LSS_104_ATP

LSS_104_ATP is an infrared light transmitting pipe suitable for human environmental monitoring. It is designed to focus the imaging of infrared narrowband lights into a core light pipe, and transmit infrared sensing information to the receiving end in a passive manner. This design makes it possible to conduct human environmental monitoring in a variety of conditions, such as in the presence of mechanical vibration, and with minimal interference from external sources. The LSS_104_ATP light pipes offer excellent transmission quality with minimal light scattering due to the use of a high-refractive-index optical glass, and can be used for numerous applications such as temperature measurement, infrared thermal imaging, and facial recognition.

The LSS_104_ATP consists of an optical glass core and a chip of thin metal film on its inside wall. The glass core is surrounded by a thin protective layer that prevents dust and corrosion. The chip contains chips and elements on the inner wall of the light pipe to guide the infrared light along the core in both directions, and is designed to allow the transmission of the light to occur with minimal losses. The two ends of the optical glass core of the LSS_104_ATP are typically equiped with a light conduit, such as fiber-optic cable, or a direct connection using a transmitter and receiver device. The transmitter and receiver device is designed to provide an easy and reliable connection between the two ends of the light conduit. The transmitter uses a highly reflective material to focus the infrared narrowband light into a focusing mirror, which in turn, is used to generate a light beam that is sent though the light conduit to the receiver device, which converts the light into a representation of the sensed environment.

The LSS_104_ATP offers excellent transmission quality of infrared narrowband light due to the use of a high-refractive-index optical glass, allowing for reliable transmission of the data in a range of environments, including low-energy environments. The LSS_104_ATP is most often used for temperature monitoring, but it can also be used for facial recognition, motion tracking, distances measurement, thermal imaging, and light intensity measurement. These applications often require a high degree of signal-to-noise ratio which is why a high-refractive-index optical glass is employed to reduce the transmission loss and obtain a higher quality of transmitted data. The LSS_104_ATP is also characterized by its high reliability and very low power consumption, making it an ideal choice for a wide range of applications.

The working principle of the LSS_104_ATP is relatively simple. First, the infrared narrowband light is focused into a core light pipe, using a highly reflective material. The chips and elements within the light pipe then guide the infrared light along the core in both direction. The focused beam of light is then sent to a transmitter device at the receiving end of the light pipe, which converts the light into a representation of the sensed environment. This representation can then be used by the receiving end to sense the presence of people and objects or measure their temperature. The LSS_104_ATP can also be used for other applications such as motion tracking, distances measurement, facial recognition, and light intensity measurement.

In conclusion, the LSS_104_ATP is an optical glass transmitting pipe specially designed for human environmental monitoring. This light pipe is characterized by its high-refractive-index optical glass core, which offers excellent transmission quality with minimal light scattering. The LSS_104_ATP is often used for applications such as temperature measurement, infrared thermal imaging, and facial recognition. It is also characterized by its high reliability and very low power consumption, making it an ideal choice for a wide range of applications.