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Dive into the research topics where Junichi Mishima is active.

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Featured researches published by Junichi Mishima.


Journal of the Acoustical Society of America | 1997

Playing-style detecting apparatus and electronic musical instrument utilizing the same

Akira Nakada; Takeo Shibukawa; Yasuhiro Hinago; Junichi Mishima

An electronic musical instrument can perform a musical-tone control according to a playing-style. In the instrument, a touch sensor is provided for each key on a keyboard, and pressure sensors are also provided under the keys. Each touch sensor detects a speed data corresponding to a depression speed of the key, and each pressure sensor detects a pressure data corresponding to an initial peak of a depression pressure after the start of the depression of the key. The instrument operates according to the speed data and the pressure data for discriminating between a standard playing-style which touches the key from an upside remote position and a push playing-style which starts depression of the key from a state where the key is touched. Values of the pressure data from the respective pressure sensors are different even if the speed data from the respective touch sensors are the same, so that the judgment is made as to which playing-style is performed on the corresponding key based on the speed data and the pressure data, thereby performing the musical-tone control according to the detected playing-style.


Journal of the Acoustical Society of America | 1988

Electronic musical instrument producing level-controlled rhythmic tones

Junichi Mishima

An electronic musical instrument allows the performer to control tone volume of a rhythmic tone by a simple manipulation of keys of a keyboard. The electronic musical instrument comprises a rhythmic tone generator including a plurality of tone sources, to which a group of keys of the keyboard are assigned, respectively. Each of the tone sources generates a rhythmic tone when a corresponding one of the group of keys is depressed. When it is desired to give an accent to the rhythmic tone, a key adjacent the depressed tone source designating key is additionally depressed. This multiple key-depression is detected by a detection circuit. Tone volume of the rhythmic tone generated by the tone source is controlled in accordance with the detection of the multiple key-depression.


Archive | 2006

Percussion detecting apparatus and electronic percussion instrument

Junichi Mishima


Archive | 2001

Musical tone control apparatus and sending device for electronic musical instrument

Junichi Mishima; Naota Katada; Yasuhiro Hinago


Archive | 1990

Touch-response tone controller unit for an electronic musical instrument

Shigeru Muramatsu; Keisuke Watanabe; Junichi Mishima


Archive | 1999

Keyboard assembly for electronic musical instrument

Kenichi Yoshinaga; Junichi Mishima


Archive | 1994

Electronic musical instrument capable of controlling tone on the basis of detection of key operating style

Takeo Shibukawa; Junichi Mishima


Archive | 1988

Keyboard assembly for forming keyboard apparatus of electronic musical instrument

Takamichi Masubuchi; Junichi Mishima


Archive | 1993

Electronic musical instrument having key after-sensors and stroke sensors to determine differences between key depressions

Takeshi Adachi; Yasuhiko Asahi; Satoshi Suzuki; Junichi Mishima


Archive | 2000

Keyboard assembly for electronic musical instruments capable of receiving key touch inputs and generating musical tones that reflect a player's power of expression

Masao Kondo; Junichi Mishima

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