A water rescue robot is an intelligent device specially designed for water rescue, capable of efficiently rescuing drowning persons through remote control operations.
Upon receiving a drowning alarm, rescue personnel immediately activate the water rescue robot. Equipped with a high-precision GPS positioning system and a high-definition camera, the robot connects to the control terminal via a wireless communication module. From the shore, rescue personnel use the terminal to accurately locate the drowning person based on real-time images transmitted back by the camera, plan the optimal rescue path, and remotely guide the winged robot to rapidly navigate toward the target area.
The winged robot features a streamlined design and a powerful propulsion system with dual propellers, enabling it to travel swiftly on water at speeds of over 48 kilometers per hour. When reaching the drowning person, the robot deploys rescue via buoyancy devices resembling "wings" on both sides. These "wings" can flexibly adjust their angles and positions to form a secure support area, allowing the drowning person to grip them tightly and use their buoyancy to stay afloat and prevent drowning.
Rescue personnel control the robot from the shore or a boat, guiding it to slowly and smoothly return to a safe area with the drowning person.
The rescue winged robot is also equipped with high-capacity buoyancy materials, enabling it to easily carry the weight of multiple drowning persons. Rescue personnel operate the robot to safely bring the drowning persons back to shore, completing the rescue mission.
This robot can also be outfitted with auxiliary equipment such as a lighting system for nighttime rescues and a life jacket deployment device, etc., to address rescue needs in different scenarios and significantly improve the success rate and efficiency of water rescues.
This paper addresses：https://www.fengtusz.com/industry/761.html
