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    • 2. 发明申请
    • Generation of a sound signal
    • 产生声音信号
    • US20060045274A1
    • 2006-03-02
    • US10528489
    • 2003-09-16
    • Ronaldus AartsRoy IrwanDaniel Schobben
    • Ronaldus AartsRoy IrwanDaniel Schobben
    • H04R5/00H04R5/02
    • H04S1/005H04S1/007H04S5/00H04S2400/01H04S2420/01
    • The present invention relates to a method and a media system of/for generation of at least one output signal (HPL, (HPR) from at least one input signal from a second set of sound signals (M) having a related second set of Head Related Transfer Functions. The media system can be a TV, a CD player, a DVD player, a Radio, a display, an amplifier, a headphone or a VCR. Said method includes the steps of determining, for each signal in the second set of sound signals, a weighted relation (14) comprising at least one signal from a third set of intermediate sound signals (CHI1, CHI2) and at least one weight value (Weights); determining a first set of Head Related Transfer Functions (HRTFs) based on the second set of sound signals, the second set of Head Related Transfer Functions and the weighted relation; and transferring at least one signal from the third set of intermediate sound signals by means of at least one HRTF from said first set of Head Related Transfer Functions in order to generate at least one output signal belonging to said first set of sound signals. Hereby, in the end, fewer HRTFs are determined for a subsequent transfer of input signal(s) to output signal(s). Accordingly few convolutions are required.
    • 本发明涉及用于从至少一个来自第二组声音信号(M)的至少一个输入信号(M)产生至少一个输出信号(HPL,(HPR))的方法和媒体系统,该第二组声音信号(M)具有相关的第二组头 相关传输功能媒体系统可以是电视,CD播放器,DVD播放器,收音机,显示器,放大器,耳机或录像机,所述方法包括以下步骤:对于第二组中的每个信号 声音信号,包括来自第三组中间声音信号(CHI 1,CHI 2)和至少一个权重值(重量)的至少一个信号的加权关系(14);确定第一组头部相关传送函数 基于第二组声音信号,第二组头相关传送函数和加权关系;以及通过至少一个HRTF从所述第一组中的至少一个HRTF传送来自第三组中间声音信号的至少一个信号 头相关传输功能,以g 激励属于所述第一组声音信号的至少一个输出信号。 因此,最终确定用于随后将输入信号传送到输出信号的HRTF较少。 因此,需要很少的卷积。
    • 3. 发明申请
    • Audio frequency range adaptation
    • 音频范围适应
    • US20070098182A1
    • 2007-05-03
    • US10571637
    • 2004-08-31
    • Ronaldus AartsOkke OuweltjesDaniel Schobben
    • Ronaldus AartsOkke OuweltjesDaniel Schobben
    • H04R29/00H04R3/00
    • H04R3/04H04R29/001H04R2499/15
    • To improve the reproduction of audio signals, the signal components of a selected audio frequency range (1) of an audio signal are concentrated in a narrower audio frequency range (II). This is achieved by detecting first signal components in the first audio frequency range (I), generating second signal components in the second audio frequency range (II), and controlling the amplitude of the second signal components in response to the amplitude of the first signal components. As a result, dedicated transducers may be used which are particularly efficient in the narrower frequency range. The original frequency range (I) may contain the lower frequency signal components (bass components) of the audio signal.
    • 为了改善音频信号的再现,音频信号的选定音频范围(1)的信号分量集中在较窄的音频频率范围(II)中。 这通过检测第一音频频率范围(I)中的第一信号分量,产生第二音频范围(II)中的第二信号分量,并响应于第一信号的振幅来控制第二信号分量的振幅来实现 组件。 结果,可以使用在较窄频率范围内特别有效的专用换能器。 原始频率范围(I)可以包含音频信号的较低频率信号分量(低音分量)。
    • 5. 发明申请
    • Audio based data representation apparatus and method
    • 基于音频的数据表示设备和方法
    • US20060072764A1
    • 2006-04-06
    • US10535298
    • 2003-11-13
    • Mark MertensDaniel SchobbenRonaldus Aarts
    • Mark MertensDaniel SchobbenRonaldus Aarts
    • H04R5/02H04R29/00
    • H04S1/00
    • The data representation apparatus (100) for representing data by means of an audio signal (o), contains an processing unit (102) arranged to deliver the audio signal (o) with a characteristic (C) dependent on a positionless data variable (p) capable of having a first value (206) and a second value (208), whereby the data representation apparatus (100) comprises a mapping unit (132), arranged to map by means of a mapping the first value (206) of the data variable (p) to a first position (216) in three-dimensional space, and the second value (208) of the data variable (p) to a second position (218) in three-dimensional space, and the audio processing unit (102) is arranged to change the characteristic (C), resulting in the audio signal appearing to originate from the first position (216) for the data variable (p) having the first value (206) respectively the second position (218) for the data variable (p) having the second value (208), to a user (200) listening to the audio signal (o). A system containing such a data representation apparatus (100) and a source of data, a source of music and a sound production is also described, as well as a method.
    • 用于通过音频信号(o)表示数据的数据表示装置(100)包含处理单元(102),该处理单元(102)被布置为根据无位置数据变量(p)传送具有特征(C)的音频信号 ),其能够具有第一值(206)和第二值(208),由此所述数据表示设备(100)包括映射单元(132),其被布置成通过映射来映射所述第一值(206) 数据变量(p)到三维空间中的第一位置(216)以及数据变量(p)的第二值(208)到三维空间中的第二位置(218),音频处理单元 (102)被布置为改变特性(C),导致音频信号似乎源自具有第一值(206)的数据变量(p)的第一位置(216),第二位置(206)分别用于第二位置(218),用于 具有第二值(208)的数据变量(p)发送给用户(200) 到音频信号(o)。 还描述了包含这种数据表示设备(100)和数据源,音乐源和声音产生的系统,以及一种方法。
    • 8. 发明申请
    • Audio processing
    • 音频处理
    • US20060025993A1
    • 2006-02-02
    • US10520201
    • 2003-06-18
    • Ronaldus AartsDaniel SchobbenFaizal Sheik Soeltan
    • Ronaldus AartsDaniel SchobbenFaizal Sheik Soeltan
    • G10L21/00
    • H04S1/007
    • An audio system comprises a post-processor (12) arranged to alter successive fragments of a decoded audio signal (14) to provide successive fragments of post-processed audio signal (16). A masking threshold generator (20) provides an estimate of a masking threshold ( ) for successive fragments of post-processed audio signal (16). A noise level generator (17) provides an estimate of a noise level ( ) for successive fragments of the post-processed audio signal (16). A distortion generator (17) determines a degree (D) to which the noise level exceeds the masking threshold for successive fragments of the post-processed audio signal (16). A regulator (18) controls the post-processor according to the degree to which the noise levels exceed the masking threshold.
    • 音频系统包括后处理器(12),其被配置为改变解码音频信号(14)的连续片段以提供后处理音频信号(16)的连续片段。 掩蔽阈值生成器(20)提供对后处理音频信号(16)的连续片段的掩蔽阈值()的估计。 噪声电平发生器(17)提供后处理音频信号(16)的连续片段的噪声电平()的估计。 失真发生器(17)确定噪声电平超过后处理音频信号(16)的连续片段的掩蔽阈值的程度(D)。 调节器(18)根据噪声水平超过屏蔽阈值的程度控制后处理器。
    • 10. 发明申请
    • Audio distributon
    • 音频分配
    • US20050213528A1
    • 2005-09-29
    • US10510262
    • 2003-03-20
    • Ronaldus AartsDaniel SchobbenBalthasar Van Luijt
    • Ronaldus AartsDaniel SchobbenBalthasar Van Luijt
    • G06F21/24G10K15/02H04R27/00H04S1/00H04J3/08
    • H04R27/00H04S1/002H04S1/005
    • The present invention relates to a method for a service provider to distribute an audio signal to a listener. Before delivering the audio signal to the listener, the audio impression of the audio signal is personalized to the listener. The personalizing could e.g. be performed by filtering the audio signal using a set of head related transfer functions (HRTFs) defined by parameters being specific for the listener. This is for minimizing the interest of performing illegal copying of the audio signal. The invention further relates to a method of playing back a distributed audio signal and a playback device for playing back a distributed audio signal, where the personalization is detected and used as a watermark, which is identified and interpreted before playing back the distributed audio.
    • 本发明涉及一种服务提供商将音频信号分发给收听者的方法。 在将音频信号传送到收听者之前,将音频信号的音频印象个性化为收听者。 个性化可以例如 通过使用由针对侦听器特定的参数定义的一组头部相关传输函数(HRTF)对音频信号进行滤波来执行。 这是为了最小化对音频信号执行非法复制的兴趣。 本发明还涉及一种播放分布式音频信号的方法和用于回放分布式音频信号的回放装置,其中检测个性化并将其用作水印,在再现分布式音频之前进行识别和解释。