Digital security investigation robot

Abstract

The invention belongs to the field of robots, and particularly relates to a digital security investigation robot. A vehicle body can guarantee the viability of the digital security investigation robotin a special environment. A steering device, a shock absorption device and a transmission device in a base can improve the traveling performance of the digital security investigation robot. The capacity of adapting to the road surface conditions is high. The digital security investigation robot can assist rescue workers in investigating the site on a fire scene and a field accident site and confirming the site environment conditions. Besides, the digital security investigation robot can communicate with people needing help, risks are avoided, and a reasonable rescue scheme is made. The digital security investigation robot can also replace people and monitoring aids to monitor a dangerous place, like an unmanned production area of a petrochemical plant, in a full-time and dead-angle-free mode, and is wide in application range. In addition, the digital security investigation robot is simple in structure, can improve work reliability, and is convenient to repair and examine. All parts ofthe digital security investigation robot are common articles and are low in price, so that the production and repair cost is low, and the economic benefits are high.

Description

technical field [0001] The invention belongs to the field of robots, and in particular relates to a digital security investigation robot. Especially suitable for accident scene investigation. Background technique [0002] At present, fire scenes and some special field accident scenes, etc., do not allow rescuers to carry out rescue work rashly because they do not know the internal environment, so as to avoid secondary injuries to trapped persons or bring safety hazards to rescuers. Rescue efforts have brought serious resistance. [0003] The petrochemical industry is a high-risk industry, and the production plants are all unmanned. The monitoring of the unmanned plant area mainly has the following two methods: one is civil air defense measures, and professional security personnel conduct regular inspections in the plant area. The influence factors are relatively large, the accuracy cannot be guaranteed, and there are safety hazards to the personal safety of security person...

AI Technical Summary

Problems solved by technology

[0002] At present, fire scenes and some special field accident scenes, etc., do not allow rescuers to carry out rescue work rashly because they do not know the internal environment, so as to avoid secondary injuries to trapped persons or bring safety hazards to rescuers. Rescue efforts bring serious headwinds

[0003] The petrochemical industry is a high-risk industry, and the production plants are all unmanned. The monitoring of the unmanned plant area mainly has the following two methods: one is civil air defense measures, and professional security personnel conduct regular inspections in the plant area. The influence factors are relatively large, the accuracy cannot be guaranteed, and there are safety hazards to the personal safety of security personnel, and the consequences of accidents are serious; the second is technical prevention measures, mainly video surveillance systems, which are complicated to install and costly to maintain, and cannot be recognized by strangers , there are problems such as dead angles or blind spots, and the alarm cannot be dealt with in time

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