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Aimed that does not require the location most particularly, to maximize the stereo effect spatial regional, and non-highly localized polarization method of the sound field

机译:旨在不需要最特别的位置,以最大化立体声效果的空间区域性和非高度局部化的声场极化方法

摘要

It is a system purely passive that also includes a small semiconductor integrated circuit, (57) obtained by the summary of the present method, the orientation of a wide range of very audible area, spatial stereo wide range of abnormally and proactive I produce the effect. For sound waves caused internal structure, from the surface sequences and special, the ability (including echo the working body of the echo sound source, acoustic "conductor" or "sound insulation body") of the body to produce a spatial selection orientation of at least one, It is used for this purpose. Body assembled in the longitudinal direction, the capillary has this ability is particularly effective in the longitudinal component of the progressive sound. Treatment of a wide range of non electronics approach, 3D acoustic space recording side, which enables reproduction of the phase with an acoustic transducer. However, smoothing action active phase of adaptation and frequency adaptation, to compensate effective, to ensure that the characteristic values ​​of the system-related. Delay unit electronic engineering to simulate the behavior of the system inclusions at the time of inversion, I want to improve its characteristics.
机译:这是一个纯粹的无源系统,它还包括一个通过本发明方法摘要获得的小型半导体集成电路(57),非常听得见的区域的大范围的定向,异常和主动的大范围的空间立体声产生的效果。对于声波引起的内部结构,从表面的序列和特殊的角度出发,主体的能力(包括回声的工作体,回声源,声学的“导体”或“隔音的主体”)产生的空间选择方向为至少一个,用于此目的。在纵向组装的主体中,毛细管具有这种能力,在渐进声音的纵向分量中特别有效。 3D声学空间记录面,适用于各种非电子方法,可通过声学换能器再现相位。但是,平滑动作的主动阶段自适应和频率自适应,以补偿有效,以确保与系统相关的特性值。延迟单元电子工程在反转时模拟系统夹杂物的行为,我想改善其特性。

著录项

  • 公开/公告号JPH08504963A

    专利类型

  • 公开/公告日1996-05-28

    原文格式PDF

  • 申请/专利权人 ケラーヴァルテマール;

    申请/专利号JP19940514841

  • 发明设计人 ケラーヴァルテマール;

    申请日1993-12-29

  • 分类号G10K11/02;G10K11/22;G10K11/24;

  • 国家 JP

  • 入库时间 2022-08-22 04:03:21

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