A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-wave repairing method for wharf road
The invention relates to a breakwater repairing method for a wharf road, which relates to a breakwater repairing technology and comprises the following steps: S1, detecting a damaged section of a breakwater, and determining the passing height limit and the passing width limit of the wharf road; s2, two construction platforms are manufactured in a factory according to the parameters obtained in the step S1; s3, transporting the construction platform and the crawler crane into a site; s4, all assemblies of the crawler crane are hoisted to the construction platform to be assembled; s5, the crawler crane is controlled to dismantle the damaged part of the breakwater according to the set technology, and new repairing materials are refilled; s6, the construction platforms are automatically and alternately transferred through a crawler crane, so that the two construction platforms can be alternately used; and S7, the step S5 and the step S6 are repeated till the repair work of the anti-slope embankment is completed, and then the crawler crane and the construction platform are transported away from the factory. The construction method has the advantages that on the premise that the influence on normal operation of the wharf is reduced, the construction efficiency of anti-slope embankment repairing is improved, and the construction cost is reduced.
本申请涉及一种用于码头道路的防波提修复方法，涉及防波堤修复技术，其包括以下步骤：S1、检测防波堤受损地段，并确定码头道路通行限高、限宽；S2、在工厂根据步骤S1所获得参数，制造两件施工平台；S3、运输施工平台和履带吊入场；S4、将履带吊各组件吊装至所述施工平台上组装；S5、控制履带吊按照设定的工艺拆除防波堤破损的部分、并重新填充新的修复材料；S6、利用履带吊自行交替周转所述施工平台，使两所述施工平台能够交替使用；S7、重复步骤S5和步骤S6，直至完成防坡堤的修复工作后，将履带吊和所述施工平台运输离厂。本申请具有在减少对码头正常运营影响的前提下，提高防坡堤修复施工效率、降低施工成本的效果。
Anti-wave repairing method for wharf road
The invention relates to a breakwater repairing method for a wharf road, which relates to a breakwater repairing technology and comprises the following steps: S1, detecting a damaged section of a breakwater, and determining the passing height limit and the passing width limit of the wharf road; s2, two construction platforms are manufactured in a factory according to the parameters obtained in the step S1; s3, transporting the construction platform and the crawler crane into a site; s4, all assemblies of the crawler crane are hoisted to the construction platform to be assembled; s5, the crawler crane is controlled to dismantle the damaged part of the breakwater according to the set technology, and new repairing materials are refilled; s6, the construction platforms are automatically and alternately transferred through a crawler crane, so that the two construction platforms can be alternately used; and S7, the step S5 and the step S6 are repeated till the repair work of the anti-slope embankment is completed, and then the crawler crane and the construction platform are transported away from the factory. The construction method has the advantages that on the premise that the influence on normal operation of the wharf is reduced, the construction efficiency of anti-slope embankment repairing is improved, and the construction cost is reduced.
本申请涉及一种用于码头道路的防波提修复方法，涉及防波堤修复技术，其包括以下步骤：S1、检测防波堤受损地段，并确定码头道路通行限高、限宽；S2、在工厂根据步骤S1所获得参数，制造两件施工平台；S3、运输施工平台和履带吊入场；S4、将履带吊各组件吊装至所述施工平台上组装；S5、控制履带吊按照设定的工艺拆除防波堤破损的部分、并重新填充新的修复材料；S6、利用履带吊自行交替周转所述施工平台，使两所述施工平台能够交替使用；S7、重复步骤S5和步骤S6，直至完成防坡堤的修复工作后，将履带吊和所述施工平台运输离厂。本申请具有在减少对码头正常运营影响的前提下，提高防坡堤修复施工效率、降低施工成本的效果。
Anti-wave repairing method for wharf road
一种用于码头道路的防波提修复方法
SHI CHUNJIN (author) / RAO WEI (author) / XU JUNYI (author) / MA ZHUANG (author)
2024-11-01
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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