ELECTRICAL CONDUCTIVITY MONITOR MONITORING

Brand Owner (click to sort) Address Description
BRAINBIT Brainbit, Inc 205 E 42nd St Fl 14 New York NY 100175706 Electrical conductivity monitor for monitoring electrical activity in human brain, bio-signal reading and mental state interpretation for medical purposes;BRAIN BIT;
HYDRALERT SILVERSMITH, INC. 1370 Milbocker Road Gaylord MI 49735 Electrical conductivity monitor for monitoring the status of hydrants;Transmission and delivery of hydrant status via wireless communication networks; wireless electronic transmission of fire hydrant data;Electronic monitoring and reporting of hydrant status using computers or sensors;
HYDRALERT SILVERSMITH, INC. 1370 Milbocker Road Gaylord MI 49735 Electrical conductivity monitor for monitoring hydrants;Transmission and delivery of hydrant status via wireless communication networks; Wireless electronic transmission of fire hydrant data;HYDRANT ALERT;Electronic monitoring and reporting of hydrant status using computers or sensors;
IRIS EKFox&Associates, Ltd. 4035 Ridge Top Road, Suite 650 Fairax VA 220307454 Electrical conductivity monitor for monitoring per phase electrical measurements;
SPAN SENTRY EDM International, Inc. 4001 Automation Way Fort Collins CO 80525 Electrical conductivity monitor for monitoring conductor ampacity in overhead transmission lines;SPAN;
 

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

    
Technical Examples
  1. An impedance model of tissue is useful for describing conductivity reconstruction in tissue. Techniques for determining and mapping conductivity distribution in tissue supply useful information of anatomical and physiological status in various medical applications. Electrical Impedance Tomography (EIT) techniques are highly suitable for analyzing conductivity distribution. Electrical characteristics of tissue include resistive elements and capacitive elements. EIT techniques involve passing a low frequency current through the body to monitor various anatomical and physiological characteristics. The system can interrogate at multiple frequencies to map impedance. Analytical techniques involve forward and inverse solutions to boundary value analysis to tissue characteristics.