AUTOMATIC CONTROL SYSTEM FOR VEHICLE Russian patent published in 2017 - IPC G08G1/16 

Abstract RU 2638879 C2

FIELD: transportation.

SUBSTANCE: automatic control system for a vehicle comprises 4 units and a drive. The environmental information recognition unit (12) recognizes the vehicle environment information. The vehicle state recognition unit (13) recognizes the vehicle state information. The traffic plan generation unit (14) generates a traffic plan, including a target control value, which is a target for managing the vehicle state information, based on the vehicle environment information. Also, the unit generates a reference target reference range for the vehicle in the traffic plan based on at least either the vehicle state information or the environment information. The first execution unit (15) calculates the command reference value in such a way that the vehicle state information becomes equivalent to the target vehicle state information relevant to the target reference value, based on the traffic plan, the vehicle state information, and the reference range. The drive (6) controls the vehicle movement based on the command reference value.

EFFECT: fast approximation of the vehicle state information to the target vehicle state information in the traffic plan in the case where the vehicle state information significantly deviates from the traffic plan, increasing the movement smoothness in case where the vehicle state information slightly deviates from the traffic plan.

6 cl, 12 dwg

Similar patents RU2638879C2

Title Year Author Number
VEHICLE CONTROL SYSTEM 2020
  • Fujita Kazuyuki
  • Tanaka Shin
  • Iwamoto Takayuki
  • Harada Masahiro
  • Kamata Nobuhide
RU2749529C1
COLLISION AVOIDANCE SUPPORT DEVICE 2016
  • Katoh Masayuki
RU2654839C2
VEHICLE REMOTE CONTROL SYSTEM AND REMOTE CONTROL DEVICE 2020
  • Urano Khiromitsu
  • Otaki Se
  • Chon Khochon
RU2737080C1
VEHICLE AUXILIARY CONTROL SYSTEM 2011
  • Igarashi Shinji
RU2570191C2
METHOD AND DEVICE TO FACILITATE VEHICLE MOVEMENT 2020
  • Yoshimatsu, Yuka
  • Goto, Takefumi
RU2796464C1
METHOD AND APPARATUS FOR GENERATING INFORMATION ON THE TRAFFIC ENVIRONMENT FOR A VEHICLE, AND METHOD FOR CONTROLLING MOVEMENT FOR A VEHICLE 2018
  • Fujita, Susumu
RU2766038C1
DRIVING ASSISTANCE DEVICE 2020
  • Kakeshita Mafune
  • Kawasaki Toshifumi
  • Morotomi Kohei
RU2740820C1
VEHICLE CONTROL SYSTEM 2019
  • Hashimoto Ryuta
  • Fukuda Hiroki
  • Ito Akira
RU2703796C1
METHOD OF CORRECTING OWN POSITION AND DEVICE FOR CORRECTING OWN POSITION FOR VEHICLE WITH DRIVING ASSISTANCE SYSTEM 2017
  • Nojiri, Takahiro
  • Shino, Tatsuya
  • Degawa, Katsuhiko
RU2725703C1
DEVICE FOR IDENTIFYING WRONG RECOGNITION 2016
  • Taguti Kodzi
  • Yamaoka Masaaki
  • Kuriyama Tomoyuki
  • Jokoyama Akikhisa
RU2645388C2

RU 2 638 879 C2

Authors

Kindo Tosiki

Vatanabe Josinori

Dates

2017-12-18Published

2016-04-21Filed