A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Balancing alignment system of fabricated building hoisting equipment
The invention discloses a balancing and aligning system of assembly type building hoisting equipment, which comprises a composite floor slab for hoisting, a balancing regulator is assembled at the top of the composite floor slab, and a hoisting device is assembled at the top end of the balancing regulator. The hoisting system for the fabricated building is composed of the control system, the balancing system, the sensor integration system and the power supply system and used for hoisting large-plane components such as composite floor slabs of the fabricated building, and during hoisting, a hook at the bottom end of a hoisting steel cable is hung at the position of a hoisting device; the balance sensor is placed on the upper surface of the floor slab, then in the hoisting process, the sensor integration system is matched with calculation of the control system to obtain the flatness degree of the hoisted composite floor slab, then the lengths of the four hoisting steel cables are adjusted by adjusting rotation of the motor, and the problems that the hoisting process of existing hoisting equipment is troublesome, and the hoisting efficiency is high are effectively solved. And in the hoisting process, sudden wind power change causes deflection of the parts and the parts are easy to fall off, so that danger is caused.
本发明公开了一种装配式建筑吊装设备的配平对位系统，包括用于吊装的叠合楼板，在叠合楼板的顶部装配有配平调节器，配平调节器的顶端装配有吊装器，本发明设置了一种由控制系统、配平系统、传感器集成系统和供电系统构成的装配式建筑的吊装系统，用于装配式建筑的叠合楼板等大平面部件的吊装，在吊装时将吊装钢缆底端的挂钩挂在吊装器的位置，并将平衡传感器放置在楼板的上表面，随后在吊装的过程中传感器集成系统配合控制系统的计算得出吊装的叠合楼板的平整程度，进而通过调整电机的转动对四根吊装钢缆的长短进行调整，有效的解决了现有的吊装设备吊装过程麻烦，而且在吊装过程中，遇到突然的风力变化造成部件偏转容易掉落造成危险的问题。
Balancing alignment system of fabricated building hoisting equipment
The invention discloses a balancing and aligning system of assembly type building hoisting equipment, which comprises a composite floor slab for hoisting, a balancing regulator is assembled at the top of the composite floor slab, and a hoisting device is assembled at the top end of the balancing regulator. The hoisting system for the fabricated building is composed of the control system, the balancing system, the sensor integration system and the power supply system and used for hoisting large-plane components such as composite floor slabs of the fabricated building, and during hoisting, a hook at the bottom end of a hoisting steel cable is hung at the position of a hoisting device; the balance sensor is placed on the upper surface of the floor slab, then in the hoisting process, the sensor integration system is matched with calculation of the control system to obtain the flatness degree of the hoisted composite floor slab, then the lengths of the four hoisting steel cables are adjusted by adjusting rotation of the motor, and the problems that the hoisting process of existing hoisting equipment is troublesome, and the hoisting efficiency is high are effectively solved. And in the hoisting process, sudden wind power change causes deflection of the parts and the parts are easy to fall off, so that danger is caused.
本发明公开了一种装配式建筑吊装设备的配平对位系统，包括用于吊装的叠合楼板，在叠合楼板的顶部装配有配平调节器，配平调节器的顶端装配有吊装器，本发明设置了一种由控制系统、配平系统、传感器集成系统和供电系统构成的装配式建筑的吊装系统，用于装配式建筑的叠合楼板等大平面部件的吊装，在吊装时将吊装钢缆底端的挂钩挂在吊装器的位置，并将平衡传感器放置在楼板的上表面，随后在吊装的过程中传感器集成系统配合控制系统的计算得出吊装的叠合楼板的平整程度，进而通过调整电机的转动对四根吊装钢缆的长短进行调整，有效的解决了现有的吊装设备吊装过程麻烦，而且在吊装过程中，遇到突然的风力变化造成部件偏转容易掉落造成危险的问题。
Balancing alignment system of fabricated building hoisting equipment
一种装配式建筑吊装设备的配平对位系统
WANG HONGYIN (author) / LIU FENG (author) / GENG XINGLONG (author)
2022-11-25
Patent
Electronic Resource
Chinese
Hoisting device and hoisting method for fabricated building
| European Patent Office | 2024