FIELD: transport.
SUBSTANCE: invention relates to a hybrid vehicle. The method for controlling an engine of a hybrid vehicle includes calculating a target driving force for the vehicle and controlling the rotational speed of the engine in accordance with the pseudo-motive force and the fixed pseudo-motive force. Moreover, the pseudo-driving force gradually approximates to the target driving force until the moment after the first predetermined time with a time delay relative to the target driving force. The fixed pseudo-motive force is the pseudo-motive force at a point in time at which the amount or rate of change of the target motive force becomes a predetermined threshold value or more.
EFFECT: improved driving comfort.
12 cl, 11 dwg
| Title |
Year |
Author |
Number |
| METHOD FOR OPERATION AND APPARATUS FOR OPERATION OF ENGINE OF HYBRID VEHICLE |
2017 |
- Ariyoshi, Tomohiro
- Eto, Satomi
|
RU2749232C1 |
| HYBRID VEHICLE ENGINE CONTROL METHOD AND HYBRID VEHICLE ENGINE CONTROL DEVICE |
2017 |
- Ariyoshi, Tomohiro
- Eto, Satomi
|
RU2750350C1 |
| HYBRID VEHICLE ENGINE CONTROL METHOD AND A HYBRID VEHICLE ENGINE CONTROL DEVICE |
2017 |
- Ariyoshi, Tomohiro
- Eto, Satomi
|
RU2750759C1 |
| VEHICLE CONTROL DEVICE |
2014 |
- Morita Tetsunobu
- Kadono Riodzi
- Katakura Suusaku
- Murakami Kenitiro
|
RU2631150C1 |
| DEVICE OF HYBRID TRANSPORT FACILITY CONTROL |
2015 |
- Ochiai Kazuki
- Arita Hiroshi
- Ono Masashi
- Kaneko Kakuzou
|
RU2678620C1 |
| DAMPING CONTROL DEVICE FOR ELECTRIC VEHICLES |
2015 |
|
RU2657624C1 |
| METHOD OF CONTROLLING FUEL FLOW DISPLAY AND FUEL CONSUMPTION DISPLAY CONTROL SYSTEM |
2017 |
- Higuchi, Shinsuke
- Okino, Kazuhiko
- Noguchi, Ryuzou
- Miyachi, Junji
- Shinohara, Tetsuya
|
RU2742068C1 |
| HYBRID VEHICLE CONTROL DEVICE |
2013 |
|
RU2643094C2 |
| DEVICE FOR HYBRID VEHICLE CONTROL AND METHOD FOR HYBRID VEHICLE CONTROL |
2014 |
|
RU2643019C1 |
| DEVICE FOR DRIVING FORCE CONTROL FOR A HYBRID VEHICLE |
2015 |
- Fukuda Hiroyuki
- Nakano Tomoyuki
|
RU2657625C1 |
