A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Internal formwork construction method in continuous beam pouring process
The invention discloses an internal mold construction method in a continuous beam pouring process, which comprises the following steps of: S1, shortening the height of an internal mold supporting portal frame, enabling the internal mold supporting portal frame to be in a state of suspending an internal mold suspension piece, pushing the internal mold supporting portal frame forwards in the suspension state, enabling the front part of the internal mold supporting portal frame to be erected on a reinforcement cage, and enabling the rear part of the internal mold supporting portal frame to be erected on the reinforcement cage; the rear portion of the inner mold supporting truss is arranged at the bottom of a poured continuous beam hole channel, and the inner mold supporting portal frame is adjusted to the proper height so that the inner mold walking mechanism can abut against the inner mold supporting truss. And S2, an inner mold walking mechanism drives the inner mold to move forwards to the designed position in a hole channel in the reinforcement cage and to be located on the front portion of an inner mold supporting portal, and the inner mold is fixed to the outer side mold through a pull rod. And concrete can be poured after the inner mold is installed. Through front-back sliding fit of the inner mold, the inner mold walking mechanism and the inner mold supporting door frame, the problem that a walking beam affects lowering and positioning of a reinforcement cage is solved.
本发明公开了一种连续梁浇筑过程中的内模施工方法，包括以下步骤：S1.缩短内模支撑门架的高度，使内模支撑门架处于使内模悬吊件悬挂的状态，在悬挂状态下，向前推动内模支撑门架，使内模支撑门架的前部架设在钢筋笼上，后部设置在已浇筑的连续梁孔道底部，内模支撑门架调整至合适的高度，使内模走行机构能抵住内模支撑桁架；S2.内模走行机构带动内模向前移动，行走至钢筋笼中孔道中的设计位置处，且位于内模支撑门架的前部上面，内模通过拉杆与外侧模固定。内模安装完毕后即可浇筑混凝土。本发明通过内模、内模走行机构、内模支撑门架的前后滑移配合，解决了走行梁影响钢筋笼下放及定位的问题。
Internal formwork construction method in continuous beam pouring process
The invention discloses an internal mold construction method in a continuous beam pouring process, which comprises the following steps of: S1, shortening the height of an internal mold supporting portal frame, enabling the internal mold supporting portal frame to be in a state of suspending an internal mold suspension piece, pushing the internal mold supporting portal frame forwards in the suspension state, enabling the front part of the internal mold supporting portal frame to be erected on a reinforcement cage, and enabling the rear part of the internal mold supporting portal frame to be erected on the reinforcement cage; the rear portion of the inner mold supporting truss is arranged at the bottom of a poured continuous beam hole channel, and the inner mold supporting portal frame is adjusted to the proper height so that the inner mold walking mechanism can abut against the inner mold supporting truss. And S2, an inner mold walking mechanism drives the inner mold to move forwards to the designed position in a hole channel in the reinforcement cage and to be located on the front portion of an inner mold supporting portal, and the inner mold is fixed to the outer side mold through a pull rod. And concrete can be poured after the inner mold is installed. Through front-back sliding fit of the inner mold, the inner mold walking mechanism and the inner mold supporting door frame, the problem that a walking beam affects lowering and positioning of a reinforcement cage is solved.
本发明公开了一种连续梁浇筑过程中的内模施工方法，包括以下步骤：S1.缩短内模支撑门架的高度，使内模支撑门架处于使内模悬吊件悬挂的状态，在悬挂状态下，向前推动内模支撑门架，使内模支撑门架的前部架设在钢筋笼上，后部设置在已浇筑的连续梁孔道底部，内模支撑门架调整至合适的高度，使内模走行机构能抵住内模支撑桁架；S2.内模走行机构带动内模向前移动，行走至钢筋笼中孔道中的设计位置处，且位于内模支撑门架的前部上面，内模通过拉杆与外侧模固定。内模安装完毕后即可浇筑混凝土。本发明通过内模、内模走行机构、内模支撑门架的前后滑移配合，解决了走行梁影响钢筋笼下放及定位的问题。
Internal formwork construction method in continuous beam pouring process
一种连续梁浇筑过程中的内模施工方法
LENG YAN (author) / TANG JUN (author) / HE PENG (author) / ZHANG BOCONG (author) / ZHANG HAO (author) / XIAO YANJUN (author) / LI SHENG (author) / ZHU SHULAN (author) / YANG XU (author) / ZHANG XIANGYUAN (author)
2023-01-06
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Formwork, formwork, pouring system and construction method
| European Patent Office | 2023
| European Patent Office | 2024