#None #oToBrite #SafeZone #AI Sensing

oToBrite Launches SafeZone Anti-Pinch Vision-AI Sensing System

In an effort to combat the rising incidence of passenger injuries related to bus doors, oToBrite Electronics, Inc. has rolled out a groundbreaking technology called the SafeZone Anti-Pinch Vision-AI Sensing System. This new system leverages advanced artificial intelligence (AI) for real-time image recognition, specifically designed to detect individuals in the door area of buses, aiming to prevent accidental injuries.

The Problem of Door-Related Injuries

Recent statistics indicate that injuries sustained by passengers due to bus doors are a persistent issue worldwide, affecting transit systems in countries such as the US, Canada, Japan, South Korea, and the UK. These alarming incidents have often led to legal actions against both bus companies and operators. Traditional safety measures, primarily relying on pressure-sensitive sensors and infrared systems, have proven inadequate, revealing significant gaps in passenger protection.

The Innovative Solution

Recognizing the pressing need for enhanced safety measures, oToBrite has introduced their cutting-edge SafeZone system. This innovative solution utilizes sophisticated vision-AI technology capable of effectively identifying multiple passenger scenarios. Notably, it can detect individuals boarding or exiting, even if they are carrying large items like umbrellas or are somewhat obscured in a crowd.

When integrated with the bus's door control mechanism, the system can immediately identify the presence of passengers in the door's closing area. This capability enables it to stop the door from shutting and automatically reopen it, thereby significantly reducing the risk of injury—especially for vulnerable groups such as the elderly or children.

Advantages Over Conventional Systems

The advent of the SafeZone system marks a departure from traditional methods that largely depend on passive sensors, which only react once an object is pinched. Such mechanisms have been criticized for their inability to appropriately detect smaller passengers, leading to numerous accidents. For instance, existing infrared sensors are often compromised by varying light conditions, while mmWave radars struggle with detecting certain materials, thus underscoring the need for a more reliable solution.

In contrast, oToBrite’s Vision-AI system employs deep learning algorithms that can comprehend various shapes and forms of humans, enabling it to maintain high accuracy even under compromised visibility conditions.

Approval and Future Implications

The SafeZone system has already garnered approval from public bus authorities in Taiwan, validating its effectiveness and safety. Moreover, by mitigating the operational risks associated with passenger injuries, this technology not only enhances user safety but also provides significant benefits to transport operators.

In summation, oToBrite’s introduction of the SafeZone Anti-Pinch Vision-AI Sensing System embodies a significant leap forward in public transportation safety. As public transit continues to serve increasingly populations, these types of innovative technologies are vital to ensuring that passengers can travel safely and securely. To learn more about the SafeZone system, visit oToBrite's official website.