COLLISION AVOIDANCE SYSTEM AND THE METHOD FOR THIS SYSTEM'S OPERATION Russian patent published in 2022 - IPC G01S13/93 

Abstract RU 2778626 C1

FIELD: road transport.

SUBSTANCE: invention relates to road transport control systems, namely, collision prevention systems and the operation of such systems. The method for collision avoidance system operation is that the system is first brought into operation by supplying power, then the location of the UWB sensor blocks of collision avoidance device blocks and personal device blocks located in the visible area by listening to the air is determined. At the same time, the signals received from the UWB sensor units indicating their own identifier are periodically sent to the sensor polling module unit of the central unit of the collision avoidance device, after which the distance between the visible UWB sensor units is measured by measuring the time of passage of the radio signal to other UWB sensor units by multiplying the measured time by the speed of light using the calculation and analysis module. At the same time, a list of detected UWB sensor units is kept and data on distances to them are periodically updated by repeated measurements, while automatically transmitting all data to the server unit of the dispatcher unit and the unit of the computational and analytical module of the collision avoidance unit, ensuring constant data exchange between the device units for continuous calculation of the convergence rate of the system devices.

EFFECT: expansion of the scope of collision prevention systems by using ultra–wideband communication with a high-frequency pulse with low energy.

4 cl, 4 dwg

Similar patents RU2778626C1

Title Year Author Number
AUTOMATED DISPATCHER SYSTEM FOR CONTROLLING AND MONITORING VEHICLES 2005
  • Kachkaev Mikhail Rjurikovich
  • Sultanov Al'Bert Khanovich
  • Manulin Valerij Viktorovich
  • Tljavlin Anvar Zufarovich
  • Nokhrin Sergej Stanislavovich
  • Pashenkov Nikolaj Andreevich
  • Guk Marina Rinatovna
  • Sharifullin Oleg Fedorovich
  • Sharapov Azat Gizzatovich
  • Tepljashin Pavel Nikolaevich
  • Konjukhov Sim Simovich
  • Sultanov Rustem Radisovich
  • Gabdrakhmanov Artur Ajratovich
RU2300808C2
TERRITORIAL SYSTEM FOR MONITORING, WARNING AND CONTROL OF MUNICIPAL AND/OR OBJECT LEVEL UPON THREAT, OCCURENCE, DURING AND AT ELIMINATION OF EMERGENCY SITUATIONS 2015
  • Tuganov Aleksandr Fedorovich
RU2605505C1
SATELLITE SAFERY AND SEARCH SYSTEM 2008
  • Gribok Vladimir Petrovich
  • Kosarev Sergej Aleksandrovich
  • Rajgorodskij Jurij Vital'Evich
  • Kharchenko Gennadij Aleksandrovich
  • Sheptovetskij Aleksandr Jur'Evich
RU2349472C1
SYSTEM FOR MONITORING AND MONITORING OF ROUTED VEHICLES 2018
  • Kulagin Aleksandr Sergeevich
RU2712404C2
INTEGRATED SAFETY IN WATER BODIES 2022
  • Zemskij Vasilij Vitalevich
RU2796646C1
RADIO CHANNEL SYSTEM OF CARDIAC MONITORING, PREVENTION AND ACTIONS IN CRITICAL SITUATIONS 2016
  • Bondarik Aleksandr Nikolaevich
  • Davydov Dmitrij Vladimirovich
  • Egorov Aleksej Igorevich
  • Tereshchenko Viktor Vladimirovich
  • Kadnikov Andrej Fedorovich
  • Kharchenko Gennadij Aleksandrovich
RU2630126C1
SATELLITE SECURITY-SEARCH SYSTEM 2013
  • Timonin Aleksandr Semenovich
RU2528090C1
GAS LEAKAGE AUTOMATIC DETECTION AND CONTROL SYSTEM 2017
  • Semakov Ivan Vasilevich
  • Kantyukov Rafael Rafkatovich
  • Shenkarenko Sergej Viktorovich
  • Lebedev Ruslan Vladimirovich
RU2666324C2
RADIO CHANNEL SYSTEM OF CARDIOMONITORING AND PREVENTION OF CRITICAL SITUATIONS 2016
  • Bondarik Aleksandr Nikolaevich
  • Davydov Dmitrij Vladimirovich
  • Egorov Aleksej Igorevich
  • Tereshchenko Viktor Vladimirovich
  • Kadnikov Andrej Fedorovich
  • Kharchenko Gennadij Aleksandrovich
RU2646128C2
UNIVERSAL SAFETY AND COMMUNICATION SYSTEM 2018
  • Tsoj Grigorij Nikolaevich
  • Kudrin Gennadij Nikolaevich
RU2686077C1

RU 2 778 626 C1

Authors

Khafizov Denis Ramilevich

Sadovskij Nikolaj Sergeevich

Dates

2022-08-22Published

2021-10-08Filed