A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Foundation pit deformation automatic monitoring device
The invention relates to a foundation pit deformation automatic monitoring device, and relates to the technical field of foundation pit survey equipment, the foundation pit deformation automatic monitoring device comprises a supporting rod and a laser receiver, the supporting rod is arranged at the bottom of a foundation pit, an adjusting unit is arranged on the supporting rod, a laser emitter is arranged on the adjusting unit, and the laser receiver is arranged on a stable structure on the periphery of the foundation pit. The laser transmitter is arranged in the vertical direction, the laser receiver is arranged in the vertical direction, the adjusting unit is used for adjusting the laser transmitter to be aligned with the laser receiver, the supporting rod is provided with a rotating unit used for driving the laser transmitter to rotate, and the supporting rod is provided with a timing switch used for opening or closing the laser transmitter at intervals. The laser receiver is used for receiving the laser signals emitted by the laser emitter every time and calculating the interval length between two adjacent laser signals. The foundation pit deformation monitoring method and device are not limited by weather, environment and working time, and the timeliness of foundation pit deformation monitoring data can be improved.
本申请涉及一种基坑变形自动监测装置，其涉及基坑勘测设备技术领域，其包括支撑杆以及激光接收器，支撑杆设置在基坑底部，支撑杆上设有调节单元，调节单元上设有激光发射器，激光接收器设置在基坑外围的稳固结构上，激光接收器沿着竖直方向设置，调节单元用于调节激光发射器与激光接收器对齐，支撑杆上设有用于驱动激光发射器转动的转动单元，支撑杆上设有用于间隔开启或关闭激光发射器的定时开关，激光接收器用于接收激光发射器每次发出的激光信号，并计算相邻两次激光信号的间隔长度。本申请具有不受天气、环境以及工作时间的限制，能够提高基坑变形监测数据的及时性的效果。
Foundation pit deformation automatic monitoring device
The invention relates to a foundation pit deformation automatic monitoring device, and relates to the technical field of foundation pit survey equipment, the foundation pit deformation automatic monitoring device comprises a supporting rod and a laser receiver, the supporting rod is arranged at the bottom of a foundation pit, an adjusting unit is arranged on the supporting rod, a laser emitter is arranged on the adjusting unit, and the laser receiver is arranged on a stable structure on the periphery of the foundation pit. The laser transmitter is arranged in the vertical direction, the laser receiver is arranged in the vertical direction, the adjusting unit is used for adjusting the laser transmitter to be aligned with the laser receiver, the supporting rod is provided with a rotating unit used for driving the laser transmitter to rotate, and the supporting rod is provided with a timing switch used for opening or closing the laser transmitter at intervals. The laser receiver is used for receiving the laser signals emitted by the laser emitter every time and calculating the interval length between two adjacent laser signals. The foundation pit deformation monitoring method and device are not limited by weather, environment and working time, and the timeliness of foundation pit deformation monitoring data can be improved.
本申请涉及一种基坑变形自动监测装置，其涉及基坑勘测设备技术领域，其包括支撑杆以及激光接收器，支撑杆设置在基坑底部，支撑杆上设有调节单元，调节单元上设有激光发射器，激光接收器设置在基坑外围的稳固结构上，激光接收器沿着竖直方向设置，调节单元用于调节激光发射器与激光接收器对齐，支撑杆上设有用于驱动激光发射器转动的转动单元，支撑杆上设有用于间隔开启或关闭激光发射器的定时开关，激光接收器用于接收激光发射器每次发出的激光信号，并计算相邻两次激光信号的间隔长度。本申请具有不受天气、环境以及工作时间的限制，能够提高基坑变形监测数据的及时性的效果。
Foundation pit deformation automatic monitoring device
基坑变形自动监测装置
ZHANG XIANGYU (author) / XU HUIWEN (author) / ZHAO TINGTING (author) / PENG YULONG (author)
2024-02-23
Patent
Electronic Resource
Chinese
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