首页> 外国专利> how to absorb impact with vehicle movement and rolling friction force of the associated surface pressure drag (drag) and vehicle shock absorbers using the same

how to absorb impact with vehicle movement and rolling friction force of the associated surface pressure drag (drag) and vehicle shock absorbers using the same

机译:如何吸收与车辆运动有关的冲击以及相关的表面压力阻力(阻力)和车辆减震器的滚动摩擦力

摘要

The present invention uses a motion friction and rolling force of the pressure associated surface drag (drag) of soft material displacement during the dynamic movement of the vehicle energy absorption (Displacement) to be a critical factor in the assessment PHD meet the requirements of safety indices of a passenger by gradually so as to secure and hold consistently maintaining the maximum vehicle speed and the occupant receives depreciation The aim is to protect human life as from the impact. This configuration for achieving the leading end of the dynamic pressure associated with the largest kinetic energy of the vehicle, the middle part of the pressure associated with the depreciation rate is such that after a maximum of 20g or less frictional drag motion by the first motion induction Ward first friction drag motion traction induction than those large kinetic friction coefficient ( 2 & 1 ) yet with so kinetic energy is significantly reduced by the second drag motion friction rolling force oil tool with an the remaining amount of the remaining kinetic energy is a second, configuration, and so that all absorbed by the third friction drag motion rolling forces oil length tools installed on the stopper (S). ;
机译:本发明使用在车辆能量吸收(位移)的动态运动期间软材料位移的压力相关的表面阻力(阻力)的运动摩擦和滚动力作为评估PHD满足安全指标要求的关键因素。逐渐降低乘客的安全性,从而确保并保持一致的最高车速,并且乘员受到折旧。目的是保护人类生命免受撞击。这种构造用于实现与车辆最大动能相关的动压力的前端,与折旧率相关的压力的中间部分使得在通过第一运动感应最大不超过20g的摩擦阻力运动之后病房的第一摩擦阻力运动牵引感应力比那些较大的动摩擦系数( 2 1 )大,但第二阻力运动摩擦滚动力却明显降低了动能具有剩余动能的剩余量的油工具是第二构造,并且因此全部由第三摩擦阻力运动吸收的滚动力将油量工具安装在塞子(S)上。 ;

著录项

  • 公开/公告号KR101039590B1

    专利类型

  • 公开/公告日2011-06-09

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20100024972

  • 发明设计人 허광용;

    申请日2010-03-20

  • 分类号E01F15/14;

  • 国家 KR

  • 入库时间 2022-08-21 17:50:11

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