High-rise rapid escape device based on computer vision

Abstract

The invention provides a high-rise rapid escape device based on computer vision. The high-rise rapid escape device comprises a high-precision camera, a moving trolley, a buffer air cushion and a vision analysis driving controller. The high-precision camera collects images of high-rise falling objects in real time; the moving trolley collects surrounding environment information through a plurality of environment sensors and receives a driving instruction of the visual analysis driving controller through a plurality of stepping motors to move, so that the deployment position of a buffer air cushion carried by the moving trolley is updated. The visual analysis driving controller detects the image of the high-rise falling object in real time to identify the type and the current movement track of the high-rise falling object, predicts the future movement track of the high-rise falling object to obtain a final landing point, and controls the moving trolley to move in combination with the surrounding environment information of the moving trolley, so that the deployment position of the buffer air cushion is updated to the final landing point. Therefore, falling objects on a high layer can be received and supported. By implementing the fire-fighting air cushion, the problems that an existing fire-fighting air cushion is slow in deployment time, poor in safety performance and incapable of freely moving after successful deployment can be solved.

Description

technical field [0001] The invention relates to the technical field of computer vision, in particular to a high-level rapid escape device based on computer vision. Background technique [0002] Computer vision technology is an advanced technology in which computers simulate human vision, track one or more moving objects in a given scene, and detect and track things. Compared with traditional detection and tracking technology, it has the advantages of high efficiency, non-replicability and high accuracy. Therefore, it will be the general trend of the future development of the fire protection industry to cooperate with computer vision technology and the fire protection industry to assist fire rescue tasks with technology. [0003] Air cushion escape is one of the important rescue and escape methods in high-rise fire rescue. Most of the current escape devices have high requirements for the deployment of environmental space. When the site is small or there are obstacles, rapid...

AI Technical Summary

Problems solved by technology

[0008] The technical problem to be solved by the present invention is to provide a high-level rapid escape device based on computer vision to solve the problems of slow deployment time, poor safety performance and inability to move freely after successful deployment of existing fire-fighting air cushions

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