ELECTRONIC DEVICES COMPRISING SENSORS

Brand	Owner (click to sort)	Address	Description
ADVANCED SWEAT SENSORS FOR MEDICINE INDUSTRY AND SPORT	Eccrine Systems, Inc.	1775 Mentor Ave., Suite 300 Cincinnati OH 45212	Electronic devices comprising sensors, transmitters, servers and associated patch for inducing, detecting, analyzing, displaying, and uploading to a computer network information about bloodstream analytes derived from sweat and other sources for nonmedical purposes;Electronic devices comprising sensors, transmitters, servers and associated patch for inducing, detecting, analyzing, displaying, and uploading to a computer network information about bloodstream analytes derived from sweat and other sources for medical purposes;SWEAT SENSORS;
SWEATRONICS	Eccrine Systems, Inc.	1775 Mentor Ave., Suite 300 Cincinnati OH 45212	Electronic devices comprising sensors, transmitters, servers and associated patch for inducing, detecting, analyzing, displaying, and uploading to a computer network information about bloodstream analytes derived from sweat and other sources for nonmedical purposes;Electronic devices comprising sensors, transmitters, servers and associated patch for inducing, detecting, analyzing, displaying, and uploading to a computer network information about bloodstream analytes derived from sweat and other sources for medical purposes;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A basic electronic unit, an integrated electronic system, and the associated software program for coupled multielectrode electrochemical devices or sensors. The basic electronic unit uses different values of resistors for coupling the multiple electrodes in an electrochemical device or a sensor, so that the effective value of the coupling resistance can be dynamically changed according to the magnitude of the measured coupling current during the measurement. This feature allows the electronic unit to measure a wide range of coupling currents without compromising the principle that the coupled multielectrode electrochemical device simulates the one-piece metal behavior. The integrated electronic system uses several basic electronic units, so that it can simultaneously measure several independent multielectrode electrochemical devices or sensors that have a small number of electrodes, or measure one or more multielectrode devices or sensors that have a large number of electrodes. The software gives users the ability to change the data acquisition parameters dynamically during the measurements.