50b3
50b3 Toposens Echo One is a 50b3 3D Ultrasonic Echolocation Sensor which 50b3 can be utilized for collision 50b3 avoidance. It’s the world’s first 50b3 industrial-grade 3D Ultrasonic Collision Avoidance 50b3 Sensor. The sensor employs 3 50b3 microphones to detect sound waves. 50b3 The sensor sends the information 50b3 to Toposens PROCESSING UNIT, which 50b3 makes use of sound-based triangulation 50b3 mixed with refined noise-filtering software 50b3 program to detect any impediment.
50b3
50b3 The 3D Ultrasonic Echolocation Sensor 50b3 is predicated on the precept 50b3 of echolocation as seen in 50b3 bats, Toposens ECHO ONE compensates 50b3 for the drawbacks of optical 50b3 sensors by utilizing sound-based triangulation 50b3 together. It sends the information 50b3 obtained from 3 microphones, in 50b3 a 3D level cloud format 50b3 to the Toposens PROCESSING UNIT 50b3 which is supplied with easy-to-configure 50b3 superior 3D collision avoidance software 50b3 program. From there, relying on 50b3 which 3D zone violations are 50b3 detected, the Toposens PROCESSING UNIT 50b3 triggers both a “decelerate” or 50b3 “cease” command to the cell 50b3 robotic’s CPU. When no zone 50b3 violations are detected, the cell 50b3 robotic drives on.
50b3
50b3 “Having the ability to detect 50b3 a number of difficult-to-detect obstacles 50b3 reliably and in real-time, no 50b3 matter environmental situations, allows us 50b3 to supply next-level robotic security 50b3 for our clients. Our expertise 50b3 addresses the shortcomings of optical 50b3 sensors, akin to LiDARs, which 50b3 may fail to detect floor-based 50b3 objects like forklift forks on 50b3 the ground, in unfavourable lighting 50b3 situations or on clear or 50b3 mirrored object surfaces. Receiving information 50b3 output in 3D, that means 50b3 in x, y, and z 50b3 coordinates, ensures essentially the most 50b3 dependable stage of 3D collision 50b3 avoidance”, says Tobias Bahnemann, CEO 50b3 and Co-Founding father of Toposens 50b3 and continues:
50b3
50b3