Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Adjustable movable pile gripper for offshore wind power installation vessel and working method
The invention discloses an adjustable movable pile gripper for an offshore wind power installation vessel and a working method, two pile gripping assemblies in mirror symmetry are matched to form a layer of pile gripping unit, and movement of the whole pile gripping unit is achieved in a rail mode; the large pile holding arm and the small pile holding arm are controlled through the large arm driving mechanism and the small arm driving mechanism correspondingly, the opening and closing degree of the pile holding arms can be controlled according to the site construction requirement, and the overall safety is improved. The pile-embracing large arm, the pile-embracing small arm and the mounting seat are respectively provided with a pile foundation fixing telescopic arm, so that pile foundations with large and small diameters are fixed in an auxiliary manner, and the requirements of multiple working conditions are met; locking devices are arranged on the small pile embracing arm, the mounting base and the tower, the locking devices on the mounting base and the tower guarantee the overall stability when the front pile embracing arm and the rear pile embracing arm are folded, the locking devices on the small pile embracing arm guarantee the stability when the small pile embracing arm embraces a pile body, and therefore the small pile embracing arm, the mounting base and the tower cannot fall off or be separated in the operation process. And the stability and safety of the pile foundation are ensured.
本发明公开一种用于海上风电安装船的可调节移动式抱桩器及工作方法，由两个呈镜像对称的抱桩组件配合构成一层抱桩单元，通过轨道的方式实现整个抱桩单元的移动，抱桩大臂与抱桩小臂分别通过大臂驱动机构与小臂驱动机构进行控制，可根据现场施工需求控制抱桩臂开合程度，提升整体安全性；抱桩大臂、抱桩小臂、安装座上都装有桩基固定伸缩臂，对大小直径桩基辅助固定，适应多工况需求；抱桩小臂、安装座、塔架上皆设有锁定装置，安装座和塔架上的锁定装置保证前后两个抱桩臂合拢时整体的稳定性，抱桩小臂上的锁定装置保证抱桩小臂在抱合桩体时的稳定性，使得抱桩小臂、安装座、塔架在作业时不会产生脱落分离，保证桩基的稳定性与安全性。
Adjustable movable pile gripper for offshore wind power installation vessel and working method
The invention discloses an adjustable movable pile gripper for an offshore wind power installation vessel and a working method, two pile gripping assemblies in mirror symmetry are matched to form a layer of pile gripping unit, and movement of the whole pile gripping unit is achieved in a rail mode; the large pile holding arm and the small pile holding arm are controlled through the large arm driving mechanism and the small arm driving mechanism correspondingly, the opening and closing degree of the pile holding arms can be controlled according to the site construction requirement, and the overall safety is improved. The pile-embracing large arm, the pile-embracing small arm and the mounting seat are respectively provided with a pile foundation fixing telescopic arm, so that pile foundations with large and small diameters are fixed in an auxiliary manner, and the requirements of multiple working conditions are met; locking devices are arranged on the small pile embracing arm, the mounting base and the tower, the locking devices on the mounting base and the tower guarantee the overall stability when the front pile embracing arm and the rear pile embracing arm are folded, the locking devices on the small pile embracing arm guarantee the stability when the small pile embracing arm embraces a pile body, and therefore the small pile embracing arm, the mounting base and the tower cannot fall off or be separated in the operation process. And the stability and safety of the pile foundation are ensured.
本发明公开一种用于海上风电安装船的可调节移动式抱桩器及工作方法，由两个呈镜像对称的抱桩组件配合构成一层抱桩单元，通过轨道的方式实现整个抱桩单元的移动，抱桩大臂与抱桩小臂分别通过大臂驱动机构与小臂驱动机构进行控制，可根据现场施工需求控制抱桩臂开合程度，提升整体安全性；抱桩大臂、抱桩小臂、安装座上都装有桩基固定伸缩臂，对大小直径桩基辅助固定，适应多工况需求；抱桩小臂、安装座、塔架上皆设有锁定装置，安装座和塔架上的锁定装置保证前后两个抱桩臂合拢时整体的稳定性，抱桩小臂上的锁定装置保证抱桩小臂在抱合桩体时的稳定性，使得抱桩小臂、安装座、塔架在作业时不会产生脱落分离，保证桩基的稳定性与安全性。
Adjustable movable pile gripper for offshore wind power installation vessel and working method
用于海上风电安装船的可调节移动式抱桩器及工作方法
SHAO XIAOBIN (Autor:in) / CAI LING (Autor:in) / GE DONGLIANG (Autor:in) / WAN JIAPING (Autor:in) / GU JIAYANG (Autor:in) / QU JISHUN (Autor:in) / LIU WEIMIN (Autor:in) / XU WENJIE (Autor:in)
16.07.2024
Patent
Elektronische Ressource
Chinesisch
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