METHOD FOR DETERMINATION OF AUTOMOTIVE VALVE GENERATORS FAULTS Russian patent published in 2019 - IPC G01R31/34 G01M15/00 H02P9/30 

Abstract RU 2692403 C1

FIELD: diagnostic equipment.

SUBSTANCE: invention relates to diagnostic equipment and can be used to determine technical condition of automotive valve generators. Essence of the declared solution consists in the fact that in order to determine faults, it is proposed to record oscillograms on the power output of the automobile valve generator, having previously disconnected it from the accumulator battery and connected to the anode of the semiconductor diode, which cathode is connected to positive lead of storage battery. This eliminates the smoothing effect of the accumulator battery on the shape of the output voltage waveforms and increases information value thereof. To determine specific faults and stage of their development, it is proposed to compare the obtained oscillogram with oscillograms of characteristic faults of automobile generators given in the explanatory materials.

EFFECT: possibility of rapid determination of specific faults of automotive valve generators and stage of their development directly on the vehicle based on the shape of the obtained oscillograms.

1 cl, 8 dwg

Similar patents RU2692403C1

Title Year Author Number
METHOD FOR DETERMINING MALFUNCTIONS OF AUTOMOTIVE VALVE GENERATORS 2020
  • Puzakov Andrei Vladimirovich
RU2745854C1
METHOD FOR DIAGNOSING AUTOMOTIVE GENERATORS BY THE OUTPUT VOLTAGE SPECTRUM 2021
  • Puzakov Andrei Vladimirovich
RU2769257C1
METHOD FOR DIAGNOSING AUTOMOBILE GENERATORS BY PARAMETERS OF EXTERNAL MAGNETIC FIELD 2020
  • Puzakov Andrei Vladimirovich
RU2747074C1
METHOD FOR COMPREHENSIVE DIAGNOSIS OF ELECTRIC MACHINES OF AUTOMOTIVE EQUIPMENT 2019
  • Noskov Sergej Viktorovich
  • Nechaev Vitalij Viktorovich
  • Ishchenko Valerij Vyacheslavovich
  • Sidorov Boris Nikolaevich
  • Mysyakov Konstantin Aleksandrovich
  • Surkov Aleksej Mikhajlovich
  • Dubovskaya Natalya Ivanovna
  • Dubovskij Vitalij Aleksandrovich
  • Nechaev Viktor Vitalevich
  • Guryanov Aleksandr Nikolaevich
  • Budarin Ruslan Eldarovich
  • Strojkov Vladislav Alekseevich
RU2742525C1
METHOD FOR COMPREHENSIVE DIAGNOSTICS OF AN ENGINE AND TRANSMISSION UNITS OF MOTOR VEHICLES 2021
  • Nechaev Vitalij Viktorovich
  • Tarabanov Sergej Aleksandrovich
  • Noskov Sergej Vladimirovich
  • Nechaev Viktor Vitalevich
  • Vasilevskij Aleksandr Viktorovich
  • Miroshnikov Viktor Vladimirovich
RU2788020C1
STARTER-GENERATOR 2016
  • Kaurov Sergej Yurevich
  • Migunov Aleksandr Leonidovich
  • Alimbekov Marat Nailevich
  • Yudin Vladimir Aleksandrovich
RU2650889C2
METHOD OF TESTING OF SERVICEABILITY AND CONNECTION OF STORAGE BATTERY 0
  • Murashko Aleksandr Nikolaevich
SU1721670A1
METHOD OF MONITORING SERVICEABILITY STATE AND ENERGIZING STORAGE BATTERY 0
  • Sire Boris Efimovich
  • Novikov Anatolij Sergeevich
SU1037365A1
METHOD FOR CONTROLLING THE ELECTROMECHANICAL TRANSMISSION OF AN AUTONOMOUS ROAD-BUILDING MACHINE AND THE ELECTROMECHANICAL TRANSMISSION OF AN AUTONOMOUS ROAD-BUILDING MACHINE 2019
  • Bolotin Mikhail Grigorevich
  • Bibikov Vladimir Ivanovich
  • Ilinskij Aleksandr Dmitrievich
  • Vyaznikov Maksim Valerevich
RU2754994C2
STARTER-GENERATOR OF AUTOMOBILE 2013
  • Kaurov Sergej Jur'Evich
  • Migunov Aleksandr Leonidovich
  • Judin Vladimir Aleksandrovich
RU2543076C2

RU 2 692 403 C1

Authors

Puzakov Andrej Vladimirovich

Dates

2019-06-24Published

2018-10-17Filed