VEHICULAR PEDESTRIAN ACCESS CONTROL

Brand Owner (click to sort) Address Description
MAGIC BUTTON Magic Door Industries Pty. Limited C/- HLB Mann Judd (NSW) Pty Ltd. Level 19, 207 Kent Street Sydney NSW 2000 Australia Vehicular and pedestrian access control systems for garage doors and parking systems, namely, wireless remote control transmitters and receivers, automatic barrier arm gates, and automatic electric gate operators; gate systems comprising automated security gates for parking lots; and automated security gates for garage doors and parking systems;BUTTON;
NATIONAL GATEWORKS Access Control Technologies, Inc. 1028 West Washington St. Orlando FL 32805 Vehicular and pedestrian access control systems, namely, electronic access control software, telephone entry devices, namely, software driven telephone entry devices, vehicle and pedestrian detection devices, photo electric sensors, and passive infrared censors, CCTV camera systems comprised of cameras, video recorders, sequencing multiplex devices and motion detection devices, electronic or electric sensors for vehicle or pedestrian or obstruction detection, electronic or electric ultrasonic sensors for vehicle or pedestrian or obstruction detection, automatic door and gate operating devices, automatic overhead metal gates and electric gate operators, automatic swinging metal gates and electric operators, automatic sliding metal gates and electric operators, electronic ornamental metal fencing and electronic chain link fencing;Metal gates, namely overhead metal gates and gate operators, swinging metal gates, sliding metal gates, ornamental metal fencing, and chain link fencing;NATIONAL GATE WORKS;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A walking gait detection apparatus includes a microphone for picking up low-frequency-band sounds that are transmitted through the body of a pedestrian while walking and an analyzer for performing analysis. Accordingly, the gait of the pedestrian is detected. It is also possible to distinguish the gait pattern on the basis of the stance-phase time of a foot sole and the signal intensity, for example. The gait detection apparatus can accurately estimate the stride length on the basis of a detected gait cycle, the height of the pedestrian, and signals detected during walking. On the basis of low-frequency sounds picked up by the microphone while the pedestrian is walking, the pedestrian can be identified.