Automatic rescue system based on information processing

Abstract

The invention discloses an automatic rescue system based on information processing, comprising: a swimming pool, the swimming pool is divided into a plurality of position intervals, there are liftable blocks on the bottom of the pool, retractable support columns under the blocks, and stretchable support columns between the blocks. The track extending to the edge of the swimming pool; the monitoring system, the camera data is transmitted to the comparison and analysis module in real time, and the comparison and analysis module compares the camera data with the comparison data in real time, when there is an action or sound that is the same or similar to the comparison data When the alarm information is generated, and the swimmer's position is locked; the emergency rescue module is connected with the comparison analysis module and the driving device of the swimming pool, and automatically starts the driving device of the block to lift the block and move it to the edge of the swimming pool.

Description

technical field [0001] The invention relates to the technical field of safety information processing and emergency rescue, in particular to an automatic rescue system based on information processing. Background technique [0002] The development of big data and artificial intelligence is reflected in all aspects of today's society, providing great convenience and promotion to people's lives and the development of various industries. At present, it is also used in the field of safety information processing and emergency rescue, but it is specific to swimming facilities. And swimming emergency rescue technical field also does not have application at present. [0003] Swimming is a common way of fitness and entertainment for people, and the number of people swimming is very wide. General swimming places do not have strict requirements on whether swimmers have swimming skills, so swimming drowning or even drowning accidents often occur. Although the current swimming places are ...

AI Technical Summary

Problems solved by technology

Although the current swimming places are also equipped with professional rescuers, they still cannot effectively avoid risks, and drowning accidents occur from time to time

The current swimming rescue method generally divides the deep water area and the shallow water area, and is monitored by professional rescuers. However, even in the shallow water area, there is a risk of accidents, such as the swimmer's own sudden illness, muscle twitching, and the child's accident due to parental care. The negligence of the swimming ring flipped over and drowned, and the child learning to swim drowned due to the negligence of the coach. Such accidents often lead to tragedies in only a few tens of seconds or less. Even if there are cameras and professional rescuers to monitor, but one of them It cannot be guaranteed that the rescuers will closely monitor everyone. Secondly, due to the certain distance between the location of the accident and the location of the rescuers, the discovery of the accident and the response itself will take a certain amount of time, so manual monitoring and rescue have a certain lag, which is very difficult It is easy to miss the best time for rescue

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