A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cast-in-place pile over-filling inspection and monitoring equipment and method
The invention belongs to the technical field of concrete pouring monitoring, and solves the problem that the monitoring result is not accurate enough when an existing detection device is used. The invention provides a cast-in-place pile over-pouring inspection and monitoring device and method. The cast-in-place pile over-pouring inspection and monitoring device comprises a sensor, a transmission drawing line and an over-pouring detector. The sensor comprises a detection sensing assembly and an oscillation assembly, the oscillation assembly is used for generating fixed-frequency mechanical waves, the detection sensing assembly is used for detecting and analyzing different feedback waveforms, and the medium environment where the sensor is located is distinguished according to analysis results of the different feedback waveforms. The sensor transmits the data to the over-filling detector through the transmission drawing wire and finally sends the data to the data terminal; the two ends of the transmission drawing line are connected with the sensor and the over-filling detector respectively, the over-filling detector is installed on a reel used for pulling and releasing the transmission drawing line, and the sensor is arranged at the position, where the height of concrete is calibrated, of a reinforcement cage. According to the invention, accurate pouring liquid level monitoring in the concrete pouring process of the cast-in-place pile can be realized, and over-pouring is avoided.
本发明属于混凝土灌注监测技术领域，解决了现有检测装置使用时监测结果不够精确的问题。提供了一种灌注桩超灌检验监测设备和方法，包括传感器、传输拉拔线和超灌检测仪；传感器包括检测传感组件和震荡组件，震荡组件用于产生固定频率机械波，检测传感组件用于检测分析不同的反馈波形，根据不同反馈波形的分析结果区分传感器所处的介质环境，传感器通过传输拉拔线传输至超灌检测仪并最终发送至数据终端；传输拉拔线的两端分别与传感器和超灌检测仪连接，超灌检测仪安装在用于拉放传输拉拔线的卷盘上，传感器置于钢筋笼上标定混凝土高度的位置。本发明能够实现灌注桩混凝土灌注过程精确的灌注液位监测，避免超灌。
Cast-in-place pile over-filling inspection and monitoring equipment and method
The invention belongs to the technical field of concrete pouring monitoring, and solves the problem that the monitoring result is not accurate enough when an existing detection device is used. The invention provides a cast-in-place pile over-pouring inspection and monitoring device and method. The cast-in-place pile over-pouring inspection and monitoring device comprises a sensor, a transmission drawing line and an over-pouring detector. The sensor comprises a detection sensing assembly and an oscillation assembly, the oscillation assembly is used for generating fixed-frequency mechanical waves, the detection sensing assembly is used for detecting and analyzing different feedback waveforms, and the medium environment where the sensor is located is distinguished according to analysis results of the different feedback waveforms. The sensor transmits the data to the over-filling detector through the transmission drawing wire and finally sends the data to the data terminal; the two ends of the transmission drawing line are connected with the sensor and the over-filling detector respectively, the over-filling detector is installed on a reel used for pulling and releasing the transmission drawing line, and the sensor is arranged at the position, where the height of concrete is calibrated, of a reinforcement cage. According to the invention, accurate pouring liquid level monitoring in the concrete pouring process of the cast-in-place pile can be realized, and over-pouring is avoided.
本发明属于混凝土灌注监测技术领域，解决了现有检测装置使用时监测结果不够精确的问题。提供了一种灌注桩超灌检验监测设备和方法，包括传感器、传输拉拔线和超灌检测仪；传感器包括检测传感组件和震荡组件，震荡组件用于产生固定频率机械波，检测传感组件用于检测分析不同的反馈波形，根据不同反馈波形的分析结果区分传感器所处的介质环境，传感器通过传输拉拔线传输至超灌检测仪并最终发送至数据终端；传输拉拔线的两端分别与传感器和超灌检测仪连接，超灌检测仪安装在用于拉放传输拉拔线的卷盘上，传感器置于钢筋笼上标定混凝土高度的位置。本发明能够实现灌注桩混凝土灌注过程精确的灌注液位监测，避免超灌。
Cast-in-place pile over-filling inspection and monitoring equipment and method
一种灌注桩超灌检验监测设备和方法
LI BIN (author) / CHEN XING (author) / LIU XUEZHONG (author) / WANG JIN (author) / HAN FULIANG (author) / AN DONGLIN (author) / WANG ZONGLIN (author) / DUAN XUSHENG (author) / SUN XIANGYIN (author) / YAN QIAOXIN (author)
2023-10-10
Patent
Electronic Resource
Chinese
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