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Rod and net combined reinforcement construction method for fractured and loosened rock mass slope
The invention discloses a rod and net combined reinforcement construction method for a fractured and loosened rock mass slope. The method comprises five steps of reinforcement range selection, reinforcement rock mass determination, reinforcement material selection, reinforcement construction and displacement sensor installation, wherein displacement data collected by a displacement sensor is transmitted to a central processor in real time by means of a wireless transmission module to be processed and displayed. According to the method, fractured and loosened rock masses are reinforced through an anchor rod and steel wire net combined construction method, the reinforcing effect is improved, a structure of the reinforced fractured and loosened rock masses is improved, the integrity, the rigidity and the strength of the fractured and loosened rock masses are enhanced, the stone falling risk is greatly reduced, the use amount of an anchor rod mechanism is reduced, the construction workload and the engineering cost are reduced, the stability of the fractured and loosened rock mass slope in a construction period is enhanced, meanwhile, the safety of the fractured and loosened rock mass slope in an operation period can be enhanced through real-time monitoring of the displacement sensor, and great environmental protection benefits and economic benefits are achieved.
本发明公开一种用于碎裂松动岩体边坡杆网组合加固施工方法，包括加固范围选取、加固岩体确定、加固材料选取、加固施工和位移传感器安装五个步骤，并通过无线传输模块将位移传感器采集的位移数据实时传输至中心处理器中处理显示；本发明通过锚杆和钢丝网组合的施工方法加固碎裂松动岩体，提高了加固效果，使碎裂岩体加固后的结构得到改善，增强了碎裂松动岩体的整体性、刚度和强度，掉石风险大大降底，节约锚杆机构的使用量，减少施工工作量和工程的成本，可增强碎裂松动岩体边坡施工期的稳定性，同时位移传感器的实时监测可增强碎裂松动岩体边坡运行期的安全性，有较大的环保效益和经济效益。
Rod and net combined reinforcement construction method for fractured and loosened rock mass slope
The invention discloses a rod and net combined reinforcement construction method for a fractured and loosened rock mass slope. The method comprises five steps of reinforcement range selection, reinforcement rock mass determination, reinforcement material selection, reinforcement construction and displacement sensor installation, wherein displacement data collected by a displacement sensor is transmitted to a central processor in real time by means of a wireless transmission module to be processed and displayed. According to the method, fractured and loosened rock masses are reinforced through an anchor rod and steel wire net combined construction method, the reinforcing effect is improved, a structure of the reinforced fractured and loosened rock masses is improved, the integrity, the rigidity and the strength of the fractured and loosened rock masses are enhanced, the stone falling risk is greatly reduced, the use amount of an anchor rod mechanism is reduced, the construction workload and the engineering cost are reduced, the stability of the fractured and loosened rock mass slope in a construction period is enhanced, meanwhile, the safety of the fractured and loosened rock mass slope in an operation period can be enhanced through real-time monitoring of the displacement sensor, and great environmental protection benefits and economic benefits are achieved.
本发明公开一种用于碎裂松动岩体边坡杆网组合加固施工方法，包括加固范围选取、加固岩体确定、加固材料选取、加固施工和位移传感器安装五个步骤，并通过无线传输模块将位移传感器采集的位移数据实时传输至中心处理器中处理显示；本发明通过锚杆和钢丝网组合的施工方法加固碎裂松动岩体，提高了加固效果，使碎裂岩体加固后的结构得到改善，增强了碎裂松动岩体的整体性、刚度和强度，掉石风险大大降底，节约锚杆机构的使用量，减少施工工作量和工程的成本，可增强碎裂松动岩体边坡施工期的稳定性，同时位移传感器的实时监测可增强碎裂松动岩体边坡运行期的安全性，有较大的环保效益和经济效益。
Rod and net combined reinforcement construction method for fractured and loosened rock mass slope
一种用于碎裂松动岩体边坡杆网组合加固施工方法
CHEN HONGJIE (author) / YU JIYUAN (author)
2021-04-27
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Anchor rod for reinforcing fractured and loosened rock mass slope and construction monitoring method
| European Patent Office | 2021
| British Library Online Contents | 2017