An integrated construction platform system integrating self-supporting tower crane and formwork

Abstract

The invention discloses a self-standing tower crane and formwork integrated construction platform system. The self-standing tower crane and formwork integrated construction platform system comprises self-standing tower cranes, a steel frame device, supporting power devices, lateral resisting devices and leveling devices; the steel frame device comprises a frame platform and frame columns, and each frame column is installed on the wall body of the periphery of a core tube through the corresponding supporting power device; each supporting power device comprises a micro-convex fulcrum mechanism, an upper support frame, a lower support frame, a switchover stand column mechanism and a power mechanism, the micro-convex fulcrum devices are fixedly installed on the wall bodies of the peripheries of the core tubes, the upper support frames and the lower support frames are arranged on the upper portions and the lower portions of the micro-convex fulcrum devices in a hanging mode respectively, the switchover stand column mechanisms are put on the upper support frames, the upper portions of the power mechanisms are installed on the switchover stand column mechanisms, and the lower portions of the power mechanisms are fixedly connected with the lower support frames. According to the self-standing tower crane and formwork integrated construction platform system, a formwork and the tower cranes can be made to form an integrated structure, overall lifting is achieved, and the safety and the stability of the whole formwork during operation of the tower cranes are guaranteed.

Description

technical field [0001] The invention belongs to the technical field of super high-rise building construction, and in particular relates to an integrated construction platform system in which a self-supporting tower crane and a formwork are integrated. Background technique [0002] In the construction of super high-rise buildings, the formwork system used for core tube construction and the crane used for vertical transportation belong to two different systems, and each climbs up with the construction process. During the use of the system, it is very easy to conflict with the tower crane. In addition, because the two are respectively supported on the core tube wall, and the super high-rise core tube wall often shrinks and inclines with the increase of the storey height, the support point of the formwork is very likely to conflict with the support point of the tower crane. The choice is not easy. Moreover, the current boom-type tower crane usually adopts the support form of i...

AI Technical Summary

Problems solved by technology

[0002] In the construction of super high-rise buildings, the formwork system used for core tube construction and the crane used for vertical transportation belong to two different systems, and each climbs up with the construction process. During the use of the system, it is very easy to conflict with the tower crane

In addition, because the two are respectively supported on the core tube wall, and the super high-rise core tube wall often shrinks and inclines with the increase of the storey height, the support point of the formwork is very likely to conflict with the support point of the tower crane. difficult choice

Moreover, the current boom-type tower crane usually adopts the support form of internal lift and external suspension. During the climbing process of the tower crane, the transfer of the support beam and the welding of support components such as lug plates take a lot of time and are used for pre-embedded The cost of measures such as parts and support frames increases the cost

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