Emerson Electric Company

Justin Daw

Josh Sooy

Jay P Gatz

Paul Fresty

Brad Yuronich

Lucian-Vasile Muresan

A system includes a visual inspection system and an image analysis system. The visual inspection system includes an inspection camera that captures images from within an interior of at least one of a utility line and a tunnel for installing a utility line, and a first communication interface that communicates image data corresponding to the images. The image analysis system includes a second communication interface that receives the image data from the visual inspection system, a model adaptation module that modifies a classifier model based on at least one of feedback data and training data, and a classifier module that implements the classifier model to identify a plurality of features in the image data corresponding to defects and that modifies the image data according to the identified plurality of features. The defects include at least one of a cross-bore, a lateral pipe, and an imperfection.

Method and apparatus for analyzing image data generated during underground boring or inspection activities

A method is provided for reporting location of a buried object detected by a utility locator device. The method includes: determining location of a buried object using electromagnetic field emissions emitted from a utility locator device, determining global coordinates for the location of the buried object using a global positioning system (GPS), determining an accuracy measure for the global coordinates using the accuracy of the location determined by the locator and the accuracy of the GPS; and reporting the global coordinates for the buried object, along with the accuracy measure, to an operator of the utility locator device. An operator of the locator may be notified when the accuracy measure for the global coordinates exceeds a tolerance for reporting the location of the buried object.

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North Ridgeville, OH, United States of America

Justin Daw