A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Correcting and repairing device and method for deformed wall of ancient building
The invention belongs to the technical field of ancient building correction and repair, and particularly discloses a correction and repair device and method for a deformed wall of an ancient building, and the correction and repair device comprises rod bodies inserted into mounting holes in a one-to-one correspondence mode, and clamping assemblies arranged on the rod bodies and used for clamping the wall. The bearing belts are arranged between any two adjacent clamping mechanisms located on one side of the wall body, and the bearing belts are used for monitoring the pressure of the ends, making contact with the wall body, of the clamping assemblies. According to the correction and repair method, the correction and repair device is used for repair. The bearing fulcrum mechanism is formed based on the clamping assembly and the rod body, the bearing belt is used as a connecting body, the pressure detection assembly can be used for detecting the pressure of the clamping assembly at the wall contact end before repairing, during repairing and after repairing, more reasonable repairing of the wall is achieved, and the repairing efficiency is improved. And the problem of secondary damage to the wall body caused by excessive force applied to the wall body is avoided. And data support can be provided for remediation work subsequently, and the actual remediation success probability is further guaranteed.
本发明属于古建筑矫正修复技术领域，具体公开了一种古建筑变形墙体的矫正修复装置及方法，矫正修复装置包括一一对应插入安装孔中的杆体，设置在所述杆体上且用于夹持墙体的夹持组件，设置在位于墙体一侧的任意相邻两个夹持机构之间的承重带，用于对夹持组件与墙体接触端的压力进行监测的承重带。矫正修复方法为利用矫正修复装置进行修复。本发明基于夹持组件与杆体构成承重支点机构，利用承重带作为连接体，并在修复前、修复中、修复后均可利用压力检测组件对夹持组件于墙体接触端进行压力检测，实现了对墙体进行更为合理的修复，避免了对墙体施力过大导致墙体二次受损的问题。后续中可为补救工作提供数据支撑，进一步保证了实际修复成功几率。
Correcting and repairing device and method for deformed wall of ancient building
The invention belongs to the technical field of ancient building correction and repair, and particularly discloses a correction and repair device and method for a deformed wall of an ancient building, and the correction and repair device comprises rod bodies inserted into mounting holes in a one-to-one correspondence mode, and clamping assemblies arranged on the rod bodies and used for clamping the wall. The bearing belts are arranged between any two adjacent clamping mechanisms located on one side of the wall body, and the bearing belts are used for monitoring the pressure of the ends, making contact with the wall body, of the clamping assemblies. According to the correction and repair method, the correction and repair device is used for repair. The bearing fulcrum mechanism is formed based on the clamping assembly and the rod body, the bearing belt is used as a connecting body, the pressure detection assembly can be used for detecting the pressure of the clamping assembly at the wall contact end before repairing, during repairing and after repairing, more reasonable repairing of the wall is achieved, and the repairing efficiency is improved. And the problem of secondary damage to the wall body caused by excessive force applied to the wall body is avoided. And data support can be provided for remediation work subsequently, and the actual remediation success probability is further guaranteed.
本发明属于古建筑矫正修复技术领域，具体公开了一种古建筑变形墙体的矫正修复装置及方法，矫正修复装置包括一一对应插入安装孔中的杆体，设置在所述杆体上且用于夹持墙体的夹持组件，设置在位于墙体一侧的任意相邻两个夹持机构之间的承重带，用于对夹持组件与墙体接触端的压力进行监测的承重带。矫正修复方法为利用矫正修复装置进行修复。本发明基于夹持组件与杆体构成承重支点机构，利用承重带作为连接体，并在修复前、修复中、修复后均可利用压力检测组件对夹持组件于墙体接触端进行压力检测，实现了对墙体进行更为合理的修复，避免了对墙体施力过大导致墙体二次受损的问题。后续中可为补救工作提供数据支撑，进一步保证了实际修复成功几率。
Correcting and repairing device and method for deformed wall of ancient building
古建筑变形墙体的矫正修复装置及方法
SAI-YIN YOSHIMASA (author) / XUBI LIGETU (author) / SAI XINGGA (author) / YU YUGUANG (author) / JIN FU (author) / HAI JINHUA (author) / MA XIAOLAN (author) / KUSAYO LETO (author) / LI CHUNFAN (author) / DU YUTING (author)
2024-04-05
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste