Bp Corporation North America Inc.

John James Nyholt

Gary Norris Langlois

A device for conducting ultrasonic inspections comprises a base. In addition, the device comprises a probe housing pivotally coupled to the base with a suspension system. Further, the device comprises an ultrasonic probe disposed within the probe housing and configured to transmit ultrasonic signals. The suspension system is configured to permit the probe housing to pivot relative to the base to transmit ultrasonic signals in a plurality of directions.

Pivoting ultrasonic probe mount and methods for use

A device for conducting an ultrasonic inspection of an object of interest comprises a base member. In addition, the device comprises a track coupled to the base member. Further, the device comprises a carriage moveably coupled to the track. Still further, the device comprises a drive system coupled to the carriage and configured to move the carriage linearly along the track. Moreover, the device comprises an ultrasonic probe coupled to the carriage.

Linearly-travelling ultrasonic probe mount and methods for use

This invention relates to permanent, ultrasonic, flexible, dry-coupled, linear arrays for the inspection of pipelines, process equipment, and the like. The permanent, ultrasonic, flexible, dry-coupled, linear arrays detect and/or measure corrosion wall loss, stress corrosion cracking, and/or internal initiated pipeline cracking. The apparatus for ultrasonically testing materials includes a linear array of ultrasonic sensors, and a flexible, acoustically transmissive, dry-coupling surrounding at least a portion of each of the ultrasonic sensors.

Growing community of inventors

Seabrook, TX, United States of America

John James Nyholt