corridors serve as critical areas for pedestrian traffic, making the intelligence and energy efficiency of lighting systems important considerations in architectural design. Traditional corridor lighting mostly uses manual switches or timer controls, which are not only inconvenient but also lead to energy waste. The introduction of radar modules, they enable lighting systems to accurately sense environmental changes and provide lighting on demand.a
From material handling and assembly in industrial production to goods sorting and transportation in logistics warehousing, and even cleaning and companionship in household services, robots are gradually integrating into all aspects of our lives. However, as the usage scenarios of robots become increasingly complex, their operational safety issues have become more prominent, with collision risks being one of the key challenges requiring urgent solutions.
Over time, this innovative product was gradually developed and improved in South Korea and Japan. Manufacturers continuously added new functions such as heated toilet seats, warm-air drying, and sterilization. With a wide variety of products on the market, they offer increasingly diverse functions, including hip cleaning, lower-body cleaning, mobile cleaning, seat heating, automatic deodorization, etc., providing users with a more comfortable, convenient, and hygienic experience.
By leveraging advanced wireless communication technologies, digital keys enable vehicle owners to unlock and start their vehicles through mobile devices such as smartphones, significantly enhancing convenience. Among the many technologies supporting digital keys, the UWB (Ultra-Wideband) module has become a core technology in the digital key field due to its unique advantages, bringing users unprecedented safety and convenience experiences.
?The constant-on mode of traditional street lights not only consumes (large amounts of) electricity but also fails to flexibly adjust lighting intensity according to actual needs. The emergence of radar modules has brought innovative solutions to automatic street lighting systems, advancing them significantly toward efficiency, intelligence, and energy conservation.
Traditional security inspection technologies have gradually exposed some limitations when dealing with complex and changeable security scenarios. As an emerging wireless communication technology, Ultra-Wideband (UWB) technology is gradually making its mark in the field of subway security inspections due to its unique technical advantages, bringing new possibilities to improve the efficiency and accuracy of subway security inspections.