DEVICE FOR CARDIORESPEPRATORY ANALYSIS AND METHOD FOR ESTIMATION OF CARDIORESPIRATORY STATE Russian patent published in 2017 - IPC A61B5/205 A61B5/245 A61B5/1455 G08B19/00 

Abstract RU 2637917 C1

FIELD: medicine.

SUBSTANCE: device for cardiorespiratory analysis contains a body with a control unit fixed thereto and an infrared pulse oximetric sensor for measuring the pulse rate and blood oxygenation. The body is made in the form of a telescopic cane equipped with a handle. The cane bends are reinforced with plastic clutches in the joints to prevent any folding. At the end of the cane, there is a wheel block in the form of a pair of wheels and a wheel speed sensor interacting with them. The wheels of the wheel unit are mounted on the common axle. The wheel speed sensor is a digital tachometer, which includes a reed switch and magnet attached to the wheel unit. The control unit is fixed on one of the cane bends and equipped with a liquid crystal display, an on/off switch and a reset button. An infrared pulse oximetric sensor is mounted on the cane handle. The microcontroller is capable of analyzing the measured readings, generating a warning message on the display screen and issuing a signal to turn off the sensors. A method for cardiorespiratory state estimation includes a test used for cardiorespiratory analysis. At that, the device is held by the handle. The thumb is placed on the infrared pulse oximetric sensor. A test program is selected, the name of which appears on the LCD. Steps are performed. Data on the distance travelled and pulse oximetry are transmitted by connecting the microcontroller via a USB cable to an external PC, where they are visualized in the form of graphs and stored in a database.

EFFECT: increase accuracy of measurements during study and assessment of the dynamics of changes in the parameters of the cardiovascular and respiratory systems when performing a sample with a functional load.

9 cl, 3 dwg

Similar patents RU2637917C1

Title Year Author Number
MINE SHAFT PROFILING STATION 2021
  • Gridnev Semen Olegovich
RU2763151C1
PULSE OXIMETER 2021
  • Stroev Vladimir Mikhailovich
  • Rodina Elizaveta Nikolaevna
RU2786310C1
DEVICE FOR DETERMINATION OF ROAD SURFACE EVENNESS 2023
  • Shcherbakov Vladimir Vasilevich
  • Shcherbakov Ivan Vladimirovich
  • Buntsev Ivan Aleksandrovich
  • Akimov Sergej Sergeevich
RU2820228C1
METHOD FOR LOWER LIMB ISCHEMIC INVOLVEMENT SEVERITY MONITORING AND DEVICE FOR ITS IMPLEMENTATION 2017
  • Korenevskij Nikolaj Alekseevich
  • Bykov Aleksandr Vladimirovich
  • Artemenko Mikhail Vladimirovich
  • Skopin Dmitrij Evgenevich
RU2688386C1
MULTIFUNCTIONAL INNOVATIVE MODULAR DOSIMETER 2015
  • Semenenko Andrej Nikolaevich
  • Malozemov Sergej Nikolaevich
  • Chalov Vyacheslav Pavlovich
RU2593820C1
METHOD FOR PREDICTING EXACERBATIONS OF BRONCHIAL ASTHMA FOR THE NEAR FIRST YEAR IN PATIENTS WITH CONCOMINANT OBESITY 2018
  • Tribuntseva Lyudmila Vasilevna
  • Budnevskij Andrej Valerievich
  • Kozhevnikova Svetlana Alekseevna
RU2655829C1
CONTROL DEVICE FOR THE MECHANISM OF PULSE FEEDING OF WIRE TO THE WELDING ZONE 2022
  • Frolov Aleksej Valerevich
  • Bakhmatov Pavel Vyacheslavovich
  • Kravchenko Aleksandr Sergeevich
RU2793010C1
HARDWARE-SOFTWARE SYSTEM FOR LIFE INDICATORS MONITORING 2019
  • Skvortsov Arkadij Alekseevich
  • Poselskij Ivan Aleksandrovich
RU2729430C1
DEVICE FOR MAGNETIC TREATMENT OF RAILS AND RAIL BARS 2020
  • Pultyakov Andrej Vladimirovich
  • Sokolova Viktoriya Vasilevna
RU2749160C1
MULTIFUNCTIONAL DEVICE WITH REALIZATION OF METHOD FOR STUDYING FOREIGN LANGUAGES 2018
  • Gilmutdinov Albert Kharisovich
  • Porunov Aleksandr Azikovich
  • Tyurina Marina Mikhajlovna
RU2682524C1

RU 2 637 917 C1

Authors

Tokmachev Roman Evgenevich

Maksimov Aleksej Vladimirovich

Budnevskij Andrej Valerievich

Batishcheva Galina Aleksandrovna

Ovsyannikov Evgenij Sergeevich

Kravchenko Andrej Yakovlevich

Kurgalin Sergej Dmitrievich

Dates

2017-12-07Published

2016-12-09Filed