METHOD OF DETERMINING CROSS SENSITIVITY OF ACCELEROMETER Russian patent published in 2016 - IPC G01P21/00 

Abstract RU 2596778 C2

FIELD: measuring equipment.

SUBSTANCE: invention relates to methods of determining cross sensitivity of piezoelectric accelerometers. Method of determining transverse accelerometer sensitivity using directional pattern consists in fact that on rotary stand platform accelerometer is installed with plane of its base in direction of impact of disturbance, accelerometer is turned in Earth's gravitational field by means of rotating platform, wherein accelerometer is installed coaxially to axis of rotation of platform and fixed with radial position relative to horizontal axis, maximum values of voltage is measured at each turning of platform through angle exceeding 90°, which are used to construct beam pattern, at which maximum transverse accelerometer sensitivity, wherein value of relative factor of influence of transverse acceleration is determined from ratio of values of maximum transverse sensitivity to axial sensitivity, which is measured at installation of accelerometer on rotary platform with orientation sensitivity axis perpendicular to axis of shaft rotation, alignment with centre of mass of inertia element accelerometer and rotation of accelerometer in Earth's gravitational field.

EFFECT: avoiding instrumental reproduction error of acceleration unit.

1 cl, 4 dwg

Similar patents RU2596778C2

Title Year Author Number
CALIBRATION METHOD OF PIEZOELECTRIC ACCELEROMETER AT LOWER FREQUENCIES, AND DEVICE FOR ITS IMPLEMENTATION 2012
  • Smirnov Vladimir Vasil'Evich
  • Simchuk Aleksandr Anatol'Evich
  • Kirpichev Aleksej Aleksandrovich
RU2519833C2
METHOD OF CALIBRATING PIEZOELECTRIC ACCELEROMETERS 0
  • Avdonin Valerij Nikolaevich
  • Kozik Vladimir Pavlovich
  • Kochedykov Viktor Nikolaevich
SU1295344A1
LOW FREQUENCY STAND FOR CALIBRATION AND TESTING OF ACCELEROMETERS AND SEISMIC RECEIVERS 2019
  • Zakharchenko Mikhail Yurevich
  • Kuznetsov Artem Olegovich
  • Batishchev Viktor Pavlovich
  • Yakovishin Aleksandr Sergeevich
RU2757971C2
METHOD FOR DETERMINING ERRORS OF INERTIAL MEASUREMENT INSTRUMENTS AT TESTS FOR IMPACT AND VIBRATION ACTIONS 2013
  • Goljaev Jurij Dmitrievich
  • Kolbas Jurij Jur'Evich
RU2545489C1
METHOD FOR CORRECTING RESULT OF WELL DIRECTION ANGLES DETERMINATION 2003
  • Ropjanoj A.Ju.
  • Skoblo V.Z.
  • Karelin V.Ju.
RU2250992C2
METHOD FOR DETERMINING ACCELERATION OF GRAVITY FORCE ON MOVING OBJECT, AND DEVICE FOR DETERMINING ACCELERATION OF GRAVITY FORCE ON MOVING OBJECT 2010
  • Stavrov Konstantin Georgievich
  • Kostenich Aleksandr Valer'Evich
  • Suvernev Vladimir Evgen'Evich
  • Guseva Valentina Ivanovna
  • Denesjuk Evgenij Andreevich
  • Malysheva Valentina Fedorovna
RU2479859C2
METHOD OF ADJUSTMENT OF AIRBORNE GRAVITY GRADIOMETER 1989
  • Vasin M.G.
  • Soroka A.I.
SU1823661A1
METHOD FOR MARINE GRAVIMETRIC SURVEY AND APPARATUS FOR IMPLEMENTATION THEREOF 2020
  • Zubchenko Eduard Semenovich
RU2767153C1
METHOD OF DETERMINING GRAVITY ACCELERATION AT MOVING OBJECT AND DEVICE FOR ITS IMPLEMENTATION 2013
  • Titljanov Vladimir Aleksandrovich
  • Denesjuk Evgenij Andreevich
  • Glebov Viktor Borisovich
  • Guseva Valentina Ivanovna
  • Bukhov Denis Mikhajlovich
  • Brodskij Pavel Grigor'Evich
  • Len'Kov Valerij Pavlovich
  • Lobanov Andrej Aleksandrovich
  • Chernjavets Vladimir Vasil'Evich
RU2550161C1
METHOD FOR REMOTE CALIBRATION OF ACCELERATION METER INCLUDED IN MEASURING TRANSFORMER AND DEVICE FOR REALIZATION OF SAID METHOD 2005
  • Doronin Vladimir Olegovich
  • Titov Jurij Fedorovich
RU2272299C1

RU 2 596 778 C2

Authors

Smirnov Vladimir Vasilevich

Simchuk Aleksandr Anatolevich

Kirpichev Aleksej Aleksandrovich

Dates

2016-09-10Published

2014-10-13Filed