Fujifilm Medical Systems U.s.a., Inc.

Fujifilm Corporation

Other

Micah Aaron Forstein

James Andrew Zug

Emil Michael Saraga, Jr

A method of surgical modeling is disclosed. A set of related two-dimensional (2D) anatomical images is displayed. A plurality of anatomical landmarks is identified on the set of related 2D anatomical images. A three-dimensional (3D) representation of at least one prosthesis is scaled to match a scale of the 2D anatomical images based at least in part on a relationship between the anatomical landmarks. 3D information from the at least one prosthesis along with information based on at least one of the plurality of anatomical landmarks is utilized to create procedure-based information. A system for surgical modeling is also disclosed. The system has a prosthesis knowledge-based information system, a patient anatomical-based information system, a user interface, and a controller. The controller has an anatomical landmark identifier, a prosthesis-to-anatomical-feature relator, and a procedure modeler.

Method and system for surgical modeling

A method for surgical planning is disclosed. A set of related two-dimensional (2D) anatomical images or 3D images is displayed. A plurality of anatomical landmarks are identified on the set of anatomical images. A three-dimensional (3D) representation of a parent prosthesis is scaled to match a scale of the 2D anatomical images based at least in part on a relationship between the anatomical landmarks. A 2D representation of the scaled 3D parent prosthesis is displayed on at least one of the 2D anatomical images. A system for surgical planning is also disclosed. The system has a prosthesis knowledge-based information system, a patient anatomical-based information system, a user interface, and a controller. The controller has an anatomical landmark identifier. The controller also has a prosthesis-to-anatomical-feature relator. The controller is configured to display a set of related two-dimensional (2D) anatomical images from the patient anatomical-based information system on the user interface.

Method and system for surgical planning

A video pedobarograph system for providing a real time, qualitative display of dynamic relative pressure measurements includes a plurality of force sensors, a substantially rigid support structure and video pedobarograph electronics. The force sensors generate dynamic relative pressure signals and are positioned within a force sensor matrix structure. The substantially rigid support structure includes a substantially planer surface to which the sensor matrix structure is fixedly secured. The video pedobarograph electronics include a video sync stripper and control logic. The video sync stripper strips a video sync signal from a composite video signal received by the video pedobarograph electronics. The control logic maps the dynamic relative pressure signals to the composite video in response to the video sync signal to generate a mapped composite video signal providing a qualitative display of the dynamic relative pressure signals within a predetermined portion of an overall video image generated from the mapped composite video signal.

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Topeka, KS, United States of America

Micah Aaron Forstein