FIREFIGHTING ROBOT DESIGN – New Fire Rescue Solutions

FIREFIGHTING ROBOT DESIGN

Every year, the statistics of both successful rescues and losses are superimposed on the lives of firefighters or victims.

FIREFIGHTING ROBOT DESIGN

(Image referenced from “firefighter injury statistics”- NFPA Research)

FIREFIGHTING ROBOT DESIGN

 

(Image referenced from “SidePlayer”)

FIREFIGHTING ROBOT DESIGN

(Image referenced from “Caixin Global”)

Faced with such a heavy rescue background, it is imperative to promote the intelligentization of firefighting equipment. The fire rescue solution of BAIJIROBOT came into being, which can reduce losses, improve the efficiency of firefighting and disaster relief, and ensure the safety of rescuers.

FIREFIGHTING ROBOT DESIGN

The FIREFIGHTING ROBOT can replace the firefighter to enter the dangerous sence. Such as:

  • Sites with more flammable substances
  •  Explosive site
  •  Poison gas scene
  •  Hypoxia site
  • Low visibility site

And carry out fire rescue work such as fire extinguishing, smoke blocking, smoke exhausting, investigation, cooling, etc., and can collection, processing, feedback and perform data at the same time.

FIREFIGHTING ROBOT DESIGN

Solution Application and Advantages

  • Strong Ground Adaptability And Strong Power

The ground situation at the fire scene is complex, and it often occurs in dangerous places that fire vehicles and personnel cannot approach, such as oil tank farms, buildings, and areas prone to collapse.

FIREFIGHTING ROBOT DESIGN

In the scene of high temperature and fire, the sprinkler system can be used for self-protection while performing emergency fire extinguishing work.

FIREFIGHTING ROBOT DESIGN

The FIREFIGHTING ROBOT adopts a high-voltage and large-capacity power supply system, which has strong power and large load, and can drag four 80mm  hoses at the same time. The chassis adopts long-travel trailing arm suspension, integral bearing frame, six-wheel drive, and large load capacity.

FIREFIGHTING ROBOT DESIGN

The vertical obstacle crossing is 630mm, the water wading is 600mm, and the 35° slope can be climbed. It can come and go in flammable, explosive, toxic, oxygen-deficient, dense smoke and other dangerous environments.

FIREFIGHTING ROBOT DESIGN

  • Strong On-Site Reconnaissance Capability

Fire accidents often occur in tunnels, subways, large warehouses, high temperature and strong heat radiation and other areas.

These areas have harsh environments and rely on personnel to detect difficulties.

At this time, the rescue robot can investigate the scene on the spot and carry out rescue.

 

The FIREFIGHTING ROBOT uses anti-jamming millimeter-wave radar detection, with a full coverage of 30m in diameter.

FIREFIGHTING ROBOT DESIGN

Accurate infrared fire source detection, quickly capture the ignition point. Real-time information collection and return, signal transmission delay is less than 250ms.

FIREFIGHTING ROBOT DESIGN

  • Intelligent Human-Computer Interaction Technology

Fire scenes are often accompanied by harsh environments such as toxic, oxygen-deficient, thick smoke, water mist, and darkness.

The FIREFIGHTING ROBOT is equipped with intelligent positioning, intelligent sound and light alarm, intelligent spray cooling, high-definition image acquisition, two-way voice, etc., which can quickly observe the fire situation and make decisions and judgments.

FIREFIGHTING ROBOT DESIGN

  • More Functional Customized

Many fire sites are prone to poisoning and suffocation because of the carbon monoxide or carbon dioxide released by the burning of polyvinyl chloride, nylon, wool, silk and other fiber items or some building materials.

The FIREFIGHTING ROBOT can be expanded to carry modules such as smoke exhaust, fire extinguishing, gas detection, and autonomous navigation.

FIREFIGHTING ROBOT DESIGN

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Peter

Hey! This is Peter and I graduated with a Ph.D. in Electrical Engineering from the Chinese Academy of Sciences. After graduation, I have been engaged in the field of robotics. Since 2015, I have been focusing on the development and research in the fire-fighting rescue robots. It has been 7 years, I am very sure that can provide you the best solution if you contact with me.

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