Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Outer side precast pile limiting climbing frame type self-control traction type assembly open caisson
The invention discloses an outer side precast pile limiting climbing frame type self-control traction type assembled open caisson which comprises a limiting climbing frame system used for enabling the open caisson to carry out climbing frame type sinking according to a preset guide rail and comprising an anti-pulling pipe pile, a blade foot ring and a chain; the soil digging system is connected with the limiting climbing frame system and used for digging a soil body and providing a space for sinking of the open caisson; and the self-control traction system is connected with the limiting climbing frame system, is used for providing power for sinking of the open caisson, and comprises a chain driver, an electric power device and a cross beam force transmission device. Wherein a working window is partially formed in the blade foot ring and is used for mounting a chain and a chain driver. And the chain is arranged on the chain driver. The device is used for sinking of the open caisson engineering, precise sinking of the open caisson engineering is achieved through the limiting climbing frame system, the single-arm cutter suction head, the self-control traction system, the bolt steel plate and other devices, and the device has great significance in improving the construction efficiency of the open caisson engineering, reducing time and cost, achieving automation of traction sinking and guaranteeing construction safety of the open caisson engineering.
本发明公开了外侧预制桩限位爬架式自控牵引式装配沉井，包括：限位爬架系统，用于使沉井按照预定导轨进行爬架式下沉，包括抗拔管桩、刃脚环以及链条；挖土系统，与限位爬架系统相连接，用于开挖土体，为沉井下沉提供空间；自控牵引系统，与限位爬架系统相连接，用于为沉井的下沉提供动力，包括链条驱动器、电力装置以及十字梁传力装置。其中，刃脚环的局部开有工作窗，用于安装链条和链条驱动器。链条安装在链条驱动器上。本发明用于沉井工程的下沉，运用限位爬架系统，单臂绞吸头，自控牵引系统和插销钢板等装置实现沉井工程的精准下沉，对提升沉井工程的施工效率，降低时间和成本，实现牵引下沉的自动化以及保证沉井工程的施工安全有重大意义。
Outer side precast pile limiting climbing frame type self-control traction type assembly open caisson
The invention discloses an outer side precast pile limiting climbing frame type self-control traction type assembled open caisson which comprises a limiting climbing frame system used for enabling the open caisson to carry out climbing frame type sinking according to a preset guide rail and comprising an anti-pulling pipe pile, a blade foot ring and a chain; the soil digging system is connected with the limiting climbing frame system and used for digging a soil body and providing a space for sinking of the open caisson; and the self-control traction system is connected with the limiting climbing frame system, is used for providing power for sinking of the open caisson, and comprises a chain driver, an electric power device and a cross beam force transmission device. Wherein a working window is partially formed in the blade foot ring and is used for mounting a chain and a chain driver. And the chain is arranged on the chain driver. The device is used for sinking of the open caisson engineering, precise sinking of the open caisson engineering is achieved through the limiting climbing frame system, the single-arm cutter suction head, the self-control traction system, the bolt steel plate and other devices, and the device has great significance in improving the construction efficiency of the open caisson engineering, reducing time and cost, achieving automation of traction sinking and guaranteeing construction safety of the open caisson engineering.
本发明公开了外侧预制桩限位爬架式自控牵引式装配沉井，包括：限位爬架系统，用于使沉井按照预定导轨进行爬架式下沉，包括抗拔管桩、刃脚环以及链条；挖土系统，与限位爬架系统相连接，用于开挖土体，为沉井下沉提供空间；自控牵引系统，与限位爬架系统相连接，用于为沉井的下沉提供动力，包括链条驱动器、电力装置以及十字梁传力装置。其中，刃脚环的局部开有工作窗，用于安装链条和链条驱动器。链条安装在链条驱动器上。本发明用于沉井工程的下沉，运用限位爬架系统，单臂绞吸头，自控牵引系统和插销钢板等装置实现沉井工程的精准下沉，对提升沉井工程的施工效率，降低时间和成本，实现牵引下沉的自动化以及保证沉井工程的施工安全有重大意义。
Outer side precast pile limiting climbing frame type self-control traction type assembly open caisson
一种外侧预制桩限位爬架式自控牵引式装配沉井
WANG JIANXIU (Autor:in) / SU YUXIN (Autor:in) / SUN YUANWEI (Autor:in) / WU FAN (Autor:in) / LI-HU BOQIANG (Autor:in) / XUE RUI (Autor:in) / HE QIANQIAN (Autor:in) / LONG YANXIA (Autor:in) / CAO ANSHENG (Autor:in) / XU NA (Autor:in)
16.01.2024
Patent
Elektronische Ressource
Chinesisch
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