1325376 九、發明說明： 【發明所屬之技術領域】 本發明係有關於-種可產生立體彩色炫光效果圖樣 之基材與其成型圖樣及製成成品之方法，尤其是指一種其 圖樣具有立體彩色炫光效果、且成型成本低，、同時在製^ 成品時可保持其圖樣的完整性，並易於與成品本體結合為 一體者。 【先前技術】 按，早期的板片狀基材上所具設之圖樣均是直接在其 表面施以印刷技術而成，故其圖樣係呈平面式；然而，& 2物質生活的提相及科技技術的進步，此種平面式的圖 ，已無法完全符合消費大眾之需求，是相關之製造業者 遂積極朝向如何在板片狀之基材上成型具立體狀之圖樣 的研發與設計。 目刖市面上可見之具立體圖樣的板片狀基材其成型 立體圖樣的技術主要健—㈣上黏設—純，並在紹板 上壓製紋路且印刷對應之圖案而成；只是此種方式形成的 立體圖樣會ϋ為紙板本身厚度的不足使其所壓製之紋路 的深度過淺’造成立體效果不佳。其後更有#者設計出一 種可令㈣㈣的深度加深以使其圖樣之立體效果更為 ，顯^板片狀基材’其主要係在一紙質的底材上依序設置 3對苯二甲酸乙二酯質層、鋁質層、聚烏拉垣質層、聚對 苯二曱酸乙二酿質層、印刷層，俾利用二聚對苯二曱酸乙 一s旨質層及聚烏拉垣質層的設立使壓製成型之紋路深度 較深’並因此產生較佳之立體效果；然而，此—技術因所 較多、成型之層數亦較多，導致製造成本的 5 3加，而且當其應用在如 * — B > …N貝不同，以致彼此 並谷易雙成型時之高溫的影響使其圖樣 其材f與上述成^本體切Γ框或錶帶等產 變::&性不佳’並容易受成型時之高： 【發明内容】 圖樣t杂發明人即是11於上述現有之板片狀美材上的立辦 _樣在實際實施 攸片狀基材上的立體 倦之精神，# m f 失’於是乃-本孜孜不 輔佐，而加專業知識及多年之實務經驗所 叩加Μ改善，並據此研創出本發明。 本發明之可產生立體彩声炫朵 成型圖樣及劁A Α。+ 政果圖樣之基材與其 圖槐且^ 法駐要目的，係在提供一種其 立體彩色炫光效果、且成型成本低，同時在製成 成。口時可保持其圖樣的完整性，並易於與成品本體結合為 一體之可產生立體彩色炫光效果圖樣之基材與其成型圖 樣及製成成品之方法。 本發明之可產生立體彩色炫光效果圖樣之基材的目 的與功效係由以下之技術所實現： 其主要係選用塑膠發泡板為底材，並在其上覆設一表 面經電鍍之反光膜，再於其上壓製形成凹凸紋路，並經印 刷形成印刷層後，便可令該基材的表面因具較深之凹凸紋 路，而使其產生明顯的立體彩色炫光圖樣效果。 又本發明可進一步利用該可產生立體彩色炫光效果 圖樣之基材與塑膠材質一體射出包覆成型，使該塑膠製品 表面具備立體彩色炫光圖樣。 而其成型該塑膠製品之方法為： 將該具立體彩色炫光圖樣之基材置於成型塑膠製品 之模具内，接著直接射出塑料，待塑料冷卻變硬後、 即可在所成型的塑膠製品的表面上產生立體彩色= 圃樣。 上述該塑膠製品可為容器、托盤、眼鏡框或錶帶。 此外，上述該些塑膠製品【如容器】係採用聚丙烯pp】 =質時，該具立體彩色炫光圖樣之基材的底材則對應選用 聚丙烯發泡材質，俾藉塑膠製品所選用之材質與具:體彩 色炫光圖樣之基材的底材所選用的聚丙烯發泡材質^ 同，使該具立體彩色炫光圖樣之基材與塑膠製品間的結合 性更佳。又若該塑膠製品【如托盤】係採用丁二烯丙ϋ 【ABS】或聚苯乙烯【ps】材質時’該具立體彩色炫光圖 樣之基材的底材則對應選用丁二烯丙烯晴或聚苯乙烯發 /包材質，當塑膠製品【如眼鏡框】係採用聚碳酸酯【PC】 或壓克力【PMMA】材質時，該具立體彩色炫光圖樣之基材 的底材則對應選用聚碳酸酯或壓克力發泡材質；塑膠製品 【如錶帶】係採用乙烯-醋酸乙烯酯共聚合物【EVA】材質 時’該具立體彩色炫光圖樣之基材的底材則對應選用乙烯 -醋酸乙稀酯共聚合物發泡材質。 再者’當該具立體彩色炫光圖樣之基材的底材係選用 聚丙烯發泡材質’而該聚丙烯發泡材質本身即具絕熱效 果’因此’當其在與塑料進行射出包覆成型作業時，可避 免基材之立體彩色炫光圖樣產生變形之情形發生。 【實施方式】 為令本發明所運用之技術内容、發明目的及其達成之 功效有更完整且清楚的揭露，兹於下詳細說明之，並請一 併參閱所揭之圖式及圖號： 首先’清參閱第一圖所示’係本發明之可產生立體彩 色炫光效果圖樣之基材的結構示意圖，該基材主要係由一 底材（1)、及在底材（1)上覆設一反光膜（2)，並在彼此固 定成一體的底材（1)與反光膜（2)上共同麼製成型凹凸紋 路（3)，最後再經印刷以形成印刷層（4)所構成；其中，該 底材（1)係選用塑膠發泡材質，反光膜（2)則係選用聚對苯 二甲酸乙二酯【PET】材質並經表面電鍍之薄膜。 請再參閱第二圖所示，其係為本發明成型該可產生立 體彩色炫光效果圖樣之基材的製造流程圖【以下請再同時 參閱第一圖】，其之成型步驟為： (a) 選用塑膠發泡材質之底材（〇 ; (b) 將聚對苯二甲酸乙二酯【PET】薄膜經表面電鍍使之形 成反光膜（2); 夕 (c) 將反光膜（2)覆設於底材（1)上； (d) 在彼此固定成一體的底材（1)與反光膜（2)上共同壓製 成型凹凸紋路（3); (e) 印刷圖形以形成印刷層（4)。 而第三圖及第四圖所示者為將該可產生立體彩色炫 光效果圖樣之基材與塑膠材質一體射出包覆成型，使該塑 膠製品（5)品表面具備立體彩色炫光圖樣之製造流程圖與 成型示意圖；其之流程步驟為： (a)裁剪該可產生立體彩色炫光效果圖樣之基材形狀，使 其對應欲成型之塑朦製品（5); 00將經㈣外觀之可產生立體彩色炫光效果 圖樣之基材 置於成型塑膠製品（5)的模具中； (c)於模具中射出塑料，以—體包覆成型該可產生立體彩 色炫光效果圖樣之基材，並據此形成表面具有立體彩 色炫光圖樣之塑膠製品（5)。 上述底材所選用之塑膠發泡材質可採用聚丙烯 rp/V 丁二烯丙稀晴【廳】、聚苯乙烯【ps】、聚碳酸酿 、壓克力【p賴A】或乙烯-醋酸乙烯酯共聚合物 而塑膠製品所採狀塑膠材質則與底材所選用之 二發泡材質相對應，。又該歸製品可為容器、托盤、眼 或錶帶【4參’五〜人圖】。當該歸製品為容器 木用聚丙烯材質時’該底材則對應選用聚丙烯發泡材 ㈣=織膠製。σ°4托盤且採許二烯㈣晴或聚苯乙 、、心ΐ時」絲材贿4朝了二烯_晴絲苯乙烯發 ，备塑膠製品為眼鏡框且係採用聚碳酸酯或壓克力 該底材㈣應選用聚碳錢或壓克力發泡材質； 拼广品為錶帶同時係採用乙烯_醋酸乙㈣共聚合物材 3該底·制選用乙婦_麟乙㈣共聚合物發泡 經由以上的實施說明，可知本發明至少具有如 之各項優點： L本發明之底材因係選用塑膠發泡材質，其本身即具一厚 度，因此可在基材上壓印出較深深度之凹凸紋路，、使基 材表面之圖樣具備較佳的立體彩色炫光效果。 2·由於本發明所需使用之材質較少、成型之層數亦 ， 故可降低其製造成本。 ^ 3.因其所成型之塑膠製品所採用塑膠材質，與具立體彩色 炫光圖樣之基材的底材所選用的塑膠發泡材質相同^因 此具立體彩色炫光圖樣之基材與塑膠製品間可具°備較 1325376 佳的結合性。 4.當本發明之具立體彩色炫光圖樣之基材的底材係選用 聚丙烯發泡材質時，由於該聚丙烯發泡材質本身即具絕 熱效果，因此，當其在與塑料進行射出包覆成型作業 時，可避免基材之立體彩色炫光圖樣產生變形，進而提 升塑膠製品之良率。 綜上所述，本發明實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品 中，亦未曾公開於申請前，誠已完全符合專利法之規定與 要求，爰依法提出發明專利之申請，懇請惠予審查，並賜 准專利，則實感德便。1325376 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a substrate capable of producing a three-dimensional color glare effect pattern, a molding pattern thereof, and a finished product, in particular, a pattern having a three-dimensional color The glare effect is low, and the molding cost is low. At the same time, the integrity of the pattern can be maintained when the finished product is finished, and it is easy to integrate with the finished body. [Prior Art] According to the pattern on the early sheet-like substrate, the printing technique is applied directly to the surface, so the pattern is flat; however, the phase of the material life is With the advancement of technology and technology, this kind of flat-type map can no longer fully meet the needs of the consumer. It is the related manufacturer and actively develops and designs how to form a three-dimensional pattern on a sheet-like substrate. The technique of forming a three-dimensional pattern of a sheet-like substrate on the market, the main method of forming a three-dimensional pattern, is that the (4) is adhered and pure, and the pattern is pressed on the plate and the corresponding pattern is printed; The formed three-dimensional pattern will be reduced to the thickness of the cardboard itself so that the depth of the pressed texture is too shallow, resulting in poor stereoscopic effect. Later, there are ######################################################################################################## Ethylene formate layer, aluminum layer, polyurethane layer, poly(terephthalic acid) ethoxylate layer, printing layer, bismuth phthalate and urethane The establishment of the quality layer makes the depth of the press-formed structure deeper and thus produces a better three-dimensional effect; however, this technology has more and more layers, which results in a manufacturing cost of 5 3 plus, and when The application is different in such as * - B > ... N shells, so that the influence of the high temperature of each other and the double mold is such that the material f and the above-mentioned body cut frame or strap are produced: : & 'And it is easy to be high when molding: 【Contents of the invention】 The inventor of the drawing is the 11th in the above-mentioned existing sheet-like beauty material, the spirit of the three-dimensional tiredness on the practical implementation of the sheet-like substrate. , #mf 失'于是乃-Benedict is not assisted, plus professional knowledge and years of practical experience The improvements were made and the present invention was developed based on this. The invention can produce a stereoscopic color sounding molding pattern and a 劁A Α. + The base of the political fruit pattern and its purpose are to provide a three-dimensional color glare effect, and the molding cost is low, and it is made at the same time. The method of maintaining the integrity of the pattern and integrating it with the finished body to produce a three-dimensional color glare effect pattern substrate and its molding pattern and finished product. The purpose and function of the substrate for producing a three-dimensional color glare effect pattern of the present invention are achieved by the following techniques: The main purpose is to use a plastic foamed board as a substrate, and a surface is coated with a reflective surface. The film is pressed onto the surface to form a concave-convex texture, and after printing to form a printed layer, the surface of the substrate can be made to have a clear three-dimensional color glare effect due to the deep concave and convex lines. The invention can further utilize the substrate and the plastic material which can generate the three-dimensional color glare effect pattern to be integrally formed and overmolded, so that the surface of the plastic product has a three-dimensional color glare pattern. The method for molding the plastic product is: placing the substrate with the three-dimensional color glare pattern in the mold of the molded plastic product, and then directly injecting the plastic, and after the plastic is cooled and hardened, the plastic product can be formed. A three-dimensional color = 圃 is produced on the surface. The plastic article described above may be a container, a tray, a spectacle frame or a watch band. In addition, the above-mentioned plastic products [such as containers] are made of polypropylene pp = quality, the substrate of the substrate with the three-dimensional color glare pattern is correspondingly made of polypropylene foam material, and the plastic material is selected for use. The material and the polypropylene foam material selected for the substrate of the body color glare pattern are better, so that the combination of the substrate with the three-dimensional color glare pattern and the plastic product is better. If the plastic product [such as a tray] is made of butadiene butadiene [ABS] or polystyrene [ps], the substrate of the substrate with a three-dimensional color glare pattern corresponds to butadiene acrylonitrile. Or polystyrene hair/package material, when the plastic product [such as eyeglass frame] is made of polycarbonate [PC] or acrylic [PMMA] material, the substrate of the substrate with the three-dimensional color glare pattern corresponds to Polycarbonate or acrylic foaming material is used; when the plastic product [such as the strap] is made of ethylene-vinyl acetate copolymer [EVA], the substrate of the substrate with the three-dimensional color glare pattern corresponds to Ethylene-vinyl acetate copolymer foam material is used. Furthermore, 'When the substrate of the substrate with the three-dimensional color glare pattern is made of polypropylene foam material', the polypropylene foam material itself has an insulating effect, so 'when it is injection-molded with plastic During the operation, it is possible to avoid deformation of the three-dimensional color glare pattern of the substrate. [Embodiment] For a more complete and clear disclosure of the technical content, the purpose of the invention and the effects thereof achieved by the present invention, the following is a detailed description, and please refer to the drawings and drawings: First of all, the following is a schematic view of a substrate of the present invention which can produce a three-dimensional color glare effect pattern, which is mainly composed of a substrate (1) and a substrate (1). A reflective film (2) is disposed on the substrate (1) and the reflective film (2) which are integrally fixed to each other to form a concave-convex texture (3), and finally printed to form a printed layer (4) The substrate (1) is made of plastic foam material, and the reflective film (2) is made of polyethylene terephthalate [PET] and surface-plated film. Please refer to the second figure, which is a manufacturing flow chart of the substrate for forming the three-dimensional color glare effect pattern according to the present invention (hereinafter, please refer to the first figure at the same time), and the molding steps are as follows: (a ) Use a plastic foamed substrate (〇; (b) A polyethylene terephthalate (PET) film is electroplated to form a reflective film (2); E (c) Reflective film (2) Covered on the substrate (1); (d) co-pressing the concave and convex lines (3) on the substrate (1) and the reflective film (2) which are integrally fixed to each other; (e) printing a pattern to form a printed layer ( 4) The third and fourth figures show that the substrate and the plastic material can be integrally molded and overmolded, so that the surface of the plastic product (5) has a three-dimensional color The manufacturing process flow chart and the molding schematic diagram of the light pattern; the process steps are as follows: (a) cutting the shape of the substrate which can produce a three-dimensional color glare effect pattern, corresponding to the plastic product to be formed (5); 00 will be (4) The appearance of the substrate capable of producing a three-dimensional color glare effect pattern is placed in a molded plastic product (5) (c) injecting plastic into the mold, overmolding the substrate capable of producing a three-dimensional color glare effect pattern, and thereby forming a plastic product (5) having a three-dimensional color glare pattern on the surface. The plastic foam material used for the substrate can be made of polypropylene rp/V butadiene propylene transparent [hall], polystyrene [ps], polycarbonate, acrylic, p-A or ethylene-vinyl acetate. The ester-like polymer and the plastic material of the plastic product correspond to the two foam materials selected for the substrate, and the returned product can be a container, a tray, an eye or a strap [4 参 '五~人图】 When the returned product is made of polypropylene for container wood, the substrate is made of polypropylene foam material (4) = woven rubber. σ°4 tray and diced diene (4) clear or polyphenylene, heart palpitations When the silk bribes 4 toward the diene _ clear silk styrene hair, the plastic products for the glasses frame and the use of polycarbonate or acrylic the substrate (four) should use polycarbon money or acrylic foam material; The spliced wide product is a strap and the ethylene is used at the same time. The ethyl acetate (four) co-polymer material is used. (4) Copolymer foaming According to the above description, it can be seen that the present invention has at least the advantages as follows: L. The substrate of the present invention is made of a plastic foamed material, which itself has a thickness, and thus can be on the substrate. The embossed pattern of deeper depth is embossed, so that the pattern on the surface of the substrate has a better three-dimensional color glare effect. 2. Since the material used in the invention requires less material and the number of layers formed, it can be reduced. Manufacturing cost. ^ 3. Because the plastic material used for the plastic products is the same as the plastic foam material selected for the substrate with the three-dimensional color glare pattern, therefore, the substrate with the three-dimensional color glare pattern Compared with plastic products, it can be better than 1325376. 4. When the substrate of the three-dimensional color glare pattern of the invention is made of polypropylene foam material, the polypropylene foam material itself is used. That is to say, it has a heat-insulating effect. Therefore, when it is subjected to the injection-molding operation with the plastic, the deformation of the three-dimensional color glare pattern of the substrate can be avoided, thereby improving the yield of the plastic product. In summary, the embodiments of the present invention can achieve the expected use efficiency, and the specific structure disclosed therein has not been seen in similar products, nor has it been disclosed before the application, and has completely complied with the provisions of the Patent Law. And the request, the application for the invention of a patent in accordance with the law, please forgive the review, and grant the patent, it is really sensible.
10 1325376 【圖式簡單說明】 第一圖：本發明之基材的結構示意圖 第二圖：本發明之基材的製造流程圖 第三圖：本發明之基材與塑膠製品一體射出包覆成型 的製造流程圖 第四圖：本發明之基材與塑膠製品一體射出包覆成型 時的狀態示意圖 第五圖：本發明之基材一體射出包覆成型於容器上之 不意圖 第六圖：本發明之基材一體射出包覆成型於托盤上之 示意圖 第七圖··本發明之基材一體射出包覆成型於眼鏡框上 之不意圖 第八圖：本發明之基材一體射出包覆成型於錶帶上之 不意圖 【主要元件符號說明】 <本發明> (1) 底材 (2) 反光膜 (3) 凹凸紋路 (4) 印刷層 (5) 塑膠製品 π10 1325376 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing the structure of a substrate of the present invention. FIG. 2 is a flow chart showing the manufacturing process of the substrate of the present invention. FIG. 4 is a schematic view showing a state in which the substrate and the plastic product of the present invention are integrally molded and overmolded. FIG. 5 is a schematic view of the substrate of the present invention integrally molded and overmolded onto the container. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 7 is a schematic view of a substrate integrally molded and overmolded on a tray. FIG. 7 is a schematic view of the substrate of the present invention integrally molded and overmolded onto a spectacle frame. FIG. Unintentional on the strap [Description of main component symbols] <Invention> (1) Substrate (2) Reflective film (3) Concave-convex pattern (4) Printed layer (5) Plastic product π