DEVICE FOR MEASURING PHYSIOLOGICAL PARAMETER USING WEARABLE SENSOR Russian patent published in 2022 - IPC A61B5/24 A61B5/11 

Abstract RU 2772849 C2

FIELD: medical equipment.

SUBSTANCE: invention relates to medical equipment, namely to a sensor device for measuring a physiological parameter of a subject, made with the possibility of being worn by a subject. The device contains case (14), support structure (16), motion sensor (22). The support structure is contained in the case, and it contains contact part (18). The contact part is made with the possibility of placement with the case opposite to the subject’s skin, and it is gas-permeable. The support structure and the case define air space (20) between the contact part and the case. The support structure contains conductive support mesh and non-conductive coating. At the same time, electrical connections to the motion sensor are made using conductive support mesh. The motion sensor is designed to percept the movement of the contact part of the support structure. In this case, the motion sensor is made with the possibility of movement relatively to the case.

EFFECT: due to features of the device design, the implementation of the wearable device for measuring a physiological parameter is provided with the possibility of provision of accurate data with less discomfort for a user.

14 cl, 7 dwg

Similar patents RU2772849C2

Title Year Author Number
WEARABLE DEVICE WITH FUNCTION OF DETERMINING HEMOGLOBIN CONCENTRATION, METHOD AND SYSTEM FOR DETERMINING HEMOGLOBIN CONCENTRATION 2023
  • Lychagov Vladislav Valerievich
  • Semenov Vladimir Mikhailovich
  • Volkova Elena Konstantinovna
  • Chernakov Dmitrii Igorevich
RU2805810C1
WEARABLE DEVICE TO DETERMINE THE CENTRAL BODY TEMPERATURE OF THE USER, METHOD FOR DETERMINING THE CENTRAL BODY TEMPERATURE OF THE USER USING THE WEARABLE DEVICE AND SYSTEM COMPRISING THE WEARABLE DEVICE 2023
  • Volkova Elena Konstantinovna
  • Pavlov Konstantin Alexandrovich
  • Beliaev Kirill Gennadievich
  • Perchik Alexey Vyacheslavovich
  • Lychagov Vladislav Valerievich
  • Nikolaev Evgenii Alexandrovich
  • Ayuev Alexey Anatolievich
  • Nigmatulin Georgii Albertovich
  • Lee Wonseok
  • Lee Hongji
  • Kim Younghyun
RU2804226C1
METHOD AND DEVICE FOR QUANTITATIVE ASSESSMENT OF TENDENCY IN SURROGATE BLOOD PRESSURE INDICATOR 2019
  • Myulsteff, Jens
  • Bresh, Erik
  • Van Dalen, Yan
  • Khunent Mora, Ignasi
  • Shmitt, Lars
RU2782412C2
HARDWARE-SOFTWARE SYSTEM FOR LIFE INDICATORS MONITORING 2019
  • Skvortsov Arkadij Alekseevich
  • Poselskij Ivan Aleksandrovich
RU2729430C1
TOUCH-ACTIVATED APPARATUS AND METHOD OF MEASURING A PHYSIOLOGICAL PARAMETER 2017
  • Hilgers, Achim
  • Van Den Ende, Daan, Anton
RU2750352C2
WEARABLE DEVICE, METHOD AND SYSTEM FOR MEASURING BLOOD PARAMETERS 2023
  • Volkova Elena Konstantinovna
  • Chernakov Dmitrii Igorevich
  • Lychagov Vladislav Valerievich
  • Semenov Vladimir Mikhailovich
  • Pavlov Konstantin Alexandrovich
  • Kim Younghyun
  • Ahn Joongwoo
RU2821143C1
WRIST BIOMETRIC DEVICE FOR BRIDGE WATCH MONITORING SYSTEM 2022
  • Dementienko Valerij Vasilevich
  • Gusev Mikhail Vyacheslavovich
  • Lavrentev Petr Lavrentevich
  • Lebedev Pavel Sergeevich
RU2791965C1
PHYSIOLOGICAL PROPERTY DETERMINATION DEVICE 2015
  • Presura Kristian Nikolae
RU2684560C2
SYSTEM FOR DETERMINING MILK EJECTION REFLEX 2018
  • Burkin, Yannik Parulian Dzhulian
  • Brokkhejs, Lili-Maryan
  • Segar, Lutsiya Elzhbeta
  • Gelissen, Jozef Khubertus
RU2764170C2
DEVICE AND METHOD FOR ANALYZING THE IMPEDANCE OF THE HUMAN BODY, INSENSITIVE TO HIGH CONTACT IMPEDANCE AND PARASITIC EFFECTS 2021
  • Nikishov Artem Yurievich
  • Chang Namseok
  • Chang Namsok
RU2771118C1

RU 2 772 849 C2

Authors

Arts, Ronaldus Mariya

Khejbregts, Laurentiya Jokhanna

Dates

2022-05-26Published

2018-07-23Filed