Large-dip-angle main tower integrated tower building device

Abstract

The invention discloses a large-dip-angle main tower integrated tower building device which comprises a climbing system, a bearing platform, template sliding trusses, a template automatic position adjusting bracket, a template system, a distributing system and a curing system, wherein the climbing system is arranged on tower building concrete; the bearing platform is arranged on the climbing system; the tower building concrete is surrounded by the sliding platform and the bearing platform, and the sliding platform is arranged to be capable of moving in the longitudinal direction and the transverse direction; the template sliding trusses are arranged on the sliding platforms and the bearing platforms respectively; the angle of the template automatic position adjusting bracket can be adjusted; the template system is used for mounting and fixing a template and adjusting the angle of the template through the template automatic position adjusting bracket; the distributing system is used fordistributing the concrete to-be-poured cavity formed by the template system; and the curing system is used for curing the concrete. According to the device, the number of operators can be reduced, the construction environment and the construction efficiency are improved, and the number of embedded parts can be reduced under the condition of large-dip-angle leaning tower construction.

Description

Technical field [0001] The invention relates to the technical field of bridge construction structures. More specifically, the present invention relates to an integrated tower construction device for a large inclined main tower. Background technique [0002] Conventional bridge tower construction generally adopts top form system, lifting form system or climbing form system, etc. The requirements for personnel operation level and supporting construction equipment performance are relatively low, but there are poor adaptability, small bearing capacity, and low construction efficiency. , High maintenance cost and other shortcomings, also can not achieve automatic mold opening and closing functions. [0003] Although a multi-functional integrated tower building device has been developed and its carrying capacity has been improved, due to the complex design of the equipment, its adaptability and compatibility are not high, different structures are designed for different tower types, and ...

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Problems solved by technology

[0002] Conventional bridge tower construction generally adopts top formwork system, lifting formwork system or climbing formwork system for construction, which has relatively low requirements for personnel operation level and supporting construction equipment performance, but has poor adaptability, small bearing capacity and low construction efficiency. , high maintenance costs and other disadvantages, and it is impossible to realize functions such as automatic mold opening and closing

[0003] Although a multi-functional integrated tower building device has been developed, and the bearing capacity has also been improved, due to the complex design of the equipment, the adaptability and compatibility are not high, different structures need to be designed for different tower types, and at the same time, it cannot meet the needs of large inclination angles. Tower Construction Requirements

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