A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Formwork applied to special-shaped cable bent tower
The invention relates to a formwork applied to a special-shaped cable bent tower, which comprises a creeping formwork unit, the creeping formwork unit comprises a guide rail used for being connected to the outer wall of a poured tower column, a bearing frame is erected on the guide rail, a formwork is arranged at the top of the bearing frame, and a plurality of inclined supporting rods which are connected with the formwork and enable the formwork to horizontally move and turn over are arranged at the top of the bearing frame; and the optical correction unit comprises an infrared transceiver and a reflector, the infrared transceiver and the reflector are respectively fixed on the bearing frame and the mold frame, and the infrared transceiver transmits infrared rays to the reflector and receives the infrared rays reflected by the reflector so as to judge the posture of the mold frame to accurately adjust the position of the mold frame. In addition, the creeping formwork unit is combined with an optical correction unit to automatically correct the position and angle of the formwork, the creeping formwork unit can be suitable for different sections of the special-shaped cable bent tower, the problem of multiple times of adjustment during manual operation can be solved, formwork splicing is faster, and then the construction efficiency of the cable bent tower can be improved.
本申请涉及一种应用于异形索塔的模板，包括：爬模单元，该爬模单元包括用于连接在已浇筑塔柱外壁的导轨，在导轨上架设有承重架，承重架的顶部设有模架，在承重架的顶部设有与模架连接并使模架水平移动以及翻转的多根斜撑杆；光学校正单元，该光学校正单元包括红外收发器和反射器，红外收发器和反射器分别固定在承重架和模架上，红外收发器向反射器发射红外线并接收反射器反射回的红外线，以判断模架的姿态来准确调整模架的位置。本申请的爬模单元还结合了光学校正单元对模板的位置和角度进行自动校正，不仅能够适用于异形索塔的不同截面，还能减少人为操作时的多次调节问题，使模板拼装更为快速，进而能够提升索塔的建造效率。
Formwork applied to special-shaped cable bent tower
The invention relates to a formwork applied to a special-shaped cable bent tower, which comprises a creeping formwork unit, the creeping formwork unit comprises a guide rail used for being connected to the outer wall of a poured tower column, a bearing frame is erected on the guide rail, a formwork is arranged at the top of the bearing frame, and a plurality of inclined supporting rods which are connected with the formwork and enable the formwork to horizontally move and turn over are arranged at the top of the bearing frame; and the optical correction unit comprises an infrared transceiver and a reflector, the infrared transceiver and the reflector are respectively fixed on the bearing frame and the mold frame, and the infrared transceiver transmits infrared rays to the reflector and receives the infrared rays reflected by the reflector so as to judge the posture of the mold frame to accurately adjust the position of the mold frame. In addition, the creeping formwork unit is combined with an optical correction unit to automatically correct the position and angle of the formwork, the creeping formwork unit can be suitable for different sections of the special-shaped cable bent tower, the problem of multiple times of adjustment during manual operation can be solved, formwork splicing is faster, and then the construction efficiency of the cable bent tower can be improved.
本申请涉及一种应用于异形索塔的模板，包括：爬模单元，该爬模单元包括用于连接在已浇筑塔柱外壁的导轨，在导轨上架设有承重架，承重架的顶部设有模架，在承重架的顶部设有与模架连接并使模架水平移动以及翻转的多根斜撑杆；光学校正单元，该光学校正单元包括红外收发器和反射器，红外收发器和反射器分别固定在承重架和模架上，红外收发器向反射器发射红外线并接收反射器反射回的红外线，以判断模架的姿态来准确调整模架的位置。本申请的爬模单元还结合了光学校正单元对模板的位置和角度进行自动校正，不仅能够适用于异形索塔的不同截面，还能减少人为操作时的多次调节问题，使模板拼装更为快速，进而能够提升索塔的建造效率。
Formwork applied to special-shaped cable bent tower
一种应用于异形索塔的模板
LIU HONGDA (author) / DING WENJUN (author) / JIA WEIJUN (author) / DAI QIANGBO (author) / MIAO YULU (author) / ZOU GUAN (author) / NAN PAN (author) / WANG CHONGAI (author) / WU CHENGLONG (author) / JIANG JIZHOU (author)
2024-05-28
Patent
Electronic Resource
Chinese
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