SYSTEM FOR DETERMINING AND EARLY PREDICTION OF EXACERBATIONS APPROACH IN PATIENTS SUFFERING FROM CHRONIC OBSTRUCTIVE PULMONARY DISEASE Russian patent published in 2020 - IPC A61B5/00 

Abstract RU 2729131 C2

FIELD: medicine.

SUBSTANCE: present invention relates to system (S) for detecting and early warning of approaching acute disorders in patients with chronic obstructive pulmonary disease, comprising: at least one device (D) for determining physiological parameters (R), at least one timer for determining time intervals, such as a date and time, associated with said determined physiological parameters (R); at least one audio and/or visual alarm signaling device, capable of delivering an audio and/or visual output warning signal associated with said determined physiological parameters (R); logic control unit (C), connected to at least one device (D) and at least one timer and capable of controlling at least one signal feeder, suitable for receiving, at the input, said determined physiological parameters (R) and time intervals; logic control unit is equipped with processing program, in which the thresholds of the specified values achieved by the said physiological parameters (R) are initially stored, and which performs the following steps: binding said determined physiological parameters (R) with time intervals, in which their determination took place; for each determination time moment, sending said measured physiological parameters (R) to an algorithm for calculating statistical indicators; comparison of statistical indicators obtained at previous step, with a predetermined threshold and activating at least one signal device for delivering an audio and/or visual warning signal if at least one of the statistical values exceeds the corresponding predetermined threshold.

EFFECT: invention provides more effective detection and early prediction of exacerbations approach in patients suffering from chronic obstructive pulmonary disease.

8 cl, 4 dwg, 2 tbl

Similar patents RU2729131C2

Title Year Author Number
HEMODYNAMIC MONITORS AND DEVICES OF ALARM SYSTEM 2009
  • Tszun Vehj
RU2496411C2
METHOD AND SYSTEM OF IDENTIFYING ARTIFACTS OF DISPLACING AND IMPROVING RELIABILITY OF MEASUREMENTS AND ALARMS IN PHOTOPLETHYSMOGRAPHIC MEASUREMENTS 2013
  • Tszun Vej
  • Viggins Dejl
  • Gross Brajan Devid
  • Nilsen Larri
RU2640006C2
SYSTEM FOR PERFORMING MEDICAL PRODUCT INFUSION AND CARBON DIOXIDE MONITORING 2002
  • Vandervin Timoti U.
RU2295361C2
MOBILE COMPLEX OF MULTICHANNEL DIAGNOSTICS AND MONITORING FOR REMOTE STUDIES OF PATIENTS IN THE REAL TIME MODE 2018
  • Zagrebin Dmitrij Aleksandrovich
  • Filatov Igor Alekseevich
  • Adaskin Aleksandr Vladimirovich
  • Bykov Ilya Viktorovich
RU2683898C1
SYSTEM AND METHOD OF PCA AND EPCA SYSTEM OPTIMISATION 2007
  • Khelbert Donal'D
  • Batterfild Robert D.
  • Fisher Monte K.
  • Bollish Stiven
RU2444281C2
SYSTEM, METHOD AND DEVICE FOR CONTROL OF LIGHT AND SOUND INFLUENCE ON HUMAN 2014
  • Kestle Zigfrid Valter
RU2667615C2
MODULATION OF SIGNAL TONE SpO2 WITH LOWER FIXED VALUE OF AUDIBLE TONE 2014
  • Grajner Kharald
  • Majer Vilgelm
  • Enslin Frank
  • Nojmann Rolf
RU2703642C2
SYSTEM FOR CONTROL OF PATIENTS SUFFERING WITH RESPIRATORY DISEASE CONTAINING PORTABLE MEDICAL DEVICE AND A METHOD BASED ON USE OF SUCH SYSTEM 2018
  • Bosketti Sakko, Paolo
RU2798162C2
DEVICE TO CONTROL WARNING DEVICE SIGNAL LIMIT 2011
  • Tivig Gerkhard
  • Nojmann Rolf
  • Shpet Mikhael Matias
  • Grajner Kharald
  • Gegner Gyunter
RU2624343C2
DEVICE AND METHOD FOR DETERMINING VITAL SIGNS OF SUBJECT 2014
  • Kirenko Igor Olegovich
  • Verkrujsse Villem
RU2669616C2

RU 2 729 131 C2

Authors

Antonelli Incalzi Raffaele Franco

Barbara Francesca Maria

Bussu Angela Maria

Capasso Giuseppe

Iannello Giulio

Merone Mario

Onofri Leonardo

Pedone Claudio

Soda Paolo

Dates

2020-08-04Published

2015-06-03Filed