A handpan comprises a hollow base body, composed of a lower shell and an upper shell, each in the form of a spherical segment, which are connected to one another, preferably glued, at their mutually facing outer edges, a basic tone field preferably arranged centrally on the upper shell, further tone fields arranged annularly on the upper shell, preferably around the basic tone field, a resonance opening in the lower shell, and at least one further resonance opening in the lower shell, wherein the at least two resonance openings are arranged decentrally in the lateral rising zone of the lower shell.

A handpan comprises a hollow base body, composed of a lower shell and an upper shell, each in the form of a spherical segment, which are connected to one another, preferably glued, at their mutually facing outer edges, a basic tone field preferably arranged centrally on the upper shell, further tone fields arranged annularly on the upper shell, preferably around the basic tone field, a resonance opening in the lower shell, and at least one further resonance opening in the lower shell, wherein the at least two resonance openings are arranged decentrally in the lateral rising zone of the lower shell.

A vibraphone pickup has a bobbin having two coils, one for outputting an analog signal and one for outputting a digital signal. A plurality of filters and buffers are used to isolate the signals. A rare earth (or neodymium) magnet is used in the center of the bobbin. In one method of use, a vibraphone pickup is used to pick up each note of the vibraphone. The output of each vibraphone pickup is combined and fed into an amplifier.

A handpan comprises a hollow base body, composed of a lower shell and an upper shell, each in the form of a spherical segment, which are connected to one another, preferably glued, at their mutually facing outer edges, a basic tone field preferably arranged centrally on the upper shell, further tone fields arranged annularly on the upper shell, preferably around the basic tone field, a resonance opening in the lower shell, and at least one further resonance opening in the lower shell, wherein the at least two resonance openings are arranged decentrally in the lateral rising zone of the lower shell.

A handpan comprises a hollow base body, composed of a lower shell and an upper shell, each in the form of a spherical segment, which are connected to one another, preferably glued, at their mutually facing outer edges, a basic tone field preferably arranged centrally on the upper shell, further tone fields arranged annularly on the upper shell, preferably around the basic tone field, a resonance opening in the lower shell, and at least one further resonance opening in the lower shell, wherein the at least two resonance openings are arranged decentrally in the lateral rising zone of the lower shell.

Disclosed herein are methods for hydroforming a handpan shell. Hydroforming a handpan shell using a mold complementary to the intended shape of the handpan shell can improve the quality and performance of the handpan while reducing the time and cost needed to form features into the handpan that allow musical tones to be produced.

Disclosed herein are methods for hydroforming a handpan shell. Hydroforming a handpan shell using a mold complementary to the intended shape of the handpan shell can improve the quality and performance of the handpan while reducing the time and cost needed to form features into the handpan that allow musical tones to be produced.

A handheld bell music instrument for whirl sound effect is described that includes multiple disc shaped bells that connect to and are fixed at a location on the rod. The bells of the bells are rung to produce a pitch and the rod is used to move the bell music instrument for whirl sound effect in space. The movement of the ringing bells produces a whirling sound effect by their movement relative to a static audience.

A handheld bell music instrument for whirl sound effect is described that includes multiple disc shaped bells that connect to and are fixed at a location on the rod. The bells of the bells are rung to produce a pitch and the rod is used to move the bell music instrument for whirl sound effect in space. The movement of the ringing bells produces a whirling sound effect by their movement relative to a static audience.

A foldable idiophone musical instrument may have two frames to support accidental tone bars on the first frame and natural tone bars on the second frame. Connecting members may attach to opposite ends of the frames. The connecting members may allow the frames to rotate from 0° to 180° from a horizontal position to collapse or fold the instrument. The connecting members may have a riser portion and a stop block portion. The riser portion may elevate the accidental tone bars above the natural tone bars. The stop block portion may prevent the frames from rotating to less than 0° from the horizontal when in a performance position.