VEHICLE ALARMS

Brand Owner (click to sort) Address Description
BARRACUDA SHINGKI, INC 17251 chestnut street city of industry CA 91748 VEHICLE ALARMS;
CITY ALARM FLICK, KENNETH E. 5236 Presley Place Douglasville GA 30135 vehicle alarms, vehicle alarm systems comprised of sirens, lasers, sensors, switches, remotes and wiring;ALARM;
COMMAND START KRAUS GROUP INC. 25 Paquin Road Winnipeg, Manitoba R2J 3V9 Canada vehicle alarms; electronic vehicle safety and anti-theft equipment; remote control devices for use in starting vehicle engines, locking vehicle doors and trunks, and arming vehicle alarm, safety and anti-theft systems;
COMMAND START CSI Manufacturing and Distribution Inc. 25 Paquin Road Winnipeg, Manitoba R2J 3V9 Canada vehicle alarms; electronic vehicle safety and anti-theft equipment; remote control devices for use in starting vehicle engines, locking vehicle doors and trunks, and arming vehicle alarm, safety and anti-theft systems;
EXPEDITOR Micro Alarm Systems, Inc. 4825 SOTO STREET V VERNON CA 90058 VEHICLE ALARMS;
GET THE ORIGINAL KRAUS GROUP INC. 25 Paquin Road Winnipeg, Manitoba R2J 3V9 Canada vehicle alarms; remote control devices for use in starting vehicle engines, locking vehicle doors and trunks, and arming vehicle alarm, safety and anti-theft systems;The stippling in the drawing is a feature of the mark and does not indicate color.;
LIFE LINE TECMARK CORPORATION 7745 Metric Drive Mentor OH 44060 vehicle alarms, namely a safety door alarm for sensing an object caught in a door;
M.A.T. FLICK, KENNETH E. 5236 Presley Place Douglasville GA 30135 vehicle alarms, vehicle alarm systems comprising of sirens, lasers, sensors, switches and wiring;
PEARSON RESEARCH GROUP FLICK, KENNETH E. 5236 Presley Place Douglasville GA 30135 vehicle alarms, vehicle alarm systems comprised of sirens, lasers, sensors, switches and wiring;RESEARCH GROUP;
 

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

    
Technical Examples
  1. System, device and method for alerting an individual to an alert condition using acoustic alarms having less sensitivity to multipath distortion and having improved inherent signal to noise ratio properties, wherein the acoustic alarms are readily distinguishable using standard digital processing techniques.