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    • 1. 发明授权
    • Sound reproducing screen for an ultrasonic converting and reproducing method
    • 用于超声波转换和再现方法的声音再现屏幕
    • US07912227B2
    • 2011-03-22
    • US11311400
    • 2005-12-20
    • Jung-ho KimJun-tai KimAndrey V. ShaninOleg V. Rudenko
    • Jung-ho KimJun-tai KimAndrey V. ShaninOleg V. Rudenko
    • H04B3/00
    • H04R7/06H04R2217/03
    • A sound reproducing screen for an ultrasonic converting and reproducing method wherein a sound signal is carried on the ultrasonic wave which is transmitted via the screen which has a lattice structure in which a plurality of cells is continuously arranged. Using the screen, the sound signal can be divided from the ultrasonic wave, so that the sound signal can be reproduced. A cell structure of the screen is thus provided for converting the ultrasonic wave into the sound signal by ultrasonic conversion and reproduction which is simple to make and which has a maximum conversion efficiency. Accordingly, an efficiency of reproducing the sound source in a low frequency band as well as a high frequency band is superior, and a realistic three-dimensional sound system can be implemented.
    • 一种用于超声波转换和再现方法的声音再现屏幕,其中声音信号被承载在通过屏幕传输的超声波上,该屏幕具有连续布置多个单元格的格子结构。 使用屏幕,声音信号可以从超声波中分离,以便可以再现声音信号。 因此,提供了屏幕的单元结构,用于通过超声波转换和再现将超声波转换成声音信号,该变换和再现易于制造并具有最大的转换效率。 因此,在低频带和高频带中再现声源的效率是优异的,并且可以实现真实的三维声音系统。
    • 2. 发明申请
    • Sound reproducing screen for an ultrasonic converting and reproducing method
    • 用于超声波转换和再现方法的声音再现屏幕
    • US20060147065A1
    • 2006-07-06
    • US11311400
    • 2005-12-20
    • Jung-ho KimJun-tai KimAndrey ShaninOleg Rudenko
    • Jung-ho KimJun-tai KimAndrey ShaninOleg Rudenko
    • H04R25/00
    • H04R7/06H04R2217/03
    • A sound reproducing screen for an ultrasonic converting and reproducing method wherein a sound signal is carried on the ultrasonic wave which is transmitted via the screen which has a lattice structure in which a plurality of cells is continuously arranged. Using the screen, the sound signal can be divided from the ultrasonic wave, so that the sound signal can be reproduced. A cell structure of the screen is thus provided for converting the ultrasonic wave into the sound signal by ultrasonic conversion and reproduction which is simple to make and which has a maximum conversion efficiency. Accordingly, an efficiency of reproducing the sound source in a low frequency band as well as a high frequency band is superior, and a realistic three-dimensional sound system can be implemented.
    • 一种用于超声波转换和再现方法的声音再现屏幕,其中声音信号被承载在通过屏幕传输的超声波上,该屏幕具有连续布置多个单元格的格子结构。 使用屏幕,声音信号可以从超声波中分离,以便可以再现声音信号。 因此,提供了屏幕的单元结构,用于通过超声波转换和再现将超声波转换成声音信号,该变换和再现易于制造并具有最大的转换效率。 因此,在低频带和高频带中再现声源的效率是优异的,并且可以实现真实的三维声音系统。