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Construction method of shear cylinder structure for grouting connection of offshore wind power foundation structure
The invention relates to a construction method of a shear cylinder structure for grouting connection of an offshore wind power foundation structure. The construction method comprises the following steps that an internal thread shell is fixed to the seabed through a fixing block; concrete is conveyed into the mounting shell from the concrete feeding pipe, and the compaction plate rotates to compact the concrete in the internal thread shell; the concave-convex plate intermittently ejects the ejector rod to impact the steel bar support in the mounting shell, and the concrete is vibrated; and installing the offshore wind power device. The device has the beneficial effects that the motor is started, the motor drives the concrete feeding pipe and the compaction plate to rotate through the linkage rod, when concrete is injected, the concrete feeding pipe rotates so that the concrete can be evenly injected into the mounting shell, the concrete flows into the inner thread shell through the lower concrete outlet, the compaction plate compacts the injected concrete in real time, and therefore the concrete can be uniformly injected into the mounting shell. The concrete is firmer after being solidified; the protruding part of the concave-convex plate intermittently ejects the ejector rod, so that the ejector rod collides with the steel bar support, and the concrete structure is firmer.
本发明涉及一种海上风电基础结构灌浆连接的剪力筒结构的施工方法，包括以下步骤：通过固定块将内螺纹外壳固定在海底；将混凝土从混凝土进料管输送至安装壳体内部，压实板转动，对内螺纹外壳内部的混凝土进行压实；凹凸板间歇顶动顶杆撞击安装壳体内的钢筋支架，震动混凝土；安装海上风电装置。本发明的有益效果是：启动电机，电机通过联动杆分别带动混凝土进料管和压实板转动，当注入混凝土的时候，混凝土进料管转动使混凝土均匀地注入安装壳体内部，并通过下混凝土出口流入内螺纹外壳内，压实板实时将注入的混凝土压实，使混凝土凝固后更加牢靠；凹凸板突出的部分间歇地顶动顶杆，使顶杆撞击钢筋支架，使混凝土结构更加结实。
Construction method of shear cylinder structure for grouting connection of offshore wind power foundation structure
The invention relates to a construction method of a shear cylinder structure for grouting connection of an offshore wind power foundation structure. The construction method comprises the following steps that an internal thread shell is fixed to the seabed through a fixing block; concrete is conveyed into the mounting shell from the concrete feeding pipe, and the compaction plate rotates to compact the concrete in the internal thread shell; the concave-convex plate intermittently ejects the ejector rod to impact the steel bar support in the mounting shell, and the concrete is vibrated; and installing the offshore wind power device. The device has the beneficial effects that the motor is started, the motor drives the concrete feeding pipe and the compaction plate to rotate through the linkage rod, when concrete is injected, the concrete feeding pipe rotates so that the concrete can be evenly injected into the mounting shell, the concrete flows into the inner thread shell through the lower concrete outlet, the compaction plate compacts the injected concrete in real time, and therefore the concrete can be uniformly injected into the mounting shell. The concrete is firmer after being solidified; the protruding part of the concave-convex plate intermittently ejects the ejector rod, so that the ejector rod collides with the steel bar support, and the concrete structure is firmer.
本发明涉及一种海上风电基础结构灌浆连接的剪力筒结构的施工方法，包括以下步骤：通过固定块将内螺纹外壳固定在海底；将混凝土从混凝土进料管输送至安装壳体内部，压实板转动，对内螺纹外壳内部的混凝土进行压实；凹凸板间歇顶动顶杆撞击安装壳体内的钢筋支架，震动混凝土；安装海上风电装置。本发明的有益效果是：启动电机，电机通过联动杆分别带动混凝土进料管和压实板转动，当注入混凝土的时候，混凝土进料管转动使混凝土均匀地注入安装壳体内部，并通过下混凝土出口流入内螺纹外壳内，压实板实时将注入的混凝土压实，使混凝土凝固后更加牢靠；凹凸板突出的部分间歇地顶动顶杆，使顶杆撞击钢筋支架，使混凝土结构更加结实。
Construction method of shear cylinder structure for grouting connection of offshore wind power foundation structure
海上风电基础结构灌浆连接的剪力筒结构的施工方法
WANG XINQUAN (author) / WANG KANGYU (author) / LI QIANG (author) / DIAO HONGGUO (author) / LI XIAO (author)
2023-12-15
Patent
Electronic Resource
Chinese
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