公开(公告)号：US20060111621A1

公开(公告)日：2006-05-25

申请号：US11267080

申请日：2005-11-03

申请人： Andreas Coppi ,  Ronald Coifman ,  Jonathan Berger ,  Frank Geshwind ,  William Fateley

发明人： Andreas Coppi ,  Ronald Coifman ,  Jonathan Berger ,  Frank Geshwind ,  William Fateley

IPC分类号： A61B5/00

CPC分类号： A61B5/486 ,  A61B5/222 ,  A63B71/0686 ,  A63B2071/0625 ,  A63B2230/00 ,  G10H1/0091 ,  G10H1/40 ,  G10H5/007 ,  G10H2210/076 ,  G10H2210/155 ,  G10H2210/385 ,  G10H2220/351 ,  G10H2220/371 ,  G10H2220/395 ,  G10H2240/056 ,  G10H2240/081 ,  G10H2240/085 ,  G10H2240/131 ,  G10H2250/435 ,  G11B27/105

摘要： Systems and methods for sonification, user influence through sound, and biofeedback, sonification of motion and physiological parameters during physical exercise and the use of music and sound in order to influence the emotional, psychological and physiological state of an exerciser, and the use of sonification and influence in a feedback loop to create a particular exercise experience for a user. A digital music player comprises physiological sensors, a controller, a user interface, a music decoder, a music playback modulator, and an audio data store. The user interface allows a user to specify target values for the physiological sensors as a function of time, the controller selects a playlist of audio data based on the target values, the music decoder decodes the audio data in a sequence corresponding to the playlist, and the music playback modulator causes the sequence and/or the decoding to be modified according to the values of the physiological sensor.

摘要翻译： 超声波系统和方法，用户对声音的影响，生物反馈，体育运动中的运动和生理参数的超声和音乐和声音的使用，以影响锻炼者的情绪，心理和生理状态，以及使用超声波 并且在反馈循环中影响以为用户创建特定的运动体验。 数字音乐播放器包括生理传感器，控制器，用户接口，音乐解码器，音乐回放调制器和音频数据存储器。 用户界面允许用户根据时间来指定生理传感器的目标值，控制器基于目标值选择音频数据的播放列表，音乐解码器以对应于播放列表的顺序对音频数据进行解码，以及 音乐播放调制器使序列和/或解码根据生理传感器的值被修改。

公开(公告)号：US06788417B1

公开(公告)日：2004-09-07

申请号：US09303331

申请日：1999-04-30

申请人： Mark Zumberge ,  Jonathan Berger

发明人： Mark Zumberge ,  Jonathan Berger

IPC分类号： G01B902

CPC分类号： G01H9/004 ,  G01B9/02023 ,  G01D5/35325

摘要： Infrasound signals in the band 0.02 to 4 Hz are sensed in the presence of ambient noise generated chiefly by wind as integrated pressure variations, which induce detectable changes in the optical path length, along optic fibers, typically extending 100 m. to 1000 m. and more, arrayed at arbitrary geometries. Two fibers connected as a Michelson, Mach-Zehnder or equivalent interferometer where (i) one fiber is coupled to atmosphere while (ii) the other is not for being hermetically sealed in a tube, permit common mode rejection of noise from (i) temperature changes and (ii) strain, including ground vibration. Because the optic fiber infrasound sensors are longer than the distance over which wind-induced pressure changes are coherent, the effects of wind noise on the sensing of infrasound is reduced, and signal-to-noise ratio is increased over a wide bandwidth.

摘要翻译： 在存在主要由风产生的环境噪声的情况下，感测到频带0.02至4Hz的次声信号作为积分压力变化，其沿着通常延伸100m的光纤引起光路长度的可检测变化。 到1000米。 更多，排列在任意几何。 两根纤维连接为迈克尔逊，马赫曾德尔或等效干涉仪，其中（i）一根光纤耦合到大气层，而（ii）另一根光纤不用密封在管中，允许共模抑制噪声（i）温度 变化和（ii）应变，包括地面振动。 由于光纤次声传感器的长度大于风向压力变化相关的距离，所以风噪声对次声感测的影响降低，信噪比在宽带宽上增加。