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The term “human detection sensor” refers to a group of technologies that may identify a human body in a given area of space, usually without the discovered person’s knowledge or consent.
Applications that are frequently used include customer analytics, surveillance, and search and rescue. In order to stop programs and spam robots from accessing protected resources, tests are employed to determine whether a computer is being used by a human.
Different commercial heartbeat detection systems use a series of vibration or seismic sensors to detect the presence of a person inside a vehicle or container by monitoring vibrations brought on by the beating of the human heart.
The Global human detection sensor market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
High-precision human detection sensor HVC-F, was launched by OMRON. The HVC-F, which is installed on the ceiling, uses an inbuilt imaging sensor to count the number of people and their locations within a 7.2 m by 7.2 m space.
The sensor is suitable for usage not only in offices and conference rooms but also in spaces with high ceilings like entrance and elevator halls because it can operate at a maximum height of 5m. To simultaneously monitor a bigger region, several HVC-F units can be installed.
The sensor is unable to detect or recognize specific people. Automatic lighting is typically managed by infrared sensors that look for people and turn on or off the lights accordingly.
However, the HVC-F can provide more precise information about the location and number of people present, allowing for more sophisticated lighting control and increased energy efficiency. By switching the conventional indoor thermostat with the HVC-F, similar results can be obtained through precise air conditioning control.
The HVC-F can also be used for brand-new services that help businesses that share a building increase the effectiveness of how they use their office space, like by connecting the sensor to the system for booking meetings and keeping track of how often those rooms are actually used and how many people are actually present.
By visualising information about the number of workers and their locations, the HVC-F can help increase productivity by supplying information that can be used to analyse and improve production lines and device layouts.
