SELF-CHARACTERIZING VIBRATING CONDUIT PARAMETER SENSORS AND METHODS OF OPERATION THEREFOR

Patent №

US 6,347,293

Granted

2002-02-12

Filed 1999

Owner

MICRO MOTION, INC.

Lab

AI components

1

planning

Assignment

Recorded

Dataset

AIPD

2023_r1 edition

Application

09350844

A self-characterizing vibrating conduit sensor for measuring a process parameter in a material processing system includes a conduit configured to contain material from the material processing system and a plurality of motion transducers operative to produce a plurality of motion signals representing motion at a plurality of locations on the conduit. A modal parameter estimator is configured to receive the plurality of motion signals and operative to estimate a modal parameter from the received plurality of motion signals. The modal parameter, e.g., a modal filter parameter or a force projection parameter, relates behavior of the conduit to behavior of a single degree of freedom (SDOF) system. A process parameter estimator is configured to receive the plurality of motion signals, responsive to the modal parameter estimator and operative to estimate a process parameter associated with a material in the conduit from the received plurality of motion signals according to the estimated modal parameter. Techniques for estimating a modal parameter include a modified reciprocal modal vector (MRMV) estimation technique and an adaptive modal filtering technique.

PlanningG01F 1/8413G01F 1/8436G01F 1/8477

AI classification

Planning0.89
Evolutionary computation0.05
Vision0.02
Natural language0.00
Speech0.00
Knowledge representation0.00
AI hardware0.00
Machine learning0.00

Ownership

MICRO MOTION, INC.

assignment · 101100047

Assignors

CUNNINGHAM, TIMOTHY J., SHELLEY, STUART J.

On an employer assignment, the assignors are typically the inventors.

© 2026 NYSGPT2525 LLC