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A platform for research: civil engineering, architecture and urbanism
Overwater dredging construction method based on automatic fixed-point operation
The invention discloses a water dredging construction method based on automatic fixed-point operation. The water dredging construction method comprises the following steps that a water movable type fixed-point dredging platform is assembled on a dredging site; four anchoring piles are positioned on the peripheral shoreside of the water surface area of the dredging site, and the overwater movable type fixed-point dredging platform is connected with the four anchoring piles through mooring ropes and is tensioned; according to the underwater topography and sediment characteristics, measured in advance, of a desilting area, the overwater movable type fixed-point desilting platform is controlled to conduct all-directional desilting operation on underwater silt; and after the dredging operation is completed, the overwater movable type fixed-point dredging platform is dismantled. The full-automatic desilting operation mode is achieved, the desilting and desilting operation efficiency is effectively improved, manpower and material resources are saved, and the desilting cost is greatly reduced. The assembled ship body can be repeatedly used as a dredging platform main body, and can also be used as a design universal module for different dredging areas.
一种基于自动化定点作业的水上清淤施工方法，包括以下步骤：在清淤现场组装水上移动式定点清淤平台；在清淤现场水面区域外周岸边定位四个锚固桩，水上移动式定点清淤平台通过缆绳与四个锚固桩连接并张紧；依据提前测量的清淤区域水下地形及淤积物特性，操控水上移动式定点清淤平台对水底淤进行全方位清淤作业；清淤作业完毕后，拆除水上移动式定点清淤平台。本发明实现了全自动化的清淤作业方式，有效提高了清淤排沙作业效率，节省人力物力，大幅度降低了清淤成本。拼装化船体作为清淤平台主体可重复性使用，也可为不同清淤区域作为设计通用模块。
Overwater dredging construction method based on automatic fixed-point operation
The invention discloses a water dredging construction method based on automatic fixed-point operation. The water dredging construction method comprises the following steps that a water movable type fixed-point dredging platform is assembled on a dredging site; four anchoring piles are positioned on the peripheral shoreside of the water surface area of the dredging site, and the overwater movable type fixed-point dredging platform is connected with the four anchoring piles through mooring ropes and is tensioned; according to the underwater topography and sediment characteristics, measured in advance, of a desilting area, the overwater movable type fixed-point desilting platform is controlled to conduct all-directional desilting operation on underwater silt; and after the dredging operation is completed, the overwater movable type fixed-point dredging platform is dismantled. The full-automatic desilting operation mode is achieved, the desilting and desilting operation efficiency is effectively improved, manpower and material resources are saved, and the desilting cost is greatly reduced. The assembled ship body can be repeatedly used as a dredging platform main body, and can also be used as a design universal module for different dredging areas.
一种基于自动化定点作业的水上清淤施工方法，包括以下步骤：在清淤现场组装水上移动式定点清淤平台；在清淤现场水面区域外周岸边定位四个锚固桩，水上移动式定点清淤平台通过缆绳与四个锚固桩连接并张紧；依据提前测量的清淤区域水下地形及淤积物特性，操控水上移动式定点清淤平台对水底淤进行全方位清淤作业；清淤作业完毕后，拆除水上移动式定点清淤平台。本发明实现了全自动化的清淤作业方式，有效提高了清淤排沙作业效率，节省人力物力，大幅度降低了清淤成本。拼装化船体作为清淤平台主体可重复性使用，也可为不同清淤区域作为设计通用模块。
Overwater dredging construction method based on automatic fixed-point operation
一种基于自动化定点作业的水上清淤施工方法
WU GUOYING (author) / ZHU CHAO (author) / WANG ZHONGMEI (author) / JIANG ENHUI (author) / ZHAO LIANJUN (author) / ZHAO YING (author) / ZHANG WENJIAO (author) / WU CAIPING (author) / LAI ZHIQIANG (author) / SONG LIXUAN (author)
2022-03-11
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
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