Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Self-locking straw hollow brick
According to the self-locking straw hollow brick, in the hollow brick, a first cuboid structure is defined by peripheral straw plates; at least two second cuboid structures are defined by the internal straw plates in the first cuboid structure, the second cuboid structures extend out of the first ends of the first cuboid structures to form convex grooves, and the second cuboid structures are recessed in the second ends, opposite to the first ends, of the first cuboid structures to form grooves; a circle of convex bars protruding outwards are arranged on the periphery of the convex groove, a circle of concave groove is formed in the inner wall of the groove, the groove of one self-locking straw hollow brick is connected with the convex groove of the other self-locking straw hollow brick in a matched mode, and the groove of the groove is matched with the convex bars of the convex groove so that self-locking can be achieved. A long groove is formed in one side of the first cuboid structure in the long edge direction; the space, located outside the second cuboid structure, in the first cuboid structure is filled with the concrete. The heat preservation layer is laid on the inner wall of the second cuboid structure. The self-locking straw hollow brick improves the bearing capacity and the installation stability.
一种自锁秸秆空心砖，空心砖中，外围秸秆板围合形成第一长方体结构；内部秸秆板在第一长方体结构中围合成至少两个第二长方体结构，第二长方体结构在第一长方体结构的第一端伸出以构成凸槽，第二长方体结构在第一长方体结构的相对于第一端的第二端凹进以构成凹槽，凸槽的外周设有一圈向外突出的凸杠，凹槽的内壁设有一圈凹进的沟槽，一个自锁秸秆空心砖的凹槽适配连接另一个自锁秸秆空心砖的凸槽且凹槽的沟槽适配于凸槽的凸杠以自锁；在第一长方体结构的长边方向的一侧开设长槽；混凝土填充于第一长方体结构内且位于第二长方体结构外的空间；保温层铺设于第二长方体结构的内壁。自锁秸秆空心砖提高承载能力及安装稳定性。
Self-locking straw hollow brick
According to the self-locking straw hollow brick, in the hollow brick, a first cuboid structure is defined by peripheral straw plates; at least two second cuboid structures are defined by the internal straw plates in the first cuboid structure, the second cuboid structures extend out of the first ends of the first cuboid structures to form convex grooves, and the second cuboid structures are recessed in the second ends, opposite to the first ends, of the first cuboid structures to form grooves; a circle of convex bars protruding outwards are arranged on the periphery of the convex groove, a circle of concave groove is formed in the inner wall of the groove, the groove of one self-locking straw hollow brick is connected with the convex groove of the other self-locking straw hollow brick in a matched mode, and the groove of the groove is matched with the convex bars of the convex groove so that self-locking can be achieved. A long groove is formed in one side of the first cuboid structure in the long edge direction; the space, located outside the second cuboid structure, in the first cuboid structure is filled with the concrete. The heat preservation layer is laid on the inner wall of the second cuboid structure. The self-locking straw hollow brick improves the bearing capacity and the installation stability.
一种自锁秸秆空心砖，空心砖中，外围秸秆板围合形成第一长方体结构；内部秸秆板在第一长方体结构中围合成至少两个第二长方体结构，第二长方体结构在第一长方体结构的第一端伸出以构成凸槽，第二长方体结构在第一长方体结构的相对于第一端的第二端凹进以构成凹槽，凸槽的外周设有一圈向外突出的凸杠，凹槽的内壁设有一圈凹进的沟槽，一个自锁秸秆空心砖的凹槽适配连接另一个自锁秸秆空心砖的凸槽且凹槽的沟槽适配于凸槽的凸杠以自锁；在第一长方体结构的长边方向的一侧开设长槽；混凝土填充于第一长方体结构内且位于第二长方体结构外的空间；保温层铺设于第二长方体结构的内壁。自锁秸秆空心砖提高承载能力及安装稳定性。
Self-locking straw hollow brick
自锁秸秆空心砖
YANG HAIXU (Autor:in) / REN WANTAO (Autor:in) / WANG JIABAO (Autor:in) / WANG HAIBIAO (Autor:in) / WU YUANYUAN (Autor:in)
22.10.2024
Patent
Elektronische Ressource
Chinesisch