Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Underwater hard rock excavation method and device based on hydraulic breaking hammer
The invention relates to an underwater hard rock excavation method and device based on a hydraulic breaking hammer. After topographic condition information and rock mass sound wave parameters of a construction area are obtained, the rock mass level of the construction area is determined according to the rock mass sound wave parameters, the rock mass damage characteristic of the construction area is determined according to the rock mass level, and finally, construction excavation parameters of the hydraulic breaking hammer used for indicating excavation of the construction area are determined according to the topographic condition information and the rock mass damage characteristic. Thus, the construction excavation parameters obtained by performing advanced calculation processing on the construction area can be used for indicating the excavation mode of the hydraulic breaking hammer in the construction area, the construction efficiency is effectively improved and the construction cost is reduced while the construction quality is guaranteed, effective instructions of the hydraulic breaking hammer can be obtained under various dredging construction scenes, and the popularization of excavation of the hydraulic breaking hammer in the field of dredging construction is facilitated.
本发明涉及一种基于液压破碎锤的水下硬岩开挖方法及装置，在获取到施工区域的地形条件信息和岩体声波参数后，根据岩体声波参数确定施工区域的岩体级别，并根据岩体级别确定施工区域的岩体破坏特性。最后，根据地形条件信息和岩体破坏特性，确定用于指示对施工区域进行开挖的液压破碎锤的施工开挖参数。基于此，通过对施工区域进行预先的计算处理，获得的施工开挖参数可用于指示液压破碎锤在施工区域的开挖方式，在保证施工质量的同时有效地提高施工效率并降低施工成本，在各类疏浚施工场景下均可获得液压破碎锤的有效指示，便于液压破碎锤开挖在疏浚施工领域的推广。
Underwater hard rock excavation method and device based on hydraulic breaking hammer
The invention relates to an underwater hard rock excavation method and device based on a hydraulic breaking hammer. After topographic condition information and rock mass sound wave parameters of a construction area are obtained, the rock mass level of the construction area is determined according to the rock mass sound wave parameters, the rock mass damage characteristic of the construction area is determined according to the rock mass level, and finally, construction excavation parameters of the hydraulic breaking hammer used for indicating excavation of the construction area are determined according to the topographic condition information and the rock mass damage characteristic. Thus, the construction excavation parameters obtained by performing advanced calculation processing on the construction area can be used for indicating the excavation mode of the hydraulic breaking hammer in the construction area, the construction efficiency is effectively improved and the construction cost is reduced while the construction quality is guaranteed, effective instructions of the hydraulic breaking hammer can be obtained under various dredging construction scenes, and the popularization of excavation of the hydraulic breaking hammer in the field of dredging construction is facilitated.
本发明涉及一种基于液压破碎锤的水下硬岩开挖方法及装置，在获取到施工区域的地形条件信息和岩体声波参数后，根据岩体声波参数确定施工区域的岩体级别，并根据岩体级别确定施工区域的岩体破坏特性。最后，根据地形条件信息和岩体破坏特性，确定用于指示对施工区域进行开挖的液压破碎锤的施工开挖参数。基于此，通过对施工区域进行预先的计算处理，获得的施工开挖参数可用于指示液压破碎锤在施工区域的开挖方式，在保证施工质量的同时有效地提高施工效率并降低施工成本，在各类疏浚施工场景下均可获得液压破碎锤的有效指示，便于液压破碎锤开挖在疏浚施工领域的推广。
Underwater hard rock excavation method and device based on hydraulic breaking hammer
基于液压破碎锤的水下硬岩开挖方法及装置
WANG WANGMING (Autor:in) / ZHAO NING (Autor:in) / CHEN XIYU (Autor:in) / LIU XIONGFENG (Autor:in) / CHEN MING (Autor:in) / RONG GUAN (Autor:in) / YIN DA (Autor:in)
08.10.2021
Patent
Elektronische Ressource
Chinesisch