Omni-directional movable anti-explosion electric-driven high-altitude operation equipment

Abstract

The invention discloses omni-directional movable anti-explosion electrically-driven high-altitude operation equipment which comprises a vehicle body system, and an auxiliary wheel lifting system, an electrical system, a hydraulic system, a high-altitude platform lifting system and a driving and steering system which are arranged on the vehicle body system, meanwhile, the Mecanum wheels and servo motor independent driving, multi-layer electrical interlocking control and auxiliary wheel transfer technologies are adopted, a special three-mast lifting mechanism is integrated, an integral type self-locking and lifting guardrail is adopted, and the composite explosion-proof technology is adopted, so that the advantages of being low in gravity center, compact in structure, small in appearance size, capable of moving in all directions, good in narrow passage performance, excellent in explosion-proof performance and the like are achieved; the device is particularly suitable for conveying workers and tools to a high place for high-altitude operation in a narrow and flat working place; the device has the advantages of being convenient to use, high in convenience, fast in transfer and high in emergency guarantee efficiency.

Description

technical field [0001] The invention relates to the technical field of construction machinery equipment, in particular to an omnidirectional mobile explosion-proof electric drive high-altitude operation equipment. Background technique [0002] The high-altitude operation equipment is used for the installation, inspection and maintenance of high-altitude equipment in workshops, indoors and other spaces. The existing high-altitude operation equipment has the following deficiencies: [0003] 1. Using ordinary wheels, relying on steering wheels to adjust the working direction and position, especially when working in a narrow special-shaped space, not only the position adjustment is cumbersome and inefficient, but also the space accessibility is not enough; [0004] 2. Only when the supporting legs are opened can the space work be raised, or at a lower height (less than 2 meters) the outriggers can not be extended to work, and for a slightly higher working height (such as greater...

AI Technical Summary

Problems solved by technology

[0003] 1. Using ordinary wheels, relying on steering wheels to adjust the working direction and position, especially when working in a narrow special-shaped space, not only the position adjustment is cumbersome and inefficient, but also the space accessibility is not enough;

[0004] 2. Only when the supporting legs are opened can the space work be raised, or at a lower height (less than 2 meters) the outriggers can not be extended to work, and for a slightly higher working height (such as greater than 2 meters, less than 5 meters) Height range), it is also necessary to open the outriggers before working. When it is necessary to adjust the working position, the outriggers must be retracted first and then transferred, and the operating efficiency is low;

[0005] 3. The overall size of the equipment is too large. For the case where it is required to pass through narrow and height-limited doors, the operating height is limited, which cannot meet the ultra-high operating requirements;

[0006] 4. There are products with omnidirectional wheels, which are generally powered by commercial power or batteries. When the power supply of the platform system fails, it is difficult to move the whole vehicle and the emergency support capability is insufficient;

[0007] 5. For special occasions, the explosion-proof performance of the equipment generally does not meet the requirements

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