AUTOMATIC REGENERATIVE-RHEOSTATIC BRAKING SYSTEM Russian patent published in 2018 - IPC B60L7/22 B60L9/02 H02P3/12 H02P3/14 H02P7/18 

Abstract RU 2646688 C1

FIELD: transport machinery.

SUBSTANCE: invention relates to electrodynamic brake systems for vehicles. Braking system automatic recuperative-rheostat contains a power supply, two traction motors of direct current, interacting with a block of diodes, intended for transition to the regenerative braking mode, and with a block of resistors connecting in the rheostatic braking mode and a field programmable gate array (FPGA). FPGA is configured to receive and process in parallel signals from sensors that monitor the current level and from the voltage sensor, and digital signals coming from the electric locomotive control system. FPGA simultaneously generates the output control digital signals that are fed to the drive converter of the DC bus excitation windings, in the module of protocol information exchange with connected devices and in digital-analog converters for interaction with analog systems.

EFFECT: technical result of the invention is to increase the reliability of the electrodynamic brake.

3 cl, 1 dwg

Similar patents RU2646688C1

Title Year Author Number
AUTOMATIC RHEOSTATIC BRAKING SYSTEM AND METHOD OF ITS OPERATION 2023
  • Koptelov Vladimir Vladimirovich
  • Shtefura Valerij Laslovich
RU2818593C1
METHOD FOR LOAD BALANCING OF TRACTION MOTORS OF ALTERNATING CURRENT ELECTRIC LOCOMOTIVE 2018
  • Melnichenko Oleg Valerevich
  • Portnoj Aleksandr Yurevich
  • Shramko Sergej Gennadevich
  • Linkov Aleksej Olegovich
  • Yagovkin Dmitrij Andreevich
  • Barinov Igor Aleksandrovich
RU2724981C2
ELECTRIC LOCOMOTIVE MICROPROCESSOR-BASED CONTROL SYSTEM 2010
  • Kirzhner David L'Vovich
  • Sidoruk Aleksandr Mikhajlovich
  • Razdobarov Aleksej Vasil'Evich
  • Semchenko Viktor Vasil'Evich
RU2454336C1
BRAKING CONTROL DEVICE 2001
  • Skobel'Tsin V.V.
  • Minaev M.I.
  • Borejsha V.V.
RU2208528C1
POWER RECTIFYING UNIT OF EXCITATION OF SINGLE-PHASE ALTERNATING-CURRENT FOR ELECTRIC TRANSPORT AND METHOD OF ITS CONTROL 2018
  • Ivanov Vladislav Sergeevich
  • Melnichenko Oleg Valerevich
  • Linkov Aleksej Olegovich
  • Portnoj Aleksandr Yurevich
  • Shramko Sergej Gennadevich
  • Yagovkin Dmitrij Andreevich
  • Ustinov Roman Ivanovich
  • Durnykh Valerij Vladimirovich
RU2735290C2
METHOD AND DEVICE FOR CONTROLLING SINGLE-PHASE-DIRECT CURRENT ELECTRIC LOCOMOTIVE WITH TRANSISTOR EXCITATION CONVERTER 2023
  • Savoskin Anatolij Nikolaevich
  • Pudovikov Oleg Evgenevich
  • Chuchin Anton Aleksandrovich
  • Mikhalchuk Nikolaj Lvovich
  • Popov Yurij Ivanovich
RU2824412C1
MULTIPROCESSOR CONTROL UNIT FOR RECTIFYING-INVERTING CONVERTER 2002
  • Rabinovich M.D.
  • Sorin L.N.
  • Krivnoj A.M.
  • Kramskov S.A.
  • Plis V.I.
  • Stekol'Shchikov D.V.
  • Chekmarev A.E.
RU2251785C2
ELECTROMAGNETIC TORQUE CONTROL METHOD FOR DIRECT-CURRENT RAILWAY MOTORS ON ELECTRIC ROLLING STOCK 2007
  • Vol'Vich Anatolij Gergievich
  • Orlov Jurij Alekseevich
  • Shcherbakov Viktor Gavrilovich
RU2344949C1
DEVICE FOR AUTOMATIC CONTROL OF SPEED, TRACTION FORCES AND ELECTRIC BRAKES OF MULTIPLE-UNIT ELECTRIC LOCOMOTIVE 1995
  • Elsukov V.S.
  • Naumov B.M.
  • Rezhko N.A.
  • Maljutin V.A.
RU2099210C1
MIXED EXCITATION SYSTEM OF ELECTRIC LOCOMOTIVE TRACTION MOTORS 2008
  • Pyrov Aleksandr Eliseevich
  • Levashov Pavel Jur'Evich
RU2371332C1

RU 2 646 688 C1

Authors

Dedov Aleksandr Aleksandrovich

Koptelov Vladimir Vladimirovich

Shtefura Valerij Laslovich

Dates

2018-03-06Published

2016-12-01Filed