According to the anti-overturning control system, method and terminal for the floor double-rocker-arm derrick, the stress condition, the inclination degree, the vibration condition and the external environment parameters of the floor double-rocker-arm derrick can be monitored in real time through monitoring devices installed at all positions of the floor double-rocker-arm derrick; and through the monitoring center, on the basis of a pre-trained derrick fault identification model, according to derrick real-time monitoring data acquired by each monitoring device, the prediction of the probability of the fault of the landing double-rocker derrick and the identification of the fault mode of the landing double-rocker derrick are realized. According to the invention, a machine learning technology is utilized, so that the working state of the landing double-rocker-arm derrick can be intelligently analyzed; and potential risk factors existing in the derrick can be accurately identified according to the automatically calculated safety threshold value, and when the derrick is possibly overturned or other faults occur, an alarm is automatically given, and a power source of the derrick is cut off, so that the construction safety is ensured.
本申请提供了一种落地双摇臂抱杆防倾覆控制系统、方法及终端,通过安装在落地双摇臂抱杆各处的监控装置,能够实时监测所述落地双摇臂抱杆的受力情况、倾斜程度、振动情况以及所处外部环境参数;并通过监控中心,基于预训练的抱杆故障识别模型,根据由各监控装置采集的抱杆实时监测数据,实现了预测所述落地双摇臂抱杆发生故障的概率以及识别其故障模式。本申请利用机器学习技术,不仅能够智能分析所述落地双摇臂抱杆的工作状态;并且能够根据自动计算的安全阈值,准确识别抱杆存在的潜在危险因素,在可能引起抱杆倾覆或发生其他故障时,自动报警,并切断抱杆的动力源,从而确保施工安全。
Floor double-rocker-arm derrick anti-overturning control system and method and terminal
落地双摇臂抱杆防倾覆控制系统、方法及终端
2024-11-29
Patent
Electronic Resource
Chinese
IPC: | B66C Krane , CRANES |
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