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    • 3. 发明授权
    • Vehicle pop up hood apparatus
    • 车辆弹出式发动机罩
    • US07975797B2
    • 2011-07-12
    • US12864392
    • 2009-01-23
    • Hitoshi YuasaHiroyuki TakahashiHajime KitteMasashi AokiToshikatsu TogawaToshinobu Tsuboi
    • Hitoshi YuasaHiroyuki TakahashiHajime KitteMasashi AokiToshikatsu TogawaToshinobu Tsuboi
    • B60K28/10
    • E05D5/062B60R21/38B62D25/12E05Y2900/536
    • In a configuration in which a rod is extended by an actuator and raises a hood at a time of a collision with a collision body, when a collision load greater than a predetermined value is input to near a hood pushed up area, the collision energy is efficiently absorbed.In a state in which a hood (12) is maintained in a pushed up position, when a collision load equal to or greater than a predetermined value is input from a hood upper side, a distal end portion (54) of a rod (20) slides towards a vehicle rear side along a pushed up surface (38) of a hood rear portion, while deforming the rod (20) by bending, thereby absorbing collision energy. At this time, before a base of a hinge arm (30) contacts a cowl top side (22), distal end portion (54) of rod (20) catches against a bending portion (60) such that rod (20) is bent further. As a result, when distal end portion (54) catches against bending portion (60), an intermediate reactive force is generated and a base contact load at a final stage of energy absorption can be decreased.
    • 在通过致动器延伸杆并且在与碰撞体碰撞时升起罩的构造中,当大于预定值的碰撞载荷被输入到靠近发动机罩推动区域时,碰撞能量为 有效吸收。 在发动机罩(12)保持在上推位置的状态下,当从发动机罩上侧输入等于或大于预定值的碰撞载荷时,杆(20)的前端部(54) )沿着发动机罩后部的推压表面(38)朝向车辆后侧滑动,同时使杆(20)通过弯曲变形,从而吸收碰撞能量。 此时,在铰链臂(30)的基部接触整流罩顶侧(22)之前,杆(20)的远端部分(54)卡在弯曲部分(60)上,使得杆(20)弯曲 进一步。 结果,当远端部分54抵靠弯曲部分60时,产生中间的反作用力,并且可以减少在能量吸收的最后阶段的基极接触负载。
    • 4. 发明申请
    • VEHICLE POP UP HOOD APPARATUS
    • 车上挂装置
    • US20100294584A1
    • 2010-11-25
    • US12864392
    • 2009-01-23
    • Hitoshi YuasaHiroyuki TakahashiHajime KitteMasashi AokiToshikatsu TogawaToshinobu Tsuboi
    • Hitoshi YuasaHiroyuki TakahashiHajime KitteMasashi AokiToshikatsu TogawaToshinobu Tsuboi
    • B60R21/34
    • E05D5/062B60R21/38B62D25/12E05Y2900/536
    • In a configuration in which a rod is extended by an actuator and raises a hood at a time of a collision with a collision body, when a collision load greater than a predetermined value is input to near a hood pushed up area, the collision energy is efficiently absorbed. In a state in which a hood (12) is maintained in a pushed up position, when a collision load equal to or greater than a predetermined value is input from a hood upper side, a distal end portion (54) of a rod (20) slides towards a vehicle rear side along a pushed up surface (38) of a hood rear portion, while deforming the rod (20) by bending, thereby absorbing collision energy. At this time, before a base of a hinge arm (30) contacts a cowl top side (22), distal end portion (54) of rod (20) catches against a bending portion (60) such that rod (20) is bent further. As a result, when distal end portion (54) catches against bending portion (60), an intermediate reactive force is generated and a base contact load at a final stage of energy absorption can be decreased.
    • 在通过致动器延伸杆并且在与碰撞体碰撞时升起罩的构造中,当大于预定值的碰撞载荷被输入到靠近发动机罩推动区域时,碰撞能量为 有效吸收。 在发动机罩(12)保持在上推位置的状态下,当从发动机罩上侧输入等于或大于预定值的碰撞载荷时,杆(20)的前端部(54) )沿着发动机罩后部的推压表面(38)朝向车辆后侧滑动,同时使杆(20)通过弯曲变形,从而吸收碰撞能量。 此时,在铰链臂(30)的基部接触整流罩顶侧(22)之前,杆(20)的远端部分(54)卡在弯曲部分(60)上,使得杆(20)弯曲 进一步。 结果,当远端部分54抵靠弯曲部分60时,产生中间的反作用力,并且可以减少在能量吸收的最后阶段的基极接触负载。