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    • 1. 发明申请
    • BOWING SENSOR FOR MUSICAL INSTRUMENT
    • 用于乐器的弓形传感器
    • WO2011061470A8
    • 2011-07-21
    • PCT/GB2010001911
    • 2010-10-14
    • UNIV MONTFORTMENZIES-GOW DYLAN
    • MENZIES-GOW DYLAN
    • G10H1/055G06F3/03
    • G10H3/06G10H1/0553G10H2220/455G10H2230/081G10H2250/445
    • The invention provides a music controller, in the form of a bowing sensor. The music controller comprises a musical bow member (4) movable over a guide (2). Associated with the guide (2) is at least one optical flow sensor (6) for monitoring the speed and/or angle of the musical bow member (4) when it is moved longitudinally in contact with the guide, and optionally a pressure sensor (14) for monitoring the pressure of the bow member on the guide. That monitored data, combined with input from a keyboard or ribbon controller (16) enables an attached sound generating device (12) to generate sound that emulates the sound of a real bowed performance or other desired output.
    • 本发明提供了一种弯曲传感器形式的音乐控制器。 音乐控制器包括可在导轨(2)上移动的音乐弓形件(4)。 与导轨(2)相关联的是至少一个光学流量传感器(6),用于监测音乐弓部件(4)在与导轨纵向移动时的速度和/或角度,以及可选的压力传感器( 用于监测导轨上的弓形件的压力。 监视的数据与来自键盘或带状控制器(16)的输入相结合,使得附接的声音生成设备(12)能够生成模拟真实弯曲性能或其他期望输出的声音的声音。
    • 2. 发明申请
    • VIRTUAL REALITY MUSICAL GLOVE SYSTEM
    • 虚拟现实音乐手套系统
    • WO2004066261A3
    • 2005-03-03
    • PCT/US2004001469
    • 2004-01-21
    • KAVANA JORDAN S
    • KAVANA JORDAN S
    • G10H1/00G10H1/055G10H1/34G10H7/00
    • G10H1/34G10H1/0008G10H1/0558G10H2220/326G10H2240/211
    • A virtual reality musical system is disclosed including a glove assembly (10) having at least one signal actuator (38) positioned in a first orientation; at least one transmitter (46) mounted to the glove assembly (10) and electrically connected to at least one signal-generating switch (44a and 44b) operatively engaged to the at least one signal actuator (38), wherein the at least one signal-actuator moves from said first orientation to a second orientation; the at least one transmitter and the at least one signal generating switch electrically connected to a power source; a receiving assembly (52) having at least one receiver to receive a signal generated by the at least one transmitter; and a sound generator to convert the electronic signal to a musical tone, electrically connected to the receiver.
    • 公开了一种虚拟现实音乐系统,其包括手套组件(10),其具有定位在第一取向的至少一个信号致动器(38) 至少一个发射器(46),其安装到所述手套组件(10)上并电连接到可操作地接合到所述至少一个信号致动器(38)的至少一个信号发生开关(44a和44b),其中所述至少一个信号 致动器从所述第一方向移动到第二方向; 所述至少一个发射器和所述至少一个信号发生开关电连接到电源; 接收组件(52),具有至少一个接收器,用于接收由所述至少一个发射机产生的信号; 以及声音发生器,用于将电子信号转换成与接收器电连接的乐音。
    • 3. 发明申请
    • FREE-SPACE (NON-TACTILE) HUMAN INTERFACE FOR INTERACTIVE MUSIC, FULL-BODY MUSICAL INSTRUMENT, AND IMMERSIVE MEDIA CONTROLLER
    • 交互式音乐,全身音乐仪器和独立媒体控制器的自由空间(非触觉)人机界面
    • WO2004060509A3
    • 2005-01-27
    • PCT/US0341798
    • 2003-12-30
    • CLARK DAVIDGIBBON JOHN
    • CLARK DAVIDGIBBON JOHN
    • A63F20060101G10H1/00G10H1/055G10H3/06G10H7/00
    • G10H1/0008G10H1/0066G10H1/0553G10H2220/341G10H2220/401G10H2220/415
    • Method and apparatus entraining interactive media players into a sustained experience of "Kinesthetic Spatial Sync" defined as a perceived simultaneity and spatial superposition between a non-tactile, full body input control process and immersive multisensory feedback. Asynchronous player input actions and clock-synchronous media feedback events exhibit a seamless synesthesia or multisensory events fused into an integral event perception, this being between musical sound (hearing), visual responses (sight), and body kinesthetic (radial extension, angular position, height, speed, timing and precision). This non-tactile interface process and multisensory feedback "look and feel" is embodied as an optimal ergonomic human interface for interactive music and as a six-degrees-of-freedom full-body-interactive immersive media controller 1. The invention provides for a wide scope of fully reconfigurable transfer functions between kinesthetic input features and media responses ( Creative Zone Behaviors) managed by means of MIDI protocol and/or display interface commands.
    • 将交互式媒体播放器带入“Kinesthetic Spatial Sync”的持续体验中的方法和设备被定义为非触觉全身输入控制过程和沉浸式多感觉反馈之间的感知同时性和空间叠加。 异步播放器输入动作和时钟同步媒体反馈事件呈现融合到整体事件感知中的无缝感觉或多感觉事件,这是在音乐声音(听觉),视觉响应(视觉)和身体动觉(径向延伸,角位置, 高度,速度,时间和精度)。 这种非触觉界面过程和多感觉反馈“外观和感觉”被体现为用于交互式音乐和作为六自由度全身交互式沉浸式媒体控制器1的最佳人体工程学人机接口。本发明提供了一种 通过MIDI协议和/或显示接口命令管理的动觉输入功能和媒体响应(创意区行为)之间的完全可重配置传输功能的广泛范围。
    • 4. 发明申请
    • MEASURING AND RECORDING MOTION IN MUSICAL KEYBOARD
    • 音乐键盘中的测量和记录运动
    • WO0070600A9
    • 2002-04-04
    • PCT/US0011264
    • 2000-04-27
    • OVERTURE MUSIC SYSTEMS INC
    • LEE CHARLES RAYMOND
    • G01V3/08G10G3/04G10H1/055G10H1/34G10F1/02
    • G01V3/081G10G3/04G10H1/0555G10H1/344G10H2220/521Y10S84/07
    • A method and apparatus for measuring and recording keyboard motion in which an array of magnets and sensors capture key movement (100-107) with high accuracy. This method uses a non-contact sensing and assembly technique that requires no mechanical or electrical connections with the entire keyboard assembly, thus making installation and servicing easier, as there are no cables or other devices required to connect or remove from the keyboard. This method also uses a mathematical algorithm to adjust for sensor distance variation (from the sensor to the key), allowing for high accuracy over the entire keyboard. Finally, this method allows for sideways keyboard movement (soft pedal in grand and some vertical pianos), without affecting the sensor readings.
    • 一种用于测量和记录键盘运动的方法和装置,其中磁体和传感器阵列以高精度捕获键移动(100-107)。 该方法使用非接触式感测和组装技术,其不需要与整个键盘组件进行机械或电气连接,从而使得安装和维护更容易,因为没有电缆或其他需要连接或从键盘移除的设备。 该方法还使用数学算法来调整传感器距离变化(从传感器到键),从而在整个键盘上实现高精度。 最后,这种方法允许横向键盘移动(大踏板和一些垂直钢琴的软踏板),而不影响传感器读数。
    • 8. 发明申请
    • MUSIKEINGABEGERÄT
    • 音乐输入设备
    • WO2012022291A2
    • 2012-02-23
    • PCT/DE2011/001451
    • 2011-06-30
    • KEMPER, Simon
    • KEMPER, Simon
    • G10H1/34G10H1/055
    • G10H1/0551G10H1/344G10H2220/161
    • Bei einem Musik-Eingabegerät, mit mehreren beweglich gelagerten, zu einer Tastatur zusammengefasst angeordneten Tasten, Sensormitteln, welche jeweils die Bewegung einer Taste erfassen, Anschlussmitteln zum Übertragen der durch die Tastenbetätigung erzeugten Tondaten an einen synthetischen Klangerzeuger, und einer Sensoranordnung vor, welche die Oberfläche der Tasten erfasst, derart, dass mittels der Sensoranordnung die Position eines auf einer Taste aufliegenden Gegenstandes, wie eines menschlichen Fingers, erfassbar ist, schlägt die Erfindung vor, dass der Sensoranordnung eine Auswertungsschaltung zugeordnet ist, welche die Sensordaten in Ausgangssignale umsetzt, die dem synthetischen Klangerzeuger zuführbar sind.
    • 在音乐Eingabeger&AUML峰; t,具有多个可移动地安装到键盘归纳排列键,传感器装置,其分别检测一个按钮的移动,连接装置,用于由所述Tastenbet BEAR发送导航用途产生致动 声音数据合成声音发生器,并且该表面承受键枝其前的传感器装置检测到的,使得所述传感器装置被检测到搁置在按钮目标上的位置的诸如人的手指,SCHL&AUML gt;本发明提供 因为传感器装置被分配有评估电路,该评估电路将传感器数据转换为可以被馈送到合成声音发生器的输出信号。

    • 9. 发明申请
    • FILTER DEVICE FOR ELECTRICAL MUSICAL INSTRUMENTS
    • 电子乐器过滤器
    • WO2010082178A2
    • 2010-07-22
    • PCT/IB2010/050195
    • 2010-01-15
    • ELEVEN ELECTRIX DI MARINO BASSOBASSO, Marino
    • BASSO, Marino
    • G10H1/00G10H1/055G10H1/34
    • G10H1/055G10H1/0091G10H1/348G10H2210/231
    • A filter device (1) for electrical musical instruments, which device is suitable for being operatively interposed between a musical instrument and an amplifier of that instrument by means of respective connecting means (10, 11) provided on a box-shaped body (2) of the device, in order to modify a sound generated by the instrument, comprises a box-shaped body (2) on which is defined a control portion (15, 15a, 26) provided with a proximity sensor (26) which can be operated by a user of the device to generate a command (23) to modify the sound generated by the instrument, and a circuit (100) for transforming the signal in order to modify the sound and emit to the amplifier a modified sound signal (32), the proximity sensor (26) being operatively connected to the transformation circuit (100) in such a manner that the command (23) constitutes an input into the transformation circuit (100), the box-shaped body (2) comprising, in addition, a bearing portion (13, 13a) suitable for receiving a portion of the body of the user, wherein the bearing portion (13, 13a) and the control portion (15, 15a, 26) are configured in such a manner that respective external surfaces (13a, 15a) suitable for being turned towards a user are almost coplanar with each other.
    • 一种用于电气乐器的过滤装置(1),该装置适于通过设置在盒形主体(2)上的相应的连接装置(10,11)可操作地插入乐器和该乐器的放大器之间, 的装置,为了修改由仪器产生的声音,包括盒形主体(2),在其上限定了设置有可操作的接近传感器(26)的控制部分(15,15a,26) 通过所述设备的用户生成修改由所述仪器产生的声音的命令(23),以及用于变换所述信号以便修改所述声音并向所述放大器发射修改的声音信号(32)的电路(100) ,所述接近传感器(26)以这样的方式可操作地连接到所述变换电路(100),使得所述命令(23)构成到所述变换电路(100)的输入,所述盒形主体(2)还包括 ,适于接收a的轴承部分(13,13a) 所述使用者身体的一部分,其中所述支承部分(13,13a)和所述控制部分(15,15a,26)被构造成使得相应的外表面(13a,15a)适于朝向使用者转动 几乎是共面的。