的多色泽表漆电着涂装作业,有效解决习知工法未尽理想完善的缺失;And through the above-mentioned processing method of the present invention, it can be seen that the biggest difference between it and the conventional method is that the unpainted area required for the second coating operation of the graphics and texts to be formed is made by laser etching technology. The base surface paint 50 of the second coating is removed, and the engraved grooves 51 corresponding to the graphics and texts to be formed are formed, instead of sticking stickers before the first coating operation as in the conventional method, and the base surface paint is painted. After the installation is completed, the stickers are removed to form the unpainted area, which results in cumbersome work and labor cost problems, and because the laser etching technology is used to remove the paint, the precision and detail of the graphics will be improved. It has been greatly improved, and more changes have to be made, and it is not limited by the type of general stickers. On the other hand, because the laser etching operation is carried out through the control of the robot arm and the computer program, it can not only obtain stable operation quality. Maintenance, and a consistent operation process planning can be adopted together with the first electro-deposition coating operation, the second electro-deposition coating operation and related drying and setting operations, so that it can use the conveying mechanism to connect various operation areas in series as workpieces 40 is automatically transported, so that the workpiece 50 is subjected to the electro-deposition coating operation of the base surface paint 50 in the first coating operation area, and then passes through the first drying and setting operation area so that the base surface paint 50 is fixed and covers the surface of the workpiece 40 Afterwards, it is guided to the laser etching operation area to etch and remove the base surface paint 50 according to the preformed graphic pattern to form an unpainted engraved groove 51, and then it is introduced into the second coating operation area to carry out graphic and text surface paint. 60's electro-coating operation, and finally pass through the second drying and setting operation area, so that the graphic surface paint 60 can be fixed in the engraved groove 51 area, and it is flat with the base surface paint 50, and the present invention can be completed The electro-deposition coating operation of multi-color surface paint on the workpiece effectively solves the lack of ideal perfection of conventional construction methods;
归纳本发明工法的制作流程,其主要是透过以下制程来完成工件表面多色泽表漆的涂装作业:Summarizing the production process of the method of the present invention, it mainly completes the coating operation of the multi-color surface paint on the surface of the workpiece through the following processes:
(1)第一次涂装作业:于工件表面进行基底表漆的涂装作业;(1) The first coating operation: the coating operation of the base paint on the surface of the workpiece;
(2)第一道烘干定型作业:于基底表漆涂装完成后,进行加温烘烤,使基底表漆定型固着于工件表面;(2) The first drying and setting operation: After the base surface paint is painted, heat and bake to make the base surface paint fixed on the surface of the workpiece;
(3)雷射蚀刻作业:依第二次涂装作业欲成型的图文型态,将工件预定部位的基底表漆作局部性蚀刻去除,使显露出对应图文型态的工件材质的镂刻凹槽;(3) Laser etching operation: according to the graphic pattern to be formed in the second coating operation, the base surface paint on the predetermined part of the workpiece is partially etched and removed, so that the engraving of the workpiece material corresponding to the graphic pattern is revealed groove;
(4)第二次涂装作业:于镂刻凹槽区域的工件表面进行图文表漆的涂装作业;(4) The second painting operation: Carry out the painting operation of graphic surface paint on the surface of the workpiece in the engraved groove area;
(5)第二道烘干定型作业:于图文表漆涂装完成后,将整体进行再次的加温烘烤,使图文表漆得以定型固着于工件表面;(5) The second drying and setting operation: after the graphic surface paint is painted, the whole body is heated and baked again, so that the graphic surface paint can be fixed on the surface of the workpiece;
(6)成品:依上述制程,制成一种在工件基底表漆特定部位将预定图文型态以不同颜色的图文表漆呈现的制品,以不同颜色漆料呈现显著的色差对比视觉效果;(6) Finished product: According to the above-mentioned process, a product in which the predetermined pattern of graphics and texts are presented in different colors of graphics and text surface paints on a specific part of the surface paint of the base of the workpiece is produced, and the paints of different colors present a significant color difference contrast visual effect ;
即,经由以上说明,可知本发明在既有工件表漆的电着涂装作业基础下,利用雷射蚀刻的方式将局部的基底表漆去除而成型预定的图文型态,再进行第二次的电着涂装作业,使其得以呈现色差对比的视觉效果,且依此工法在面临更多色泽表漆的涂装作业需求时,则只需就其雷射蚀刻作业及电着涂装作业的次数作相对的增减,即可达成预期的多色泽表漆涂装作业,突破习知工法所存在的诸多限制与缺失,同时在整体的作业效率及作业品质与式样变化上,将可获得大幅的提升与改善,并能相对地减降其产制成本,赋予其极佳的产业利用价值;That is to say, through the above description, it can be seen that the present invention uses laser etching to remove part of the base surface paint on the basis of the electro-deposition coating operation of the existing workpiece surface paint to form a predetermined graphic pattern, and then performs the second The electro-deposition coating operation can be performed one time, so that it can present the visual effect of color difference contrast, and according to this method, when faced with the coating operation demand of more color and luster surface paint, only the laser etching operation and electro-deposition coating are needed. By increasing or decreasing the number of operations, the expected multi-color surface paint coating operation can be achieved, breaking through many limitations and deficiencies of conventional methods. It has been greatly improved and improved, and can relatively reduce its production cost, endowing it with excellent industrial utilization value;
综上所述,本发明的多色泽表漆处理工法,经由其制程的变更设计,确能在工件表漆的不同色泽图文区块的涂装处理作业上,获得更精细而高品质的实施,使其在利用表漆对工件材质形成被覆保护的功能外,更得以赋予色差对比的视觉效果及多样化的式样变化,有效提升其整体质感与美观性,彻底解决习知工法未尽完善的问题与缺失,整体而言,诚不失为一优异、突出的创新设计,爰依法提出专利申请。To sum up, the multi-color surface paint treatment method of the present invention, through the change design of its manufacturing process, can indeed obtain more refined and high-quality implementation in the coating treatment of different color graphics and text blocks of the workpiece surface paint. , so that in addition to the function of using surface paint to form a coating protection on the workpiece material, it can also endow the visual effect of color difference contrast and diversified style changes, effectively improve its overall texture and aesthetics, and completely solve the problem that the conventional construction method is not perfect. Problems and deficiencies, on the whole, it is an excellent and outstanding innovative design, and a patent application is filed according to law.
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CN110103625A (en) * | 2019-06-21 | 2019-08-09 | 匠舍(上海)文化艺术发展有限公司 | A kind of preparation method for the lacquerware that changes colour |
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