Abstract: The device comprises means for taking a height measurement (H) and a plurality of circumference measurements (b, c, g) on the limb of the patient at different predetermined z-positions (zb, zc, zg). A first data file includes the coordinates (X0, Y0, Z0) of a first mesh of points (24) representative of the morphological characteristics of a reference limb, these points being distributed over the surface of the reference limb along a succession of outlines (26) defined at different successive Z-positions. Morphology generator means recalculate the coordinates of the first mesh of points as a function of the height measurement (H) and of the circumference measurements (b, c, g) in such a manner as to produce a second data file comprising the coordinates (x, y, z) of a second mesh of points (52) representative of morphological characteristics of the patient's limb.

Abstract: This orthosis comprises a compressive leg portion extending upwards from the ankle. The structure of the row of stitches ensures a uniform distribution of the resilient return forces at the circumference of the orthosis around an outline corresponding to a horizontal section of the limb. The stitch structure and the dimensioning of the leg portion are selected in such a manner as to apply on a region (R) extending between the ankle and the knee, a therapeutic pressure once the orthosis has been put on the limb. The mean pressure Pc exerted on the center third (RC) of said compression region is greater both than the mean pressure Pb exerted on the distal third (RD) and than the mean pressure Pd exerted on the proximal third (RP) of said region, Pc, Pb, and Pd being the pressures exerted at the respective heights of points c, b, and d of the Hohenstein model.

Abstract: The device comprises means for taking a height measurement (H) and a plurality of circumference measurements (b, c, g) on the limb of the patient at different predetermined z-positions (zb, zc, zg). A first data file comprises the coordinates (X0, Y0, Z0) of a first mesh of points (24) representative of the morphological characteristics of a reference limb, these points being distributed over the surface of the reference limb along a succession of outlines (26) defined at different successive Z-positions. Morphology generator means recalculate the coordinates of the first mesh of points as a function of the height measurement (H) and of the circumference measurements (b, c, g) in such a manner as to produce a second data file comprising the coordinates (x, y, z) of a second mesh of points (52) representative of morphological characteristics of the patient's limb.