Safety and life-saving system in urban lake waters
The water rescue system is tailor-made for public environments where drowning accidents are frequent, such as parks, lakes, riverside trails, piers, and water parks.
System component configuration
U-shaped intelligent lifebuoyStrong mobility
Remote control operation, speed ≥24km/h, return home with one button, more accurate rescue.Safer
The double-sided suction pump is propelled by water absorption (patented technology), which is not easy to inhale foreign objects.Powerful motivation
Manned speed ≥ 2m/s, realizing fast and stable rescue.
Intelligent lifebuoy emergency boxConvenient
Solar charging ensures the emergency use of lifebuoy.Safety
Alarm lights, cabinet door locks and safety locks are set to facilitate emergency management.Protect
The box body is sturdy, which guarantees the long-term use effect of the lifebuoy.
U-shaped intelligent lifebuoy Strong mobility
Remote control operation, speed ≥24km/h, return home with one button, more accurate rescue.Safer
The double-sided suction pump is propelled by water absorption (patented technology), which is not easy to inhale foreign objects.Powerful motivation
Manned speed ≥ 2m/s, realizing fast and stable rescue.
Smart lifebuoy ejection boxFast response
The ejector automatically pops out the U-shaped smart lifebuoy into the water.Intelligent
According to the beacon positioning, autonomously remotely approach the person who fell into the water for rescue.Convenient
Solar energy charging to ensure the emergency use of lifebuoy.
Application scenario
It is arranged on the shore of densely populated water bodies such as park lakes, riverside trails, piers, and water parks. An emergency box is placed at intervals of about 300m and placed in a location that is easily reached by patrol personnel.
Expansion plan
Nearshore semi-autonomous life-saving system for urban lakes
Application scenarios: park lakeside, riverside trail, dock, water park
- 01
When the staff found that someone had fallen into the water, the staff quickly rushed to the nearest placement box.
- 02
The staff takes out the U-shaped smart life buoy from the U-shaped placement box. After the U-shaped smart life buoy enters the water, the U-shaped smart life buoy will automatically turn on, and through remote control, it will quickly approach the person who fell into the water for rescue.
- 03
Bring the person who fell into the water back to safety.
Autonomous lifesaving system near shore of urban lake
Application scenarios: park lakeside, riverside trail, dock, water park
- 01
When personnel enter the waters, they carry smart positioning beacons with them.
- 02
When a person falls into the water, the beacon will automatically turn on and send the falling water signal and coordinates to the center console (command center).
- 03
At the same time, the catapult automatically pops out the U-shaped intelligent life buoy into the water, and autonomously remotely approaches the person who fell into the water according to the beacon positioning for rescue.
Ship intelligent rescue system
Application scenario: ships
- 01
The personnel on board are equipped with AIS smart beacons and carry them with them. When the personnel fall into the water, the AIS beacons will automatically start and send current position information to the ship (center console).
- 02
After the ship receives the AIS signal, it will give an audible and visual alarm to remind the operator that someone has fallen into the water and release the U-shaped intelligent lifebuoy.
- 03
The ship (center console) controls the U-shaped intelligent lifebuoy to reach the person who fell into the water for rescue, and tow the person who fell into the water back to the ship or other designated areas.
