A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge tower concrete pouring system based on torpedo ladle and control method
The invention provides a bridge tower concrete pouring system based on torpedo ladles and a control method, the bridge tower concrete pouring system based on the torpedo ladles comprises a conveying track which circulates end to end, a plurality of torpedo ladle conveying systems are arranged on the conveying track, and the torpedo ladle conveying systems reciprocate along the conveying track; one position of the conveying track is close to the concrete stirring device and is used for enabling the torpedo ladle conveying system to receive concrete; the other position of the conveying track penetrates through the unloading tower; a hoisting bin is arranged on the discharging tower and used for receiving concrete of the torpedo ladle conveying system and moving the concrete to the outside of the discharging tower so that the concrete can be hoisted to the bin face through a tower crane to be poured. According to the invention, the conveying track, the unloading tower, the hoisting bin and the tower crane are organically integrated, so that the system can adapt to pouring construction in a complex pouring environment. And by adopting the end-to-end circulating conveying track, a plurality of torpedo ladle conveying systems can be simultaneously conveyed by adopting the conveying track, so that the construction efficiency is greatly improved.
本发明提供一种基于鱼雷罐的桥塔混凝土浇筑系统及控制方法，它包括首尾循环的输送轨道，在输送轨道上设有多个鱼雷罐输送系统，鱼雷罐输送系统沿着输送轨道往复运动；输送轨道的一个位置靠近混凝土搅拌装置，用于使鱼雷罐输送系统接收混凝土；输送轨道的另一个位置穿过卸料塔；在卸料塔设有吊装仓，吊装仓用于接收鱼雷罐输送系统的混凝土，并移动到卸料塔外供塔吊吊至仓面进行浇筑。本发明能够通过将输送轨道、卸料塔、吊装仓和塔吊进行有机整合，能够适应复杂浇筑环境下的浇筑施工。采用首尾循环的输送轨道，能够采用输送轨道同时运输多个鱼雷罐输送系统，大幅提高施工效率。
Bridge tower concrete pouring system based on torpedo ladle and control method
The invention provides a bridge tower concrete pouring system based on torpedo ladles and a control method, the bridge tower concrete pouring system based on the torpedo ladles comprises a conveying track which circulates end to end, a plurality of torpedo ladle conveying systems are arranged on the conveying track, and the torpedo ladle conveying systems reciprocate along the conveying track; one position of the conveying track is close to the concrete stirring device and is used for enabling the torpedo ladle conveying system to receive concrete; the other position of the conveying track penetrates through the unloading tower; a hoisting bin is arranged on the discharging tower and used for receiving concrete of the torpedo ladle conveying system and moving the concrete to the outside of the discharging tower so that the concrete can be hoisted to the bin face through a tower crane to be poured. According to the invention, the conveying track, the unloading tower, the hoisting bin and the tower crane are organically integrated, so that the system can adapt to pouring construction in a complex pouring environment. And by adopting the end-to-end circulating conveying track, a plurality of torpedo ladle conveying systems can be simultaneously conveyed by adopting the conveying track, so that the construction efficiency is greatly improved.
本发明提供一种基于鱼雷罐的桥塔混凝土浇筑系统及控制方法，它包括首尾循环的输送轨道，在输送轨道上设有多个鱼雷罐输送系统，鱼雷罐输送系统沿着输送轨道往复运动；输送轨道的一个位置靠近混凝土搅拌装置，用于使鱼雷罐输送系统接收混凝土；输送轨道的另一个位置穿过卸料塔；在卸料塔设有吊装仓，吊装仓用于接收鱼雷罐输送系统的混凝土，并移动到卸料塔外供塔吊吊至仓面进行浇筑。本发明能够通过将输送轨道、卸料塔、吊装仓和塔吊进行有机整合，能够适应复杂浇筑环境下的浇筑施工。采用首尾循环的输送轨道，能够采用输送轨道同时运输多个鱼雷罐输送系统，大幅提高施工效率。
Bridge tower concrete pouring system based on torpedo ladle and control method
基于鱼雷罐的桥塔混凝土浇筑系统及控制方法
LI YANG (author) / LI BAZHOU (author) / ZHAI BAOJIN (author) / WU KE (author) / ZHENG HEHUI (author) / YI HUI (author) / LI NING (author) / DI FEICHAO (author) / YUAN HANG (author) / SU YAN (author)
2023-05-02
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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