Every summer is a period of high incidence of drowning accidents. Many minors like to play in places with water sources, which leads to tragedies. Common drowning accidents occur in places such as reservoirs, puddles, ponds, rivers, streams and seasides.
In order to strengthen reminders and early warnings of drowning risks, improve various safety protection facilities, detect potential dangers in time, and ensure the safety of personnel, in addition to instilling safety awareness of drowning prevention in minors, it is also necessary to use technical means.
The end-edge-cloud integrated video fusion early warning solution based on the AI intelligent analysis gateway platform EasyCVR can deploy infrared monitoring and anti-drowning alarm systems in dangerous waters such as reservoirs, rivers and lakes, river and lake shorelines, deep pools and ponds. The system integrates functions such as AI camera, infrared/microwave induction and voice broadcast, which can collect audio and video information in real time and transmit them to the platform through communication technology. The solution has video capabilities such as massive video access, aggregation and management, processing and distribution, and can realize functions such as video live broadcast, video recording, playback, retrieval, cloud storage, alarm reporting, voice intercom, clustering, intelligent analysis, and platform cascading. . Through functions such as all-water awareness, all-weather early warning, and full-process visualization, 24-hour high-definition video surveillance of dangerous waters can be realized, effectively improving the control of dangerous waters, strengthening supervision of drowning prevention in summer, and strengthening drowning prevention and control with information technology.
The visual drowning safety warning platform can help reduce the occurrence of drowning incidents through the following aspects:
1. Real-time monitoring to improve early warning capabilities: By installing water quality monitoring equipment and video monitoring equipment around the water area, real-time collection of front-end audio and video information, 24-hour remote online monitoring of the water area environment. Staff can preview and watch high-definition video images on PCs, mobile phones, WeChat and other devices, conduct real-time remote video monitoring, and discover abnormal events in time.
2. PTZ monitoring and voice intercom:
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PTZ control: If the front-end device has the PTZ function, it can be controlled on the platform to support operations such as focusing and steering.
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Voice intercom: Through the voice intercom function, you can communicate with on-site personnel, call out, and conduct safety education and persuasion. Supports direct calls between platforms and devices, as well as audio noise reduction and echo processing.
3. Video intelligent analysis:
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Face detection: When someone enters the warning range, the system can automatically detect and recognize their face. When a human face is detected, it can be captured and recorded, and the alarm information can be transmitted to the platform to remind the management personnel to pay attention to check.
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Personnel intrusion: When it is detected that a person enters the designated warning area, the system will immediately trigger an alarm, take a snapshot of it, and transmit the image to the platform. The platform pushes the alarm message to the management personnel to realize real-time early warning of intrusion incidents of people around the water area.
4. Alarm linkage and timely dissuasion: the platform can provide timely and intelligent alarms for alarms uploaded by monitoring equipment and abnormal situations monitored by AI. When someone approaches the warning area to trigger the alarm rule, the alarm light on the top of the camera starts to flash and a warning is issued to remind the personnel to leave the dangerous area. At the same time, the alarm will also be sent to the monitoring personnel's PC and mobile phone, and the monitoring personnel can immediately notify relevant personnel to intervene and rescue.
5. Remote viewing, real-time grasp of the situation: install the mobile APP, you can view the video in real time, and understand the situation of each water area. The monitoring personnel can also remotely control the on-site equipment through the mobile phone, and keep abreast of the on-site situation at any time.
6. GIS positioning, timely rescue: the front-end equipment supports GPS/Beidou positioning, as long as the equipment is online, it can upload the equipment location information to the EasyCVR platform in real time through the 4G wireless network. Based on the GIS map, managers can view the current location of the equipment in real time. In the event of accidents such as drowning, they can locate the scene of the accident in time and carry out rescue operations, realizing the intuitive and visualized application of monitoring images.
7. Visual analysis: The platform interface can intuitively display information such as device access, operation, storage, video intelligent analysis results, and drowning warning data statistics, so as to fully grasp the drowning monitoring situation in the monitoring area, and easily build AI-based video intelligent recognition technology. Visualized big data integrated intelligent drowning safety alarm platform.
By deploying a visual drowning safety warning platform in scenarios such as reservoirs, river courses, and dangerous waters, and using technical means such as video surveillance, voice reminders, and intelligent analysis, remote real-time video recordings of rivers, lakes, dams, reservoirs, deep pools, and dangerous areas can be performed. monitor. In this way, intelligent anti-drowning measures such as all-weather early warning, voice drive away, and automatic alarm can be realized, effectively reducing the incidence of drowning incidents, and providing guarantee for summer safety.