Enhancing Tractor Stability and Safety through Individual Actuators in Active Suspension

  • Son, Jinho; 
  • Kim, Yeongsu; 
  • Kang, Seokho; 
  • Ha, Yushin
Citations

WEB OF SCIENCE

2
Citations

SCOPUS

2

초록

Tractor overturning accidents are a prominent safety concern in the field of agriculture. Many studies have been conducted to prevent tractor overturning accidents. Rollover protective structures and seat belts currently installed on tractors cannot prevent them from overturning. The posture of a tractor was controlled by installing individual actuators. The overturning angles of the tractor equipped with an actuator were compared with those of a tractor with no actuator. For the overturning angles in all directions of the tractor, it rotated 15 degrees from 0 degrees to 345 degrees, and the actuator height suitable for the tractor posture was controlled by establishing an equation according to the tractor posture. Consequently, posture control using actuators was noticeably improved. This study proposes that tractors operating on irregular and sloping terrain be equipped with individual actuators. These results prevent tractor rollover accidents and improve safety and driving stability.

키워드

rollover; simulation; tractor; PROTECTIVE STRUCTURE; ROLLOVER
제목
Enhancing Tractor Stability and Safety through Individual Actuators in Active Suspension
저자
Son, Jinho; Kim, Yeongsu; Kang, Seokho; Ha, Yushin
DOI
10.3390/inventions9020029
발행일
2024-04
유형
Article
저널명
INVENTIONS
권
9
호
2