Air pump telescopic type spatial overturning grabbing walking robot

Abstract

The invention discloses an air pump telescopic type spatial overturning grabbing walking robot, comprises a vertical overturning grabbing mechanism, a spatial overturning auxiliary mechanism and a walking robot chassis, wherein the spatial overturning auxiliary mechanism is arranged above the walking robot chassis in match, and the vertical overturning grabbing mechanism is connected to the spatial overturning auxiliary mechanism in match. The air pump telescopic type spatial overturning grabbing walking robot generally solves the technical requirements that the risk is high because the existing special rescue operation purely depends on the operation of rescuers by wearing protective equipment, the existing rescue mechanical equipment is complicated and heavy, and telescopic overturning grabbing operation by flexibly and freely walking in a space cannot be performed, effectively solves the problem of performing flexible telescopic overturning grabbing operation in a space condition with complicated dangerous special rescue operation environment, and meanwhile, effectively solves the problem of research and development spatial overturning grabbing operation equipment which can flexibly walk in a space condition with complicated dangerous special rescue operation environment, so as to reduce the life danger in manual emergency rescue operation.

Description

technical field [0001] The invention relates to an air pump telescopic space flip grab walking robot, which belongs to the technical field of special robot manufacturing. Background technique [0002] The existing special rescue operation environment is complicated, and it is highly dangerous to rely solely on rescuers wearing protective equipment. The existing rescue machinery and equipment are complex and heavy, and cannot flexibly perform telescopic, flipping and grabbing operations in the space. Therefore, it is necessary to base on the existing Advanced intelligent manufacturing technology develops air pump telescopic space flip grabbing walking robot, which effectively solves the problem of dexterous telescopic flip grab operation under the complex space conditions of dangerous special rescue operation environment, and effectively solves the complex space in dangerous special rescue operation environment The research and development of space flip auxiliary operation eq...

AI Technical Summary

Problems solved by technology

[0002] The existing special rescue operation environment is complicated, and it is highly dangerous to rely solely on rescuers wearing protective equipment. The existing rescue machinery and equipment are complex and heavy, and cannot flexibly perform telescopic, flipping and grabbing operations in the space. Therefore, it is necessary to base on the existing Advanced intelligent manufacturing technology develops air pump telescopic space flipping and grabbing walking robot, which effectively solves the dexterous telescopic flipping and grabbing operation under the complex space conditions of dangerous special rescue operation environment, and effectively solves the complex space in dangerous special rescue operation environment Research and development of space flip auxiliary operation equipment for dexterous walking in order to reduce the danger of life in manual emergency rescue operations

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