Operating platform system used for high-rise building robot

Abstract

An operating platform system used for a high-rise building robot comprises suspension mechanisms and an aerial work platform. The suspension mechanisms are used for being fixedly arranged on the top of a building and responsible for the suspension work of the aerial work platform, and the aerial work platform is connected with the suspension mechanisms through suspension ropes and comprises a platform body, an elevator, a shock absorber and the hanging ropes. The platform body comprises a bottom plate, guardrails and a robot installation base.

Description

technical field [0001] The invention relates to a working platform technology for a high-altitude building robot, in particular to a working platform suitable for working on the outer wall of a high-altitude building. Background technique [0002] There have been many engineering examples of building exterior wall decoration robots at home and abroad. However, due to the heavy weight and concentrated load of the robot on the exterior wall of high-altitude buildings, it is difficult for the existing high-altitude hanging basket to meet its use requirements. [0003] Chinese patent CN103924777A provides a special suspension platform for building exterior wall decoration construction. Although a suction cup is used to relatively fix the decorative wall surface, this platform is only suitable for manual construction mode, and its load capacity and stability are not applicable. It is used to suspend the robot on the exterior wall of the building. Especially when two-point suspe...

AI Technical Summary

Problems solved by technology

However, due to the heavy weight and concentrated load of the robot on the outer wall of high-altitude buildings, it is difficult for the existing high-altitude hanging basket to meet its use requirements.

[0003] Chinese patent CN103924777A provides a special suspension platform for building exterior wall decoration construction. Although a suction cup is used to relatively fix the decorative wall surface, this platform is only suitable for manual construction mode, and its load capacity and stability are not applicable. Robots for suspending building exterior walls

Especially when two-point suspension is used, its stability is poor, and it is easy to overturn when the load distribution is uneven

If a lifting device such as a spider car is used, although the problem of robot load concentration can be solved, its lifting height is low and its bearing capacity is small, so it is difficult to meet the installation requirements for large-scale panels in the exterior wall decoration of high-altitude buildings.

Moreover, due to the complex environment of high-rise building exterior wall decoration, high-altitude wind load, installation robot movement, staff movement, etc. will cause the platform to vibrate, thus affecting the installation accuracy of the robot.

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