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US 2017/0290685 A1Published application
Advanced Fitment of Prosthetic Devices
AssigneeTexas Research International, Inc.
InventorsJake Parker Montez, David S. Forsyth
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Abstract
A method utilizing digital scanning, additive manufacturing, and electronic embedded garments for advanced fitment of prosthetic devices.
Claims14
A method for new fitting procedures for prosthetic devices comprising:
- a. scanning of the prosthetic limb to obtain a point cloud representation of the prosthetic limb;
- b. creating a data file that defines a three-dimensional shape of the prosthetic limb;
- said data file further defining the boundaries of thin cross sectional regions of the prosthetic limb;
- c. providing the data file to an additive layer-wise manufacturing machine;
- d. producing a test socket of the prosthetic limb on the additive layer-wise manufacturing machine;
- e. obtaining biometric correlation using an electronics embedded garment applied to the prosthetic limb to capture data correlated to the geometry of the prosthetic limb;
- f. analyzing the captured correlated data using three-dimensional reconstruction software to obtain real time pressure and temperature maps of the electronics embedded garment for use in the prosthetic fitting design;
- and
- g. applying the captured biometric data and the real time pressure and temperature maps from the electronics embedded garment to rapidly converge on a final fitment of the prosthetic device.
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Dependencies are inferred from the claim text.