The 3D Tracking System is a system based on our Advanced Ultrasonic Sensors and RF technology. It provides X, Y, Z coordinates using a single receiver and at least one sender unit.*
By using ultrasonic technology, we can offer you a cost-effective tracking solution that enables you to use the system regardless of lighting conditions.
With our system, you can solve positioning tasks with millimeter accuracy over short distances.
Up to 160°
The 3D ultrasonic technology allows us to get an opening angle of up to 160°. This provides you with a precise position detection with only one beacon and receiver couple, even in complex applications.
The receiver sends out an RF signal, which commands the addressed beacon that it should send an ultrasonic pulse. At the same time, the receiver starts to record the ultrasonic pulse from the beacon. The receiver then calculates the 3D coordinates of the beacon(s) using the sound propagation time of the ultrasonic pulse and our algorithm.
The coordinates are output by the receiver and can be used for further data processing.
The beacon receives the RF signal from the receiver and starts sending the ultrasonic pulse. This process is repeated at approximately 19 Hz per second.
By aligning the beacon with the receiver, very high accuracy can be realized at close-range distances.
For synchronizing the Tracking System, we use RF technology due to the high interference resistance.
To expand the range of applications in which the system can be used, we are investigating other technologies for the synchronization of the system, such as infrared.
The system can be used in a wide variety of industries, such as entertainment, automotive, or robotics.
The rising significance of electric vehicles and the associated necessity of the autonomous charging process means that it is necessary to automate and improve alignment processes. Our Beacon Based 3D Tracking System will help autonomous technologies to align with docking systems, providing optimal charging solutions.
In order to ensure optimal charging conditions during conductive charging, millimeter-precise alignment to the plate must be guaranteed, which is possible with the help of our Bacon Based 3D Tracking System.
Also for inductive charging, a technology that ensures optimal alignment is essential. Our sensor system will allow autonomous technologies to identify and dock to their respective charging station precisely.
Service robots and the correct docking to the loading station of those is becoming increasingly important. The robots must dock very precisely with the loading station to ensure a generally smooth autonomous charging process.
To enable this, we equipped a robot with a beacon and mounted the receiver unit on the loading station. Our technology enabled the robot to find the station and dock precisely to it and therefore represents a cost-effective alternative to comparable near-field sensors.