M398384 五、新型說明： 【新型所屬之技術領域】 本案係關於一種美耐皿餐具，尤指將美咐皿基材與奈米粉末效用層結 合後’成為美耐皿抗菌餐具。 【先前技術】 美耐皿，其具有無味、無毒、耐溫性佳、表面硬度高、耐摩擦以及 不易造成環境污染等特性，故被廣泛應用於各種日常用品，舉凡各式餐具、 廉果盤、沙拉碗、刀、又、匙等廚房用品外，亦被製成衛浴用品，其應用範 圍極為廣泛，然，由於美财皿被廣泛使用，如何提升其優點，使之更符合 現代人之需求，已成為業界爭相研究探討的重點，故目前乃出現許多於美 财皿基材内加人抗菌之植物，使之成型後具有錢之效果，如市面所售之 竹炭餐具，其係使預定比例的粉狀熱固性樹脂原料、竹炭粉粒及添加劑微 粒相調配混合為-原料組份，再預熱該原料組份，並依所要製造的型式準 _備適當的模具’使該原料組份於模具内加溫成型以硬化為預定形狀的本 體’再於本體進行裝飾聽理’使其製作竹雜具H此種製品，其雖 可藉内部竹炭雛提供誠踩，财在製造過Μ，健有叮之缺點： 一、其於熱固性樹脂材料内加入竹炭，由於竹炭的顏色為黑色，其與 熱固性樹蹄料混合後’會導致舰合祕色澤科均，料其美觀性。 二、若為使竹炭與熱固性樹脂材料混合後，該混合原料無色澤不平均 之問題，唯有將黑色竹炭漂白，然，將黑色竹炭漂白的過程不但繁複且成 本兩，實際之實施困難度極高。 鑑於此’本創作者乃基於多年從事產業之經驗及經多方測試，而發展 M398384 出「美耐皿餐具」<> 【新型内容】 本新型之設計目的，乃在提供-種可抗菌之美耐血，以提昇美耐皿之 使用品質者。 本新之美耐皿餐具，其乃包括—本體，該本體是經加齡模成預定 形狀，其包括由美耐皿基材所製成之基材部及散佈於該基材部表面之奈米 、’ a曰美耐皿基材與奈米粉末效用層結合，製成本體後，可藉奈 米的抗菌作用發揮抗菌效果。 是以，經由本新型±述之設計，射產生下列功效： 、本新型製造㈣快速’製造成本低，係確可實施者，且本新型絕 不會有顏色不均’影響外觀之情形發生。 一、本新型之製程中，令奈米粉末效用層與美耐血基材結合，其適當 的^合比例可使該製成之美耐皿餐具具有抗ϋ效果，同時制低成本之考 量。 【實施方式】 本新型之美耐皿餐具（請參閱第一至三圖所示） ，其乃包括一本體 (3 )’該本體（3)是經加熱注模成預定形狀，可以碗、杯、湯匙或其他 各種餐具之實施方式呈現’其包括由美和基材所製成之基材部（丄）及 散佈於該基材部（1 )表面之奈轉末效用層（2 );當美财皿基材與奈米 私末效用層（2 )結合製成本體（3 )後，可藉該奈綠末效用層（2 ) 的抗菌作用發揮減效果；上述奈米粉末效用層（2 )與美《皿基材之最 佳結合比例為8 0〜7 G%的美耐皿基材結合2 0〜3 0%的奈米粉末 M398384 (2 );製作時，係令美耐血·基材與適當比例之奈米粉末效用層（2 )結合 後，使其硬化並處理為具有預定造型之本體（3 )，則該本體（3 )即可藉 其奈米粉末效用層（2)產生抗菌效果。 【圖式簡單說明】 第一圖係本新型之本體為碗型之實施例圖 第二圖係本新型之本體為杯型之實施例圖 第三圖係本新型之本體為湯匙之實施例圖 【主要元件符號說明】 (1 ):基材部 (2 ):奈米粉末效用層 (3 ):本體M398384 V. New description: [New technical field] This case relates to a melamine tableware, especially after combining the enamel dish substrate with the nano powder utility layer, and becomes a melamine antibacterial tableware. [Prior Art] Melamine, which has the characteristics of odorless, non-toxic, good temperature resistance, high surface hardness, friction resistance and environmental pollution, is widely used in various daily necessities, such as various tableware, cheap fruit bowls, and salad bowls. In addition to kitchen utensils such as knives, knives, spoons, etc., it is also made into bathroom products, and its application range is extremely wide. However, since the US Treasury is widely used, how to improve its advantages and make it more in line with the needs of modern people has become The industry is scrambling to study and focus on the research. Therefore, there are many plants that add antibacterial substances to the base of the US Treasury, so that it has the effect of money after molding. For example, the bamboo charcoal tableware sold in the market is made of a predetermined proportion of powder. The thermosetting resin raw material, the bamboo charcoal powder and the additive microparticle phase are mixed and mixed into a raw material component, and then the raw material component is preheated, and the raw material component is added to the mold according to the type to be manufactured. Warm molding to solidify the body into a predetermined shape and then decorate the body to make it a bamboo miscellaneous item H, which can be provided by the internal bamboo charcoal The shortcomings of wealth have been created, and the defects are: 1. The bamboo charcoal is added to the thermosetting resin material. Since the color of the bamboo charcoal is black, it is mixed with the thermosetting tree hoof material, which will cause the ship to be secret. Aesthetics. 2. If the mixed raw materials are not mixed with the color of the bamboo charcoal and the thermosetting resin material, only the black bamboo charcoal is bleached. However, the process of bleaching the black bamboo charcoal is complicated and costly, and the practical implementation is extremely difficult. high. In view of this, the creator is based on years of experience in the industry and has been tested by many parties, and developed M398384 to produce "Melly Tableware" <> [New Content] The design purpose of the new model is to provide an antibacterial beauty. Resistant to blood, to improve the quality of the use of melamine. The new melamine tableware includes a body that is molded into a predetermined shape by ageing, and includes a base portion made of a melamine substrate and a nanometer dispersed on a surface of the base portion. 'A 曰 melamine substrate combined with the nano powder utility layer, after the body is made, can exert the antibacterial effect by the antibacterial action of nano. Therefore, through the design of the new model, the following effects are produced: The new manufacturing (4) is fast, the manufacturing cost is low, and the system is practically implementable, and the present invention never has a color unevenness that affects the appearance. 1. In the process of the present invention, the nano powder utility layer is combined with the beautiful blood-resistant substrate, and the appropriate ratio can make the prepared melamine tableware have anti-caries effect, and at the same time, the cost is low. [Embodiment] The novel melamine tableware (refer to the first to third figures) includes a body (3) 'the body (3) is heated and injection molded into a predetermined shape, and can be a bowl, a cup, The embodiment of the spoon or other various tableware presents 'the base portion (丄) made of the US and the substrate and the end effect layer (2) dispersed on the surface of the substrate portion (1); After the dish substrate is combined with the nano-private effect layer (2) to form the body (3), the antibacterial action of the navel green end effect layer (2) can be exerted to reduce the effect; the above nano powder utility layer (2) and The best combination ratio of the US dish is 80 to 7 G% of the melamine substrate combined with 20 to 30% of the nano powder M398384 (2); After being combined with a suitable ratio of the nano powder utility layer (2), which is hardened and processed into a body (3) having a predetermined shape, the body (3) can be produced by the nano powder effect layer (2). effect. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is an embodiment of the present invention, which is a bowl type. The second figure is an embodiment of the present invention, which is a cup type. The third figure is an embodiment of the body of the present invention. [Explanation of main component symbols] (1): Substrate part (2): Nano powder utility layer (3): Ontology