Life ring throwing mount and unmanned aerial vehicle

Abstract

The invention discloses a life ring throwing mount and an unmanned aerial vehicle. The life ring throwing mount comprises a connecting frame and a plurality of peripherally arranged life ring mount assemblies around the center of the connecting frame, wherein each life ring mount assembly comprises a mounting plate fixedly connected onto the connecting frame, a throwing mechanism mounted on the mounting plate, and a life ring arranged below the throwing mechanism. The unmanned aerial vehicle comprises a vehicle body and a mainboard in communication connection with a ground station, wherein the connecting frame is fixed at the bottom of the vehicle body, and steering engines inside all the life ring mount assemblies are respectively connected onto the mainboard. A plurality of life rings can be thrown simultaneously, the throwing structures are simple, and mechanical breakdown is unlikely to appear.

Description

technical field [0001] The invention relates to the technical field of water rescue equipment, in particular to a lifebuoy throwing mount and an unmanned aerial vehicle. Background technique [0002] Due to the complexity, variability, suddenness and timeliness of water rescue, rescue activities are very urgent and urgent. However, because rescue forces often cannot understand the situation in time and rush to the scene quickly, observation and intervention rescue from the air is the fastest way at present. , the most convenient means. In the traditional technology, a helicopter is used to carry a life buoy and drop it from the air to a designated area, but the helicopter is bulky, has high requirements for the search and rescue environment, and is costly and inflexible. [0003] As the limitations of traditional methods become increasingly prominent, drones with the function of throwing life buoys have appeared in the existing technology. The drone is equipped with a singl...

AI Technical Summary

Problems solved by technology

In the traditional technology, the life buoy is carried by the helicopter, and the life buoy is dropped from the air to the designated area, but the helicopter is large in size, has high requirements for the search and rescue environment, and has high cost and poor flexibility

[0003] As the limitations of traditional methods become increasingly prominent, drones with the function of throwing life buoys have appeared in the existing technology. The drone is equipped with a single swimming ring or multiple stacked swimming rings. A single swimming ring cannot solve the problem of multiple people. In the case of simultaneous drowning rescue, the throwing structure of multiple stacked swimming rings is usually set up more complicated, prone to mechanical failure, and the swimming rings must be released in sequence, which affects the speed of rescue

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