Baby stroller wheelchair monitoring, recognition and alarm system

The KeDiOu baby stroller wheelchair monitoring and recognition alarm system equipment adopts AI intelligent analysis and warning cameras embedded with AI intelligent recognition algorithms to accurately detect wheelchairs and baby strollers, achieve detection, analysis and recognition of wheelchairs and baby strollers, and provide real-time warning of incidents of wheelchairs and baby strollers entering the perimeter area. When wheelchairs and baby strollers enter the monitoring range, they can be automatically recognized by capturing them and transmitting the images to the management center. The management center will output alarm signals or link voice alarms on site.

With the aging of society and the adjustment of birth policies, the number of wheelchair users and infants continues to grow, posing new challenges to the safety management of public places. The dangerous situation of wheelchairs sliding into the tracks at Beijing subway stations in 2023 and the automatic sliding of baby strollers in Shanghai shopping malls causing children to fall in 2024 have exposed the blind spots of traditional safety management systems. In response to this pain point, KeDiOu based on multimodal perception technologyBaby stroller wheelchair monitoring, recognition and alarm systemAs a result, this intelligent security solution is reshaping the security defenses of public places.
1、 Core technology of the system
Kedi OuBaby stroller wheelchair monitoring, recognition and alarm systemThe device adopts AI intelligent analysis and warning cameras embedded with AI intelligent recognition algorithms to accurately detect wheelchairs and strollers, achieve detection, analysis and recognition of wheelchairs and strollers, and provide real-time warning of wheelchair and stroller intrusion events within the perimeter area. When wheelchairs and baby strollers enter the monitoring range, they can be automatically recognized by capturing them and transmitting the images to the management center. The management center will output alarm signals or link voice alarms on site.

2、 Scenario based application solution

In the transportation hub scenario, the system forms a linkage control with elevators and turnstiles. When a wheelchair is detected hovering at the entrance of the escalator, voice guidance is automatically triggered and the escalator operation is paused. The deployment case at a certain airport shows that this feature reduces wheelchair related accidents by 67%. The commercial complex adopts spatial image analysis and statistical technology to monitor the dense area of wheelchairs and baby strollers in real time. When the density of a certain area exceeds the threshold, security personnel will be automatically dispatched for evacuation. According to data from a certain shopping mall, this feature has increased traffic efficiency by 35% during peak hours. The system also innovatively connected to the urban emergency response network and successfully assisted the subway station in completing 12 rapid evacuations of wheelchair users.

3、 System solves pain points

From the perspective of technological advantages, this system goes beyond simple danger alarms and builds a new type of safety ecosystem for human-machine collaboration. It not only solves the practical pain points of 'wheelchair users' and' families with children ', but also promotes the digital transformation of public facility service capabilities. Guided by the concept of technology for good, intelligent security is writing a new chapter in an accessible society.