CONTROL DEVICE FOR INFINITELY VARIABLE TRANSMISSION Russian patent published in 2015 - IPC F16H61/10 

Abstract RU 2558495 C1

FIELD: transport.

SUBSTANCE: invention relates to automotive industry. This device comprises vehicle speed transducer and accelerator pedal position pickup to determine its working state. Control unit serves to control transmission gear ratio on the basis if determined working state. Means to determine the driver request for acceleration proceeding from accelerator pedal depression. Means to set gear ratio for setting the decrease in speed decrease factor controlled by control device with increase in vehicle speed at the start of acceleration in case the accelerator pedal depression is equal at acceleration. Control means updates the vehicle speed at the start of acceleration to magnitude in determination after determination of that fact that accelerator pedal depression is increased during acceleration.

EFFECT: ruled out perception of rubber belt at further depression of accelerator pedal in acceleration.

4 cl, 7 dwg

Similar patents RU2558495C1

Title Year Author Number
CONTROL SYSTEM OF VEHICLE 2016
  • Kimura Kenta
  • Ito Josio
  • Yanagida Tomoaki
  • Nagasato Yu
RU2646780C2
CONTROL METHOD AND CONTROL DEVICE FOR TRANSMISSION MECHANISM 2016
  • Tohta, Yuzuru
RU2719102C2
TRANSMISSION CONTROL METHOD AND TRANSMISSION CONTROL DEVICE FOR STEPLESS TRANSMISSION 2016
  • Kishi, Daigo
RU2712713C1
DEVICE AND METHOD FOR CONTROL OVER BELT STEPLESS CONTROLLED AUTOMOTIVE TRANSMISSION 2009
  • Kodama Josikhisa
  • Josikava Jasuaki
RU2505727C1
AUTOMATIC TRANSMISSION AND CONTROL METHOD THEREFOR 2015
  • Kishi, Daigo
  • Motomura Toshiaki
RU2671428C1
DEVICE AND METHOD FOR CONTROL OVER BELT STEPLESS CONTROLLED AUTOMOTIVE TRANSMISSION 2009
  • Kodama Josikhisa
  • Josikava Jasuaki
RU2503864C1
DAMPING CONTROL DEVICE FOR ELECTRIC VEHICLES 2015
  • Orita, Shuichi
RU2657624C1
DEVICE AND PROCEDURE FOR CONTROL OVER INFINITELY VARIABLE TRANSMISSION GEAR RATIO SHIFTING 2012
  • Sudzuki Tomojuki
RU2572926C2
DEVICE FOR CONTROL OVER VEHICLE 2010
  • Noumura Sin
  • Itabasi Kaidzi
  • Koibuti Ken
  • Tanakhasi Tosio
  • Takeuti Kejsuke
  • Khanamura Khirojuki
  • Takanami Jodzi
  • Asakhara Norimi
RU2499705C2
HYBRID VEHICLE CONTROL DEVICE 2013
  • Ando Takao
  • Ito Riosuke
RU2643094C2

RU 2 558 495 C1

Authors

Sudzuki Tomojuki

Makijama Akikhiro

Dates

2015-08-10Published

2012-07-20Filed