CONTROLLER FOR THE CAR AND METHOD OF DRIVING THE CAR Russian patent published in 2018 - IPC B60K6/445 B60L15/20 B60L3/00 B60L3/04 B60W10/08 B60W10/10 B60W20/30 B60W20/50 F16H61/12 F16H61/66 F16H61/68 

Abstract RU 2673323 C1

FIELD: transportation.

SUBSTANCE: invention relates to the vehicles. Transmission master controller of the vehicle contains the electronic control unit that changes the gears of the mechanical mechanism of the step transmission so as to set up any stage of the modeled gear and changes the gear ratio of the continuously variable transmission mechanism. Stages of the simulated transmission have their second gear ratio of the frequency of rotation of the drive source relative to the output frequency of rotation of the speed transmission mechanism. Steps of simulated transmission are set for each stage of the mechanical transmission. Number of stages of the modeled transmission is equal to or exceeds the number of stages of mechanical transmission. When the electronic control unit detects a malfunction of the step transmission mechanism, it fixes the step transmission mechanism in the emergency mode of transmission stage. It also prohibits a step change in the transmission mechanism of the continuously variable transmission and changes the gear ratio of the variable transmission mechanism in a stepless manner based on the condition of the car. Mechanical transmission stage of an emergency mode is any mechanical transmission stage.

EFFECT: improved power performance.

6 cl, 9 dwg

Similar patents RU2673323C1

Title Year Author Number
CONTROL DEVICE AND METHOD FOR HYBRID VEHICLE 2017
  • Kabayashi Nobufusa
  • Yoshikawa Masato
  • Kumazaki Kenta
RU2675484C1
CONTROL DEVICE FOR VEHICLE DRIVE SYSTEM 2016
  • Tanaka Takaaki
  • Kobayashi Nobufusa
  • Yoshikawa Masato
RU2654250C1
CAR CONTROL DEVICE AND CAR CONTROL METHOD 2017
  • Gotoda Kenji
RU2677425C1
ACTUATOR FOR HYBRID VEHICLE 2012
  • Ono Tomokhito
  • Ivase Yudzi
  • Funakhasi Makoto
  • Tabata Atsusi
  • Matsubara Tooru
  • Imamura Tatsuya
  • Okuda Koiti
  • Komada Khideaki
RU2585501C2
HYBRID DRIVING DEVICE AND METHOD OF ITS CONTROL 2007
  • Komada Khidehaki
  • Idehsio Jukikhiko
  • Matsubara Tooru
  • Ota Takasi
  • Sibata Khirojuki
  • Oba Khidehkhiro
RU2410250C2
POWER OUTPUT DEVICE, CAR COMPRISING POWER OUTPUT DEVICE, AND MODULE AND METHOD FOR CONTROL OF POWER OUTPUT DEVICE 2007
  • Endo Khiroatsu
  • Josimi Masasi
  • Kavaguti Kazuo
  • Sasade Siniti
  • Tadzima Joiti
  • Nisijama Sinobu
  • Okasaka Kazuomi
RU2372213C2
VEHICLE DRIVE SYSTEM 2011
  • Itikava Kadzuki
  • Suga Fumijasu
RU2530207C2
VEHICLE CONTROL DEVICE 2015
  • Iketomi Kazuhiro
  • Sasade Shinichi
  • Katsumata Munehiro
  • Shiiba Kazuyuki
  • Matsubara Tooru
  • Kitahata Takeshi
  • Kumazaki Kenta
RU2606158C1
TRANSMISSION CONTROL DEVICE FOR HYBRID VEHICLE 2015
  • Koga Masato
  • Tsukizaki Atsushi
  • Toyota Ryohey
  • Okudaira Keita
RU2664117C1
TRANSMISSION CONTROL DEVICE OF VEHICLE 2014
  • Nitani Hiromitsu
  • Ayabe Atsushi
  • Sakamoto Kazuya
  • Kondo Hiroki
  • Fukao Mitsuhiro
  • Matsuo Kenji
RU2648504C2

RU 2 673 323 C1

Authors

Kobayashi Nobufusa

Minamikawa Koki

Baba Masayuki

Matsubara Toru

Katsumata Munehiro

Dates

2018-11-23Published

2017-11-29Filed