ANALYTE MEASUREMENT DEVICE AND OPERATING RANGE CONFIGURATION METHOD Russian patent published in 2019 - IPC A61B5/1495 

Abstract RU 2693360 C2

FIELD: medicine.

SUBSTANCE: invention relates to medical equipment. Method of blood glucose meter operation includes input into microprocessor through user interface of at least one of user specified low glucose value and user-specified high glucose level for determining glucose values for minimum or maximum glucose values. If the introduced user-defined high glucose level is less than the pre-set minimum glucose value, pre-set minimum glucose level is changed by a microprocessor to a new low glucose level for a minimum glucose level of the total range that is below a user-specified high glucose level or equals a minimum allowable low glucose level, wherein the new low glucose level is stored in the non-volatile memory of the blood glucose meter. If the introduced user-specified low glucose value is greater than the pre-set maximum glucose value, the pre-set maximum glucose level is changed by the microprocessor to a new high value for a maximum glucose value of the total range which is greater than the low value specified by the user or is equal to the maximum allowable high value, wherein the new high glucose level is stored in the non-volatile memory of the glucometer. Visual indication is made whether the user's glucose readings are within or outside said common range.

EFFECT: more accurate indication of the position of the measured level or blood glucose readings relative to the desired range settings with reference to a discrete code scale.

1 cl, 4 dwg

Similar patents RU2693360C2

Title Year Author Number
METHODS FOR DETERMINING ANALYTE CONCENTRATIONS AND DEVICE FOR CALCULATION OF THERAPEUTIC DOSE OF BASAL INSULIN 2010
  • Shadfort Ian
  • Prajs Dehvid
  • Siekh Zara
  • Montgomeri Brenda
  • Bergman Ehrik
RU2553387C2
METHOD OF TESTING ANALYTE AND CONTROL DEVICE FOR PATIENTS WITH DIABETES MELLITUS 2010
  • Shadfort Ian
  • Prajs Dehvid
  • Anderson Gretkhen
  • Komstok Lorrejn
  • Makevoj Mehri
  • Duglas Grehkhehm
  • Strakhan Aleksander
  • Longm'Juir Ehlister
  • Kavehj Robert
  • Teft Dzhillian
RU2559931C2
SYSTEMS AND METHODS FOR DIABETES CONTROL 2010
  • Dzherdonek Ronal'D
  • Longm'Juir Ehlister
  • Radzh Siv
  • Makrej Allan
  • Uehseli Liza
  • Stefens Kris
RU2552312C2
TEMPERATURE COMPENSATION FOR ANALYTE MEASUREMENT ON BASIS OF SPECIFIED TIME FOR SAMPLING ACTION FOM PHYSICAL CHARACTERISTICS OF SAMPLE CONTAINING ANALYTE 2014
  • Malecha Majkl
RU2674706C2
FILL ERROR TRAP FOR ANALYTE MEASUREMENT DETERMINED FROM SPECIFIED SAMPLING TIME DERIVED FROM SENSED PHYSICAL CHARACTERISTIC OF SAMPLE CONTAINING ANALYTE 2014
  • Makintosh Stefen
RU2656267C2
PEAK OFFSET CORRECTION FOR ANALYTE TEST STRIP, USED FOR MEASURING ANALYTE CONTENT 2012
  • Makilrat Dzhoann
RU2605292C2
METHOD AND SYSTEM TO DETERMINE ERRONEOUS MEASUREMENT SIGNALS DURING TEST MEASUREMENT SEQUENCE 2014
  • Malecha Majkl
RU2660404C2
METHOD OF ANALYTE TESTING AND SYSTEM FOR NOTIFICATION ABOUT TENDENCIES OF INDICES TOWARDS INCREASE AND DECREASE OF GLUCOSE LEVEL IN BLOOD 2010
  • Strakhan Aleksandr
  • Prajs Dehvid
  • Teft Dzhillian
  • Kavehj Robert
  • Osaki Mija
  • Ventura Kimberli Mingo
  • Pauehll Liza
  • Dauning Kaja
RU2553097C2
EXACT ANALYST MEASUREMENT FOR ELECTROCHEMICAL TEST STRIP 2012
  • Malecha Majkl
  • Smit Entoni
  • Makkoll Devid
RU2632274C2
ANALYTE MEASUREMENT SYSTEM AND METHOD 2014
  • Makintosh Stefen
RU2669550C2

RU 2 693 360 C2

Authors

Chovanda Sveta

Berven Shon

Dates

2019-07-02Published

2014-06-17Filed