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    • 2. 发明申请
    • MUSICAL TONE CONTROL APPARATUS AND SENSING DEVICE FOR ELECTRONIC MUSICAL INSTRUMENT
    • 用于电子音乐仪器的音乐控制装置和感应装置
    • US20010045156A1
    • 2001-11-29
    • US09281488
    • 1999-03-30
    • JUNICHI MISHIMA
    • G10H001/00
    • G10H3/146G10H3/14G10H2220/336G10H2220/525Y10S84/24
    • A sensing device is constructed by a sensor case which is attached to a bottom surface of a footwear (e.g., sole of a shoe) and which contains a piezoelectric sensor, a sensor fixing member, a disc plate pressure member and an annular elastic member. The sensor fixing member has elastic deformability so that the sensor fixing member is located to face with the disc plate pressure member with an air gap in which the sensor fixing member is capable of deforming within a limit of elasticity thereof. Thus, it is possible to perform musical tone control in response to an output of the piezoelectric sensor when a foot motion is applied to the footwear. In addition, a musical tone control apparatus of a percussion instrument type is constructed using a pad unit stored in a pad storage portion of an upper case. Herein, the pad unit is constructed by a pad skin unit and a sensing unit. The pad skin unit has a beat surface to be beaten, while the sensing unit contains a piezoelectric sensor, a sensor fixing member and a radial pressure member. Both of the sensor fixing member and the disc plate pressure member (or radial pressure member) are assembled together in such a way that center parts thereof are securely fixed to each other, so the piezoelectric sensor is capable of producing a same output in response to same external force (e.g., foot step force or beat force), regardless of directions to apply such force.
    • 感测装置由附接到鞋类(例如鞋底)的底表面的传感器壳体构成,并且包括压电传感器,传感器固定构件,盘片压力构件和环形弹性构件。 传感器固定构件具有弹性变形性,使得传感器固定构件定位成与盘片压力构件面对,其中传感器固定构件能够在其弹性极限内变形。 因此,当脚运动被施加到鞋类时,可以响应于压电传感器的输出来执行乐音控制。 此外,使用存储在上壳体的垫存储部分中的垫单元构造打击乐器类型的乐音控制装置。 这里,垫单元由衬垫表皮单元和感测单元构成。 垫皮单元具有被打破的拍面,而感测单元包含压电传感器,传感器固定构件和径向压力构件。 传感器固定构件和盘片压力构件(或径向压力构件)都以使其中心部彼此牢固地固定的方式组装在一起,因此压电传感器能够响应于 相同的外力(例如,脚踏力或打击力),不管方向如何施加这种力。
    • 3. 发明授权
    • Finger playable percussion trigger instrument
    • 手指可打击打击乐器
    • US5841052A
    • 1998-11-24
    • US863817
    • 1997-05-27
    • Francis S. Stanton
    • Francis S. Stanton
    • G10H1/32G10H1/34G10D13/00G10D13/02
    • G10H1/34G10H1/32G10H2220/336G10H2220/525G10H2230/305G10H2230/325G10H2230/331
    • A portable musical instrument capable of triggering a percussion synthesizer by striking of fingers on a plurality of transducers. The ergonomic shape of the instrument is similar to a guitar, with a set of transducers on the body for one hand and another set of transducers on a rotated head for the other hand. The arrangement of transducers is placed so that minimal finger travel is necessary to play a variety of sounds rapidly and comfortably. Transducers are plugged into to a configurable central circuit board assembly in the body, which are in turn is connected by cable to a percussion synthesizer interface box. The interface box is connected to a percussion synthesizer by standard 1/4" phone plug cables. Certain transducers and switches control additional parameters of a percussion synthesizer including hi-hat position and patch selection.
    • 能够通过在多个换能器上敲击手指来触发冲击综合器的便携乐器。 仪器的符合人体工程学的形状类似于吉他,一只手上的一组换能器,另一只手在旋转头上的另一组换能器。 换能器的布置被放置成使得最小的手指行程是快速和舒适地播放各种声音所必需的。 传感器插入到主体中的可配置的中央电路板组件,它们又通过电缆连接到打击乐器接口盒。 接口盒通过标准1/4“'电话插头电缆连接到打击乐合成器。 某些换能器和开关控制包括hi hat位置和补丁选择的打击乐合成器的附加参数。
    • 7. 发明授权
    • Musical tone control apparatus and sensing device for electronic musical instrument
    • US07019206B2
    • 2006-03-28
    • US10454142
    • 2003-06-03
    • Junichi Mishima
    • Junichi Mishima
    • G10H3/00
    • G10H3/146G10H3/14G10H2220/336G10H2220/525Y10S84/24
    • A sensing device is constructed by a sensor case which is attached to a bottom surface of a footwear (e.g., sole of a shoe) and which contains a piezoelectric sensor, a sensor fixing member, a disc plate pressure member and an annular elastic member. The sensor fixing member has elastic deformability so that the sensor fixing member is located to face with the disc plate pressure member with an air gap in which the sensor fixing member is capable of deforming within a limit of elasticity thereof. Thus, it is possible to perform musical tone control in response to an output of the piezoelectric sensor when a foot motion is applied to the footwear. In addition, a musical tone control apparatus of a percussion instrument type is constructed using a pad unit stored in a pad storage portion of an upper case. Herein, the pad unit is constructed by a pad skin unit and a sensing unit. The pad skin unit has a beat surface to be beaten, while the sensing unit contains a piezoelectric sensor, a sensor fixing member and a radial pressure member. Both of the sensor fixing member and the disc plate pressure member (or radial pressure member) are assembled together in such a way that center parts thereof are securely fixed to each other, so the piezoelectric sensor is capable of producing a same output in response to same external force (e.g., foot step force or beat force), regardless of directions to apply such force.