다양한 인체치수에 따른 산업차량의 핸들과 페달 위치에 관한 연구
1. 1. 1. A Study about Steering Wheel and Pedal Position of Industrial Vehicle by the Various Body Dimensions
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This study determined the optimal positions of the movable steering wheel and pedal systems of industrial vehicle by various body dimensions. The position of objects and starting driving posture were measured by Martin-type anthropometer and goniometer. The X, Y and Z axis of movable steering wheel and pedal systems were measured horizon distance from right side to left side, horizon distance from front side to rear side and vertical distance from floor to ceiling. During the experiment in order to exclude learning effectiveness with forklift driving, 27 subjects who had male not experiences in driving a forklift used in the experiment. The relationship between the position of steering wheel and driver’s posture with body dimensions was analyzed by using correlation relation and paired comparison t-test based on the measured data. The pedal location in X and Z axises was not related with various body dimensions. Also, the steering wheel was different among the angles of the right elbow and shoulder depending on the various body dimensions.
Abstract
This study determined the optimal positions of the movable steering wheel and pedal systems of industrial vehicle by various body dimensions. The position of objects and starting driving posture were measured by Martin-type anthropometer and goniometer. The X, Y and Z axis of movable steering wheel and pedal systems were measured horizon distance from right side to left side, horizon distance from front side to rear side and vertical distance from floor to ceiling. During the experiment in order to exclude learning effectiveness with forklift driving, 27 subjects who had male not experiences in driving a forklift used in the experiment. The relationship between the position of steering wheel and driver’s posture with body dimensions was analyzed by using correlation relation and paired comparison t-test based on the measured data. The pedal location in X and Z axises was not related with various body dimensions. Also, the steering wheel was different among the angles of the right elbow and shoulder depending on the various body dimensions.
참고문헌 (16)
- "일체형 동력전달계를 가진 산업차량의 진동 특성 규명 및 저감", pp.912~918 (2004)
- "산업차량 Cockpit 개발을 위한 인간공학 적용모델 개발 및 설계 Guideline" (2005)
- "한국인 운전자의 선호 운전자세를 고려한 승용차 운전 공간 규격제안", pp.109~112 (1999)
- "인간-기계 인터페이스에 대한 사용자 인지지도 추출 및 모델 개발", pp.1~3 (2003)
- "한국인의 운전자세와 시트 조절량", pp.190~193 (1999)
- "A study of the seating and control position in commercial vehicle cabs" (1965)
- "Interface pressure and the prediction of car seat discomfort", 30(2), pp.99~107 (1999)
- "Integrating ergonomics and engineering in the technical design process", applied ergo(mics), pp.211~220 (1994)
- "In Proceedings of the Human Factors Society 30th Annual Meeting", pp.771~775 (1986)
- "Psychology on the road：The human factor in traffic safety", pp.111~ (1978)
- "Issues concerning the use of human engineering information：the system designer’s perspective In IEEE International Conference on Systems Engineering", pp.881~885 (1990)
- "Human Engineering Guide to Equipment Design" (1972), McGraw-Hill
- "The Best Fuction for the Seat of a Passenger Car Society of Automotive Engineers" (1985)
- "Ergonomic criteria in large dcale engineering design I. Management by documentation only Formal organization vs. designers’ perceptions", 30(2), pp.191~205 (1999), Westgaard
- "WWW.forkliftin.com(포크인스손해보험중개).", WWW.forkliftin.com
- "WWW.forkliftin.com(포크인스손해보험중개).", WWW.forkliftin.com