PARTICLE DETECTORS DETECTING AIRBORNE

Brand Owner (click to sort) Address Description
BIOLAZ PARTICLE MEASURING SYSTEMS, INC. 5475 Airport Boulevard Boulder CO 80301 PARTICLE DETECTORS FOR DETECTING AIRBORNE PARTICLES; BIOLOGICAL DETECTORS FOR DETECTING AIRBORNE BIOLOGICAL ORGANISMS; INSTRUMENTATION, namely, PARTICLE DETECTORS FOR DETECTING, COUNTING OR SIZING OF CONTAMINANT PARTICLES AND BIOLOGICAL ORGANISMS, INCLUDING AIRBORNE BIOLOGICAL PARTICLES AND INERT PARTICLES; REAL-TIME PARTICLE MONITORS FOR AIRBORNE CONTAMINANTS AND BIOLOGICS, INCLUDING REAL-TIME INERT PARTICLE MONITORS AND REAL-TIME BIOLOGICAL MONITORS;BIOLOGICAL LASER;
BIOLAZ PARTICLE MEASURING SYSTEMS, INC. 5475 Airport Boulevard Boulder CO 80301 Particle detectors for detecting airborne particles; biological detectors for detecting airborne biological organisms; instrumentation, namely, particle detectors for detecting, counting or sizing of contaminant particles and biological organisms, including airborne autofluorescent particles and inert particles; real-time particle monitors for airborne contaminants and biologics, including real-time inert particle monitors and real-time biological monitors; biofluorescent particle (BFP) sensors and detectors that measure auto-fluorescent units;
 

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

    
Technical Examples
  1. A method and computer program product are described for detecting and identifying airborne particular matter comprising a plurality of particles. The backscatter induced by each of the particles under a light source is measured to determine a backscatter value for each particle. The autofluorescence intensity of each of the particles around at least one characteristic wavelength is then measured to obtain at least one autofluorescence intensity value for each particle. The measured autofluorescence intensities and the backscatter values from the plurality of particles are processed to determine if a potential biohazard exists. At least one autofluorescence intensity value for each particle is provided to a pattern recognition classifier if a potential biohazard is present. The classifier is trained to recognize at least one variety of airborne particulate matter.