Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Horizontal supporting system for binding column reinforcement cage
A horizontal supporting system for binding a column reinforcement cage is characterized in that a supporting rod is erected between two sets of supports to bind the column reinforcement cage, a leveling instrument capable of freely rotating is arranged at the lower end of a hook of a first support body in a first support set, and after the leveling instrument is adjusted to be in a horizontal state, a laser emitter emits horizontal laser; the horizontal laser is used as a reference to quickly adjust the hooks in the bracket bodies A to the same horizontal height, then the direction of the leveling instrument is adjusted, the laser transmitter transmits the horizontal laser perpendicular to the original laser, and the heights of the hooks in the bracket bodies B in the bracket group B are quickly adjusted according to the horizontal laser; all the hooks in the first support set and the second support set are adjusted to the same horizontal plane, the supporting transverse supporting rods can be located on the same horizontal plane to support binding of the reinforcement cage, the problems that in a traditional binding mode, main reinforcements and stirrups are difficult to position, and the binding quality is affected due to uneven ground are solved, and the pouring quality and the structural strength of the frame column are improved.
一种用于柱钢筋笼绑扎的水平支撑系统，该水平支撑系统通过在两组支架之间搭设支撑杆来进行柱钢筋笼的绑扎，其中支架组甲中支架体甲的挂钩下端设有能够自由转动的水平尺，水平尺调整到水平状态后，激光发射器发出水平激光，该水平激光作为基准可快速将各个支架体甲中的挂钩调整到同一水平高度，然后调整水平尺的方向，激光发射器发射出与原来激光垂直的水平激光，支架组乙中各个支架体乙中的挂钩根据该水平激光快速调整高度，将支架组甲和支架组乙中的所有挂钩调整到同一水平面，支撑横撑杆能够处于同一水平面为钢筋笼绑扎提供支撑，解决了传统绑扎方式主筋和箍筋定位困难以及地面起伏不平影响绑扎质量的问题，提高了框架柱的浇筑质量和结构强度。
Horizontal supporting system for binding column reinforcement cage
A horizontal supporting system for binding a column reinforcement cage is characterized in that a supporting rod is erected between two sets of supports to bind the column reinforcement cage, a leveling instrument capable of freely rotating is arranged at the lower end of a hook of a first support body in a first support set, and after the leveling instrument is adjusted to be in a horizontal state, a laser emitter emits horizontal laser; the horizontal laser is used as a reference to quickly adjust the hooks in the bracket bodies A to the same horizontal height, then the direction of the leveling instrument is adjusted, the laser transmitter transmits the horizontal laser perpendicular to the original laser, and the heights of the hooks in the bracket bodies B in the bracket group B are quickly adjusted according to the horizontal laser; all the hooks in the first support set and the second support set are adjusted to the same horizontal plane, the supporting transverse supporting rods can be located on the same horizontal plane to support binding of the reinforcement cage, the problems that in a traditional binding mode, main reinforcements and stirrups are difficult to position, and the binding quality is affected due to uneven ground are solved, and the pouring quality and the structural strength of the frame column are improved.
一种用于柱钢筋笼绑扎的水平支撑系统，该水平支撑系统通过在两组支架之间搭设支撑杆来进行柱钢筋笼的绑扎，其中支架组甲中支架体甲的挂钩下端设有能够自由转动的水平尺，水平尺调整到水平状态后，激光发射器发出水平激光，该水平激光作为基准可快速将各个支架体甲中的挂钩调整到同一水平高度，然后调整水平尺的方向，激光发射器发射出与原来激光垂直的水平激光，支架组乙中各个支架体乙中的挂钩根据该水平激光快速调整高度，将支架组甲和支架组乙中的所有挂钩调整到同一水平面，支撑横撑杆能够处于同一水平面为钢筋笼绑扎提供支撑，解决了传统绑扎方式主筋和箍筋定位困难以及地面起伏不平影响绑扎质量的问题，提高了框架柱的浇筑质量和结构强度。
Horizontal supporting system for binding column reinforcement cage
用于柱钢筋笼绑扎的水平支撑系统
SHI ZEBO (Autor:in) / NIU XIAOYAN (Autor:in) / GUO QIAN (Autor:in) / ZHANG JINGWEI (Autor:in) / GUO HONG (Autor:in) / PEI YUFENG (Autor:in) / FENG BINGYU (Autor:in) / ZHANG XIANJUN (Autor:in) / MA JIHAO (Autor:in) / LI WEIPING (Autor:in)
21.07.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Recyclable reinforcement cage inner supporting device and system
| Europäisches Patentamt | 2024