Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Integral type automatic hydraulic moving inverted arch trestle sliding formwork trolley and construction method thereof
The invention discloses an integral type automatic hydraulic moving inverted arch trestle sliding formwork trolley and a construction method thereof. The integral type automatic hydraulic moving inverted arch trestle sliding formwork trolley comprises a trestle, a front walking device, a rear walking device, two trestle trolleys and a sliding formwork system, wherein the trestle is arranged on an inverted arch excavation face of a tunnel through a support; the front walking device and the rear walking device are located on the front portion and the rear portion of the trestle correspondingly and arranged to be used for driving the trestle to move in the tunnel; the two trestle trolleys are hung on the side wall of the trestle in a spaced mode, and any trestle trolley is driven by a first driving device to move in the length direction of the trestle; and the sliding formwork system is located below the trestle and connected with the two trestle trolleys. Through the integrated structure of the trestle and the sliding formwork system, inverted arch steel bar construction, inverted arch pouring construction and tunnel face vehicle deslagging are conducted at the same time, and the construction efficiency of inverted arch construction is greatly improved; and meanwhile, the trestle trolleys are matched with the sliding formwork system to conduct sliding formwork construction, the flatness of the tunnel flowing water face is improved, and the construction quality is guaranteed.
本发明公开了整体式自动液压移动仰拱栈桥滑模台车及其施工方法，包括：栈桥，其通过支架设置在隧道的仰拱开挖面上；前走行装置和后走行装置，其分别位于栈桥的前部和后部并设置为用于驱动栈桥在隧道内移动；两个栈桥小车，其间隔挂设在栈桥的侧壁上，任一栈桥小车通过驱动装置一驱动沿栈桥的长度方向移动；滑模系统，其位于栈桥的下方并与两个栈桥小车连接。本发明通过栈桥与滑模系统一体化的结构，实现了仰拱钢筋施工、仰拱浇筑施工和掌子面车辆出渣的同时进行，大幅度提高了仰拱施工的施工效率，同时，通过栈桥小车配合滑模系统进行滑模施工，提高了隧道流水面的平整度，保证了施工质量。
Integral type automatic hydraulic moving inverted arch trestle sliding formwork trolley and construction method thereof
The invention discloses an integral type automatic hydraulic moving inverted arch trestle sliding formwork trolley and a construction method thereof. The integral type automatic hydraulic moving inverted arch trestle sliding formwork trolley comprises a trestle, a front walking device, a rear walking device, two trestle trolleys and a sliding formwork system, wherein the trestle is arranged on an inverted arch excavation face of a tunnel through a support; the front walking device and the rear walking device are located on the front portion and the rear portion of the trestle correspondingly and arranged to be used for driving the trestle to move in the tunnel; the two trestle trolleys are hung on the side wall of the trestle in a spaced mode, and any trestle trolley is driven by a first driving device to move in the length direction of the trestle; and the sliding formwork system is located below the trestle and connected with the two trestle trolleys. Through the integrated structure of the trestle and the sliding formwork system, inverted arch steel bar construction, inverted arch pouring construction and tunnel face vehicle deslagging are conducted at the same time, and the construction efficiency of inverted arch construction is greatly improved; and meanwhile, the trestle trolleys are matched with the sliding formwork system to conduct sliding formwork construction, the flatness of the tunnel flowing water face is improved, and the construction quality is guaranteed.
本发明公开了整体式自动液压移动仰拱栈桥滑模台车及其施工方法，包括：栈桥，其通过支架设置在隧道的仰拱开挖面上；前走行装置和后走行装置，其分别位于栈桥的前部和后部并设置为用于驱动栈桥在隧道内移动；两个栈桥小车，其间隔挂设在栈桥的侧壁上，任一栈桥小车通过驱动装置一驱动沿栈桥的长度方向移动；滑模系统，其位于栈桥的下方并与两个栈桥小车连接。本发明通过栈桥与滑模系统一体化的结构，实现了仰拱钢筋施工、仰拱浇筑施工和掌子面车辆出渣的同时进行，大幅度提高了仰拱施工的施工效率，同时，通过栈桥小车配合滑模系统进行滑模施工，提高了隧道流水面的平整度，保证了施工质量。
Integral type automatic hydraulic moving inverted arch trestle sliding formwork trolley and construction method thereof
整体式自动液压移动仰拱栈桥滑模台车及其施工方法
LI ZHAOPENG (Autor:in) / ZHANG YONGBIN (Autor:in) / ZHUO QIANG (Autor:in) / HE ZHIJIA (Autor:in) / DUAN CHAOJIE (Autor:in) / ZHENG CHANGBING (Autor:in) / DUAN QIONGLIN (Autor:in) / LI SHANGJUN (Autor:in) / LI XIAOYI (Autor:in) / CHEN REN (Autor:in)
01.06.2021
Patent
Elektronische Ressource
Chinesisch
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