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Intelligent attaching lifting scaffold equipment for cambered super high-rise building and construction method

A technology attached to lifting and construction methods, which is applied to the scaffolding supported by the house structure, buildings, building structures, etc., can solve the problems that cannot meet the construction needs of modern super high-rise buildings with various facade changes, and achieve safety and security. Meet the construction needs and ensure the effect of construction safety

Active Publication Date: 2017-07-18
CONSTR & INSTALLATION ENG THE THIRD ENG GROUP OF CHINA RAILWAY +1
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  • Application Information

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Problems solved by technology

[0008] In order to solve the problem that traditional steel pipe cantilevered scaffolding and attached lifting scaffolding can no longer meet the construction needs of modern super high-rise buildings with varied facades, the present invention provides an intelligent attached lifting scaffolding equipment and construction method for curved super high-rise buildings

Method used

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  • Intelligent attaching lifting scaffold equipment for cambered super high-rise building and construction method
  • Intelligent attaching lifting scaffold equipment for cambered super high-rise building and construction method
  • Intelligent attaching lifting scaffold equipment for cambered super high-rise building and construction method

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Embodiment

[0097] Project overview: The Science and Technology Research and Development Center Project of China Railway Third Bureau is located in the center of Taiyuan. The project has 38 floors above the ground and 2 floors underground. The surface is variable, and the dimensions of the outer edges of each floor are different. The first floor is an octagon, and the thirty-eighth floor is a quadrangle. The size of the corner gradually decreases, from 13.5m on the first floor to 2.4m, and the size of the front facade gradually increases; the outer edges of each floor are different, and the building area of ​​the 14th floor is the largest (1667m 2 ), the building area of ​​38 floors is the smallest (1402m 2 ). The climbing angles of the east, south, west and north facades are: (1-4 floors) 96°→90° (13-16 floors)→85° (35-38 floors); the four corner facades The climbing angle is 96° (floor 1-4) → 93° (floor 13-16) → 90° (floor 35-38). The outer dimensions of each layer of the project are...

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Abstract

The invention provides intelligent attaching lifting scaffold equipment for a cambered super high-rise building and a construction method. The problem that a traditional steel tube cantilever scaffold and attaching type lifting scaffold cannot meet construction requirements of the modern super high-rise building with various external vertical faces is solved. The equipment comprises a climbing frame and a plurality of ground climbing frames, each ground climbing frame comprises first ground climbing beams used for climbing up of the climbing frame and second ground climbing beams used for angle adjustment, and the first ground climbing beams and the second ground climbing beams are the same in structure and arranged on a main body structure plate in a spaced mode. The construction method comprises a climbing frame mounting method, a climbing frame climbing-up method, a climbing frame angle adjustment method and a climbing frame detaching method. Climbing up and angle adjustment of the attaching type lifting scaffold equipment are improved through two sets of different systems correspondingly; when climbing up is needed, the first ground climbing beams and a climbing guiding rail are adopted for achievement; when angle adjustment is needed, the second ground climbing beams, vertical rods and hydraulic oil cylinders are adopted for achievement; and climbing up and angle adjustment are not interfered with each other, and each set of system can meet the stress requirement.

Description

technical field [0001] The invention relates to the field of building construction, in particular to intelligent attachment lifting scaffolding equipment and a construction method for curved super high-rise buildings. [0002] technical background [0003] With the development of society, super high-rise buildings have sprung up like mushrooms after a spring rain. The designer's vision has gradually shifted from the simple height requirement of the building to the pursuit of the overall shape of the building, especially the novelty and variability of the building shape. It brings great difficulties to the facade protection during super high-rise construction. Traditional steel pipe cantilevered scaffolding and traditional attached elevating scaffolding can no longer meet the construction needs of modern super high-rise buildings with varied facades. In the future, as landmark buildings, more curved surface designs will be used. As far as the prior art is concerned, there is ...

Claims

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Application Information

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IPC IPC(8): E04G3/30E04G3/32
CPCE04G3/30E04G3/32E04G2003/286Y02B50/00
Inventor 岳志军王志强桑明辉石建彬闫军红姚立志徐建陇张之纯贺凯秦帅赵晶文薛德民杨枭雄张亚娟谢壮
Owner CONSTR & INSTALLATION ENG THE THIRD ENG GROUP OF CHINA RAILWAY
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