WATER LEVEL INDICATION MEASUREMENT

Brand	Owner (click to sort)	Address	Description
AQUARIAN	Fossil Power Systems Inc.	10 Mosher Drive Dartmouth, Nova Scotia B3N1N5 Canada	WATER LEVEL INDICATION AND MEASUREMENT SYSTEMS, NAMELY, GAUGES, PROBES, DETECTION AND VERIFICATION UNITS, WATER COLUMNS, CIRCUIT BOARDS, WATER LEVEL DISCREPANCY ALARMS, LED DISPLAYS, AND PARTS THEREFOR;
AQUARIAN	Fossil Steam Technologies, Inc.	10 Mosher Drive Dartmouth, Nova Scotia B3B 1N5 Canada	WATER LEVEL INDICATION AND MEASUREMENT SYSTEMS, NAMELY, GAUGES, PROBES, DETECTION AND VERIFICATION UNITS, WATER COLUMNS, CIRCUIT BOARDS, WATER LEVEL DISCREPANCY ALARMS, LED DISPLAYS, AND PARTS THEREFOR;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A non-invasive method for measuring the level of filling material in a vessel and for detecting the presence of the filling material in the vessel at a predetermined set point level is based on monitoring the oscillation of the vessel's outside wall that follows an impact load applied to the external surface of the vessel's wall. The method may employ short range level measurement and long range level measurement procedures. The short-range level measurement utilizes the macro-dynamic properties of the oscillating space in the vicinity of the center of the impact. The long-range level measurement utilizes the properties of the transverse elastic waves propagating along the vessel's wall after the impact. The value of the measured level may be determined by a joint evaluation of the output of the short range level measurement procedure and the output of the long range level measurement procedure.