A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge pier column construction method
The invention belongs to the field of bridge construction, and particularly relates to a bridge pier column construction method. The thin film roll is wound on the outer surface of the pier column during rotation through rotation of the rotary winding part, meanwhile, the extrusion part applies different extrusion forces to the outer surface of the pier column through rotation of the rotary winding part, that is, a part of the rotary force is converted into the extrusion force to the pier column, and then the descending process of the rotary winding part is controlled; and the thin film roll can descend while rotating and winding the pier column, and the winding effect on the outer surface of the pier column is improved. The pier column maintenance efficiency is improved, and the thin film can be conveniently wound on the outer surface of the pier column from top to bottom.
本发明属于桥梁施工领域，具体涉及一种桥梁墩柱施工方法。本发明通过旋转缠绕部的旋转使得薄膜卷在旋转中缠绕墩柱外表面，同时利用旋转缠绕部的旋转使得挤压部施加不同的挤压力于墩柱的外表面，即通过将旋转力一部分转换为对墩柱的挤压力，进而使得旋转缠绕部的下降过程受到控制，使得薄膜卷能够边旋转缠绕墩柱边下降，提高了对墩柱外表面的缠绕效果。本发明提高了对墩柱保养效率，薄膜能够较为便捷的由上而下缠绕在墩柱的外表面。
Bridge pier column construction method
The invention belongs to the field of bridge construction, and particularly relates to a bridge pier column construction method. The thin film roll is wound on the outer surface of the pier column during rotation through rotation of the rotary winding part, meanwhile, the extrusion part applies different extrusion forces to the outer surface of the pier column through rotation of the rotary winding part, that is, a part of the rotary force is converted into the extrusion force to the pier column, and then the descending process of the rotary winding part is controlled; and the thin film roll can descend while rotating and winding the pier column, and the winding effect on the outer surface of the pier column is improved. The pier column maintenance efficiency is improved, and the thin film can be conveniently wound on the outer surface of the pier column from top to bottom.
本发明属于桥梁施工领域，具体涉及一种桥梁墩柱施工方法。本发明通过旋转缠绕部的旋转使得薄膜卷在旋转中缠绕墩柱外表面，同时利用旋转缠绕部的旋转使得挤压部施加不同的挤压力于墩柱的外表面，即通过将旋转力一部分转换为对墩柱的挤压力，进而使得旋转缠绕部的下降过程受到控制，使得薄膜卷能够边旋转缠绕墩柱边下降，提高了对墩柱外表面的缠绕效果。本发明提高了对墩柱保养效率，薄膜能够较为便捷的由上而下缠绕在墩柱的外表面。