A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Soil foundation compaction degree monitoring device and method for airport fabricated runway
The invention discloses a soil matrix compaction degree monitoring device and method for an airport fabricated runway. A first vibration sensor is fixedly mounted at the front part of a road roller; a compaction degree monitoring mechanism is arranged on one side of the bottom of the road roller; the compaction degree monitoring mechanism comprises a feedback roller, a connecting frame is arranged on the upper portion of the feedback roller, a damping assembly is arranged in the connecting frame, and a first GPS measuring instrument and a second vibration sensor are detachably connected into the damping assembly; a second GPS measuring instrument is fixedly arranged on one side of the soil base. The first GPS measuring instrument is installed on the road roller, the damping assemblies are arranged on the periphery of the first GPS measuring instrument, the second vibration sensor can transmit the vibration frequency borne by the first GPS measuring instrument in real time, and accurate data transmission of the first GPS measuring instrument is guaranteed; through analysis of data of the vibration sensors at different positions and combination of GPS measurement on soil foundation height change data, the compaction degree of the soil foundation is monitored in real time, and damage to the soil foundation caused by traditional analysis is avoided.
本发明公开一种机场装配式跑道的土基压实度监测装置及方法，压路机的前部固定安装有第一振动传感器；压路机底部一侧设置有压实度监测机构；压实度监测机构包括反馈滚轮，反馈滚轮上部设置有连接架，连接架内部设置有减震组件，减震组件内部可拆卸连接有第一GPS测量仪和第二振动传感器；土基一侧固定设置有第二GPS测量仪。本发明通过将第一GPS测量仪安装到压路机上，并在其周围设置有减震组件，第二振动传感器可以实时传输第一GPS测量仪受到的振动频率，为第一GPS测量仪准确传输数据提供保证；通过对不同位置的振动传感器的数据进行分析和GPS测量对土基高度变化数据相结合，实现实时的监测土基的压实度，杜绝了传统的采用分析对土基造成的损坏。
Soil foundation compaction degree monitoring device and method for airport fabricated runway
The invention discloses a soil matrix compaction degree monitoring device and method for an airport fabricated runway. A first vibration sensor is fixedly mounted at the front part of a road roller; a compaction degree monitoring mechanism is arranged on one side of the bottom of the road roller; the compaction degree monitoring mechanism comprises a feedback roller, a connecting frame is arranged on the upper portion of the feedback roller, a damping assembly is arranged in the connecting frame, and a first GPS measuring instrument and a second vibration sensor are detachably connected into the damping assembly; a second GPS measuring instrument is fixedly arranged on one side of the soil base. The first GPS measuring instrument is installed on the road roller, the damping assemblies are arranged on the periphery of the first GPS measuring instrument, the second vibration sensor can transmit the vibration frequency borne by the first GPS measuring instrument in real time, and accurate data transmission of the first GPS measuring instrument is guaranteed; through analysis of data of the vibration sensors at different positions and combination of GPS measurement on soil foundation height change data, the compaction degree of the soil foundation is monitored in real time, and damage to the soil foundation caused by traditional analysis is avoided.
本发明公开一种机场装配式跑道的土基压实度监测装置及方法，压路机的前部固定安装有第一振动传感器；压路机底部一侧设置有压实度监测机构；压实度监测机构包括反馈滚轮，反馈滚轮上部设置有连接架，连接架内部设置有减震组件，减震组件内部可拆卸连接有第一GPS测量仪和第二振动传感器；土基一侧固定设置有第二GPS测量仪。本发明通过将第一GPS测量仪安装到压路机上，并在其周围设置有减震组件，第二振动传感器可以实时传输第一GPS测量仪受到的振动频率，为第一GPS测量仪准确传输数据提供保证；通过对不同位置的振动传感器的数据进行分析和GPS测量对土基高度变化数据相结合，实现实时的监测土基的压实度，杜绝了传统的采用分析对土基造成的损坏。
Soil foundation compaction degree monitoring device and method for airport fabricated runway
一种机场装配式跑道的土基压实度监测装置及其方法
2022-08-05
Patent
Electronic Resource
Chinese
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