Show metadata Hide metadata

(19)

(11)

2 090 859

(13)

(51)

IPC

(21) (22)

Application

94000511/28, 1994-01-05

(22)

Actual filing date

1994-01-05

(45)

Published

1997-09-20

(72)

Inventor

Shapovalov Vladimir VladimirovichLitvinov Mikhail NikolaevichOzjabkin Andrej L'VovichBondarenko Irina Jaroslavovna

(73)

Holder

Shapovalov Vladimir VladimirovichLitvinov Mikhail NikolaevichOzjabkin Andrej L'VovichBondarenko Irina Jaroslavovna

PROCESS OF STUDY OF TRIBOTECHNICAL CHARACTERISTICS OF FRICTION UNIT Russian patent published in 1997 - IPC

Abstract RU 2090859 C1

FIELD: testing equipment, friction test of materials under action of dynamic and friction loads. SUBSTANCE: slider 2 is subjected to load, friction unit is additionally subjected to vibrations with variable frequencies and amplitudes by means of vibrators 6 and 11. Rigidity of two couplings of friction unit is changed and its tribotechnical characteristics are recorded at moment of start-off of slider under smooth increase of force pushing slider from rest. EFFECT: enhanced reliability and efficiency. 2 dwg

Similar patents RU2090859C1

Title	Year	Author	Number
DYNAMIC MONITORING OF FRICTION UNITS OF MOBILE TECHNICAL SYSTEMS	2020	Kolesnikov Vladimir Ivanovich Shapovalov Vladimir Vladimirovich Kolesnikov Igor Vladimirovich Novikov Evgenij Sergeevich Ozyabkin Andrej Lvovich Manturov Dmitrij Sergeevich Kornienko Roman Andreevich Mishchinenko Vasilij Borisovich Shestakov Mikhail Mikhajlovich Kharlamov Pavel Viktorovich Burakova Marina Andreevna Ryabysh Denis Alekseevich Fejzov Emin Eldarovich Fejzova Valentina Aleksandrovna Motrenko Petr Danilovich Zinovev Vladimir Evgenevich	RU2748933C1
FRICTIONAL UNIT TEST TECHNIQUE	2006	Shapovalov Vladimir Vladimirovich Chelokh'Jan Aleksandr Vartanovich Lubjagov Aleksandr Mikhajlovich Vorob'Ev Vladimir Borisovich Shcherbak Petr Nikolaevich Ozjabkin Andrej L'Vovich Mogilevskij Viktor Anatol'Evich Okulova Ekaterina Stanislavovna Shub Mikhail Borisovich Butov Ehduard Solomonovich Kikichev Shamil' Vladimirovich Zajkin Denis Sergeevich Rodin Aleksandr Evgen'Evich Konovalov Dmitrij Sergeevich Aleksandrov Anatolij Aleksandrovich Kharlamov Pavel Viktorovich Voronin Vladimir Nikolaevich Shaposhnikov Igor' Aleksandrovich	RU2343450C2
METHOD OF DYNAMIC MONITORING OF FRICTION MOBILE SYSTEMS	2012	Shapovalov Vladimir Vladimirovich Lubjagov Aleksandr Mikhajlovich Vyshchepan Aleksej L'Vovich Shcherbak Petr Nikolaevich Ozjabkin Andrej L'Vovich Kharlamov Pavel Viktorovich Okulova Ekaterina Stanislavovna Korobel'Nikov Timur Alekseevich Aleksandrova Elena Aleksandrovna Fejzov Ehmin Ehl'Darovich Fejzova Valentina Aleksandrovna Sisjukin Il'Ja Pavlovich Manturov Dmitrij Sergeevich Manturova Ekaterina Aleksandrovna Semenov Roman Jur'Evich Pronin Vitalij Valentinovich Kostjuk Vasilij Valentinovich Kovalenko Ljubov' Ivanovna Vasil'Ev Andrej Nikolaevich Ananko Anatolij Mikhajlovich	RU2517946C2
METHOD FOR DYNAMIC MONITORING OF HIGH MOBILE NON-LINEAR TECHNICAL SYSTEMS	2020	Kolesnikov Vladimir Ivanovich Shapovalov Vladimir Vladimirovich Kolesnikov Igor Vladimirovich Novikov Evgenij Sergeevich Ozyabkin Andrej Lvovich Manturov Dmitrij Sergeevich Kornienko Roman Andreevich Mishchinenko Vasilij Borisovich Shestakov Mikhail Mikhajlovich Kharlamov Pavel Viktorovich Burakova Marina Andreevna Petrik Andrej Mikhajlovich Ryabysh Denis Alekseevich Fejzov Emin Eldarovich Fejzova Valentina Aleksandrovna Sangin Dzhasur Yakubovich Koropets Petr Alekseevich	RU2745382C1
DYNAMIC MONITORING OF MOBILE NONLINEAR TECHNICAL SYSTEMS	2020	Kolesnikov Vladimir Ivanovich Shapovalov Vladimir Vladimirovich Kolesnikov Igor Vladimirovich Novikov Evgenij Sergeevich Ozyabkin Andrej Lvovich Manturov Dmitrij Sergeevich Kornienko Roman Andreevich Mishchinenko Vasilij Borisovich Shestakov Mikhail Mikhajlovich Voropaev Aleksandr Ivanovich Kharlamov Pavel Viktorovich Burakova Marina Andreevna Ryabysh Denis Alekseevich Fejzov Emin Eldarovich Fejzova Valentina Aleksandrovna	RU2745984C1
METHOD OF DETERMINING TRIBOTECHNICAL CHARACTERISTICS OF PAIR OF FRICTION	0	Shapovalov Vladimir Vladimirovich Zakharov Sergej Mikhajlovich Shcherbak Petr Nikolaevich	SU1610402A1
METHOD OF INCREASING EFFICIENCY OF FRICTIONAL SYSTEMS	2016	Shapovalov Vladimir Vladimirovich Shestakov Mikhail Mikhajlovich Kornienko Roman Andreevich Murtuzaaliev Ruslan Murtuzaalievich Dzharmukhambetov Marat Zhunusovich Majba Igor Albertovich Pribluda Aleksandr Sergeevich Nazarenko Vladislav Petrovich Mishchinenko Vasilij Borisovich Titov Aleksandr Yurevich Gorodok Artem Ruslanovich Papagin Viktor Viktorovich Kharlamov Pavel Viktorovich Ananko Anatolij Mikhajlovich Burakova Marina Andreevna Fejzov Emin Eldarovich Fejzova Valentina Aleksandrovna Lubyagov Aleksandr Mikhajlovich Glazunov Dmitrij Vladimirovich Zdorovets Sergej Aleksandrovich Nikitina Mariya Ivanovna Kolesnikov Igor Vladimirovich Shcherbak Petr Nikolaevich Kiselevich Aleksej Dmitrievich Sidelnikov Aleksandr Sergeevich Barinov Pavel Lenev Cherednichenko Vyacheslav Igorevich Kilchitskaya Irina Sergeevna Shatov Danil Olegovich Denisov Kirill Vladimirovich	RU2674899C1
METHOD OF INVESTIGATING TRIBOTECHNICAL CHARACTERISTICS OF FRICTION ASSEMBLY	0	Zakovorotnyj Vilor Lavrentevich Shapovalov Vladimir Vladimirovich Novyjdarskov Vladimir Alekseevich Shabanov Aleksej Viktorovich Cherednichenko Sergej Petrovich	SU1700439A1
METHOD OF DETERMINING OPTIMUM PARAMETERS OF FRICTION UNIT OF MECHANICAL SYSTEM	0	Shapovalov Vladimir Vladimirovich Shcherbak Petr Nikolaevich	SU1307298A1
INSTALLATION FOR WEAR TESTING OF FRICTION CLUTCH ASSEMBLY	0	Shapovalov Vladimir Vladimirovich Shcherbak Petr Nikolaevich Kravchenko Olga Vasilevna	SU1163203A1

RU 2 090 859 C1

Authors

Shapovalov Vladimir Vladimirovich

Litvinov Mikhail Nikolaevich

Ozjabkin Andrej L'Vovich

Bondarenko Irina Jaroslavovna

Dates

1997-09-20—Published

1994-01-05—Filed