Emergency disposal equipment and use method thereof for integral lifting aerial corridor between ultra-high group towers

Abstract

The invention relates to the field of constructional engineering, and particularly discloses emergency disposal equipment for integral lifting an aerial corridor between ultra-high group towers. The emergency disposal equipment comprises a rail, a first sliding device, a second sliding device and an auxiliary hoisting mechanism; a jacking mechanism is arranged on the second sliding device, and thefirst sliding device is movably arranged on the jacking mechanism; the rail comprises a main rail body and two auxiliary rail bodies, the auxiliary rail bodies are arranged on the two sides of an outer frame column and integrally formed with the main rail body, a main sliding groove is vertically formed in the main rail body, and the first sliding device is arranged in the main sliding groove ina sliding mode; and auxiliary sliding grooves are horizontally formed in the multiple auxiliary rail bodies, the auxiliary sliding grooves are vertically in communication with a vertical sliding groove, the vertical sliding groove penetrates through the main rail body and the auxiliary rail bodies, and the second sliding device can move upwards in the vertical sliding groove after moving to the vertical sliding groove. According to the emergency disposal equipment, the problem of emergency disposal in the lifting process of the aerial corridor between the ultra-high group towers can be solved.

Description

technical field [0001] The invention relates to the field of construction engineering, and specifically discloses emergency treatment equipment and a use method for integrally lifting aerial corridors between ultra-high group towers. Background technique [0002] Air corridor refers to a kind of air corridor used to connect adjacent building structures, and the air corridor is generally connected to adjacent building structures. During the construction of the aerial corridor, hoisting equipment is usually used to gradually lift the steel structure of the aerial corridor upwards as a whole, and then connect with the surrounding structures after the steel structure is in place. For the aerial corridors between super-high group towers, if the aerial corridors are constructed as a whole, it is particularly special, which is specifically reflected in: 1) The wind environment between super-high group towers is complex and difficult to control. High requirements; 2) The lifting pr...

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Problems solved by technology

[0003] In view of this, the object of the present invention is to provide emergency treatment equipment and methods for the overall lifting of aerial corridors between ultra-high group towers, so as to solve the problem of sudden shaking of aerial corridors and even collisions with surrounding building structures under unexpected circumstances, and emergency response to lifting equipment failures. Technical issues such as layer stop processing

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