Overwater first-aid robot and working method

Abstract

The invention discloses an overwater first-aid robot and a working method which are suitable for outdoor swimming pools or overwater entertainment venues to assist safety officers in overwater rescue.The overwater first-aid robot comprises a robot body, a control system and a user wristband, wherein the control system is in communication with a robot body controller; and the robot body comprisesa driving cabin, balance wings symmetrically installed on the two sides of the driving cabin, a power device arranged in the driving cabin, buoyancy detection control devices fixedly installed on theperiphery of the driving cabin, and life-saving throwing devices fixedly installed on the top of the driving cabin in multiple directions. According to the overwater first-aid robot and the working method, the control system is in communication with the robot body controller and the user wristband, a user wristband emergency button signal receiving device is arranged in the control system and is used for converting and positioning the received signals, after signal conversion is completed, the control system appoints the robot in the nearest water area to be started to go to a drowning point for rescue, thus buoyancy can be efficiently and rapidly increased for a drowning person, and meanwhile a lifeguard is assisted in reducing physical exhaustion.

Description

technical field [0001] The invention belongs to the field of robot equipment, in particular to a first-aid robot on water and a working method thereof. Background technique [0002] Summer is the peak time for swimming, and small swimming pools can no longer meet the saturated needs of people swimming. In large swimming pools and water entertainment venues, lifeguards are generally equipped according to the water area. Generally, lifeguards can only provide one-on-one rescue. The number of drowning people in one water area is more than two, and the drowning person cannot be rescued at the first time during the peak period of the number of swimmers, thus wasting the golden first aid time of the drowning person. Secondly, the drowning person hugs the rescuer tightly during the rescue process , so that the rescuers consume too much physical strength and at the same time cannot carry out the rescue, thereby increasing their own danger; in swimming pools or water entertainment pl...

AI Technical Summary

Problems solved by technology

[0002] Summer is the peak time for swimming, and small swimming pools can no longer meet the saturated needs of people swimming. In large swimming pools and water entertainment venues, lifeguards are generally equipped according to the water area. Generally, lifeguards can only provide one-on-one rescue. The number of drowning people in one water area is more than two, and the drowning person cannot be rescued at the first time during the peak period of the number of swimmers, thus wasting the golden first aid time of the drowning person. Secondly, the drowning person hugs the rescuer tightly during the rescue process , so that the rescuers consume too much physical strength and at the same time cannot carry out the rescue, thereby increasing their own danger; in swimming pools or water entertainment places where the safety awareness is low and the management of the safety personnel is negligent, if the rescue information of the drowning person fails to cause safety The attention of the personnel will cause the drowning personnel to lose precious rescue time

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