The drowning prevention system consists of three main modules: an intelligent integrated high-definition camera module AI algorithm and a warning device. This system includes multiple sets of cameras and core computing units, integrating relevant algorithms such as convolutional neural networks for object detection.

The drowning prevention system can accurately identify and monitor the movement status of each swimmer in the pool. Once a potential drowning victim is identified, the system can lock in the swimmer and issue a real-time alert, reminding lifeguards to pay attention to the condition of a swimmer and provide necessary assistance

High definition camera module

• 24-hour comprehensive coverage shooting without blind spots - real-time monitoring

• Track and identify the movement posture and trajectory of each swimmer - intelligent tracking

• Save pictures and videos to record the possible occurrence time, location, and duration of drowning events for future reference and retrieval

AI algorithm

• Establish a drowning prevention scene model based on convolutional neural networks and other related algorithms to monitor the movement status of swimmers.

• The system calculates the risk of drowning and identifies potential drowning events, which automatically trigger alerts.

• Violations and other behaviors in the swimming pool can also be included in the warning scope of this system, such as swimmers not wearing swim caps. Scalable functionality

Warning device

On site real-time alarm (lifeguard end)

• After the drowning prevention system recognizes a potential drowning event, the alarm buzzer will sound a warning tone, and the LED dot matrix scrolling display screen will realize the broadcast of warning information. Lifeguard end wristband vibration warning (optional).

Remote instant feedback (manager end))

• The drowning prevention system connects computer terminals with electronic devices worn by lifeguards through information and communication technology, and pushes real-time information about potential drowning incidents to the manager's computer terminal.

Main equipment of drowning prevention system

Perception device: intelligent integrated high-definition camera module

Edge computing: no delay, ready to use

Equipment maintenance: 1-year warranty

Waterproof rating: IPX68

Onboard gimbal: 360 degree horizontal rotation+135 degree vertical rotation

Data Security: Local Storage, No Data Leakage Issues

Other features:

● Support real-time wireless data transmission

● Requirements for portability, flexibility, and quick installation

AI server

Advanced AI object detection algorithm in the industry, multi feature processing, including swimming posture, attitude, and position.

Based on convolutional neural networks and other related algorithms, after a large and effective extraction of target features, a drowning prevention scenario model is established to accurately analyze and determine potential drowning victims.

Alarm terminal: on-site warning equipment

After potential danger occurs and is evaluated by AI algorithms, the LED screen scrolls to report the dangerous area, the warning light continues to flash, and the buzzer emits an audible warning sound within the area to attract the attention of lifeguards in the corresponding area. At the same time, lifeguards wearing warning bracelets can also receive information and vibration, thereby achieving the effect of information transmission.

Alarm terminal: remote fixed end feedback

When a potential drowning event occurs, the manager's computer terminal notifies the front desk personnel with a red alarm box screen. Each potential hazardous event is saved in the system in the form of a screenshot for timely processing and subsequent review.

Provide intelligent devices and advanced technology to assist lifeguards in guarding every area of the swimming pool without blind spots, and use technological power to minimize the injuries and losses caused by drowning accidents.

Independent research and development technology

• Leading AI algorithms for precise detection and recognition

• Independently research and develop technology, update and expand functions

• The R&D team continues to develop and innovate

Realize remote management of venues

• Automatic monitoring to improve management efficiency

Widely applicable

• Easy equipment installation and simple system operation

• It can be planned and used according to the specific situation of different swimming pools

• Can quickly adjust and transfer according to different needs

• Having completely independent intellectual property rights