차량의 충돌 유형 및 속도에 따른 에어백 충돌인식 알고리듬에 관한 연구

A Study on the Airbag Crash Recognition Algorithm for Vechcle Impact Modes and Speeds

  • 성기안 (회원, 강원전문대학 기계과) ;
  • 이창식 (회원, 한양대학교 기계공학과)
  • 발행 : 2000.11.01

초록

Crash test data from different impact modes and threshold speeds were used to assess the effects of impact conditions on air bag electronic single point sensing (ESPS) activation requirements. The requirements are expressed in terms of the desired sensor activation time based on unbelted driver dummy kinematics. A crash discriminator pre-displacement is introduced to crash recognition algorithm to the ESPS. The new crash recognition algorithm named Velocity Energy Pre-displacement(VEPD) method is developed and the ESPS algorithm based on the VEPD technique is used to assess the ESPS system performance. It is shown that VEPD method correlates very well with desired sensor activation time and meets the activation requirement.

키워드

참고문헌

  1. SAE 952682 Sensing and Diagnostic Module for Airbags James J. Riling
  2. SAE 932916 Sensing Considerations and Tradeoffs for Single Point Sensing Jon P. Kelley
  3. SAE 940624 Electronic Crash Sensing Unit for Airbag Junji Kanamoto;Masahiro Miyamori;Kazunori Jinno; Manabu Hirao
  4. SAE 930648 Tradeoffs Encountered in Evaluating Crash Sensing System Geoffrey L. Mahon;Ralph L. Hensler
  5. IPC-10 Proceeding The Development of an Impact Simulator and the Study of a Side Airbag Algorithm Kian Sung
  6. SAE 901136 Electronic Crash Sensors for Restraint Systems D. E. Bergfried;B. Mattes; M. Rutz
  7. Effects of Vehicle Impact Mode and Speed on Air Bag Single Point Sensing Requirements v.168 Matthew Huang;Mark A. Cuddihy;J. B. Drummond, Jr.
  8. SAE 905140 The Development of an Advanced Air Bag Crash Sensing System T. G. Adams;M. husng;R. W. Hultman