A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building seismic strengthening construction equipment
The invention relates to the field of building reinforcement construction, in particular to building anti-seismic reinforcement construction equipment which comprises a movable base and an implementation unit, the movable base is arranged on the ground, and the implementation unit is arranged at the upper end of the movable base. Compared with the mode that the steel strand mesh is directly attached to the wall manually, the steel strand mesh attaching device achieves the better effect and has the specific effects that in the period of attaching the steel strand mesh and subsequently installing screws, the steel strand mesh is not prone to deviating, the attaching degree between the steel strand mesh and the wall is higher, meanwhile, the flattening degree of the steel strand mesh is higher, and the steel strand mesh is not prone to deviating. And the steel strand meshes are connected with the wall body more tightly, so that the reinforcing effect on the wall body is better finally.
本发明涉及建筑加固施工领域，具体的说是一种建筑抗震加固施工设备，包括移动底座和实施单元，所述移动底座置于地面上，移动底座的上端设有实施单元，本发明利用拉开件和展平件来完成钢绞线网片的贴附安装，与利用人工直接使钢绞线网片贴附于墙体上相比，前者所达到的效果更佳，具体效果有：在贴附钢绞线网片以及后续安装螺钉期间，钢绞线网片更不易发生偏移，钢绞线网片与墙体之间的贴紧度更高，同时钢绞线网片的展平度更高，钢绞线网片与墙体之间连接更为紧密，继而最终对墙体所达到的加固效果更佳。
Building seismic strengthening construction equipment
The invention relates to the field of building reinforcement construction, in particular to building anti-seismic reinforcement construction equipment which comprises a movable base and an implementation unit, the movable base is arranged on the ground, and the implementation unit is arranged at the upper end of the movable base. Compared with the mode that the steel strand mesh is directly attached to the wall manually, the steel strand mesh attaching device achieves the better effect and has the specific effects that in the period of attaching the steel strand mesh and subsequently installing screws, the steel strand mesh is not prone to deviating, the attaching degree between the steel strand mesh and the wall is higher, meanwhile, the flattening degree of the steel strand mesh is higher, and the steel strand mesh is not prone to deviating. And the steel strand meshes are connected with the wall body more tightly, so that the reinforcing effect on the wall body is better finally.
本发明涉及建筑加固施工领域，具体的说是一种建筑抗震加固施工设备，包括移动底座和实施单元，所述移动底座置于地面上，移动底座的上端设有实施单元，本发明利用拉开件和展平件来完成钢绞线网片的贴附安装，与利用人工直接使钢绞线网片贴附于墙体上相比，前者所达到的效果更佳，具体效果有：在贴附钢绞线网片以及后续安装螺钉期间，钢绞线网片更不易发生偏移，钢绞线网片与墙体之间的贴紧度更高，同时钢绞线网片的展平度更高，钢绞线网片与墙体之间连接更为紧密，继而最终对墙体所达到的加固效果更佳。
Building seismic strengthening construction equipment
一种建筑抗震加固施工设备
SHAO XINGANG (author)
2022-06-24
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
SEISMIC STRENGTHENING STRUCTURE FOR OPENINGS OF BUILDING AND SEISMIC STRENGTHENING METHOD THEREOF
| European Patent Office | 2019