VEHICLE TIRES STATE MONITORING SYSTEM Russian patent published in 2021 - IPC B60C23/04 B60C23/00 

Abstract RU 2741662 C1

FIELD: physics.

SUBSTANCE: invention relates to wireless means of monitoring objects, specifically to a system for monitoring the state of vehicle tires. Vehicle tire condition monitoring system comprises a computer unit of the vehicle including a receiving/transmitting module for receiving data, their processing and transmission of information on the state of buses and a visualization module for outputting the obtained information, a measuring module for the vehicle buses, configured to transmit data to the receiving-transmitting module and including a pressure measurement sensor, a temperature measurement sensor, a microwave sensor for measuring tire tread height and a three-axis accelerometer for monitoring the trajectory of the tire, as well as measuring vibration and acceleration. Computer unit is configured to output a notice on pressure deviation, temperature or path of the bus more than 12.5 % of the base value, as well as output of notification on absence of data transmission from measuring module.

EFFECT: higher safety of vehicle operation.

13 cl, 4 dwg

Similar patents RU2741662C1

Title Year Author Number
TEMPERATURE AND HUMIDITY MONITORING AND CONTROL SYSTEM DURING STORAGE AND TRANSPORTATION OF PERISHABLE CARGOES 2019
  • Skripnikov Andrej Sergeevich
  • Matveev Sergej Ilich
  • Kuchin Andrej Igorevich
  • Kondrashov Zakhar Konstantinovich
  • Pambukhchyan Anna Khachaturovna
RU2732678C1
METHOD FOR CONTROL OF OPERATION OF VEHICLE TIRES 2021
  • Skripnikov Andrei Sergeevich
  • Matveev Sergei Ilich
  • Kuchin Andrei Igorevich
  • Pambukhchian Anna Khachaturovna
  • Kondrashov Zakhar Konstantinovich
RU2782664C2
RADIO FREQUENCY IDENTIFICATION RECEIVING METHOD FOR USE WITH ENTERPRISE RESOURCE PLANNING SYSTEMS 2006
  • Gregersen Flemming
  • Paggaard Kennet
  • Vest Tomas
RU2408078C2
SOFTWARE AND HARDWARE COMPLEX FOR HIGH PRECISION VEHICLE POSITIONING (HPVP SHC) 2022
  • Gorelik Evgenii Pavlovich
  • Pospelov Evgenii Iurevich
  • Cazonov Sergei Vladislavovich,
RU2803992C1
ACCOUNTING, NAVIGATION AND MONITORING SYSTEM OF OBJECTS 2017
  • Panfilov Vladimir Anatolevich
  • Tuktarov Yurij Evgenevich
  • Tsvetkov Lerij Valerevich
  • Tsvetkova Irina Vladimirovna
RU2648967C1
METHOD FOR IDENTIFYING INFORMATION SECURITY THREATS (OPTIONS) 2023
  • Sergeev Viktor Gennadevich
  • Skablonskii Andrei Vadimovich
  • Vorontsov Dmitrii Viktorovich
  • Spravtsev Iurii Vladimirovich
RU2802539C1
AUTOMATIC MONITORING AND CONTROL SYSTEM FOR INDUSTRIAL SAFETY OF HYDRAULIC STRUCTURES 2021
  • Sushchev Sergei Petrovich
  • Khlapov Nikolai Nikolaevich
  • Pokrovskii Andrei Evgenevich
  • Kornev Igor Igorevich
  • Boltenkov Pavel Andreevich
RU2772447C1
METHOD FOR SELECTIVELY PRESENTING INFORMATION BASED ON ENCODED LABEL 2020
  • Kurchavyj Sergej Anatolevich
  • Kurchavyj Aleksej Anatolevich
RU2774217C2
METHOD, MODULE, TERMINAL AND SYSTEM FOR PROVIDING COHERENT OPERATION OF RADIO FREQUENCY IDENTIFICATION SUBSYSTEM AND WIRELESS COMMUNICATION SUBSYSTEM 2005
  • Khonkanen Mauri
  • Junell' Jari
  • Lappeteljajnen Antti
RU2409896C2
INTELLIGENT VEHICLE CONTROL SYSTEM WITH INTEGRATED GLAZING 2019
  • C Jayaram, Robin
  • Richardson D, Samson
  • Thangamani, Arunvel
RU2774246C1

RU 2 741 662 C1

Authors

Skripnikov Andrei Sergeevich

Matveev Sergei Ilich

Kuchin Andrei Igorevich

Dates

2021-01-28Published

2020-01-22Filed