High-rise building construction system and installation method thereof

Abstract

A high-rise building construction system and its installation and use method, wherein: the high-rise building construction system includes a self-climbing support subsystem, a fixed track truss subsystem and a mobile truss operation subsystem, and the fixed track truss subsystem is installed on the self-climbing support subsystem In the above, the mobile truss operation subsystem is installed on the fixed track truss subsystem, so as to build a rectangular area construction system above the high-rise building. Using this system, it can meet the requirements of lifting and transportation of building materials and building components during the construction of high-rise buildings. and construction requirements, it is not necessary to build many tower cranes, and the entire system and each specific operating device can be uniformly dispatched and intelligently managed through computer program control and network IoT, so as to realize the automation and intelligence of building construction and reduce on-site construction personnel. , Improve work efficiency and improve the working environment. The invention has unique design idea, good adaptability and expansibility, can work all-weather, and has great popularization and application value.

Description

technical field [0001] The invention relates to a high-rise building construction system and an installation and use method thereof, belonging to the technical field of construction engineering equipment manufacturing and its installation and use method. Background technique [0002] With the development of urban construction, there are more and more high-rise buildings and more and more architectural forms. At this stage, the construction industry not only retains the traditional cast-in-place reinforced concrete structure buildings, but also because of prefabricated buildings, especially fully assembled buildings. As an important way to promote building industrialization, cast-in-place buildings have great advantages over cast-in-place construction in terms of saving resources, reducing energy consumption, protecting the environment, and improving building quality, and will be one of the main forms of future buildings. [0003] In the construction process of existing high-...

AI Technical Summary

Problems solved by technology

[0004] Although in recent years, due to the development of industry and science and technology, various construction machinery has been updated quickly, which has greatly improved work efficiency, but the main body of many construction operations still relies on manual work, requiring a large number of construction personnel to work on site and in an open-air environment. Among them, it is greatly affected by the natural environment, and with the improvement of living standards, people have higher requirements for the working environment. More and more people are discouraged, and the shortage of workers in the construction industry is becoming more and more serious. The traditional construction methods can no longer meet the development requirements of the construction industry. There is an urgent need for technological innovation in construction methods in order to ensure construction quality and improve construction efficiency. Under the premise of reducing the number of on-site construction workers and improving the working environment of construction

[0005] In the construction process of high-rise buildings, the lifting and transportation of building materials and building components are all completed by tower cranes. In order to meet the construction needs, it is usually necessary to build multiple tower cranes around the building. Each tower crane works independently and requires construction personnel. On-site operation command, the construction site is relatively chaotic, it is not easy to carry out unified scheduling, and it is not easy to realize automatic and intelligent construction through computer program control and network IoT

Images