Multifunctional self-climbing type hoisting extensible working platform

Abstract

The invention belongs to the technical field of high altitude building construction equipment and discloses a multifunctional self-climbing type hoisting extensible working platform. The multifunctional self-climbing type hoisting extensible working platform comprises a working platform body, an upper supporting frame, a lower supporting frame, locking mechanisms, a lifting mechanism and a hosting mechanism. The upper supporting frame is arranged above the lower supporting frame. The working platform body is fixed to the upper portion of the upper supporting frame. The upper supporting frame and the lower supporting frame are connected through the lifting mechanism. The multiple locking mechanisms are arranged on the upper supporting frame and the lower supporting frame respectively. Each locking mechanism is composed of a locking body and a horizontally arranged locking telescopic mechanism, wherein one end of the locking telescopic mechanism is hinged to the upper supporting frame or the lower supporting frame; the other end of the locking telescopic mechanism is hinged to the locking body. Transverse moving tracks are arranged on the upper supporting frame and the lower supporting frame. The locking bodies are arranged inside the transverse moving tracks and can move transversely in the transverse moving tracks. The inner ends of the locking bodies are locking faces. The hoisting mechanism is fixed to the upper supporting frame or the lower supporting frame.

Description

technical field [0001] The invention belongs to the technical field of high-altitude building construction equipment, and in particular relates to a multifunctional self-climbing lifting and extensible working platform. The working platform is mainly used in various types of high-altitude buildings with cylindrical facades, such as wind turbines, chimneys and other high-altitude buildings, such as the maintenance of the outer surface and the top of the high-altitude buildings and lifting operations for parts replacement. Background technique [0002] With the development of high-altitude buildings, there are more and more buildings with cylindrical facades, but the maintenance and repair equipment for high-altitude buildings with cylindrical facades is extremely short. Taking wind power generators as an example, wind power generators are developing rapidly. There is a lack of special construction equipment for the maintenance of the inside and outside of the ultra-high large...

AI Technical Summary

Problems solved by technology

There is a lack of special construction equipment for the maintenance of the inside and outside of the ultra-high large-scale wind turbine tower, the nacelle and the blades. A large number of imported equipment is used in the construction, or replaced by traditional construction equipment with a low safety factor and low work efficiency, which seriously affects my country's ultra-high The improvement of the technical level of construction equipment has hindered the supporting development of the ultra-high building construction industry

Maintenance and repair of ultra-high buildings, repair and replacement of large-scale wind power equipment parts and other supporting professional equipment technologies are still blank in China

However, the contradiction between the amount of maintenance work and maintenance equipment that has been presented year by year continues to intensify, which will eventually restrict the healthy development of my country's wind power energy.

For this purpose, a multi-functional self-climbing lifting and extending working platform is designed to solve the problems of the actual high-altitude buildings with cylindrical facades, various wind power generators, large wind power equipment, and chimney maintenance and parts replacement.

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