Intelligent detection robot system

Abstract

The invention provides an intelligent detection robot system which comprises a plurality of types of detection robots which are disposed in a detection site and are used for collecting site data, transmitting the site data to a monitoring server and executing an action according to an instruction; the monitoring server which is used for receiving the instruction generated by a monitoring client, sending the instruction to the detection robot, receiving the side data and sending the side data to the monitoring client and an analysis center; the monitoring client which is used for generating aninstruction according to user operation, sending the instruction to the monitoring server, receiving the site data and displaying the site data to the user; and the analysis center which is used for analyzing the data, giving an alarm according to the analysis result and generating prompt information based on historical data. The system can flexibly and comprehensively cover an accident site, andthe detection efficiency is greatly improved.

Description

technical field [0001] The present disclosure relates to the technical field of emergency rescue, and in particular, relates to an intelligent detection robot system. Background technique [0002] Emergency rescue generally refers to activities and plans for prevention, preparation, response and recovery of sudden and destructive emergencies. According to different types of emergencies, it is divided into emergency rescue in the fields of health emergency, traffic emergency, fire emergency, earthquake emergency, factory emergency, and family emergency. In some emergencies such as earthquakes and fires, the terrain on the site is complex and the environment is dangerous. If rescuers enter rashly, it is easy to cause unnecessary casualties. [0003] For example, systems for certain (fixed) scenarios such as security / emergency systems and information early warning and monitoring systems are generally wired deployments, and the location of the acquisition end is fixed, which ca...

AI Technical Summary

Problems solved by technology

In some emergencies such as earthquakes and fires, the site terrain is complex and the environment is dangerous. If rescuers enter rashly, it is easy to cause unnecessary casualties

[0003] For example, systems for certain (fixed) scenarios such as security / emergency systems and information early warning and monitoring systems are generally wired deployments, and the location of the acquisition end is fixed, which cannot be applied to detection in uncertain environments, and accidents are often damaged at the same time. Play a role

Existing on-site detection systems for uncertain environments are generally composed of acquisition terminals, transmission equipment, and data collection equipment. The acquisition terminals are all single equipment, usually with a standard C / S architecture, which has great limitations in adapting to the scene environment sex

For scenes with large on-site areas or complex environments, remote control equipment is required for carpet remote reconnaissance, which is inefficient

Images