Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Manufacturing method of trace element slow-release pot
The invention relates to a manufacturing method of a trace element slow-release pot. The manufacturing method comprises the following steps of: taking purple grit mud and phlogopite as an outer-layer material of a kettle body, taking diatom minerals, medical stone, tourmaline, limonite, loess stone powder and kaolin as an inner-layer material, proportioning, mixing and mechanically rolling the materials into pug for later use; flatly laying and unfolding the inner-layer material, and flatly laying and unfolding the outer-layer material; placing the inner-layer material on the outer-layer material; and combining the inner-layer material and the outer-layer material into a combined body through manual moderate kneading, so as to tightly combine the mineral material of the inner layer and the purple grit material of the outer layer to obtain a purple grit pot body. A microelement slow-release layer with fully distributed micropore structures is arranged in the pot body, so that the mechanical property of the composite material is fully improved, the strength of the internal micropore structures is enhanced, and then the purple grit slow-release pot is manufactured through drying under shade, roasting, cooling and firing. The trace element slow-release pot is used for brewing tea water; tea leaves are placed in the pot; and trace elements and tea water are released in the brewing process.
本发明涉及一种微量元素缓释壶制作方法，将紫砂泥、金云母作为壶体外层材料，将硅藻矿物、麦饭石、碧玺、木鱼石、黄土石粉和高岭土原料作为内层材料，分别进行配料、和料、机轧成泥料备用。取内层材料平铺展开，再取外层材料平铺展开，将内层材料置于外层材料上面，利用手工适度搓揉将内层材料与外层材料结合成组合体，使内层的矿物料与外层的紫砂料紧密结合，制作成紫砂壶体，壶体内部具有满布微孔结构的微量元素缓释层，充分改善了复合材料的力学性能，加强了内部微孔结构的强度，然后经过阴干、焙烧和冷却烧制成紫砂缓释壶。使用微量元素缓释壶泡制茶水，在壶内放置茶叶，泡制过程中便释放出微量元素和茶水。
Manufacturing method of trace element slow-release pot
The invention relates to a manufacturing method of a trace element slow-release pot. The manufacturing method comprises the following steps of: taking purple grit mud and phlogopite as an outer-layer material of a kettle body, taking diatom minerals, medical stone, tourmaline, limonite, loess stone powder and kaolin as an inner-layer material, proportioning, mixing and mechanically rolling the materials into pug for later use; flatly laying and unfolding the inner-layer material, and flatly laying and unfolding the outer-layer material; placing the inner-layer material on the outer-layer material; and combining the inner-layer material and the outer-layer material into a combined body through manual moderate kneading, so as to tightly combine the mineral material of the inner layer and the purple grit material of the outer layer to obtain a purple grit pot body. A microelement slow-release layer with fully distributed micropore structures is arranged in the pot body, so that the mechanical property of the composite material is fully improved, the strength of the internal micropore structures is enhanced, and then the purple grit slow-release pot is manufactured through drying under shade, roasting, cooling and firing. The trace element slow-release pot is used for brewing tea water; tea leaves are placed in the pot; and trace elements and tea water are released in the brewing process.
本发明涉及一种微量元素缓释壶制作方法，将紫砂泥、金云母作为壶体外层材料，将硅藻矿物、麦饭石、碧玺、木鱼石、黄土石粉和高岭土原料作为内层材料，分别进行配料、和料、机轧成泥料备用。取内层材料平铺展开，再取外层材料平铺展开，将内层材料置于外层材料上面，利用手工适度搓揉将内层材料与外层材料结合成组合体，使内层的矿物料与外层的紫砂料紧密结合，制作成紫砂壶体，壶体内部具有满布微孔结构的微量元素缓释层，充分改善了复合材料的力学性能，加强了内部微孔结构的强度，然后经过阴干、焙烧和冷却烧制成紫砂缓释壶。使用微量元素缓释壶泡制茶水，在壶内放置茶叶，泡制过程中便释放出微量元素和茶水。
Manufacturing method of trace element slow-release pot
微量元素缓释壶制作方法
ZHANG YONG (Autor:in) / LIU YANG (Autor:in) / LI JIANGBO (Autor:in) / SHEN JUNFU (Autor:in)
20.04.2021
Patent
Elektronische Ressource
Chinesisch
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