Vertical transportation device in whole construction and operation process of high-rise building and method thereof

Abstract

The invention discloses a vertical transportation device in the whole construction and operation process of a high-rise building and a method thereof. The vertical transportation device comprises a control room, a steel rope, a steel rope extension driving device, outer sleeve units, a lifting device, a balance weight and a lifting bin; the number of the outer sleeve units is equal to the number of floors of the high-rise building, and the height of each outer sleeve unit is equal to the floor height of the high-rise building; flange plates are arranged on the peripheries of the top and the bottom of each outer sleeve unit, and each outer sleeve unit is formed by splicing two semicircular pipes; door openings are formed in the splicing portions; each flange connecting part and the floor slab of the corresponding floor are formed into a whole through pouring; and the lifting device is arranged on the outer side of the outer sleeve units in a sleeving mode and used for erecting the outersleeve units upwards layer by layer. The vertical transportation device is arranged in the high-rise building, can resist the influences of extreme weather such as ice, snow, wind and rain, can realize vertical transportation in the construction process, changes along with the change of floors of the high-rise building, gives consideration to the whole process of building and operation, saves building materials, is safe and economic, and is worthy of wide popularization and application.

Description

technical field [0001] The invention relates to a vertical transportation device, in particular to a vertical transportation device and method in the whole process of high-rise building construction and operation. Background technique [0002] During the entire construction process of a high-rise building, from the excavation of the foundation to the final completion of the project, it is inevitable to transport building materials, construction machinery and personnel vertically to its construction floor. [0003] During the construction process, the traditional outdoor vertical transportation equipment is usually a single cantilever structure, which lacks corresponding protection and early warning devices, and is exposed to the outdoor environment. When the main body of the transport equipment rises to a certain height, due to unstable foundation, improper installation and operation, or the influence of extreme weather such as ice, snow, wind and rain, it is easy to cause t...

AI Technical Summary

Problems solved by technology

[0004] 1. The cantilever structure equipment is still exposed to the outdoor environment and will be affected by extreme weather, so the safety of the vertical transportation device cannot be absolutely guaranteed

[0005] 2. Numerous reinforcement measures will inevitably increase the construction cost, and the entire equipment needs to be dismantled after the construction is completed, so it cannot be used continuously

In addition, the method of deep excavation of the foundation may also cause potential safety hazards to the foundation of the high-rise building under construction.

[0006] At present, the traditional indoor vertical transportation equipment is installed after the construction of the high-rise building is completed, and the transportation device in the construction process is not reasonably used, resulting in unnecessary waste

In addition, the installation height of the indoor vertical transport equipment is determined by the actual building height and cannot change with the height of the high-rise building

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