Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The isosceles multi-axis reinforced gridding cloth comprises a plurality of warp groups and a plurality of weft groups, each warp group comprises first warps and second warps which are longitudinally distributed and parallel to each other, and each weft group comprises first wefts and second wefts which are crossed with each other. The intersections of the first wefts and the second wefts intersect with the first warps or the second warps to form nodes, and connecting lines of any three adjacent nodes distributed in a triangular mode form an isosceles triangle. The whole gridding cloth is composed of the isosceles triangle structure, the structure is simplified, meanwhile, the strength of all acting points of the warp sets and the weft sets is greatly and evenly improved, the layering resistance and the stripping resistance are higher, the overall deformation resistance effect and the bearing capacity of the gridding cloth are improved, and the service life of the gridding cloth is prolonged. And the effect on an anti-cracking and anti-cracking protection surface layer in a building wall body and a building component is good, and the construction applicability relative to the building wall body and the building component is effectively improved.
本发明公开了一种等腰多轴加强网格布及其制备工艺，包括多个经线组和多个纬线组，所述经线组包括纵向分布且互相平行的第一经线和第二经线，所述纬线组包括彼此交叉的第一纬线和第二纬线，所述第一纬线和第二纬线的交叉处与第一经线或第二经线相交形成有节点，呈三角分布的任意三个相邻的所述节点的连线形成等腰三角形。本发明使得网格布整体由等腰三角形结构构成，在简化结构的同时，大幅度地均匀提升了经线组和纬线组各个着力点的强度，使抗分层、剥落能力更强，提高了网格布的整体抗变形效果和承载能力，对于建筑墙体及建筑构件中防裂、抗裂保护面层的作用效果好，有效提升了相对于建筑墙体及建筑构件的施工适用性。
The isosceles multi-axis reinforced gridding cloth comprises a plurality of warp groups and a plurality of weft groups, each warp group comprises first warps and second warps which are longitudinally distributed and parallel to each other, and each weft group comprises first wefts and second wefts which are crossed with each other. The intersections of the first wefts and the second wefts intersect with the first warps or the second warps to form nodes, and connecting lines of any three adjacent nodes distributed in a triangular mode form an isosceles triangle. The whole gridding cloth is composed of the isosceles triangle structure, the structure is simplified, meanwhile, the strength of all acting points of the warp sets and the weft sets is greatly and evenly improved, the layering resistance and the stripping resistance are higher, the overall deformation resistance effect and the bearing capacity of the gridding cloth are improved, and the service life of the gridding cloth is prolonged. And the effect on an anti-cracking and anti-cracking protection surface layer in a building wall body and a building component is good, and the construction applicability relative to the building wall body and the building component is effectively improved.
本发明公开了一种等腰多轴加强网格布及其制备工艺，包括多个经线组和多个纬线组，所述经线组包括纵向分布且互相平行的第一经线和第二经线，所述纬线组包括彼此交叉的第一纬线和第二纬线，所述第一纬线和第二纬线的交叉处与第一经线或第二经线相交形成有节点，呈三角分布的任意三个相邻的所述节点的连线形成等腰三角形。本发明使得网格布整体由等腰三角形结构构成，在简化结构的同时，大幅度地均匀提升了经线组和纬线组各个着力点的强度，使抗分层、剥落能力更强，提高了网格布的整体抗变形效果和承载能力，对于建筑墙体及建筑构件中防裂、抗裂保护面层的作用效果好，有效提升了相对于建筑墙体及建筑构件的施工适用性。
Isoceles multi-axis reinforced gridding cloth and preparation process thereof
一种等腰多轴加强网格布及其制备工艺
YANG YUYI (Autor:in)
12.07.2022
Patent
Elektronische Ressource
Chinesisch
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