Nippon Gakki Seizo Kabushiki Kaisha

Yamaha Corporation

Nippon Soda Co., Ltd.

Akira Nakada

Teruo Hiyoshi

Eiichiro Aoki

Eiichi Yamaga

Shigeru Yamada

Yasuji Uchiyama

Takatoshi Okumura

Akiyoshi Oya

Kiyoshi Ichikawa

Eisaku Okamoto

Kiyoshi Yoshida

Hideo Suzuki

Takeo Shibukawa

Masao Sakama

Sigeki Isii

Akio Imamura

Shigeki Ishii

Kunihiko Watanabe

Motoichi Tamura

Takeshi Adachi

Shinji Kumano

Toshio Sugiura

Akiyoshi Ueda

Tokuji Hayakawa

Mamoru Kimpara

Masahiko Obata

Tsutomu Suzuki

Yasuhiro Hinago

Masami Mizuno

Sho Hashimoto

Hiroshi Munekawa

Mamoru Kinpara

Shigeru Kojima

Tsuyoshi Futamase

Junichi Mishima

Koichi Kozuki

Masanobu Chibana

Kotaro Mizuno

Nobuo Matsui

Takeo Shimizu

Yasuo Nagahama

Tomio Yagihara

Shunichi Matsushima

Toshio Takeda

Kiyoshi Katsuura

Hitoshi Matsumoto

Masanobu Chihana

Izumi Kumita

Suzuki Hideo

Saburo Kano

Hirofumi Suzuki

Yasushi Yasuda

Takehira Kaneko

Tatsuhiro Koike

Kazuhiko Ohkuma

Katsuyata Ikura

Shiro Higashida

Tutomu Suzuki

Hiroaki Nishikawa

Kinpara Mamoru

Hisanori Katou

Susumu Takahashi

Michio Kondo

Akiyoshi Ohya

Junji Iio

In a fingering information analyzer, tone pitch information indicative of each tone pitch of a series of musical notes supplied from a flexible disc or a performance information memory is analyzed to produce fingering information indicative of a performance finger for each of the musical notes. The fingering information is mixed with the tone pitch information and memorized in a fingering memory. When the fingering information is reproduced, a performance finger for each of the musical notes is determined in accordance with a changing direction or variation width of the tone pitch information continual in time series and a changing condition of white and black keys based on the tone pitch information. The tone pitch information and fingering information memorized in the fingering memory is read out in accordance with progression of a musical tune and adapted for performance of the keys on a keyboard and for indication of the performance finger.

Fingering information analyzer, electronic musical instrument including fingering information analysis and method therefore

Fingering information analyzer and electronic musical instrument with

A musical sound controlling apparatus to be placed inside a shoe and operated by the foot of a user. The musical sound controlling apparatus has a substrate plate and at least a piezoelectric sensor device. The substrate plate and the piezoelectric sensor device include a pair of hook and loop pads for detachably connecting the piezoelectric sensor device and the substrate member. Upon depression of the piezoelectric sensor device by the foot of a user, the piezoelectric sensor generates a signal for controlling musical sounds. Furthermore, the substrate plate is divided into two separated sections, a toe section and a heel section. A size adjusting device slidably couples the heel section to the toe section so that the overall size of the musical sound controlling apparatus can be changed according to the size of the shoe.

Method and apparatus for controlling musical sounds by player's foot

Indicators are provided in corresponding relations to individual keyboard keys. For each of plural phrases of a given music piece, information is supplied that represents at least the highest-pitch note to the lowest note in the phrase. During performance of the music piece and on the basis of the supplied information, the indicators, for each phrase, indicates all notes within a range from the highest-pitch note to the lowest note of the phrase. Thus, the player can easily position his hands over accurate keys and thereby can comfortably carry out performance operations for each phrase. Notes to be performed in each phrase after a first note corresponding to predetermined performance timing in the phrase may be indicated in different manners (for example, by varying degrees of brightness) depending on performance timing differences, from the first note performance timing, of the notes. Alternatively, individual notes of each phrase may be sequentially indicated quickly in advance of the actual phrase performance. These modifications allow the player to intuitively recognize the order of performance, Further, by indicating at least one of the current and next notes in a manner different from other notes, it is advantageously shown very visibly which notes should be performed now and next.

Electronic musical instrument having a function to indicate keys to be

An electronic musical instrument comprises a plurality of keys being displaceable relative to a support member therefor in response to depression thereof. A CPU detects velocity of depression of each of the keys from displacement of the each key caused by depression thereof, and also detects a pressure force or an impact force with which the each key urgingly contacts a stationary member at or near termination of depression of the each key. The CPU is responsive to the detected velocity of depression and pressure force or impact force, for determining initial touch information for a musical tone to be generated or at least one musical tone parameter, and for controlling the musical tone to be generated, based on the determined initial touch information.

Electronic musical apparatus for controlling musical tone using initial

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.

Playing-style detecting apparatus and electronic musical instrument

By the selective use of a homogeneous stable precursor solution in which no polymerization reactions immediately occur and which contains aromatic compounds such as pyrrole, thiophene, aromatic amines or their derivatives, oxidizing agents, and solvents, as a precursor solution of conductive polymer film, a homogeneous and tough conductive polymer film can be obtained when the said precursor solution is cast on a substrate and the solvents are evaporated to remove.

Method for the preparation of conductive polymer film

A musical tone control apparatus controls a musical tone corresponding to a movement itself of an object and the like which is detected by a detector Such detector detects also a moving speed, a moving force, a moving angle or an intensity of given impulse of the object. In the case where the detector is mounted in the vicinity of a player's joint, the detector detects a revolving or bending angle of the player's joint. Hence, the musical tone can be controlled based on such angle of the player's joint. Thus, through this musical tone control apparatus, the player can generate a musical tone having, for example, a desirable tone pitch, a desirable volume and a desirable tone color based on the movement of the object or the player's joint.

Musical tone control apparatus using a detector

The musical tone control apparatus includes at least a sensor for detecting a movement of a player and a control circuit for controlling a tone element of a musical tone to be generated based on the detected movement of the player. The sensor may be equipped within a stick or mounted at predetermined portion of the player. As the movement of the player, the sensor can detect a swinging angle of a player's arm, an acceleration applied thereto or a distance between a player's hand and a predetermined object such as a wall. As the tone element of the musical tone, the control circuit controls a tone color, a tone pitch or a tone volume of the musical tone.

Musical tone control apparatus

The musical tone control apparatus detects a movement of a player, such as a holding, touching, beating, depressing, pulling, lifting up or down movement. Then, the musical tone control apparatus generates musical tone control data based on a detecting result of the movement of the player. The musical tone control data control a tone pitch, a tone color or a tone volume of a musical tone to be generated.

There is provided a music sheet having a magnetic data recording section. The magnetic data recording section is provided in parallel with a lower edge of the sheet and stores automatic performance data for manual performance, a front surface of the sheet is described with a music including an introduction and an ending, and a rear surface that is described with an advice or guidance for performing the music. The music sheet is convenient not only to a not yet skilled performer but also to a skilled performer in order to perform or exercise the music.

Music sheet

The wear for controlling a musical tone consists of a wear worn by a player, a main body and at least one detector for detecting a certain movement of the player. The main body is mounted at a player's waist, and the detector is mounted at a player's joint by use of a mounting member such as a plane fastener. Hence, the mounting position of the detector can be freely adjusted. The main body and the detector are connected by use of wires which may be sewed in the wear. In addition, the detector may constitute a supporter which can be freely mounted at the player's joint. When the detector detects the movement of the player, such as a bending angle of the player's joint, a tone pitch, a tone volume or a tone color of the musical tone to be generated is controlled based on the detected movement of the player.

Wear for controlling a musical tone

The musical tone generating apparatus converts a movement of a man into a musical tone. Such movement of the man includes a walking or running movement, a jumping movement, a rubbing movement and a beating movement, a turning movement and the like. More specifically, a tone pitch, a tone color, a tone volume or other parameters of the musical tone to be generated is controlled based on a value of a moving speed, a value of a jumping height or a value of frictional heat produced by the rubbing movement of player's hands.

Musical tone generating apparatus

A musical tone control apparatus comprises a main unit and at least one detector for detecting movement of player's finger, hand and the like. The main unit can be mounted on a player's wrist by use of a belt. When plural detectors are provided for detecting movements of player's fingers, tone color, tone pitch of musical tone or key-on timing is controlled based on combination of bent fingers. In order to detect bending of each finger, a joint switch is provided for each finger. In order to prevent deviation of key-on signals, a comparator is further used for comparing the predetermined threshold value with detection value corresponding to the bending of each finger so that the key-on signal is generated when the detection value exceeds the threshold value.

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Hamamatsu, Japan

Akira Nakada