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    • 1. 发明授权
    • Sound absorbing structure and vehicle component having sound absorbing property
    • 吸声结构和具有吸声性能的车辆部件
    • US08011472B2
    • 2011-09-06
    • US12361101
    • 2009-01-28
    • Rento TanaseYasutaka NakamuraAtsushi YoshidaMasaru MatsushitaKunio Hiyama
    • Rento TanaseYasutaka NakamuraAtsushi YoshidaMasaru MatsushitaKunio Hiyama
    • E04B1/82F16F7/00B06B1/06
    • G10K11/172
    • A sound absorbing structure is constituted of a housing having a hollow portion and an opening and a vibration member composed of a board or diaphragm. The vibration member is a square-shaped material having elasticity composed of a synthetic resin and is bonded to the opening of the housing, thus forming an air layer closed inside the sound absorbing structure by the housing and the vibration member. In the sound absorbing structure, when the lateral/longitudinal dimensions of the air layer and characteristics of the vibration member (e.g. a Young's modulus, thickness, and Poisson's ratio) are set such that the fundamental frequency of a vibration occurring in a bending system falls within 5% and 65% of the resonance frequency of a spring-mass system, a vibration mode having a large amplitude occurs in a frequency band lower than the resonance frequency of the spring-mass system, this improving the sound absorption coefficient.
    • 吸音结构由具有中空部分和开口的壳体和由板或隔膜组成的振动部件构成。 振动部件是具有由合成树脂构成的弹性的方形材料,并且与壳体的开口接合,从而通过壳体和振动部件形成在吸音结构内部封闭的空气层。 在吸音结构中,当空气层的横向/纵向尺寸和振动构件的特性(例如杨氏模量,厚度和泊松比)被设置为使得弯曲系统中发生的振动的基频降低时 在弹簧质量系统的共振频率的5%和65%之内,具有较大振幅的振动模式发生在低于弹簧质量系统的共振频率的频带中,这提高了吸声系数。
    • 3. 发明申请
    • SOUND ABSORBING STRUCTURE AND VEHICLE COMPONENT HAVING SOUND ABSORBING PROPERTY
    • 声音吸收结构和具有声音吸收性能的车辆部件
    • US20090205901A1
    • 2009-08-20
    • US12361101
    • 2009-01-28
    • Rento TanaseYasutaka NakamuraAtsushi YoshidaMasaru MatsushitaKunio Hiyama
    • Rento TanaseYasutaka NakamuraAtsushi YoshidaMasaru MatsushitaKunio Hiyama
    • G10K11/16
    • G10K11/172
    • A sound absorbing structure is constituted of a housing having a hollow portion and an opening and a vibration member composed of a board or diaphragm. The vibration member is a square-shaped material having elasticity composed of a synthetic resin and is bonded to the opening of the housing, thus forming an air layer closed inside the sound absorbing structure by the housing and the vibration member. In the sound absorbing structure, when the lateral/longitudinal dimensions of the air layer and characteristics of the vibration member (e.g. a Young's modulus, thickness, and Poisson's ratio) are set such that the fundamental frequency of a vibration occurring in a bending system falls within 5% and 65% of the resonance frequency of a spring-mass system, a vibration mode having a large amplitude occurs in a frequency band lower than the resonance frequency of the spring-mass system, this improving the sound absorption coefficient.
    • 吸音结构由具有中空部分和开口的壳体和由板或隔膜组成的振动部件构成。 振动部件是具有由合成树脂构成的弹性的方形材料,并且与壳体的开口接合,从而通过壳体和振动部件形成在吸音结构内部封闭的空气层。 在吸音结构中,当空气层的横向/纵向尺寸和振动构件的特性(例如杨氏模量,厚度和泊松比)被设置为使得弯曲系统中发生的振动的基频降低时 在弹簧质量系统的共振频率的5%和65%之内,具有较大振幅的振动模式发生在低于弹簧质量系统的共振频率的频带中,这提高了吸声系数。