METHOD FOR NONELECTRICAL QUANTITIES MEASUREMENT BY MEANS OF MULTIPLE-POINT INSTRUMENTATION SYSTEM WITH TRANSFER FUNCTION MONITORING FEATURE, AND INSTRUMENTATION SYSTEM FOR IMPLEMENTATION THEREOF Russian patent published in 2008 - IPC G01D9/00 

Abstract RU 2324899 C2

FIELD: physics, instrumentation technology.

SUBSTANCE: invention refers to instrumentation technology and can be implemented for accuracy monitoring in multiple-point instrumentation systems. Distinctive feature of the method is as follows: simulator is disconnected from the system after calibration, and simulation stages driver is disconnected from inputs of simulation stages switching circuit and connected directly to one of the inputs of sensors switching circuit. Instrumentation system with transfer function monitoring feature comprises recording instrument with sensors switching units and sensor signal simulator in form of the stages driver and switching circuit similar to said system sensors switching circuit. Control inputs of simulator switching circuit are connected to corresponding control outputs of the recording instrument. This ensures specified accuracy of sensor signal measurement, reduces time required to determine transfer function factors of the instrumentation system during measurements, and provides for simpler design of signal simulator.

EFFECT: provision of specified accuracy of signal measurement, improvement of the instrument response and its design simplification.

2 cl, 2 dwg

Similar patents RU2324899C2

Title Year Author Number
METHOD TO CONTROL OPERABILITY OF MULTI-POINT MEASUREMENT SYSTEM WITH INLET SWITCHING OF SENSORS 2012
  • Shevchuk Vjacheslav Vasil'Evich
  • Zubov Evgenij Georgievich
  • Dolgov Aleksandr Sergeevich
RU2515738C1
PROCEDURE FOR MEASUREMENT OF RELATIVE DEFORMATIONS OF STRUCTURES WITH MULTI-POINTED TENSOMETRIC MEASURING SYSTEM 2010
  • Zubov Evgenij Georgievich
  • Shevchuk Vjacheslav Vasil'Evich
RU2417349C1
PROCEDURE MEASURING RELATIVE DEFORMATION OF STRUCTURES WHILE RESISTANCE STRAIN GAUGES ARE CONNECTED TO TENSOMETER SYSTEM 2000
  • Zubov E.G.
  • Il'In Ju.S.
  • Lebedeva A.I.
RU2196296C2
METHOD OF FORMING STEPS OF RESISTANCE INCREMENT IN A FOUR-WIRE SIMULATOR OF SIGNALS OF STRAIN GAUGES AND A SIMULATOR OF SIGNALS OF STRAIN GAUGES 2019
  • Vityutin Gennadij Andreevich
  • Zagidullin Shamil Magamedovich
  • Zubov Evgenij Georgievich
  • Levchenko Mikhail Aleksandrovich
RU2724321C1
AUTOMATIC CALIBRATOR OF CHANNELS FOR MEASURING SIGNALS OF MEASURING SYSTEM SENSORS 2021
  • Vityutin Gennadij Andreevich
  • Zagidullin Shamil Magamedovich
  • Zubov Evgenij Georgievich
  • Likhachev Mikhail Yurevich
  • Yaroshenko Sergej Ivanovich
RU2773270C1
AUTOMATIC CALIBRATOR OF CHANNELS FOR MEASURING RESISTANCE INCREMENTS OF STRAIN GAUGES OF MULTICHANNEL MEASURING SYSTEM 2019
  • Vityutin Gennadij Andreevich
  • Zagidullin Shamil Magamedovich
  • Zubov Evgenij Georgievich
  • Likhachev Mikhail Yurevich
RU2724450C1
DEVICE FOR IMITATING UNBALANCE OF STRAIN-GAGE BRIDGE 2006
  • Shevchuk Vjacheslav Vasil'Evich
RU2315325C1
FOUR-WIRED SIMULATOR OF DISCRETE INCREMENT IN RESISTANCE OF RESISTANCE STRAIN GAUGE 2003
  • Shevchuk V.V.
RU2251115C1
AUTOMATIC CALIBRATOR OF MULTICHANNEL MEASURING SYSTEM 2018
  • Vityutin Gennadij Andreevich
  • Zagidullin Shamil Magamedovich
  • Zubov Evgenij Georgievich
  • Klyuev Evgenij Andreevich
RU2697567C1
SIGNAL SIMULATOR OF STRAIN GAUGE BRIDGE SENSORS 2016
  • Dolgov Aleksandr Sergeevich
  • Zubov Evgenij Georgievich
RU2620895C1

RU 2 324 899 C2

Authors

Zubov Evgenij Georgievich

Shevchuk Vjacheslav Vasil'Evich

Dates

2008-05-20Published

2006-07-10Filed