A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses building supporting equipment applied to ocean engineering. The equipment comprises a floating chassis, a fixed base and a supporting cylinder. The fixed base is positioned onthe top end surface of the floating chassis, the supporting cylinder is positioned on the top end surface of the floating chassis, and a guide column is arranged in an inner cavity of the supporting cylinder. Through the arrangement of supporting columns and extending columns, the possibility of uneven pouring caused when concrete needs to be poured into a pouring cavity on a device is effectivelyavoided, the supporting cylinder is prevented from toppling, the connection between the supporting cylinder and the floating chassis is enhanced favorably, the supporting cylinder topples when the supporting equipment sinks into the seabed and is subjected to the force generated by sea waves, and cannot buffer the toppling force, the balance of the supporting equipment can be kept, furthermore, the supporting equipment is ensured to sink to the seabed, through an arranged buffer ring, the problem that the floating chassis is possibly impacted by marine organisms to generate vibration when theequipment sinks to the seabed is effectively avoided, the vibration sense is reduced, and meanwhile a certain protection effect is achieved on a retaining ring.
本发明公开了一种应用于海洋工程的建筑支撑设备，包括漂浮底盘、固定底座、支撑筒，所述固定底座位于漂浮底盘的顶端表面，所述支撑筒位于漂浮底盘的顶端表面，所述支撑筒的内腔设置有导向柱；本发明通过设置的支撑柱、延伸柱，有效避免了当需要给装置上浇筑腔浇筑混凝土时，可能会浇筑不均匀，防止支撑筒发生倾倒，有利于加强支撑筒与漂浮底盘之间的连接，当支撑设备沉入海底受到海浪产生的力时，会导致支撑筒发生倾倒，无法缓冲倾倒力，有利于保持支撑设备的平衡，进而保证了支撑设备下沉海底，通过设置的缓冲环，有效避免了当装置在沉入海底时，漂浮底盘可能受到海洋生物撞击发生震动，有利于减少震感，同时对挡环也起到一定的防护作用。
The invention discloses building supporting equipment applied to ocean engineering. The equipment comprises a floating chassis, a fixed base and a supporting cylinder. The fixed base is positioned onthe top end surface of the floating chassis, the supporting cylinder is positioned on the top end surface of the floating chassis, and a guide column is arranged in an inner cavity of the supporting cylinder. Through the arrangement of supporting columns and extending columns, the possibility of uneven pouring caused when concrete needs to be poured into a pouring cavity on a device is effectivelyavoided, the supporting cylinder is prevented from toppling, the connection between the supporting cylinder and the floating chassis is enhanced favorably, the supporting cylinder topples when the supporting equipment sinks into the seabed and is subjected to the force generated by sea waves, and cannot buffer the toppling force, the balance of the supporting equipment can be kept, furthermore, the supporting equipment is ensured to sink to the seabed, through an arranged buffer ring, the problem that the floating chassis is possibly impacted by marine organisms to generate vibration when theequipment sinks to the seabed is effectively avoided, the vibration sense is reduced, and meanwhile a certain protection effect is achieved on a retaining ring.
本发明公开了一种应用于海洋工程的建筑支撑设备，包括漂浮底盘、固定底座、支撑筒，所述固定底座位于漂浮底盘的顶端表面，所述支撑筒位于漂浮底盘的顶端表面，所述支撑筒的内腔设置有导向柱；本发明通过设置的支撑柱、延伸柱，有效避免了当需要给装置上浇筑腔浇筑混凝土时，可能会浇筑不均匀，防止支撑筒发生倾倒，有利于加强支撑筒与漂浮底盘之间的连接，当支撑设备沉入海底受到海浪产生的力时，会导致支撑筒发生倾倒，无法缓冲倾倒力，有利于保持支撑设备的平衡，进而保证了支撑设备下沉海底，通过设置的缓冲环，有效避免了当装置在沉入海底时，漂浮底盘可能受到海洋生物撞击发生震动，有利于减少震感，同时对挡环也起到一定的防护作用。
Building supporting equipment applied to ocean engineering
一种应用于海洋工程的建筑支撑设备
MAO NIFAN (author)
2020-11-20
Patent
Electronic Resource
Chinese
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