A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Method and device for conducting high-rise building construction through hydraulic jacking assemblies
The invention discloses a method and a device for performing high-rise building construction by adopting hydraulic jacking assemblies, which are characterized in that a group of hydraulic jacking assemblies are respectively mounted on outer walls on two symmetrical sides of a building, a rail is mounted at the top of each hydraulic jacking assembly, a portal crane is mounted at the top of each rail, and winches are respectively arranged at two ends of a cross beam of each portal crane. Vertical transportation of building materials is achieved through the winches, and horizontal transportation of the building materials is achieved through movement of the portal cranes on the rails. Two-side hoisting can be achieved simultaneously, the construction period is shortened, and the hoisting efficiency is improved. Hoisting points are flexible in arrangement, and roads on the two sides of the building can be hoisted. Horizontal and vertical material lifting is achieved through one set of equipment, the labor cost is reduced, and the construction cost is saved. Intelligent self-lifting can be carried out, the device is attached to a wall, and the stability and integrity are higher.
本发明公开了一种采用液压顶升组件进行高层建筑施工的方法及装置，本发明是在建筑物对称两侧的外墙上分别安装一组液压顶升组件，并在液压顶升组件顶部安装轨道，轨道顶部安装门式起重机，在门式起重机的横梁两端分别安装卷扬机；通过卷扬机实现建筑材料的垂直运输，通过门式起重机在轨道上的移动实现建筑材料的水平运输。本发明可同时两边吊装，节约工期，提高吊装效率。吊点布置灵活，建筑两侧道路都可以进行吊运。实现了一套设备实现水平、垂直物料提升，减少人工成本，节省施工成本。可进行智能化自提升，附着于墙体，稳定性与整体性更高。
Method and device for conducting high-rise building construction through hydraulic jacking assemblies
The invention discloses a method and a device for performing high-rise building construction by adopting hydraulic jacking assemblies, which are characterized in that a group of hydraulic jacking assemblies are respectively mounted on outer walls on two symmetrical sides of a building, a rail is mounted at the top of each hydraulic jacking assembly, a portal crane is mounted at the top of each rail, and winches are respectively arranged at two ends of a cross beam of each portal crane. Vertical transportation of building materials is achieved through the winches, and horizontal transportation of the building materials is achieved through movement of the portal cranes on the rails. Two-side hoisting can be achieved simultaneously, the construction period is shortened, and the hoisting efficiency is improved. Hoisting points are flexible in arrangement, and roads on the two sides of the building can be hoisted. Horizontal and vertical material lifting is achieved through one set of equipment, the labor cost is reduced, and the construction cost is saved. Intelligent self-lifting can be carried out, the device is attached to a wall, and the stability and integrity are higher.
本发明公开了一种采用液压顶升组件进行高层建筑施工的方法及装置，本发明是在建筑物对称两侧的外墙上分别安装一组液压顶升组件，并在液压顶升组件顶部安装轨道，轨道顶部安装门式起重机，在门式起重机的横梁两端分别安装卷扬机；通过卷扬机实现建筑材料的垂直运输，通过门式起重机在轨道上的移动实现建筑材料的水平运输。本发明可同时两边吊装，节约工期，提高吊装效率。吊点布置灵活，建筑两侧道路都可以进行吊运。实现了一套设备实现水平、垂直物料提升，减少人工成本，节省施工成本。可进行智能化自提升，附着于墙体，稳定性与整体性更高。
Method and device for conducting high-rise building construction through hydraulic jacking assemblies
采用液压顶升组件进行高层建筑施工的方法及装置
HU JUN (author) / YANG CHENG (author) / OUYANG HAO (author)
2021-07-20
Patent
Electronic Resource
Chinese
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