STRONG MOTION ACCELEROGRAPH USED

Brand Owner (click to sort) Address Description
BASALT Kinemetrics, Inc. 222 Vista Avenue Pasadena CA 91107 Strong motion accelerograph used in earthquake and seismic monitoring, Seismological instruments, LAN (local operating network) hardware for connecting seismological instruments, computer hardware for operating seismological instruments, computer software for operating seismological instruments, communications software for connecting seismological instruments;
ETNA KINEMETRICS INC. 222 Vista Avenue Pasadena CA 911073278 strong motion accelerograph used in earthquake and seismic monitoring;
GRANITE Kinemetrics, Inc. 222 Vista Avenue Pasadena CA 91107 Strong motion accelerograph used in earthquake and seismic monitoring, Seismological instruments, LAN (local operating network) hardware for connecting seismological instruments, computer hardware for operating seismological instruments, computer software for operating seismological instruments, communications software for connecting seismological instruments;
K2 KINEMETRICS INC. 222 Vista Avenue Pasadena CA 911073278 strong motion accelerograph used in earthquake and seismic monitoring;
OBSIDIAN Kinemetrics, Inc. 222 Vista Avenue Pasadena CA 91107 Strong motion accelerograph used in earthquake and seismic monitoring, Seismological instruments, LAN (local operating network) hardware for connecting seismological instruments, computer hardware for operating seismological instruments, computer software for operating seismological instruments, communications software for connecting seismological instruments;
 

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

    
Technical Examples
  1. A system and method for capturing motion comprises a motion capture volume adapted to contain at least one actor having body markers defining plural body points and facial markers defining plural facial points. A plurality of body motion cameras and a plurality of facial motion cameras are arranged around a periphery of the motion capture volume. The facial motion cameras each have a respective field of view narrower than a corresponding field of view of the body motion cameras. The facial motion cameras are arranged such that all laterally exposed surfaces of the actor while in motion within the motion capture volume are within the field of view of at least one of the plurality of facial motion cameras at substantially all times. A motion capture processor is coupled to the plurality of facial motion cameras and the plurality of body motion cameras to produce a digital model reflecting combined body and facial motion of the actor. At least one microphone may be oriented to pick up audio from the motion capture volume.