Roland Corporation

Shuichi Nakagawa

Yasushi Moriyama

Masato Ueno

Hiroya Kurio

A pedal board includes an attached member and a plate. The attached member includes an attached surface on which an effect device is arranged, and at least one accommodation part formed on the attached surface as a recess capable of accommodating a wiring connected to the effect device. The plate has elasticity, formed with an opening and placed on an attached surface side of the attached member, wherein the effect device is fittable into the opening.

Pedal board and method of attaching effector to pedal board

Pedalboard

Sound effects processor for electronic musical instrument

Wireless transmitter

A pedal system and method for a musical instrument includes a supporting pedestal operatively connected to a foot pedal such that the foot pedal is pivotal to allow a user to control a musical tone in conformance with the angle of the foot pedal relative to the supporting pedestal. A rotating section is operatively connected to the foot pedal. A pressing member presses upon a contact surface of the rotating section. A leaf spring (or similar bias member) applies pressure on the pressing member causing it to press upon the contact surface of the rotating section. A pressing force adjusting structure to adjust the elastic force with which the leaf spring forces the pressing member upon the contact surface of the rotating section. The rotating section rotates about a central axis of rotation, and the rotating section rotates relative to the supporting pedestal. The rotating section has a contact surface parallel to the central axis of rotation.

Foot volume pedal systems and methods

Growing community of inventors

Shizuoka, Japan

Shuichi Nakagawa