After a fire accident, scientific and efficient rescue methods have become an important guarantee for protecting personal safety.
In recent years, with the continuous development of intelligent technology and people’s emphasis on safety, the development of intelligent life-saving equipment has been rapid.
Take BAIJIROBOT as an example, BAIJIROBOT’s fire-fighting robots were only equipped with fire-fighting systems in China at first.
However, in recent years, with the popularization of firefighting robots and the continuous improvement of people’s understanding of scientific intelligent life-saving equipment. Our fire-fighting robots have also entered large domestic chemical companies, power plants, and even subway stations.
This means that people’s recognition of firefighting robots is constantly improving.
BUT, WHAT SHOULD A REAL FIREFIGHTING ROBOT LOOK LIKE?
Regarding to this question, I would like to talk three points as following.
WHY USE FIREFIGHTING ROBOTS?
WHAT IS ADVANTAGES OF FIREFIGHTING ROBOT?
WHAT CAN FIREFIGHTING ROBOTS DO?
I think that when we understand these three issues, we can clearly understand the fire robot, as well as its meaning and value. Here we go!
WHY USE FIREFIGHTING ROBOTS?
Why am I putting this question in the first place?
In my opinion, if you want to understand what a firefighting robot is, then you must first understand why the firefighting robot came to this world
This is an explosion in a chemical plant, causing a fire accident.
According to the traditional rescue method, our firefighters must use fire trucks to drag water hoses into the fire accident site, but in such a chemical plant fire accident, who can guarantee that there will be no secondary explosion?
Who can guarantee the safety of firefighters’ lives?
There is no doubt that firefighting robots can!
This is the scene of a tunnel fire accident in Fujian, China. According to reports, the temperature inside the tunnel can reach 1,000 °C (1,800 °F) when a fire accident occurs in the tunnel.
What is the melting point of plastic?
About 164°C to 256°C (327.2°F to 492.8°F)
What is the melting point of iron?
Approximately equal to 1538°C (2800.4°F)
That is to say, when a fire accident occurs, the temperature in the tunnel has exceeded the melting point of ordinary plastics and is very close to the melting point of iron.
BUT our firefighting hero, they are just people, but they shoulder the responsibilities and missions that are harder than iron.
Who can replace our firefighting hero to carry out the rescue?
Who can guarantee the safety of firefighting hero lives?
There is no doubt that firefighting robots can!
This is the value of the existence of FIREFIGHTING ROBOTS!
Firefighting robots can replace fire-fighting rescue personnel to enter the scene of dangerous disasters such as flammable, explosive, toxic, oxygen-deficient, and dense smoke, and carry out fire-fighting, fire-fighting, smoke-blocking, smoke-exhausting, investigation, cooling and other fire-fighting rescue work, and can simultaneously perform data collection, Processing and feedback
WHAT IS ADVANTAGES OF FIREFIGHTING ROBOT?
Fire-fighting robots have the ability to overcome obstacles, climb slopes, wading, avoid obstacles, etc.
The rescue robot has enough power, and also has the ability of explosion-proof, waterproof, high temperature resistance, corrosion resistance, etc.
So, in most fire accident scenarios, firefighting robots can replace firefighters to enter the fire accident scene and carry out rescue.
Firefighting robots can replace firefighters in data collection, processing and feedback. Even on our firefighting robots, we have added the function of two-way communication, so that people trapped by fire can be rescued accurately.
Therefore, the biggest advantage of fire robots is to guard our firefighting heroes so that they can rescue more easily.
WHAT CAN FIREFIGHTING ROBOTS DO?
Take BAIJIROBOT’s firefighting robot as an example, our firefighting robot can cross 600mm obstacles vertically, wading 600mm in water, and can climb 35° slopes, so it can easily cope with various collapse and ruin environments.
At the same time, firefighting robots can come and go freely in dangerous environments such as flammable, explosive, toxic, oxygen-deficient, and dense smoke.
We also equipped firefighting robots with anti-jamming millimeter-wave radar detection, covering a 30m diameter range. Through accurate infrared fire source detection technology, the ignition point is quickly captured.
Our firefighting robots are also equipped with intelligent positioning, intelligent sound and light alarm, intelligent spray cooling, high-definition image acquisition, two-way voice and other functions
Let our fire heroes stay away from dangerous places such as petrochemical enterprises, oil tank farms, large warehouses, tunnels, subways, high temperature and strong heat radiation, and areas prone to collapse.
The safety of firefighters and the victims caught in fires is paramount, urging the production of firefighting robots forward.
They have the ability to withstand environments too hazardous for people and can prevent further damage that may happen left to traditional methods of suppression.
Let us guard our firefighting hero with our new “Firefighter” – Firefighting Robot!
