Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Large-cantilever assembly type ship lock chamber moving die machine
The invention relates to a large-cantilever assembly type ship lock chamber moving die machine which is characterized in that a beam lifting guide rail is arranged on the inner side of a vertical supporting leg of a die machine support system, and a triangular supporting frame and a crane moving rail are arranged at the top of a main longitudinal beam; the moving position of the combined walking system is controlled through the driving device, and the height of the vertical supporting legs can be controlled through the height adjusting supporting bodies. The formwork system combination adopts an inner formwork position control body, an opposite-pulling device and a positioning end beam, an end formwork limits the erecting positions of an inner formwork and an outer formwork, and downward pressure is applied to the outer formwork through an anti-floating jacking body; the control system comprises a beam dynamometer, a sling dynamometer, an upper range finder, a lower range finder, a horizontal measuring tape and a panoramic camera; the inclination angle of the vibrator is controlled through the side expander, and water is pressed into the screw sleeve through the hollow screw to assist in concrete curing. The invention further discloses a control method of the lock chamber moving die machine of the large-cantilever assembly type ship lock. The stability of the formwork structure can be enhanced, and the formwork installation precision and the formwork control level are improved.
本发明涉及一种大悬臂装配式船闸闸室移动模机，模机支架系统的竖向支腿的内侧设置提梁导轨，并在主纵梁的顶部设置三角撑架和吊车移动轨道；通过驱动装置控制组合行走系统的移动位置，并可借助调高支撑体控制竖向支腿高度；模板系统组合采用内模控位体、对拉装置、定位端梁、端模板限定内模板与外模板的支设位置，通过抗浮顶压体对外模板施加下压力；控制系统包括梁测力计、吊索测力计、上测距仪、下测距仪、水平测尺和全景摄像头；采用侧胀器控制振捣器的倾斜角度，通过中空螺杆向螺杆套管压水辅助进行混凝土养护。本发明还公开了大悬臂装配式船闸闸室移动模机控制方法。本发明可增强模架结构的稳定性、提高模板安装精度和模架控制水平。
Large-cantilever assembly type ship lock chamber moving die machine
The invention relates to a large-cantilever assembly type ship lock chamber moving die machine which is characterized in that a beam lifting guide rail is arranged on the inner side of a vertical supporting leg of a die machine support system, and a triangular supporting frame and a crane moving rail are arranged at the top of a main longitudinal beam; the moving position of the combined walking system is controlled through the driving device, and the height of the vertical supporting legs can be controlled through the height adjusting supporting bodies. The formwork system combination adopts an inner formwork position control body, an opposite-pulling device and a positioning end beam, an end formwork limits the erecting positions of an inner formwork and an outer formwork, and downward pressure is applied to the outer formwork through an anti-floating jacking body; the control system comprises a beam dynamometer, a sling dynamometer, an upper range finder, a lower range finder, a horizontal measuring tape and a panoramic camera; the inclination angle of the vibrator is controlled through the side expander, and water is pressed into the screw sleeve through the hollow screw to assist in concrete curing. The invention further discloses a control method of the lock chamber moving die machine of the large-cantilever assembly type ship lock. The stability of the formwork structure can be enhanced, and the formwork installation precision and the formwork control level are improved.
本发明涉及一种大悬臂装配式船闸闸室移动模机，模机支架系统的竖向支腿的内侧设置提梁导轨，并在主纵梁的顶部设置三角撑架和吊车移动轨道；通过驱动装置控制组合行走系统的移动位置，并可借助调高支撑体控制竖向支腿高度；模板系统组合采用内模控位体、对拉装置、定位端梁、端模板限定内模板与外模板的支设位置，通过抗浮顶压体对外模板施加下压力；控制系统包括梁测力计、吊索测力计、上测距仪、下测距仪、水平测尺和全景摄像头；采用侧胀器控制振捣器的倾斜角度，通过中空螺杆向螺杆套管压水辅助进行混凝土养护。本发明还公开了大悬臂装配式船闸闸室移动模机控制方法。本发明可增强模架结构的稳定性、提高模板安装精度和模架控制水平。
Large-cantilever assembly type ship lock chamber moving die machine
大悬臂装配式船闸闸室移动模机
SU YING (Autor:in) / QIAN YELIN (Autor:in) / YU MENG (Autor:in) / ZHENG JINHUI (Autor:in) / LI JIANCHENG (Autor:in) / LIU CHUNMEI (Autor:in) / SONG GUOQING (Autor:in) / LI CHANGCHUN (Autor:in) / CAO TINGTING (Autor:in) / WU QIYUAN (Autor:in)
07.06.2024
Patent
Elektronische Ressource
Chinesisch
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