In traditional concepts, when people talk about the rescue of a drowning accident, the first thing that comes to mind is the round lifebuoy.
However, in reality, there are always many problems that we cannot anticipate.
For example, the drowning person is far from the shore, what should we do?
If the drowning person cannot grab the lifebuoy in time, what should we do?
Or when the lifebuoy is thrown out, it is far away from the drowning person, what should we do?
These problems, we can only see simple words, but if it happens in actual rescue, it will be a tragic drowning accident and the cost of life.
According to the World Health Organization (WHO), about 372,000 people die from drowning every year worldwide, which means that 40 people lose their lives due to drowning every hour. Especially in summer, drowning accidents are the number one killer of humans.
These are the motivation and original intention of our research and development of water rescue robot.
What problems can our water rescue robot solve?
1. Solve the problem of inaccurate casting of the existing lifebuoy
2. Defects such as inability to long-distance rescue
3. Can replace artificial launching rescue
4. Not only improves rescue efficiency, but also protects the life safety of rescuers
In the early days, intelligent lifebuoys (water rescue robot) were only used in firefighting, emergency rescue and other departments.
Now intelligent lifebuoys (water rescue robot) have spread all over the fields of firefighting, maritime ports, dock parks, scenic spots and many other fields.
The most noteworthy is that BAIJIROBOT’S U-SHAPED WATER RESUCE ROBOT officially served in the “Haixun 01” ship, which shows that ships, ships and other industries have also begun to pay attention to intelligent lifebuoys (water rescue robot).
Then a new question arises, with the water rescue robot, is the traditional lifebuoy still useful?
According to the conditions of rescue site and actual water, the realization of the rescue site is used, and the intelligent lifebuoy(water rescue robot) and the traditional lifebuoy are used.
This is undoubtedly the best solution for water rescue.
The use of water rescue robot equipment can greatly improve the rescue efficiency and quickly respond to various conventional water rescue, natural disaster rescue and other events.
Reduce secondary injuries in the rescue process, greatly reduce rescue risks, and reduce losses.
In the future, with the continuous progress of technologies such as 5G, smart sensors, Internet of Things, and batteries, the intelligence level of water emergency rescue is expected to be greatly improved.
