A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method for seabed bionic tree protection
The invention discloses a construction method for seabed bionic tree protection. The construction method comprises the steps that the number and positions of bionic trees are determined according to the size of an offshore wind power foundation and the area of a bionic tree protection area, and the determined bionic tree arrangement needs to fully cover the periphery of the foundation, and a certain margin is reserved; setting a construction route of the underwater robot in advance according to the position of the bionic tree; putting an underwater robot, dragging and carrying the bionic tree by the underwater robot, and sowing the bionic tree along a set route and a set sowing area. According to the method for sowing the bionic trees, the number and the positions of the bionic trees are determined according to the size of the offshore wind power foundation and the area of the protection area of the bionic trees, the bionic trees are put more accurately, and the reasonable positions enable the wind power foundation to achieve a more comprehensive anti-scouring effect; the bionic tree is a single body, the underwater robot drags and carries the bionic tree for operation, the requirement of a large workboat is omitted, and the installation cost is reduced; the underwater robot advances according to a set route, bionic trees are sown at set arrangement points, and errors are reduced.
本发明公开一种海底仿生树防护的施工方法包括：根据海上风电基础大小及仿生树防护区域面积确定仿生树数量及位置，确定的仿生树布置需要全面覆盖基础周围并留有一定余量；根据仿生树位置提前设定水下机器人的施工路线；投放水下机器人，水下机器人拖载、携带仿生树沿既定路线、既定播种区域播种仿生树。本播种仿生树的方法根据海上风电基础大小及仿生树防护区域面积确定仿生树数量及位置,仿生树的投放更加精准，合理的位置使风电基础达到更全面防冲刷效果；本申请仿生树为单体，水下机器人拖载携带仿生树作业省去了大型施工船的需求，降低了安装成本；水下机器人按照既定路线行进，在既定布置点位播种仿生树，减少失误。
Construction method for seabed bionic tree protection
The invention discloses a construction method for seabed bionic tree protection. The construction method comprises the steps that the number and positions of bionic trees are determined according to the size of an offshore wind power foundation and the area of a bionic tree protection area, and the determined bionic tree arrangement needs to fully cover the periphery of the foundation, and a certain margin is reserved; setting a construction route of the underwater robot in advance according to the position of the bionic tree; putting an underwater robot, dragging and carrying the bionic tree by the underwater robot, and sowing the bionic tree along a set route and a set sowing area. According to the method for sowing the bionic trees, the number and the positions of the bionic trees are determined according to the size of the offshore wind power foundation and the area of the protection area of the bionic trees, the bionic trees are put more accurately, and the reasonable positions enable the wind power foundation to achieve a more comprehensive anti-scouring effect; the bionic tree is a single body, the underwater robot drags and carries the bionic tree for operation, the requirement of a large workboat is omitted, and the installation cost is reduced; the underwater robot advances according to a set route, bionic trees are sown at set arrangement points, and errors are reduced.
本发明公开一种海底仿生树防护的施工方法包括：根据海上风电基础大小及仿生树防护区域面积确定仿生树数量及位置，确定的仿生树布置需要全面覆盖基础周围并留有一定余量；根据仿生树位置提前设定水下机器人的施工路线；投放水下机器人，水下机器人拖载、携带仿生树沿既定路线、既定播种区域播种仿生树。本播种仿生树的方法根据海上风电基础大小及仿生树防护区域面积确定仿生树数量及位置,仿生树的投放更加精准，合理的位置使风电基础达到更全面防冲刷效果；本申请仿生树为单体，水下机器人拖载携带仿生树作业省去了大型施工船的需求，降低了安装成本；水下机器人按照既定路线行进，在既定布置点位播种仿生树，减少失误。
Construction method for seabed bionic tree protection
一种海底仿生树防护的施工方法
ZHU RONGHUA (author) / TAO ZIJIAN (author) / LIU HANQIU (author) / ZHANG RONGSHENG (author) / QU LIBO (author) / HU BIN (author)
2022-08-02
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen