Because of the danger and suddenness of drowning, it is not easy to prevent and control, and it is difficult to find and rescue in time. At the same time, drowning lifesaving has a very strong timeliness requirements, generally 5 minutes after drowning, people will gradually enter the state of brain death. External uncertainties such as the location of the drowning accident site, water flow velocity, weather season conditions, and the time and distance of receiving the alarm will increase the difficulty of rescue, it is difficult to guarantee the timeliness of drowning rescue.
The water fast emergency rescue equipment has the characteristics of compact structure, light appearance, stable flight and reliable performance. The product can reduce the risk of water rescue, improve the success rate of water rescue, enrich the types of water rescue equipment in our country, improve the water emergency management system, so as to better protect the safety of people's lives and property.
Areas of application
Products are widely used in rivers, seas, rivers, lakes, tourist attractions, large wetland parks, fleets, yachts, offshore drilling platforms, freshwater aquaculture, floods and other frequent areas of water rescue.
Application scenarios
Drowning incidents occur frequently, the regional environment is complex and changeable, the product is a good solution to the traditional water rescue by environmental technology constraints and other pain points.
Application Department
Public Security, fire, Marine Police, Marine Police, fishery, tourism and emergency departments can be equipped.
"TY-3R air-water dual-use rescue UAV system" is a new type of water rapid rescue intelligent equipment
1. It effectively solves the traditional water rescue method can not quickly rescue drowning pain point.
2. It reduces the risk to the rescuers themselves.
3. It further solves the difficult problem of inconvenient use of large-scale rescue equipment in some special and complex areas.
4. The utility model has the advantages of simple operation in the rescue operation, self-stabilization and wind resistance, and greatly improves the rescue efficiency.
5. In the rescue process can take off and land in the water many times until the precise delivery to the rescued side.
