Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Fabricated shear wall grouting connecting mechanism
The invention is suitable for the technical field of civil engineering PPVC buildings, and provides an assembly type shear wall grouting connecting mechanism which comprises a first PPVC module, a first splicing wall module is arranged on one side of the first PPVC module, pre-embedded steel wire pull rings are reserved on a wall, needing to be spliced with other modules, of the PPVC module according to the number of the distance between the pull rings, and the first splicing wall module is connected with the first splicing wall module; a groove is reserved in the vertical direction of the steel wire pull ring and used for containing the steel wire pull ring of the other module, so that the steel wire pull ring can still be unfolded after the wall body is assembled, the steel wire pull rings of the wall body assembled by the two modules need to be arranged in a staggered mode, and the steps that the steel wire pull rings collide with one another, deformation of the steel wire pull rings is caused, and follow-up rib inserting is affected are prevented; through mutual cooperation of the sealing plate and the round protruding block, when grouting is conducted between the upper end and the lower end, slurry does not overflow from the connecting position, so that waste of the slurry is reduced, meanwhile, the working efficiency during construction is improved, and up-down butt joint is facilitated through installation of the sealing plate.
本发明适用于土木工程PPVC建筑技术领域，提供了一种装配式剪力墙灌浆连接机构，包括：第一PPVC模块，所述第一PPVC模块的一侧设置有第一拼接墙体模块，通过设置在PPVC模块需要与另外模块拼接的墙体上根据拉环间距数量，预留预埋好钢丝拉环，并且在钢丝拉环的垂直方向上预留上凹槽，凹槽用于放置另一模块的钢丝拉环，使钢丝拉环在墙体拼装好以后仍然能够伸展开，两模块拼装墙体的钢丝拉环需要错位布置，以防钢丝拉环之间碰撞，导致钢丝拉环变形，影响后续插筋等步骤，通过设置密封板，圆凸块的相互配合，使得上下端之间灌浆时，浆料不会从连接处溢出，以此减少浆料的浪费，同时也提高了施工时的工作效率，通过通过安装密封板，便于上下对接。
Fabricated shear wall grouting connecting mechanism
The invention is suitable for the technical field of civil engineering PPVC buildings, and provides an assembly type shear wall grouting connecting mechanism which comprises a first PPVC module, a first splicing wall module is arranged on one side of the first PPVC module, pre-embedded steel wire pull rings are reserved on a wall, needing to be spliced with other modules, of the PPVC module according to the number of the distance between the pull rings, and the first splicing wall module is connected with the first splicing wall module; a groove is reserved in the vertical direction of the steel wire pull ring and used for containing the steel wire pull ring of the other module, so that the steel wire pull ring can still be unfolded after the wall body is assembled, the steel wire pull rings of the wall body assembled by the two modules need to be arranged in a staggered mode, and the steps that the steel wire pull rings collide with one another, deformation of the steel wire pull rings is caused, and follow-up rib inserting is affected are prevented; through mutual cooperation of the sealing plate and the round protruding block, when grouting is conducted between the upper end and the lower end, slurry does not overflow from the connecting position, so that waste of the slurry is reduced, meanwhile, the working efficiency during construction is improved, and up-down butt joint is facilitated through installation of the sealing plate.
本发明适用于土木工程PPVC建筑技术领域，提供了一种装配式剪力墙灌浆连接机构，包括：第一PPVC模块，所述第一PPVC模块的一侧设置有第一拼接墙体模块，通过设置在PPVC模块需要与另外模块拼接的墙体上根据拉环间距数量，预留预埋好钢丝拉环，并且在钢丝拉环的垂直方向上预留上凹槽，凹槽用于放置另一模块的钢丝拉环，使钢丝拉环在墙体拼装好以后仍然能够伸展开，两模块拼装墙体的钢丝拉环需要错位布置，以防钢丝拉环之间碰撞，导致钢丝拉环变形，影响后续插筋等步骤，通过设置密封板，圆凸块的相互配合，使得上下端之间灌浆时，浆料不会从连接处溢出，以此减少浆料的浪费，同时也提高了施工时的工作效率，通过通过安装密封板，便于上下对接。
Fabricated shear wall grouting connecting mechanism
一种装配式剪力墙灌浆连接机构
SUN XIAO (Autor:in) / LIU ZONGQIANG (Autor:in) / LI XIAOTAO (Autor:in) / MAZERON (Autor:in) / ZHOU FENGYING (Autor:in) / DU MENG (Autor:in) / REN WENWU (Autor:in) / CAO JISONG (Autor:in)
02.02.2024
Patent
Elektronische Ressource
Chinesisch
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