A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Double-hook marine crane pile driving barge and construction method
The invention provides a double-hook marine crane pile driving barge and a construction method. The double-hook marine crane pile driving barge comprises a barge body, a double-hook crane, a pile gripper and an outwards-extending support. The double-hook crane is arranged on a deck of the ship body; the plurality of overhanging brackets are fixedly connected to the same ship board side of the ship body; the two pile holding devices are respectively connected with the overhanging bracket; the pile gripper can be connected with a precast pile in a sleeving manner; the double-hook marine crane pile driving barge places the precast pile on the pile gripper through the double-hook crane; moving the pile gripper and the overhanging bracket, and positioning the precast pile; the multiple precast piles sink to the seabed through the pile gripper and are locked; detecting the sinking position of the precast pile; and if the sinking position of the precast pile deviates from the preset precast pile position, the ship body is driven to the preset precast pile position, so that the problem that the construction efficiency of the pile driving barge is low is solved.
本申请提供一种双钩海工吊打桩船及施工方法，打桩船包括：船体、双吊钩起重机、抱桩器以及外伸支架；所述双吊钩起重机设置在所述船体的甲板上；多个所述外伸支架固定连接在所述船体的同一船舷侧；两个所述抱桩器分别与所述外伸支架连接；所述抱桩器可套接预制桩；所述双钩海工吊打桩船通过所述双吊钩起重机将所述预制桩放置在所述抱桩器上；移动所述抱桩器以及所述外伸支架，对所述预制桩进行定位；通过所述抱桩器将多个所述预制桩下沉至海底并进行锁定；检测所述预制桩下沉的位置；若所述预制桩下沉的位置偏离预设预制桩位置，驱动所述船体至预设预制桩位置，以解决打桩船施工效率低下的问题。
Double-hook marine crane pile driving barge and construction method
The invention provides a double-hook marine crane pile driving barge and a construction method. The double-hook marine crane pile driving barge comprises a barge body, a double-hook crane, a pile gripper and an outwards-extending support. The double-hook crane is arranged on a deck of the ship body; the plurality of overhanging brackets are fixedly connected to the same ship board side of the ship body; the two pile holding devices are respectively connected with the overhanging bracket; the pile gripper can be connected with a precast pile in a sleeving manner; the double-hook marine crane pile driving barge places the precast pile on the pile gripper through the double-hook crane; moving the pile gripper and the overhanging bracket, and positioning the precast pile; the multiple precast piles sink to the seabed through the pile gripper and are locked; detecting the sinking position of the precast pile; and if the sinking position of the precast pile deviates from the preset precast pile position, the ship body is driven to the preset precast pile position, so that the problem that the construction efficiency of the pile driving barge is low is solved.
本申请提供一种双钩海工吊打桩船及施工方法，打桩船包括：船体、双吊钩起重机、抱桩器以及外伸支架；所述双吊钩起重机设置在所述船体的甲板上；多个所述外伸支架固定连接在所述船体的同一船舷侧；两个所述抱桩器分别与所述外伸支架连接；所述抱桩器可套接预制桩；所述双钩海工吊打桩船通过所述双吊钩起重机将所述预制桩放置在所述抱桩器上；移动所述抱桩器以及所述外伸支架，对所述预制桩进行定位；通过所述抱桩器将多个所述预制桩下沉至海底并进行锁定；检测所述预制桩下沉的位置；若所述预制桩下沉的位置偏离预设预制桩位置，驱动所述船体至预设预制桩位置，以解决打桩船施工效率低下的问题。
Double-hook marine crane pile driving barge and construction method
双钩海工吊打桩船及施工方法
SONG ZHENGCHANG (author) / ZHANG ZHEN (author) / CUI JIN (author) / KOU PAN (author) / WU SHIQIN (author)
2023-07-07
Patent
Electronic Resource
Chinese
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