Thomas Martin Wissler

Title: Thomas Martin Wissler and His Contributions to Ultrasonic Imaging

Introduction

Thomas Martin Wissler is an inventor associated with Kenmore, Washington. His patent work focuses on ultrasonic diagnostic imaging, particularly techniques for creating extended-field-of-view images and improving image reacquisition when a scanhead moves off its intended path. He is associated with 3 patents.

Latest Patents

Wissler’s patent, “Extended Field of View Ultrasonic Diagnostic Imaging,” describes a method for combining spatially offset ultrasound images into an extended image. The images are aligned through a multiresolution process that compares prominent image features, beginning with lower-resolution images and progressing to higher-resolution ones. The method uses each comparison to guide the next alignment step and refines the result using boundary conditions and gradient-based adjustments.

His patent, “Extended Field of View Ultrasonic Diagnostic Imaging with Image Reacquisition,” addresses scanhead movement that departs from the desired path. The system allows the direction of scanhead motion to be reversed so the operator can reacquire the intended image plane or patient anatomy.

Career Highlights

Wissler’s work reflects a focus on practical challenges in ultrasonic imaging, including reliable alignment of image sequences and recovery when scanning motion deviates from its intended course. His listed company affiliations include ATL Ultrasound, Inc., and Koninklijke Philips Corporation N.V.

Collaborations

Wissler’s listed coworkers include Roy B. Peterson and Lars Jonas Olsson. Their shared professional context connects his work to broader efforts in the development of ultrasonic diagnostic imaging technologies.

Conclusion

Thomas Martin Wissler’s patents address image alignment and reacquisition in ultrasound systems, contributing techniques intended to support extended-field imaging and more dependable scanning.