The invention discloses an intelligent vibroflotation three-area seven-stage five-parameter control method and model, and the method comprises the steps: judging whether the current residual vibration depth is greater than the residual vibration depth of a final hole or not, so as to judge whether pile making is finished or not; if the current vibration leaving depth is larger than the final hole vibration leaving depth and the current pile manufacturing state is lifting, whether a winch ascends or descends is determined according to whether the lifting depth is larger than or equal to the preset lifting depth or not; if the current pile making state is reverse insertion, whether the winch ascends or descends is determined according to whether the vibration remaining depth is larger than or equal to the target vibration remaining depth or not; and if the current pile making state is vibration remaining, whether the winch ascends or descends is determined according to whether the current is smaller than the vibration remaining current or not. The pile manufacturing process is more uniform and controllable, and the pile forming quality is guaranteed.
本发明公开了一种智能振冲三区七阶段五参数控制方法与模型,所述方法包括:判断当前留振深度是否大于终孔留振深度,以判断是否结束制桩;若当前留振深度大于终孔留振深度,若当前制桩状态为上提,则根据上提深度是否大于或等于预设上提深度,以确定卷扬机是上升或下降;若当前制桩状态为反插,则根据留振深度是否大于或等于目标留振深度,以确定卷扬机是上升或下降;若当前制桩状态为留振,则根据电流是否小于留振电流,以确定卷扬机是上升或下降。本发明的制桩过程更加均匀可控,保障了成桩质量。
Intelligent vibroflotation three-area seven-stage five-parameter control method and model
智能振冲三区七阶段五参数控制方法与模型
24.10.2023
Patent
Elektronische Ressource
Chinesisch
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