摘要：【中文】本发明涉及玻璃产品制造技术领域的一种高温金属拉丝丝印工艺，通过计算机分别设计出拉丝色、主色和背景色的印刷图案，根据印刷图案打印菲林片，再利用菲林片制作丝印网板，将光板玻璃放置在丝网印刷机的台面上，通过丝印网板将印刷图案分别印刷在光板玻璃的印刷面上形成拉丝层、主色层和背景层，然后将玻璃放置到水平连续钢化炉中加热钢化，钢化温度为680~690℃，钢化时间为150~180S，使拉丝色、主色和背景色的油墨与玻璃烧结为一体，然后对产品冷却、二次清洗和包装。本发明采用高温金属拉丝丝印工艺，使产品色泽细腻，形成的拉丝细如发丝，油墨与玻璃烧结为一体，不易脱落，耐久性强，质感更好，使产品更美观、更高档。 【EN】The invention relates to a high-temperature metal wire drawing and silk screen printing process in the technical field of glass product manufacturing, which comprises the steps of respectively designing printing patterns of a wire drawing color, a main color and a background color through a computer, printing a film according to the printing patterns, manufacturing a silk screen plate by using the film, placing light plate glass on a table top of a silk screen printing machine, respectively printing the printing patterns on the printing surface of the light plate glass through the silk screen plate to form a wire drawing layer, a main color layer and a background layer, then placing the glass in a horizontal continuous tempering furnace for heating tempering, wherein the tempering temperature is 680-690 ℃, the tempering time is 150-180 seconds, the printing ink of the wire drawing color, the main color and the background color and the glass are sintered into a whole, and then cooling, secondary cleaning and packaging the product. The invention adopts the high-temperature metal wire-drawing and silk-screen printing process, so that the product has fine color, the formed wire is as thin as hair, the printing ink and the glass are sintered into a whole, the falling is not easy, the durability is strong, the texture is better, and the product is more beautiful and higher grade.

摘要：【中文】本发明公开了一种改变破碎料二次使用色差的配方及方法，本发明的配方以破碎料的重量为基准，包括荧光增白剂、白油、EBS分散剂、钛白粉。本发明的使用方法包括破碎料制备、搅拌混合、注塑成型。本发明的工艺简单，操作方便；使用本发明的配方能够良好的解决破碎料二次使用的色差问题，良好的回收利用了ABS废料，减少不必要的浪费，节约了生产成本；且使用本发明的配方得到的产品，质量稳定性好，能够良好的控制得到的产品的质量。 【EN】The invention discloses a formula and a method for changing secondary use color difference of a crushed material. The using method of the invention comprises the steps of preparation of broken materials, stirring and mixing, and injection molding. The invention has simple process and convenient operation; the formula of the invention can well solve the problem of color difference of secondary use of the crushed material, well recycle the ABS waste material, reduce unnecessary waste and save production cost; the product obtained by using the formula of the invention has good quality stability, and the quality of the obtained product can be well controlled.

摘要：【中文】本发明涉及烤箱门加工技术领域，公开了一种水切玻璃装配烤箱门玻璃的加工工艺，包括以下步骤（1）下料：选取一块玻璃板，切割成两块玻璃毛坯料；（2）打磨；（3）开槽：对玻璃毛坯料进行切割开槽，在其中一块玻璃毛坯料上开设抽气孔；（4）钢化；（5）清洗；（6）镀膜，得到成品玻璃板；（7）组合：将成品玻璃板相对贴合，并在周边填充低熔点密封材料，得到组合玻璃，送入封边炉低温加热，对密封腔抽真空并密封抽气孔；（8）装配；（9）检验。本发明公开的加工工艺具有制备方法简单、成本低廉、生产效率高的优点，利用本发明的加工方法制造的烤箱门玻璃隔音、隔热效果更好，强度高，使用寿命长，安全性高。 【EN】The invention relates to the technical field of oven door processing, and discloses a processing technology for assembling oven door glass by water-cut glass, which comprises the following steps of (1) blanking: selecting a glass plate, and cutting the glass plate into two glass blank materials; (2) polishing; (3) grooving: cutting and grooving the glass blank, and forming an air exhaust hole in one of the glass blanks; (4) tempering; (5) cleaning; (6) coating to obtain a finished glass plate; (7) combining: the finished glass plates are relatively attached, and the periphery of the finished glass plates is filled with a low-melting-point sealing material to obtain combined glass, the combined glass is sent into an edge sealing furnace for low-temperature heating, a sealing cavity is vacuumized, and an air suction hole is sealed; (8) assembling; (9) and (6) checking. The processing technology disclosed by the invention has the advantages of simple preparation method, low cost and high production efficiency, and the oven door glass manufactured by the processing method disclosed by the invention has better sound insulation and heat insulation effects, high strength, long service life and high safety.