585817 五、發明說明（1) ~ -1 本發明係關於一種立體動晝杯之杯體射出包覆方法，“ 係可將立體動晝印於一内杯上，並在其外側射出包覆一 明外杯體者。585817 V. Description of the invention (1) ~ -1 The present invention relates to a method for coating and covering cups of a three-dimensional moving day cup. "The three-dimensional moving day can be printed on an inner cup, and the outside of the cup can be shot and coated. Ming Wai Cup.
按，習用内外杯體射出成型包覆圖案之杯體，均係在 内杯表面套没或套印圖案，復於表面上喷上透明漆保護層 ，但透明漆不耐熱，且其表面如第十四圖所示，其内杯曰 (3A)表面之透明漆保護層（4A)經常凹凸不平，而當透明漆 保護層（4A)乾後，再如第十五圖所示，將内杯（3A)〔及其 上之圖案與透明漆保護層〕置於上模（5A)與下模（6A)内射 出成型外杯（7A),而，一般外杯澆注射出點在杯底，另同 =參見第十六圖，射出之流體狀塑膠原料熱流會依箭頭所 指方向向上流，並對透明漆保護層（4A)與圖案（9A)〔參見 第十七圖〕加熱及沖刷，而將透明漆保護層（4A)及圖案 (9A)上之油墨熱溶，且因塑膠原料射出壓力大，而圖案 (9A)又未定位，故常常會將圖案（9A)沖刷流走，造成圖案 (9 A)由杯底向上成糊狀流動’而如第十七圖所示，結果形 成流紋而原有圖案（9A)完全不見，因此市面上流通最多之 包覆杯只具有流紋狀圖紋或不規圖形花紋，而幾乎看不到 具有圖案之包覆杯，更不要說立體動畫杯，而極少數具有 圖案之包覆杯，則因上述缺失而在生產時造成大量不良品 ’導致產品成本及價格居高不下，無法量產及普遍化。 本發明之主要目的乃在提供一種立體動晝杯之杯體射 出包覆方法，係將一層立體動畫層先轉印於一内杯上，再 將一耐熱保護層轉印於前述立體動畫層外側上，一起熱轉 585817 五、發明說明（2) 印於内杯杯體表面，最後將轉印有前述立體動畫層及耐.熱 保護層之内杯置於一模具内，並於内杯杯趙外側射出成型 一透明外杯體而將内杯杯體包覆為一體，而達致可射出包 覆立體動晝杯之增進功效者。 為使鈞上深入了解本發明之主要技術理念，本發明 人特予配合較佳之實施例圖詳說如下，惟先列示圖號名稱 如次： (1A) 立體動畫 OC) 立體動畫 (1E) 立體動畫 (1G) 立體動畫 (2) 耐熱矽膠滾筒 (4) 耐熱保護層 (8) 眼睛 (4A) 透明漆保護層 UA) 下模 ^9A> 圖案 (1) 立趙動畫層 (1B) 立體動畫 (1D) 立體動畫 (1F) 立鳢動畫 (1H) 立體動晝 (3) 内杯 (7) 外杯體 (3A) 内杯 (5A) 上模 (7A) 外杯 如圖一所示，本發明係將一層立體動畫 -对熱㈣滾筒⑴轉印於—内杯（3)上，）先^用 側上，則如第一圖所示，内杯（3)[含立體動晝層（ 熱保護層（4)]之表面會非常平整，且耐埶保 扭 立體動晝層⑴之圖案固定，隨後如第三’、圖、所示層 有前述立體動晝層（1)及耐熱保護層（4)之内杯置於一 585817 五、發明說明（3) 上模（5)内，並合上一下模（6)，再於肉 出成型一透明外杯體（7)而將内杯（3')杯）杯體外側射 成型後之杯體如第四圖及第五圖所亍 為肢’而 #… 汀不透明外杯體（7 )包 覆耐熱保護層（4)與立體動晝層（1)及内杯（3)，各層層次 分明而立體動晝層（1)上之圖案亦清晰自然，如第六^及 第七圖所示，係本發明之成品例之一之實施示意圖，當使 用者之眼睛（8 )之位置不同，則在内杯（3 )和透明外杯體 (7)間之立體動晝（ia)(1B)亦呈現不同，其應用甚至可如 第八圖至第十三圖所示，係本發明之成品例之二之實施示 意圖，當使用者之眼睛（8)之位置不同，立體動畫（lc) (1D)(1E)(1F)(1G)(1H)亦不同，而可有多種變化。 綜上所述，本發明所提供之立體動畫杯之杯體射出包 覆方法，其製作方法簡單，圖案清晰自然，誠已合乎發明 相關要件，爰依法提出申請。According to the custom, the cups that are molded by the inner and outer cups are molded or overprinted on the surface of the inner cup. The surface is coated with a transparent paint protection layer, but the transparent paint is not heat-resistant and its surface is as tenth. As shown in the four figures, the transparent paint protective layer (4A) on the surface of the inner cup (3A) is often uneven, and when the transparent paint protective layer (4A) dries, the inner cup ( 3A) [and the protective layer on the pattern and transparent lacquer] are placed in the upper mold (5A) and the lower mold (6A) and the outer cup (7A) is injection molded. Generally, the injection point of the outer cup is at the bottom of the cup. = Refer to the sixteenth figure, the heat flow of the fluid plastic raw material injected will flow upwards in the direction indicated by the arrow, and the transparent paint protective layer (4A) and the pattern (9A) [see the seventeenth figure] will be heated and washed, and the The transparent paint protective layer (4A) and the ink on the pattern (9A) are hot-melt, and because the injection pressure of the plastic material is high, and the pattern (9A) is not positioned, the pattern (9A) is often washed away and caused the pattern ( 9 A) The paste flows upward from the bottom of the cup ', and as shown in the seventeenth figure, a ripple is formed as a result, and the original pattern (9A) is finished. No, so the most popular cups on the market only have a streamlined pattern or irregular graphic pattern, and almost no patterned cups, let alone three-dimensional animation cups, and very few patterned cups Covering the cup, due to the above-mentioned shortcomings, a large number of defective products are caused during production, which leads to high product costs and prices, which cannot be mass-produced and generalized. The main purpose of the present invention is to provide a three-dimensional moving day cup cup injection coating method, which is a transfer of a three-dimensional animation layer on an inner cup, and then a heat-resistant protective layer on the outside of the three-dimensional animation layer Above, let's heat transfer together 585817. V. Description of the invention (2) Printed on the surface of the inner cup. Finally, the inner cup with the aforementioned three-dimensional animation layer and heat-resistant layer is placed in a mold and placed in the inner cup. Zhao shot outside to form a transparent outer cup body and cover the inner cup body as a whole, so as to achieve the effect that the three-dimensional moving day cup can be shot. In order to allow Jun Shang to deeply understand the main technical concept of the present invention, the inventor specially cooperates with the preferred embodiment. The drawings are described in detail below, but the figure numbers are listed as follows: (1A) Stereo animation OC) Stereo animation (1E) Stereo animation (1G) Stereo animation (2) Heat-resistant silicone roller (4) Heat-resistant protective layer (8) Eyes (4A) Transparent paint protective layer UA) Bottom mold ^ 9A > Pattern (1) Li Zhao animation layer (1B) Stereo animation (1D) Three-dimensional animation (1F) Tachi animation (1H) Three-dimensional moving day (3) Inner cup (7) Outer cup body (3A) Inner cup (5A) Upper mold (7A) The outer cup is shown in Figure 1. This The invention is to transfer a layer of three-dimensional animation—the hot roller to the inner cup (3).) Firstly, on the use side, as shown in the first figure, the inner cup (3) [including the three-dimensional moving day layer ( The surface of the thermal protection layer (4)] will be very flat, and the pattern of the three-dimensional dynamic day-layer layer that is resistant to twisting and torsion is fixed. Then, as shown in the third, figure, and the three-dimensional dynamic day-layer layer (1) and heat-resistant protection The inner cup of the layer (4) is placed in a 585817 V. Description of the invention (3) The upper mold (5), and the lower mold (6) is closed, and then a transparent outer cup (7) is formed from the meat and the inner cup is Cup (3 ') ) The cup body is shot as shown in the fourth and fifth figures after the outer side of the cup body is formed, and #… 汀 The opaque outer cup body (7) is covered with a heat-resistant protective layer (4) and a three-dimensional moving day layer (1) And inner cup (3), the layers are distinct, and the pattern on the three-dimensional moving day layer (1) is clear and natural. As shown in Figures 6 and 7, it is an implementation diagram of one of the finished product examples of the present invention. When used The position of the eyes (8) of the person is different, the three-dimensional moving day (ia) (1B) between the inner cup (3) and the transparent outer cup (7) is also different, and its application can even be as shown in the eighth figure to the first The thirteenth figure is a schematic diagram of the second finished product example of the present invention. When the position of the user's eyes (8) is different, the three-dimensional animation (lc) (1D) (1E) (1F) (1G) (1H) It's different, but there are many variations. In summary, the three-dimensional animated cup cup covering method provided by the present invention has a simple manufacturing method, clear and natural patterns, and has already met the relevant requirements of the invention.
585817 圖式簡單說明 第一圖係本發 層） 第二圖係本發 轉印耐熱層） 第三圖係本發 第四圖係本發 第五圖係本發 第六及第七圖 第八至第十三 第十四圖係習 第十五圖係習 第十六圖係第 熱塑膠流動方 第十七圖係以 不意圖 明之流程示意圖之一（轉印圖案及轉印耐熱 明之半成品之剖視圖（含内杯和轉印圖案及 明之流程示意圖之二（射出包覆） 明之成品之不意圖 明之成品之細部剖視圖 係本發明之成品例之一之實施示意圖 圖係本發明之成品例之二之實施示意圖 用技藝之半成品（射出包覆前）之剖視圖 用射.出包覆技藝之實施示意圖 十五圖之詳細放大示意圖（箭頭表示流體狀 向） 第十五圖之習用技藝射出包覆圖案之製品之585817 The diagram briefly explains the first picture is the hair layer) The second picture is the heat transfer layer of the hair) The third picture is the fourth picture of the hair The fifth picture is the sixth and seventh picture of the hair From the thirteenth to the fourteenth, the figure is the fifteenth figure, the sixteenth figure is the 16th thermoplastic plastic flowing side. The seventeenth figure is one of the unintended flow diagrams (the transfer pattern and the semi-finished product with heat-resistant transfer). Sectional view (including the inner cup and the transfer pattern and the clear schematic diagram of the second part (injection coating). The detail of the finished product is not intended. The cross-sectional view of the finished product is one of the finished product examples of the present invention. The schematic diagram is the second finished product example of the present invention. The schematic diagram of the implementation is used for the cross-sectional view of the semi-finished product of the technique (before injection coating). The schematic diagram of the implementation of the coating technique is shown in Figure 15. Detailed enlarged diagram of the fifteenth figure (the arrow indicates the fluid direction). Product of
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