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    • 2. 发明授权
    • Sound synthesis by combining a slowly varying underlying spectrum, pitch and loudness with quicker varying spectral, pitch and loudness fluctuations
    • 通过将慢速变化的底层频谱,音调和响度与更快的频谱,音调和响度波动相结合,进行声音合成
    • US07750229B2
    • 2010-07-06
    • US11637596
    • 2006-12-12
    • Eric Lindemann
    • Eric Lindemann
    • G10H1/02G10H1/04G10H1/06G10H1/12G10H1/46G10H5/02G10H7/00
    • G10H7/006G10H1/0066G10H2210/201G10H2210/225G10H2250/211G10H2250/495G10H2250/615
    • The present synthesizer generates an underlying spectrum, pitch and loudness for a sound to be synthesized, and then combines the underlying spectrum, pitch and loudness with stored Spectral, Pitch, and Loudness Fluctuations and noise elements. The input to the synthesizer is typically a MIDI stream. A MIDI preprocess block processes the MIDI input and generates the signals needed by the synthesizer to generate output sound phrases. The synthesizer comprises a harmonic synthesizer block (which generates an output representing the tonal audio portion of the output sound), an Underlying Spectrum, Pitch, and Loudness (which takes pitch and loudness and uses stored algorithms to generate the slowly varying portion of the output sound) and a Spectral, Pitch, and Loudness Fluctuation portion (which generates the quickly varying portion of the output sound by selecting and combining Spectral, Pitch, and Loudness Fluctuation segments stored in a database). A specialized analysis process is used to derive the formulas used by the Underlying Spectrum, Pitch, and Loudness and to generate and store the Spectral, Pitch, and Loudness Fluctuation segments stored in the database.
    • 本合成器为合成的声音生成基础频谱,音调和响度,然后将基础频谱,音调和响度与存储的频谱,音高和响度波动和噪声元素相结合。 合成器的输入通常是MIDI流。 MIDI预处理块处理MIDI输入并生成合成器所需的信号以产生输出声音短语。 合成器包括谐波合成器块(其产生表示输出声音的音调音频部分的输出),基础频谱,音高和响度(其​​采用音调和响度,并且使用存储的算法来生成输出的缓慢变化部分 声音)和光谱,音高和响度波动部分(通过选择和组合存储在数据库中的光谱,音高和响度波动段来产生输出声音的快速变化部分)。 使用专门的分析过程来导出基础频谱,音高和响度所使用的公式,并生成和存储数据库中存储的谱,音高和响度波动段。
    • 3. 发明授权
    • Musical synthesizer with expressive portamento based on pitch wheel control
    • US07271331B2
    • 2007-09-18
    • US11342781
    • 2006-01-30
    • Eric Lindemann
    • Eric Lindemann
    • G10H1/02G10H7/00
    • G10H1/0091G10H2210/225
    • The present invention is a musical synthesizer that can respond to a pitch wheel control by generating realistic slide-step-slide and slide-step portamento pitch curves. The musical synthesizer responds to a pitch wheel control in a context sensitive manner. When a first note-on occurs the pitch wheel behaves in the standard fashion. However, when a second-note on occurs, if the pitch wheel is still being held after the second note-on then the effects of the pitch wheel are disabled. The result is a clean slide-step portamento curve. In addition, the effects of the pitch wheel are delayed slightly relative to the raw pitch wheel signal. The result is that if the pitch wheel is released slightly before a second note-on occurs then the delayed pitch wheel signal will still be at substantially the previous held value when the second note-on occurs. The result is a clean slide-step portamento curve. In another embodiment when a second-note on occurs, if the pitch wheel is still being held after the second note-on, effects of the pitch wheel are disabled and, in addition, the pitch curve is forced to make a small ramp beginning towards the pitch of the second note-on. The result is a clean slide-step-slide portamento curve.
    • 5. 发明授权
    • Digital hearing aid system
    • 数字助听器系统
    • US5757932A
    • 1998-05-26
    • US542158
    • 1995-10-12
    • Eric LindemannJohn L. MelansonNikolai Bisgaard
    • Eric LindemannJohn L. MelansonNikolai Bisgaard
    • H04R25/00
    • H04R25/356H04R25/552H04R25/558H04R25/505H04R25/554
    • A detachable digital binaural processing hearing aid comprised of a digital signal processor (DSP), two microphones, two receivers, a bi-directional communications link between each microphone/receiver and the digital signal processor, an analog-to-digital converter, and a digital-to-analog converter. In one embodiment of the present invention, the user has the option of disabling the digital signal processor by either physically removing an external digital processing unit or by disabling a digital processor to permit an analog processor to provide audio enhancement. The user is also given the option of selecting from a variety of digital filters/compressors that generate binaural signals that are sent to both ears of the user. In a second embodiment, each hearing element comprises a digital signal processor and a communication link to the other hearing element. Two examples of the communication link are an electrical wire connecting the two hearing elements and a electromagnetic transceiving system where each hearing element has a transceiver that transmits a signal representing the sound at one ear of the user and receives a signal representing the sound at the other ear of the user.
    • 一种可拆卸的数字双耳处理助听器,包括数字信号处理器(DSP),两个麦克风,两个接收器,每个麦克风/接收器与数字信号处理器之间的双向通信链路,模数转换器和 数模转换器。 在本发明的一个实施例中,用户可选择通过物理去除外部数字处理单元或禁止数字处理器来允许模拟处理器提供音频增强来禁用数字信号处理器。 用户还可以选择从发送给用户双耳的双耳信号的各种数字滤波器/压缩器进行选择。 在第二实施例中,每个听力元件包括数字信号处理器和到另一听力元件的通信链路。 通信链路的两个示例是连接两个听力元件的电线和电磁收发系统,其中每个听力元件具有收发器,该收发器在用户的一个耳朵处发送表示声音的信号,并且接收另一个耳朵上的声音的信号 耳朵的用户。
    • 7. 发明申请
    • Sound synthesis by combining a slowly varying underlying spectrum, pitch and loudness with quicker varying spectral, pitch and loudness fluctuations
    • 通过将慢速变化的底层频谱,音调和响度与更快的频谱,音调和响度波动相结合,进行声音合成
    • US20070137466A1
    • 2007-06-21
    • US11637596
    • 2006-12-12
    • Eric Lindemann
    • Eric Lindemann
    • G10H1/02G10H7/00G01P3/00
    • G10H7/006G10H1/0066G10H2210/201G10H2210/225G10H2250/211G10H2250/495G10H2250/615
    • The present synthesizer generates an underlying spectrum, pitch and loudness for a sound to be synthesized, and then combines the underlying spectrum, pitch and loudness with stored Spectral, Pitch, and Loudness Fluctuations and noise elements. The input to the synthesizer is typically a MIDI stream. A MIDI preprocess block processes the MIDI input and generates the signals needed by the synthesizer to generate output sound phrases. The synthesizer comprises a harmonic synthesizer block (which generates an output representing the tonal audio portion of the output sound), an Underlying Spectrum, Pitch, and Loudness (which takes pitch and loudness and uses stored algorithms to generate the slowly varying portion of the output sound) and a Spectral, Pitch, and Loudness Fluctuation portion (which generates the quickly varying portion of the output sound by selecting and combining Spectral, Pitch, and Loudness Fluctuation segments stored in a database). A specialized analysis process is used to derive the formulas used by the Underlying Spectrum, Pitch, and Loudness and to generate and store the Spectral, Pitch, and Loudness Fluctuation segments stored in the database.
    • 本合成器为合成的声音生成基础频谱,音调和响度,然后将基础频谱,音调和响度与存储的频谱,音高和响度波动和噪声元素相结合。 合成器的输入通常是MIDI流。 MIDI预处理块处理MIDI输入并生成合成器所需的信号以产生输出声音短语。 合成器包括谐波合成器块(其产生表示输出声音的音调音频部分的输出),基础频谱,音高和响度(其​​采用音调和响度,并且使用存储的算法来生成输出的缓慢变化部分 声音)和光谱,音高和响度波动部分(通过选择和组合存储在数据库中的光谱,音高和响度波动段来产生输出声音的快速变化部分)。 使用专门的分析过程来导出基础频谱,音高和响度所使用的公式,并生成和存储数据库中存储的谱,音高和响度波动段。
    • 9. 发明申请
    • Musical synthesizer with expressive portamento based on pitch wheel control
    • 音乐合成器具有基于俯仰轮控制的表现力
    • US20070175319A1
    • 2007-08-02
    • US11342781
    • 2006-01-30
    • Eric Lindemann
    • Eric Lindemann
    • G10H1/02G10H7/00
    • G10H1/0091G10H2210/225
    • The present invention is a musical synthesizer that can respond to a pitch wheel control by generating realistic slide-step-slide and slide-step portamento pitch curves. The musical synthesizer responds to a pitch wheel control in a context sensitive manner. When a first note-on occurs the pitch wheel behaves in the standard fashion. However, when a second-note on occurs, if the pitch wheel is still being held after the second note-on then the effects of the pitch wheel are disabled. The result is a clean slide-step portamento curve. In addition, the effects of the pitch wheel are delayed slightly relative to the raw pitch wheel signal. The result is that if the pitch wheel is released slightly before a second note-on occurs then the delayed pitch wheel signal will still be at substantially the previous held value when the second note-on occurs. The result is a clean slide-step portamento curve. In another embodiment when a second-note on occurs, if the pitch wheel is still being held after the second note-on, effects of the pitch wheel are disabled and, in addition, the pitch curve is forced to make a small ramp beginning towards the pitch of the second note-on. The result is a clean slide-step-slide portamento curve.
    • 本发明是一种音乐合成器,其可以通过产生逼真的滑梯步滑动和滑台步进音轨曲线来应对俯仰轮控制。 音乐合成器以上下文敏感的方式响应俯仰轮控制。 当第一个音符发生时,俯仰轮以标准方式行驶。 然而,当发生二次音时,如果在第二个音符开始后仍然保持俯仰轮,那么俯仰轮的作用将被禁用。 结果是一个干净的滑动步骤曲线。 此外,相对于原始俯仰轮信号,俯仰轮的作用稍微延迟。 结果是如果在发生第二次音符开始之前稍微释放音轮,则当发生第二音符时,延迟的音轮信号将仍然基本上处于前一个保持的值。 结果是一个干净的滑动步骤曲线。 在另一个实施例中,当发生第二音符时,如果俯仰轮在第二音符开启之后仍然被保持,则俯仰轮的效果被禁用,此外,音调曲线被迫使小斜坡开始朝向 第二个音符的音调。 结果是一个干净的幻灯片幻灯片曲曲曲线。