DEVICE AND METHOD TO IMPROVE DEPENDABILITY OF PHYSIOLOGICAL PARAMETER MEASUREMENTS Russian patent published in 2018 - IPC A61B5/205 A61B5/402 A61B5/113 

Abstract RU 2669744 C2

FIELD: medicine.

SUBSTANCE: group of inventions relates to medicine. Method of determining whether predetermined conditions are met for measuring a first physiological parameter of a subject, is carried out by means of a device for determining whether predetermined conditions for measurement are met. Second physiological parameters are measured using physiological sensors. Environmental parameters are measured using environmental sensors. Decision unit determines whether predetermined conditions are met, based on the values of the second physiological parameters and the values of the environmental parameters or based on measuring the rate of change of the second physiological parameter over a predetermined time interval. It is possible to stop receiving signals for measuring the first physiological parameter and to reject the signals received up to this time, if the predetermined conditions, based the values of the second physiological parameters and the values of the environmental parameters or the values of the rate of change of the second physiological parameter, are not met. Output unit outputs that predetermined conditions for measuring the first physiological parameter of the subject are met. Instructions are issued for guiding the subject in the event that the predetermined conditions are not met. Clothes to be worn by the subject include a device for determining whether the predetermined measurement conditions are met. Device is built into the clothes in such a way that during use, sensors are attached to specific locations on the body of the subject in order to read the physiological signal corresponding to each of the given locations.

EFFECT: measurement of the first physiological parameter of the subject is achieved, when the predetermined conditions are met with respect to the values of the second physiological parameters and environmental parameters.

11 cl, 5 dwg

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RU 2 669 744 C2

Authors

Myulsteff Jens

Dates

2018-10-15Published

2013-09-03Filed