Swimming pool anti-drowning monitoring system

Abstract

The invention provides a swimming pool anti-drowning monitoring system. The system comprises a swimming cap and a monitoring terminal; a pressure monitoring device, a single chip microcomputer and a zigbee communication chip are arranged on the swimming cap, the pressure monitoring device comprises a pressing module and a sensor module, and the single chip microcomputer comprises a timer and a controller; if the pressure borne by the sensor module exceeds a preset water pressure threshold, the sensor module sends signals to the timer of the single chip microcomputer to conduct time keeping; if in a preset time bucket, the water pressure borne by the sensor module still exceeds the preset water pressure threshold, the timer sends electric signals to the controller, the controller sends the signals to trigger the zigbee communication chip, and the zigbee communication chip sends distress signals which contain position information to the monitoring terminal; or after being subjected to external pressing, the pressing module sends the electric signals to the single chip microcomputer, the controller triggers the zigbee communication chip, and the zigbee communication chip sends the distress signals which contain the position information to the monitoring terminal. By adopting the swimming pool anti-drowning monitoring system, drowning cases can be early warned well, and life safety of swimmers can be guaranteed.

Description

technical field [0001] The invention relates to the field of smart wearable devices, in particular to a swimming pool anti-drowning monitoring system, which can be used to detect whether a swimmer is drowning and send the detection result to a lifeguard on shore, so that the drowning person can be rescued in a timely and effective manner. Background technique [0002] Swimming is a very common sport in summer, but swimming accidents happen every year. Drowning is a simple process from struggling to exhaustion until death. The period is very short, and the effective rescue time is only five minutes. [0003] At present, the swimming caps on the market are only a single swimming cap, which does not have the function of alarm, does not have a communication control system, and cannot detect the water pressure and the position of the swimmer when swimming, and remind the swimmers in time to make them reach safety. Therefore, in the era of rapid development of smart technology, t...

AI Technical Summary

Problems solved by technology

[0003] At present, the swimming caps on the market are only a single swimming cap, which does not have the function of alarm, does not have a communication control system, and cannot detect the water pressure and the position of the swimmer when swimming, and remind the swimmers in time to make them reach safety. Therefore, in today's era of rapid development of smart technology, this single-function swimming cap becomes very impractical

[0004] The anti-drowning system developed today is relatively complicated and the cost is relatively high. These existing technologies generally do not have the anti-drowning functions of alarm and communication. Limited to the communication distance of Bluetooth, the effect is not very good; at the same time, there is also a swimming pool anti-drowning system, which is a swimming pool anti-drowning system developed in the UK at a cost of several million pounds. , image analysis, and alarm processing methods, although it has achieved a certain expected effect, but the system is complex and the promotion cost is high

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