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Static pressure pile sinking device and method using stratum suction on water
The invention discloses a static-pressure pile sinking device utilizing stratum suction on water and a pile sinking method of the static-pressure pile sinking device. The static-pressure pile sinking device comprises a suction barrel set, a connecting supporting frame, a guide rail set, a walking mechanism and a static-pressure pile machine. The suction barrel group is arranged at the bottom of the connecting support frame; the guide rail group is erected on the connecting support frame and consists of two parallel guide rail frames which are arranged at an interval; the walking mechanism comprises two rail wheel sets arranged on the bottom face of the bearing platform, two hydraulic motors, two driving shaft sets and a hydraulic pump station. The static pressure pile machine is fixed to the horizontally-arranged bearing platform, and a pile hole in the static pressure pile machine and a pile hole formed in the platform are coaxially formed. The two rail wheel sets are assembled in the two guide rail frames, the hydraulic pump station is connected with the two hydraulic motors, and each hydraulic motor is connected with the front rail wheel set on the same side through a driving shaft set. According to the device and the method, the purpose of completing pile foundation construction of multiple sites in the water walking process of the static pressure pile machine is achieved, and the device and the method have the advantages of being convenient and fast to construct, rapid and efficient in construction, low in construction cost and capable of being recycled.
本发明公开了一种水上利用地层吸力静压沉桩装置及其沉桩方法,装置包括吸力筒组、连接支撑架、导轨组、行走机构和静压桩机;吸力筒组设置在连接支撑架底部;导轨组架设在连接支撑架上,其由两条平行且间隔设置的导轨架构成;行走机构包括设置在承重平台底面上的两个轨道轮组、两个液压电机、两个驱动轴组和液压泵站;静压桩机固定在水平设置的承重平台上,其上桩孔与平台上开设的桩孔同轴设置;两个轨道轮组装配在两个导轨架内,液压泵站与两台液压电机连接,各液压电机通过驱动轴组与同侧的前轨道轮组相连;该装置及方法实现静压桩机在水上行走过程中完成多个位点的桩基施工的目的,兼具施工便捷、施工快速高效、施工成本低、可循环使用的优点。
Static pressure pile sinking device and method using stratum suction on water
The invention discloses a static-pressure pile sinking device utilizing stratum suction on water and a pile sinking method of the static-pressure pile sinking device. The static-pressure pile sinking device comprises a suction barrel set, a connecting supporting frame, a guide rail set, a walking mechanism and a static-pressure pile machine. The suction barrel group is arranged at the bottom of the connecting support frame; the guide rail group is erected on the connecting support frame and consists of two parallel guide rail frames which are arranged at an interval; the walking mechanism comprises two rail wheel sets arranged on the bottom face of the bearing platform, two hydraulic motors, two driving shaft sets and a hydraulic pump station. The static pressure pile machine is fixed to the horizontally-arranged bearing platform, and a pile hole in the static pressure pile machine and a pile hole formed in the platform are coaxially formed. The two rail wheel sets are assembled in the two guide rail frames, the hydraulic pump station is connected with the two hydraulic motors, and each hydraulic motor is connected with the front rail wheel set on the same side through a driving shaft set. According to the device and the method, the purpose of completing pile foundation construction of multiple sites in the water walking process of the static pressure pile machine is achieved, and the device and the method have the advantages of being convenient and fast to construct, rapid and efficient in construction, low in construction cost and capable of being recycled.
本发明公开了一种水上利用地层吸力静压沉桩装置及其沉桩方法,装置包括吸力筒组、连接支撑架、导轨组、行走机构和静压桩机;吸力筒组设置在连接支撑架底部;导轨组架设在连接支撑架上,其由两条平行且间隔设置的导轨架构成;行走机构包括设置在承重平台底面上的两个轨道轮组、两个液压电机、两个驱动轴组和液压泵站;静压桩机固定在水平设置的承重平台上,其上桩孔与平台上开设的桩孔同轴设置;两个轨道轮组装配在两个导轨架内,液压泵站与两台液压电机连接,各液压电机通过驱动轴组与同侧的前轨道轮组相连;该装置及方法实现静压桩机在水上行走过程中完成多个位点的桩基施工的目的,兼具施工便捷、施工快速高效、施工成本低、可循环使用的优点。
Static pressure pile sinking device and method using stratum suction on water
水上利用地层吸力静压沉桩装置及其沉桩方法
ZHANG PEILIANG (author) / DING WENZHI (author) / CHEN QIANG (author) / SUN YUTAO (author) / HE FUBO (author) / LI CHANGZHENG (author) / CUI GUOZHI (author) / MI LIUFANG (author) / YANG SUCHUN (author) / TIAN XIN (author)
2022-08-26
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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