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A platform for research: civil engineering, architecture and urbanism
Automatic guardrail trolley control method and system
The invention provides an automatic guardrail trolley control method, which belongs to a method special for erecting or assembling a bridge, and comprises the following steps of: width adjustment: adjusting the total length of a portal cross beam according to the construction design widths of guardrails on two sides, so that a template device is aligned to the construction design positions of the guardrails on the front view surface projection; vehicle positioning: moving a portal frame to enable the template device to be located at the expected construction position of the guardrails in the next period; template positioning: moving the template device through an electric control telescopic rod to align the lower end of the template device; mold closing: moving an action point of the template device through the electric control telescopic rod to enable the template device to form a guardrail design shape; pouring: specifically, casting concrete in place in a pouring area of the template device; and mold stripping. The full-automatic control over a full-electric-control guardrail trolley can be achieved, the requirement for field personnel is effectively lowered, and the unmanned operation is achieved; an automatic operation process is greatly conveniently arranged according to actual requirements, and the guardrail construction efficiency is greatly improved.
本发明提供了一种自动护栏台车控制方法，属于专用于架设或装配桥梁的方法，包含如下步骤：宽度调节：根据两侧护栏施工设计宽度，调整门架横梁的总长，使模板装置在正视面投影上正对护栏施工设计位置；车定位：移动门架使得模板装置位于下一周期的护栏预期施工位置上；模板定位：通过电控伸缩杆移动模板装置，使模板装置下端对准；合模：通过电控伸缩杆移动模板装置的动作点，使模板装置构成护栏设计形状；浇筑：对模板装置的浇筑区内现浇混凝土；拆模。本发明可实现全电控护栏台车的全自动化控制，有效降低对现场人员的需求，实现无人操作；极大的便于根据实际需求安排自动化作业流程，大幅提高护栏施工效率。
Automatic guardrail trolley control method and system
The invention provides an automatic guardrail trolley control method, which belongs to a method special for erecting or assembling a bridge, and comprises the following steps of: width adjustment: adjusting the total length of a portal cross beam according to the construction design widths of guardrails on two sides, so that a template device is aligned to the construction design positions of the guardrails on the front view surface projection; vehicle positioning: moving a portal frame to enable the template device to be located at the expected construction position of the guardrails in the next period; template positioning: moving the template device through an electric control telescopic rod to align the lower end of the template device; mold closing: moving an action point of the template device through the electric control telescopic rod to enable the template device to form a guardrail design shape; pouring: specifically, casting concrete in place in a pouring area of the template device; and mold stripping. The full-automatic control over a full-electric-control guardrail trolley can be achieved, the requirement for field personnel is effectively lowered, and the unmanned operation is achieved; an automatic operation process is greatly conveniently arranged according to actual requirements, and the guardrail construction efficiency is greatly improved.
本发明提供了一种自动护栏台车控制方法，属于专用于架设或装配桥梁的方法，包含如下步骤：宽度调节：根据两侧护栏施工设计宽度，调整门架横梁的总长，使模板装置在正视面投影上正对护栏施工设计位置；车定位：移动门架使得模板装置位于下一周期的护栏预期施工位置上；模板定位：通过电控伸缩杆移动模板装置，使模板装置下端对准；合模：通过电控伸缩杆移动模板装置的动作点，使模板装置构成护栏设计形状；浇筑：对模板装置的浇筑区内现浇混凝土；拆模。本发明可实现全电控护栏台车的全自动化控制，有效降低对现场人员的需求，实现无人操作；极大的便于根据实际需求安排自动化作业流程，大幅提高护栏施工效率。
Automatic guardrail trolley control method and system
一种自动护栏台车控制方法及系统
XU WENMING (author) / YANG QING (author) / SHI XUEJIAO (author) / ZHANG JINGXUAN (author)
2021-04-06
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Guardrail trolley template system control method and system
| European Patent Office | 2021