摘要：【中文】本发明是一种4级耐磨釉大理石瓷砖，包括从下至上依次设置的坯体层、面釉层、装饰层和耐磨釉层,所述耐磨釉层包括由以下质量份数计的组分组成：SiO₂ 40‑50份、Al₂O₃ 15‑20份、K₂O 2‑3份、Na₂O 0.5‑1份、TiO₂ 0.2‑0.4份、Fe₂O₃ 0.2‑0.5份、P₂O₅ 0.05‑0.1份、MnO 0.001‑0.01份、MgO 0.3‑0.6份，CaO 10‑20份、BaO 4‑5份、SrO 0.02‑0.05份。本发明瓷砖在釉料耐磨层配方中增添碱土金属和晶相介质，使瓷砖最终可以实现2100‑4500转的4级耐磨度,耐磨强，无划痕，本发明制备方法简捷,通过控制耐磨釉料配方及量多少来调控，提高了釉面的耐磨度和透明度，实现瓷砖耐磨度达2100‑4500转。 【EN】The invention relates to a 4-grade wear-resistant glaze marble tile, which comprises a blank layer, a cover glaze layer, a decorative layer and a wear-resistant glaze layer which are sequentially arranged from bottom to top, wherein the wear-resistant glaze layer comprises the following components in parts by weight: SiO2₂40-50 parts of Al₂O₃15-20 parts of K₂O2-3 parts, Na₂0.5 to 1 portion of O and TiO₂0.2-0.4 part of Fe₂O₃0.2-0.5 part of P₂O₅0.05-0.1 part of MnO, 0.001-0.01 part of MgO, 10-20 parts of CaO, 4-5 parts of BaO and 0.02-0.05 part of SrO. The ceramic tile provided by the invention adds alkaline earth metal and crystalline phase medium in the formula of the glaze wear-resistant layer, so that the ceramic tile can finally realize the rotation of 2100-The preparation method is simple and convenient, and the formula and the amount of the wear-resistant glaze are controlled to improve the wear resistance and the transparency of the glaze, so that the wear resistance of the ceramic tile reaches 2100 + 4500 turns.

摘要：【中文】本发明提供了一种组合模口对位定位布料系统及使用方法，属于建筑陶瓷砖领域，包含中转供应预制原料装置、对位布料装置、导流格栅以及送料载体，中转供应预制原料装置沿送料载体的输送方向上依次设有多个色区工位。对位布料装置设置在中转供应预制原料装置下方，对位布料装置底部设有多个用于布料的出料孔，每个出料孔处均设有开关。导流格栅位于出料孔的下方，导流格栅顶部设有导入模口，底部设有导出模口，送料载体位于对位布料装置下方，表面设有导流格栅。该系统制作坯体通体图案边界清晰、而且布料量充分，自动化、智能数控程度高，效率高，大大提高了生产效率。 【EN】The invention provides a combined die contraposition positioning and material distribution system and a use method thereof, belonging to the field of architectural ceramic tiles. The alignment distributing device is arranged below the transfer prefabricated raw material supply device, a plurality of discharging holes for distributing materials are formed in the bottom of the alignment distributing device, and a switch is arranged at each discharging hole. The guide grid is positioned below the discharge hole, the top of the guide grid is provided with a guide die orifice, the bottom of the guide grid is provided with a guide die orifice, the feeding carrier is positioned below the alignment distributing device, and the surface of the feeding carrier is provided with the guide grid. The system has clear boundaries of the patterns of the whole body of the blank, sufficient material distribution amount, high automation and intelligent numerical control degree and high efficiency, and greatly improves the production efficiency.

摘要：【中文】一种发热陶瓷台板的自动化生产线，其特征在于，设置有拼接区及复合区，拼接区和复合区之间通过输送线连接，并依序设置磨短边区、磨长边区、加工区；加工区又包含AC5轴水刀加工区及CNC数控加工区；加工区设置机械手可以将发热陶瓷台板分别送到AC5轴水刀加工区及CNC数控加工区；所述拼接区为粘发热瓷砖台的4条围边的工作区域；所述磨边区为磨削发热陶瓷台板的4个侧面鸭嘴边的工作区域，所述AC5轴水刀加工区为粗磨发热陶瓷台板的4个圆弧角的工作区域；所述CNC数控加工区为精磨发热陶瓷台板的4个圆弧角的工作区域；所述复合区为将发热陶瓷台板中的饰面层、石墨烯电热膜、双铝PVC板、触摸式温控器复合成一体的工作区域本发明解决了现有人工生产发热陶瓷台板生产效率低，工人劳动强度大的问题，还可以节约人力成本。 【EN】An automatic production line of a heating ceramic platen is characterized by being provided with a splicing area and a composite area, wherein the splicing area and the composite area are connected through a conveying line, and a short edge grinding area, a long edge grinding area and a processing area are sequentially arranged; the processing area comprises an AC5 axial water jet cutting processing area and a CNC (computer numerical control) processing area; the machining area is provided with a mechanical arm which can respectively send the heating ceramic bedplate to an AC5 axial water jet cutting machining area and a CNC (computer numerical control) machining area; the splicing area is a working area adhered with 4 surrounding edges of the heating ceramic tile platform; the edge grinding area is a working area for grinding duck bill edges on 4 side surfaces of the heating ceramic bedplate, and the AC5 shaft water jet cutting processing area is a working area for roughly grinding 4 arc angles of the heating ceramic bedplate; the CNC numerical control machining area is a working area for finely grinding 4 arc angles of the heating ceramic bedplate; the composite zone is a working zone which integrates the decorative surface layer, the graphene electrothermal film, the double-aluminum PVC plate and the touch temperature controller in the heating ceramic bedplate, the problems of low production efficiency and high labor intensity of workers in the conventional manual production of the heating ceramic bedplate are solved, and the labor cost can be saved.

摘要：【中文】一种设定级配应用的光触媒涂层的陶瓷制品及其制作方法，包含陶瓷坯体与光触媒涂层，所述光触媒涂层是在创新设计粒径级配并采用磨抛技术嵌铺于烧制后磨抛后的制品表面并在表层成“T”字型平面膜层状态，从而低成本地实现有效且高效、持久地在陶瓷制品表面产生可见光下降解甲醛等有害物质的净化功能作用。 【EN】The ceramic product comprises a ceramic body and a photocatalyst coating, wherein the photocatalyst coating is formed by innovatively designing grain size gradation, embedding and paving the grain size gradation on the surface of a fired polished product by a polishing technology, and forming a T-shaped planar film layer on the surface layer, so that the purification function of effectively, efficiently and durably degrading harmful substances such as formaldehyde under the condition of generating visible light on the surface of the ceramic product is realized at low cost.

摘要：【中文】本发明公开了一种预制模具干压成型的瓷质板材制品及其制造工艺。该方案包括平坯层以及凸起棱，平坯层与所述凸起棱由瓷质原料一体干压成型，凸起棱的高度H₁为8mm～20mm，平坯层的厚度H₂为8mm～15mm；从瓷质板材制品的横截面看，凸起棱的侧面与竖直方向的夹角α≥15°，凸起棱的任意边在平坯层的垂直投影不重叠，凸起棱包括至少两个凸台棱，凸台棱到瓷质板材制品的侧面间距为15mm～100mm，凸台棱的一侧或两侧设置有侧向内凹槽。本发明通过解决了现有技术未能有一次成型制作有高度为8mm‑20mm的凸起棱、厚度为8mm‑15mm的平坯层的瓷质板材制品的难题，还进而可以实现了经过二次加工以这种板材用于干挂更安全的技术效果。 【EN】The invention discloses a ceramic plate product formed by dry pressing a prefabricated mould and a manufacturing process thereof. The scheme comprises a flat blank layerAnd the flat blank layer and the convex edges are integrally formed by dry pressing of porcelain raw materials, and the height H of the convex edges₁8mm-20mm, the thickness H of the flat blank layer₂The included angle α between the side face of the convex edge and the vertical direction is not less than 15 degrees when seen from the cross section of the porcelain plate product, the vertical projection of any side of the convex edge on the flat blank layer is not overlapped, the convex edge comprises at least two boss edges, the distance between the boss edge and the side face of the porcelain plate product is 15-100 mm, and one side or two sides of the boss edge are provided with lateral inner grooves.

摘要：【中文】一种利用磨抛后表面微孔结合纳米材料应用的陶瓷制品及其制作方法，包含陶瓷坯体与预定功能性纳米涂层，所述预定功能性纳米涂层嵌铺于烧制后磨抛后的制品表面并在表层成“T”字型平面膜层状态，从而有效且高效、持久地在陶瓷制品表面释放产生相应预定纳米材料的有益的功能效果。 【EN】The ceramic product comprises a ceramic body and a predetermined functional nano coating, wherein the predetermined functional nano coating is embedded and paved on the surface of the product after being fired and ground and polished and forms a T-shaped plane membrane layer state on the surface layer, so that the beneficial functional effect of the corresponding predetermined nano material is effectively, efficiently and durably released on the surface of the ceramic product.