METHOD TO MONITOR LUBRICANT OIL QUALITY AND DEVICE FOR ITS REALISATION Russian patent published in 2015 - IPC G01N33/30 

Abstract RU 2570101 C2

FIELD: instrumentation.

SUBSTANCE: invention relates to the field of technical diagnostics of technical systems, having a closed lubrication system, and may be used to monitor quality of motor oils in process of operation. They assess extent of oil contamination in process of operation, at the same time they additionally simultaneously assess antifriction properties, extreme pressure properties, temperature and viscosity of oil, and by received characteristics they make a conclusion on oil suitability for further use. A device to monitor lubricant oil made in the form of a feeler, comprising a purity sensor, a rotation drive, an information processing unit, at the same time additionally in the feeler there are sensors of viscosity, bearing capacity and friction torque, temperature and oil level, besides, all sensors are made in the form of separate modules placed in a flexible tube from material resistant to oil exposure, and also there is an additional panel for placement in an operator's cab, informing about current condition of oil.

EFFECT: expansion of functional capabilities and increased objectivity of received data.

2 cl, 3 dwg

Similar patents RU2570101C2

Title Year Author Number
METHOD OF PERFORMANCE IMPROVEMENT OF NEW AND WORN UNITS AND MACHINES AND EQUIPMENT UNITS 2018
  • Lyubimov Dmitrij Nikolaevich
  • Dunaev Anatolij Vasilevich
  • Vershinin Nikolaj Konstantinovich
  • Pustovoj Igor Filippovich
  • Lobachevskij Yakov Petrovich
  • Dorokhov Aleksej Semenovich
  • Sayapin Aleksandr Sergeevich
RU2679331C1
METHOD FOR EFFECTIVE MONITORING OF LUBRICATING OIL OPERABILITY, AND DEVICE FOR ITS IMPLEMENTATION 2011
  • Markova Ljubov' Vasil'Evna
  • Makarenko Vladimir Mikhajlovich
  • Semenjuk Mikhail Savvich
  • Zozulja Andrej Petrovich
RU2495415C2
DEVICE FOR ON-LINE QUALITY CONTROL OF TRANSMISSION OIL 2021
  • Filatov Ivan Sergeevich
  • Voronin Nikolai Vladimirovich
  • Rodionov Iurii Viktorovich
  • Nikitin Dmitrii Viacheslavovich
  • Rybin Grigorii Viacheslavovich
  • Armianinov Ivan Sergeevich
RU2759461C1
LUBRICANT COMPOSITION 2013
  • Ostrikov Valerij Vasil'Evich
  • Safonov Valentin Vladimirovich
  • Popov Sergej Jur'Evich
  • Safonov Konstantin Valentinovich
  • Zimin Aleksandr Gennad'Evich
RU2507243C1
DEVICE FOR MONITORING OIL IN INTERNAL COMBUSTION ENGINE 2014
  • Semenov Aleksandr Alekseevich
  • Salmin Vladimir Vasilevich
  • Artemov Igor Iosifovich
  • Vojnov Aleksandr Aleksandrovich
  • Dolgova Larisa Aleksandrovna
RU2578754C1
UNIVERSAL INDICATOR FOR CHECKING OIL LEVEL IN ENGINE LUBRICATION SYSTEM 2000
  • Tsybizov E.I.
RU2186999C2
OXYGEN MASK FOR AIRCRAFT PASSENGERS 2019
  • Markov Nikolaj Aleksandrovich
RU2722489C1
METHOD AND DEVICE TO DETERMINE UP STATE OF LUBRICANTS 2009
  • Nigmatullin Rishat Gajazovich
  • Nigmatullin Vil' Rishatovich
  • Nigmatullin Il'Shat Rishatovich
  • Kostenkov Dmitrij Mikhajlovich
  • Linetskij Rostislav Mikhajlovich
  • Zaripova Ramzija Gajazovna
RU2392607C1
SYSTEM FOR PERSONIFIED EMERGENCY ALERT IN HIGH-ALTITUDE FLIGHT 2019
  • Markov Nikolaj Aleksandrovich
RU2717738C1
METHOD AND DEVICE FOR MONITORING THE CONDITION OF DYNAMIC EQUIPMENT 2016
  • Nigmatullin Rishat Gayazovich
  • Nigmatullin Vil Rishatovich
  • Nigmatullin Ilshat Rishatovich
  • Peletskij Sergej Sergeevich
  • Fiofanov Konstantin Nikolaevich
  • Akhmetov Artur Ildarovich
  • Khamidullin Ruslan Galeevich
RU2677490C2

RU 2 570 101 C2

Authors

Nenashev Maksim Vladimirovich

Demoretskij Dmitrij Anatol'Evich

Ibatullin Il'Dar Duglasovich

Zhuravlev Andrej Nikolaevich

Markov Aleksandr Sergeevich

Markov Vladimir Sergeevich

Emel'Janov Sergej Gennad'Evich

Dates

2015-12-10Published

2013-09-12Filed