Abstract: Disclosed is a computer-implemented method. The method comprises processing, by at least one computing device, exercise measurements taken by a pressure sensor positioned adjacent to a pelvic floor muscle (PFM) of a person at least during performance of a physical exercise, wherein the exercise measurements are indicative of a pressure exerted on the pressure sensor and an orientation of the sensor. The method also comprises calibrating, by the at least one computing device, the pressure of the processed exercise measurements at least based on the orientation of the processed exercise measurements.

Abstract: The device of the invention comprises a structural rack (10) provided with wheels (12) and carrying: a horizontal shaft (20), which supports a reel (30) in which is wound a tube (T); an assembly of straightening rollers (60), at least one of them being a traction roller of the tube (T) driven by a motor unit (50); and a support arm (40), having an end (41) mounted around the horizontal shaft (20) and an opposite end (42) carrying the motor unit (50) and the assembly of rollers (60), between which the tube (T) is pulled and straightened according to a direction tangential to the reel (30), the support arm (40) being locked in the structural rack (10) in different positions angularly offset from each other.

Abstract: The invention concerns a timepiece comprising a dial provided with means (7a, 7b) for selective and simultaneous analog display of respective hours of several time zones, distributed on two non-coaxial superimposed annular discs (9, 10) of similar diameters, arranged beneath said dial and each of which is divided into twelve sectors each corresponding to a time zone. The dial has two diametrically opposite windows (5, 6), arranged on a diameter passing through the swivel axes of the two annular discs (9, 10), each being located opposite a segment of the trajectory of the respective discs. Each of the discs (9, 10) is linked to a manual selection member (23, 24) and, by a one-way kinematic link (17, 18), to an hour display member (7a, 7b) of the corresponding time zone.

Abstract: The invention concerns a timepiece comprising a dial provided with means (7a, 7b) for selective and simultaneous analog display of respective hours of several time zones, distributed on two non-coaxial superimposed annular discs (9, 10) of similar diameters, arranged beneath said dial and each of which is divided into twelve sectors each corresponding to a time zone. The dial has two diametrically opposite windows (5, 6), arranged on a diameter passing through the swivel axes of the two annular discs (9, 10), each being located opposite a segment of the trajectory of the respective discs. Each of the discs (9, 10) is linked to a manual selection member (23, 24) and, by a one-way kinematic link (17, 18), to an hour display member (7a, 7b) of the corresponding time zone.

Abstract: The invention is a sales method of luxury goods through slot machines, in which the potential buyer inserts a sum into the machine, starts it up and waits for it to stop. He wins the goods he desires if the pre programmed winning combination appears on the machine.

Abstract: The invention is about an internet sales method of goods and services, where a central organisation runs the web site, where the customer orders arrive and are carried out. The stages are of the following type. Order handling, proposing the customer a leasing contract and to have him sign it with a credit organization under preferably an exclusive contract with the central organization. Preferably, an electronic signature shall validate the transaction. All the stages are carried out directly online via the web site, and the delivery to the customer is carried out either by a local retailer under exclusive contract with the central organisation or by somebody coming directly from the central organization.

Abstract: This hour and minute display device comprises four disks, two for displaying, respectively, the tens and units of hours, two for displaying, respectively, the tens and units of minutes, each disk being fixedly connected to a toothed wheel linked to a jumper, said toothed wheels, fixedly connected to the two disks for displaying, respectively, the units of hours and of minutes, being linked to respective yoke mechanisms pressed by elastic members against respective instantaneous-jump cam elements, and further comprises, between said cam elements and the toothed wheels fixedly connected, respectively, to said tens of minutes and of hours disks, mechanisms for connecting these latter toothed wheels to said respective instantaneous-jump cam elements with each change of tens.