What is Ir Tracker?

Infrared (IR) tracker is a system that can keep cards at the position of the object using the IR light source and units that are judging where the object is. In order to ensure the light needed to work the IR Tracker, the lighthouse sends a constant IR light stream. Near the lighthouse are two receivers-one for X-axis and one for axis Y-KTERés are able to assess where the object is based on disruption of IR light. One of the use of the IR monitor is to assess where the object is in relation to the Tracker device. Finger movements, especially movements used for computer touch screen monitors, are also captured by this technology.

The IR tracking lighthouse is responsible for broadcasting IR light. This light is necessary because the tracker cannot find anything without an object disturbing IR light. Depending on what the monitor is used for, the light may be pushed in all directions or can be concentrated on a certain position. For example, Ir Autoalarm will push the light of all directions while the touch screen will only useR light through the monitor.

While light is important, other components are needed to assess where the light was disturbed in IR tracker. This is where IR receivers come. When the light is sent by the lighthouse, the receivers monitor the current. If any disturbance occurs, the receiver captures the position of the object on the basis of the x -axis and axis. If a depth is required, the third receiver will be used for Z axes, but it is unusual.

One use for an IR monitor is to find out where the whole object or body is. For example, if the tracker is part of the autolarm, the monitor will be made to send a wide stream of light and be ready to watch large objects. This system is also useful to monitor movement, as the follower will be able to capture every body movement.

Another IR Trackers system is used to capture finger movements that are usually used on computers. For example IR touch DiThe plej covers the IR screen with light and, if the finger disrupts the light, the touch screen catches the movement and reacts appropriately. Another use is the IR keyboard; The keyboard is projected on a flat surface and finger movements are captured and transmitted as keys to a computer.