A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-elevating offshore pile stabilizing platform pile gripper and working method thereof
The invention provides a self-elevating offshore pile stabilizing platform pile gripper and a working method thereof.The self-elevating offshore pile stabilizing platform pile gripper comprises fixed bases, adjustable bases and a hydraulic system, any adjustable base comprises an oil cylinder assembly and a movable oil cylinder base, and any fixed base comprises an upper-layer oil cylinder assembly, a lower-layer oil cylinder assembly and an oil cylinder base fixedly installed on a deck; the hydraulic system is connected with the oil cylinder assemblies of the fixed base and the adjustable base, the operation end of any oil cylinder assembly can independently stretch out and draw back to move, and the multiple operation ends of the fixed base and the adjustable base are matched to fix the steel pipe pile. The steel pipe piles are adjusted front, back, left and right through stretching and retracting of the oil cylinder assemblies of the adjustable bases, so that the steel pipe piles meet the installation requirement, the steel pipe piles are fixed between the oil cylinders through the oil cylinder assemblies of the fixed bases, the supporting and guiding effects are achieved, and the device can adapt to operation of the steel pipe piles with different pile diameters; the concrete pile has good mechanical property and plasticity, is reliable in structure, and can better guarantee the flatness and perpendicularity of a single pile.
本发明提供了一种自升式海上稳桩平台抱桩器及其工作方法，包括固定基座、可调基座以及液压系统，任一可调基座均包括油缸组件和可移动油缸底座，任一固定基座均包括上下双层油缸组件和紧固安装在甲板上的油缸底座，液压系统分别与固定基座、可调基座的油缸组件连接，任一油缸组件的作业端均能够独立伸缩移动，固定基座和可调基座的多个作业端配合固定钢管桩。本发明通过可调基座的油缸组件伸缩前后左右调节钢管桩，使得钢管桩到达安装要求，通过固定基座的油缸组件将钢管桩固定于油缸间，起到支撑导向作用，可以适应不同桩径钢管桩作业，油缸底座为钢框架结构，具有良好的力学性能和可塑性，结构可靠，能够更好的保证单桩的平面度和垂直度。
Self-elevating offshore pile stabilizing platform pile gripper and working method thereof
The invention provides a self-elevating offshore pile stabilizing platform pile gripper and a working method thereof.The self-elevating offshore pile stabilizing platform pile gripper comprises fixed bases, adjustable bases and a hydraulic system, any adjustable base comprises an oil cylinder assembly and a movable oil cylinder base, and any fixed base comprises an upper-layer oil cylinder assembly, a lower-layer oil cylinder assembly and an oil cylinder base fixedly installed on a deck; the hydraulic system is connected with the oil cylinder assemblies of the fixed base and the adjustable base, the operation end of any oil cylinder assembly can independently stretch out and draw back to move, and the multiple operation ends of the fixed base and the adjustable base are matched to fix the steel pipe pile. The steel pipe piles are adjusted front, back, left and right through stretching and retracting of the oil cylinder assemblies of the adjustable bases, so that the steel pipe piles meet the installation requirement, the steel pipe piles are fixed between the oil cylinders through the oil cylinder assemblies of the fixed bases, the supporting and guiding effects are achieved, and the device can adapt to operation of the steel pipe piles with different pile diameters; the concrete pile has good mechanical property and plasticity, is reliable in structure, and can better guarantee the flatness and perpendicularity of a single pile.
本发明提供了一种自升式海上稳桩平台抱桩器及其工作方法，包括固定基座、可调基座以及液压系统，任一可调基座均包括油缸组件和可移动油缸底座，任一固定基座均包括上下双层油缸组件和紧固安装在甲板上的油缸底座，液压系统分别与固定基座、可调基座的油缸组件连接，任一油缸组件的作业端均能够独立伸缩移动，固定基座和可调基座的多个作业端配合固定钢管桩。本发明通过可调基座的油缸组件伸缩前后左右调节钢管桩，使得钢管桩到达安装要求，通过固定基座的油缸组件将钢管桩固定于油缸间，起到支撑导向作用，可以适应不同桩径钢管桩作业，油缸底座为钢框架结构，具有良好的力学性能和可塑性，结构可靠，能够更好的保证单桩的平面度和垂直度。
Self-elevating offshore pile stabilizing platform pile gripper and working method thereof
自升式海上稳桩平台抱桩器及其工作方法
LYU ZHENGYI (author) / HIROBAYASHI (author) / ZHANG YANG (author) / HOU SHAOSHUAI (author) / MENG QINGNAN (author) / CAO XIAOQIAO (author) / GAO HONG (author) / ZHAO HANBIN (author) / ZOU SHUNTAO (author) / LI HONGXIN (author)
2024-12-06
Patent
Electronic Resource
Chinese