A mobile phone remote control water lifesaving system based on z‑wave technology

Abstract

The invention discloses a mobile phone remote control water lifesaving system based on the Z-Wave technology. The system comprises a mobile phone control part and a life buoy system. A mobile phone APP communicates with the life buoy system through the Z-Wave wireless technology. Power is supplied to the life buoy system through a lithium battery in solar real-time charging design. A life buoy master control panel is used for controlling a life buoy power system and the turning angle of a steering engine in the advancing direction of a life buoy, and meanwhile a GSM module and a GPS module in the system communicate with the mobile phone APP through a Z-Wave module. The mobile phone APP communicates with the intelligent water lifesaving system through Z-Wave signals, the system efficiency is improved, the life buoy is effectively controlled to be quickly moved to the position of a person falling into water, so that the person falling into water is rescued, and an accident is prevented from happening to a rescue person. The whole lifesaving system is quick in response, accurate in positioning and high in reliability.

Description

technical field [0001] The invention relates to a mobile phone remote control water lifesaving system based on Z-Wave technology, which belongs to the technical field of water lifesaving and detection communication. Background technique [0002] Drowning causes a large number of drowning deaths every year. In scenic spots, parks, or other water areas where people are more concentrated, when someone falls into the water, the life-saving tool commonly used in life is a life buoy. The timely release of the life buoy will greatly reduce the risk of drowning and death of the drowning person. But common buoys are only suitable for close-range throwing, and the resistance encountered during throwing is relatively large, so they cannot effectively and quickly rescue people who fall into the water far away. In order to solve this problem, a mobile phone remote control water rescue system based on Z-Wave technology is designed. When someone accidentally falls into the water, anyone o...

AI Technical Summary

Problems solved by technology

However, ordinary lifebuoys are only suitable for throwing at short distances, and the resistance encountered when throwing is relatively large, so they cannot effectively and quickly rescue people who have fallen into the water far away.

Images