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    • 2. 发明授权
    • Musical tone control apparatus employing palmar member
    • 使用手掌的音乐控制装置
    • US5151553A
    • 1992-09-29
    • US437850
    • 1989-11-15
    • Hideo SuzukiShunichi MatsushimaTakamichi MasubuchiMasahiko ObataMasao Sakama
    • Hideo SuzukiShunichi MatsushimaTakamichi MasubuchiMasahiko ObataMasao Sakama
    • G10H1/055G10H1/34
    • G10H1/0558G10H1/34G10H2220/326G10H2240/211Y10S84/07
    • A musical-tone-control apparatus having digit members worn along the fingers and contracting and expanding in the longitudinal directions of the digit members in response to the bending and straightening of the fingers. The bending of the digit members is detected by detectors coupled to the digit members and the generation of musical tones is controlled on the basis of the detected signal, i.e. the bending of the fingers. The contraction and expansion of the digit members facilitates the bending and straightening of the fingers. The digit members can also rotate in a plane of the hand to further facilitate the movement of the fingers. The digit members are made to bend about the axes positioned on the third joint of the fingers or the second joint of the thumb (the joint just below the root of the fingers or the thumb), which makes the bending of the digit much easier. A palmar member that supports the digit members are curved to conform the shape of the palm, which makes the bending of the fingers easier as well as preventing the displacement of the palm member.
    • 一种乐音控制装置,其具有沿手指磨损的数字部件,并响应于手指的弯曲和矫直而在数字部件的纵向方向上收缩和扩张。 数字构件的弯曲由耦合到数字构件的检测器检测,并且基于检测到的信号即手指的弯曲来控制乐音的产生。 数字构件的收缩和膨胀有助于手指的弯曲和矫直。 数位构件还可以在手的平面中旋转以进一步促进手指的移动。 数字构件被制成围绕位于手指的第三关节上的轴线或拇指的第二关节(恰好在手指或拇指的根部下面的关节)弯曲,这使得数字的弯曲变得更容易。 支撑数字构件的手掌构件是弯曲的,以符合手掌的形状,这使得手指的弯曲更容易以及防止手掌构件的移位。
    • 8. 发明授权
    • Motion-controlled musical tone control apparatus
    • 运动控制音乐控制装置
    • US5170002A
    • 1992-12-08
    • US873646
    • 1992-04-23
    • Hideo SuzukiShunichi MatsushimaMasahiko ObataMasao Sakama
    • Hideo SuzukiShunichi MatsushimaMasahiko ObataMasao Sakama
    • G10H1/00
    • G10H1/00G10H2220/321
    • Musical instruments usually require a high level of skill on the part of the operator. In the case of electronic instruments, playing an instrument often involves the depressing of keys on a keyboard. In the present invention, an apparatus for the generation of musical sounds is described which is instead based on monitoring motions of the body, especially the natural motion of swinging the arms and legs. The monitoring of body motion depends on the use of an acceleration sensor in a hand-held element, or on the use of an acceleration sensor contained in a detachable housing which is held by a "Velcro" (Trademark) type fastener to a part of the body. The signal from the acceleration sensor is transmitted via a cable or a wireless transmitter to a musical tone signal generating circuit which is contained, along with batteries, in a belt-shaped casing which may be worn by the user. The musical tone generating circuit receives signals from the acceleration sensor, and using the musical tone color information stored in its memory, produces the appropriate output signal. Therefore, musical tones can be generated simply by moving a monitored part of the body, without the actions usually required to play an electronic musical instrument.
    • 乐器通常需要操作员的高水平技能。 在电子乐器的情况下,演奏乐器通常包括按下键盘上的琴键。 在本发明中,描述了用于产生音乐声音的装置,其基于监视身体的运动,特别是摆动臂和腿的自然运动。 身体运动的监测取决于在手持元件中使用加速度传感器,或者使用包含在由“Velcro”(商标)型紧固件保持在可拆卸外壳中的加速度传感器的部分 身体。 来自加速度传感器的信号通过电缆或无线发射机发送到音乐信号发生电路,该音乐信号发生电路与电池一起包含在可由用户佩戴的带状壳体中。 音乐发生电路从加速度传感器接收信号,并使用存储在其存储器中的乐音色信息产生适当的输出信号。 因此,可以简单地通过移动身体的被监测部分来产生乐音,而不需要播放电子乐器所需的动作。