BUILDING SAFETY SYSTEMS RESIDENCES

Brand Owner Address Description
POM Peace of Mind Technologies 246 W. 38th Street New York NY 10018 Building safety systems for residences, businesses, schools, hospitals, hotels, and recreation venues comprising software and hardware for monitoring security and surveillance systems, namely, fire, intrusion, access, and environmental protection systems composed of surveillance cameras, digital and network video recorders, motion scanners, access control systems, proximity card readers, optical turnstiles, wireless door locks, visitor management software, alarms, panic devices, intercoms, fire detectors, flood detectors and temperature detectors; Facilities management systems for security and surveillance, namely, computer hardware, computer peripherals, cameras, proximity card readers, optical turnstiles, wireless door locks, visitor management software, panic devices, electronic switchers for audio and video signals, computer and videomonitors, microphones, motion sensors, electronic network equipment, comprised of servers and connecting cables, audio and video transmitters, electronic door locks, security control panels and digital audio and video tape recorders;Installation, maintenance, and repair of computer hardware, computer peripherals, cameras, switchers, monitors, microphones, motion sensors, electronic network equipment, audio and video transmitters, electronic door locks, security control panels and recorders used for controlling, monitoring, recording and remotely monitoring security and surveillance systems, namely, fire, intrusion, access, and environmental protection systems;PEACE OF MIND;Remote monitoring of intruder, fire and environmental alarm services for central offices in the fields of residences, businesses, schools, hospitals, hotels, and recreation venues; consulting services in the fields of fire detection, property security, and personal security;
 

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

    
Technical Examples
  1. A system and method for allowing escape of many persons from a multistory building over a short period of time. The method and system include strategic placement and use of anchor points and components in conjunction with escape kits or devices so as to allow increased efficiency and safety of escape from the building for a plurality of persons in a coordinated manner, including escape of multiple escapees simultaneously or near simultaneously. The system and method include determining a strategic escape plan and configuration that incorporates consideration of building features, including features possibly interfering with escape routes, and three dimensional aspects of both building characteristics and anchor and escape kit and device features.