Withings

A wearable device configured to be positioned on a user's wrist, includes a rechargeable battery configured to provide energy for the wearable device, the rechargeable battery including a first pole and a second pole, an enclosure, a crown protruding through the enclosure, the crown being a hardware input for the user, and a case back configured to be at least partially in contact with the skin of the wrist, wherein the crown is configured to be electrically connected to the first pole and wherein the enclosure is configured to be electrically connected to the second pole.

A method of determining a characteristic of a cardiac condition of an individual, the method including a) measuring at least one signal representative of a cardiac activity of the individual repeatedly; c) processing at least part of the at least one measured signal; d) analyzing a time evolution of at least part of the at least one processed signal; e) providing a characteristic of the signal representative of the cardiac activity, based on procedures a) to d).

An electronic measuring device includes a weighing plate, extending along a measuring plane and including an upper face configured to receive a user's feet; a lower face, opposite the upper face, and a rounded edge connecting the upper face to the lower face; and at least one electrode extending on the weighing plate from the upper face over the rounded edge to the lower face.

A station for a urine analysis device is proposed, the station including a case, intended to be positioned at least partially within the toilet, a housing, within the case, configured to at least partially receive a cartridge comprising a plurality of test supports (e.g. test strips). The cartridge is movable within the housing. The station may also include an optical sensor, a translatory injector and an analyzer (e.g. optical). Various configurations are available.

A station for a urine analysis device includes a case, intended to be positioned at least partially within the toilet, a housing, within the case, configured to at least partially receive a cartridge including a plurality of test supports (e.g. test strips). The cartridge is movable within the housing. The station may also include an optical sensor, a translatory injector and an analyzer (e.g. optical). Various configurations are available.

A station for a urine analysis device is proposed, includes a case, intended to be positioned at least partially within the toilet, a housing, within the case, configured to at least partially receive a cartridge including a plurality of test supports (e.g. test strips). The cartridge is movable within the housing. The station may also include an optical sensor, a translatory injector and an analyzer (e.g. optical). Various configurations are available.

A non-invasive method to determine a current functional blood oxygen saturation level includes acquiring, at a sampling frequency, a photoplethysmography light response for each wavelength of a plurality of at least three wavelengths, resulting respectively in a first, second and third raw data series, applying a low-pass filter to each of the first, second and third raw data series, resulting respectively in a first, second and third DC data series representing an unmodulated amplitude response determining respectively in a first, second and third AC data series representing an unmodulated amplitude response, applying a computation engine to the first, second and third AC and DC data series, and determining therefrom a user current blood oxygen saturation level.

A portable electronic device is proposed, configured for positioning on a user's wrist, for performing an electrocardiogram. The device includes exactly two ECG electrodes, the potential being imposed on one of the two ECG electrodes. The two electrodes consist of a first ECG electrode at the case back and configured to be in contact with the skin of the wrist, and a second ECG electrode.

A test strip for detecting an ion of interest present in urine for a urine optical analysis device cartridge, includes a sample pad configured to receive a urine sample, a test pad including a probe made of a fluorophore conjugated with an ionophore, a backing pad on which the sample pad and the test pad are arranged. The backing pad is configured to transport the ions of interest across to the test strip from the sample pad towards the test pad. The backing pad is made of a porous plastic membrane.