Road vehicle fault alarm inspection robot

Abstract

The invention discloses a road vehicle fault alarm inspection robot, and relates to the technical field of inspection robots. The inspection robot comprises an inspection robot body, a convenient control device and a waveform isolation anti-collision plate; the inspection robot body is in sliding fit with the waveform isolation anti-collision plate; the inspection robot body comprises a moving assembly, a driving assembly and a shooting assembly; the shooting assembly is in plug-in fit with the moving assembly; the first arc-shaped attaching assembly is matched with a second arc-shaped attaching assembly in an inserted mode. And a transmission chain is meshed and matched between the driving gear and the driven gear. The inspection robot body is controlled by the control panel to quickly move to a specified early warning position on the waveform isolation anti-collision plate, the buzzer is controlled by the controller to give out an alarm sound, and the alarm lamp flickers to remind a rear coming vehicle; speed measurement and shooting are conducted on a rear coming vehicle through the shooting assembly, when the rear coming vehicle still runs at a high speed, data are analyzed and processed and then transmitted to the convenient control device, the alarm bell is controlled to sound, and early warning is given out.

Description

technical field [0001] The invention belongs to the technical field of inspection robots, in particular to a road vehicle failure alarm inspection robot. Background technique [0002] With the continuous application of robot-related technologies in the production, life and business fields, people have higher and higher demands on the interactive functions of robots. Robot patrols can make robots more intelligent. Most of the current robot patrols cannot be carried out in variable areas, and Scheduled (customized time period) fixed-point (customized patrol route) patrol. [0003] The corner space of the expressway is limited, the working channel is narrow, the speed of the vehicles coming from behind is relatively fast, and the road conditions are relatively complicated. When an accident occurs on the expressway, the vehicles coming from behind will cause secondary damage to the scene, and at the same time, it will also bring potential danger to the coming vehicles ;A warnin...

AI Technical Summary

Problems solved by technology

[0002]With the continuous application of robot-related technologies in production, life and business, people have higher and higher demands on the interactive functions of robots, and robot patrols can make robots more intelligent. Most of the current robot patrols cannot be carried out in variable areas, and patrols at fixed times (customized time periods) and fixed points (customized patrol routes)

[0003]Limited space at the corners of the expressway, narrow working passage, fast speed of vehicles coming from behind, and complicated road conditions. It will cause secondary damage, and at the same time, it will also bring potential danger to the coming vehicles; a warning tripod is installed behind the accident site, and the warning effect is average. An inspection robot that can quickly reach the designated warning position without being affected by the high-speed road surface, and at the same time give timely warning to the vehicles coming from behind and the place where the accident occurred is very necessary

Images