SWIR sensor technology can be applied to baggage inspection systems in subway stations. Through short-wave infrared imaging, it can detect dangerous or prohibited items hidden in luggage, improving the accuracy and efficiency of security checks.
Installing short-wave infrared sensors at the entrances and key areas of subway stations can monitor passenger flow in real-time, detect abnormal behaviors or suspicious individuals, and enhance the security measures of the station.
SWIR sensor technology can penetrate smoke, allowing it to detect fire sources during a fire incident. This provides firefighters with timely and accurate information, aiding in the rapid control of the fire.
Subway stations are often crowded, with poor air circulation, leading to temperature fluctuations. Short-wave infrared sensors can monitor the temperature distribution within the station in real-time, providing data for the air conditioning system to adjust, ensuring passenger comfort.
In combination with other sensors, SWIR sensor technology can also be used to monitor air quality in subway stations, such as CO₂ concentration and harmful gas levels, providing data support for environmental control.
Equipment Temperature Monitoring
Various devices in subway stations generate heat during operation. Short-wave infrared sensors can monitor the temperature of these devices in real-time, preventing equipment failures or safety incidents due to overheating.
Fault Warning
By analyzing the data collected by short-wave infrared sensors, it is possible to detect abnormal operations in devices, providing a basis for preventive maintenance and reducing the likelihood of failures.
SWIR sensor technology can image both day and night, providing clear images under low light conditions at night and supporting nighttime surveillance in subway stations.
In situations requiring concealed lighting, SWIR sensor technology can act as a hidden lighting method, providing necessary illumination support for surveillance cameras and other equipment.
SWIR sensor technology has wide-ranging and important applications in subways. The SWIR image sensor not only enhances the safety and comfort of subway stations but also reduces the risk of equipment failures and maintenance costs. With continuous technological advancements and expanding application scenarios, the prospects for SWIR sensor technology in the subway sector are becoming increasingly broad.
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