A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Method for improving intelligence in continuous compaction control
The invention discloses a method for improving intelligence in continuous compaction control. The method comprises the following steps: automatically starting or stopping data acquisition according to the start-stop state of a road roller; removing the collected invalid data according to whether the collected road roller track data has back rolling or not; according to the collected latitude and longitude and elevation information of the road roller, automatically identifying whether the road roller is a new layer or not. Whether to start or stop the data acquisition equipment can be automatically identified through the start-stop state of the road roller; invalid data in automatic acquisition is eliminated by judging whether the acquired track data of the road roller has back rolling or not, so that invalid data such as transition and road passing can be effectively eliminated; through an automatic identification technology of the rolling layer, whether the rolling layer is a new layer can be automatically identified; due to the integration of the above technologies, the intelligent continuous compaction control system can realize full-automatic acquisition and automatic data analysis, human intervention is not needed, a road roller operator is completely liberated, and the application of the continuous compaction control technology in actual construction is greatly promoted.
本发明公开了一种提高连续压实控制中智能化的方法，包括：根据压路机的启停状态自动启动或关闭数据采集；根据采集的压路机轨迹数据是否有回碾，对采集的无效数据进行剔除；根据采集的压路机经纬度以及高程信息，自动识别是否为新层。本发明通过压路机的启停状态可自动识别是否启动或者关闭数据采集设备；通过采集的压路机轨迹数据是否有回碾，对自动采集中的无效数据进行剔除，可有效剔除转场、过路等无效数据；通过碾压层的自动识别技术，可自动识别是否是新层；由于以上技术的集成，智能连续压实控制系统能实现全自动的采集及自动解析数据，无需人为干预，完全解放压路机操作手，极大的推动了连续压实控制技术在实际施工中的应用。
Method for improving intelligence in continuous compaction control
The invention discloses a method for improving intelligence in continuous compaction control. The method comprises the following steps: automatically starting or stopping data acquisition according to the start-stop state of a road roller; removing the collected invalid data according to whether the collected road roller track data has back rolling or not; according to the collected latitude and longitude and elevation information of the road roller, automatically identifying whether the road roller is a new layer or not. Whether to start or stop the data acquisition equipment can be automatically identified through the start-stop state of the road roller; invalid data in automatic acquisition is eliminated by judging whether the acquired track data of the road roller has back rolling or not, so that invalid data such as transition and road passing can be effectively eliminated; through an automatic identification technology of the rolling layer, whether the rolling layer is a new layer can be automatically identified; due to the integration of the above technologies, the intelligent continuous compaction control system can realize full-automatic acquisition and automatic data analysis, human intervention is not needed, a road roller operator is completely liberated, and the application of the continuous compaction control technology in actual construction is greatly promoted.
本发明公开了一种提高连续压实控制中智能化的方法，包括：根据压路机的启停状态自动启动或关闭数据采集；根据采集的压路机轨迹数据是否有回碾，对采集的无效数据进行剔除；根据采集的压路机经纬度以及高程信息，自动识别是否为新层。本发明通过压路机的启停状态可自动识别是否启动或者关闭数据采集设备；通过采集的压路机轨迹数据是否有回碾，对自动采集中的无效数据进行剔除，可有效剔除转场、过路等无效数据；通过碾压层的自动识别技术，可自动识别是否是新层；由于以上技术的集成，智能连续压实控制系统能实现全自动的采集及自动解析数据，无需人为干预，完全解放压路机操作手，极大的推动了连续压实控制技术在实际施工中的应用。
Method for improving intelligence in continuous compaction control
一种提高连续压实控制中智能化的方法
LI KE (author) / JIA QISONG (author) / CHEN ZHONG (author) / CHEN BIN (author) / GAO YU (author) / XU ZIMING (author) / QIU WEILI (author) / ZHANG JIALAN (author) / FAN DONGXU (author) / WU JIAYE (author)
2024-12-17
Patent
Electronic Resource
Chinese
Continuous compaction device and continuous compaction control method
| European Patent Office | 2023
Roadbed continuous compaction detection method based on artificial intelligence
| European Patent Office | 2023
Continuous Compaction Control Technology for Granite Residual Subgrade Compaction
| British Library Online Contents | 2018