The present disclosure is directed to a musical instrument comprising a plurality of chimes, each of which has a fork portion comprising first and second prongs, or tines, and a resonator portion. Each chime is configured to produce a note of a predetermined pitch and frequency when one of the tines is struck by a mallet. The instrument may also be configured so that the note produced by striking one of the tines with a mallet has a desirable sustain. Embodiments of the musical instrument may be configured for installation in an outdoor environment, such as a playground or other recreational area, and thus to withstand the stresses associated with such an installation.

The present disclosure is directed to a musical instrument comprising a plurality of chimes, each of which has a fork portion comprising first and second prongs, or tines, and a resonator portion. Each chime is configured to produce a note of a predetermined pitch and frequency when one of the tines is struck by a mallet. The instrument may also be configured so that the note produced by striking one of the tines with a mallet has a desirable sustain. Embodiments of the musical instrument may be configured for installation in an outdoor environment, such as a playground or other recreational area, and thus to withstand the stresses associated with such an installation.

The present invention relates to an acoustic signaling device for generating an acoustic signal is provided, which comprises an oscillating body for generating the acoustic signal in an oscillating state, an excitation means for manual excitation of an oscillation of the oscillating body, and a holding means for holding the oscillating body and for bearing the excitation means, wherein the oscillating body comprises an opening through which the actuation element is guided, in order to bring about a strike of the excitation means on the oscillating body upon actuation of the actuation element. The acoustic signaling device is characterized by a cover, which consists of a resilient material and covers the oscillating body on a side opposite the excitation means, preferably completely.

The present invention relates to an acoustic signaling device for generating an acoustic signal is provided, which comprises an oscillating body for generating the acoustic signal in an oscillating state, an excitation means for manual excitation of an oscillation of the oscillating body, and a holding means for holding the oscillating body and for bearing the excitation means, wherein the oscillating body comprises an opening through which the actuation element is guided, in order to bring about a strike of the excitation means on the oscillating body upon actuation of the actuation element. The acoustic signaling device is characterized by a cover, which consists of a resilient material and covers the oscillating body on a side opposite the excitation means, preferably completely.

A novel wind chime, whereby deficiencies in the prior art, for example, it is necessary to drill holes in the wind chime tubes and grind the holes, which consumes time and manpower, affects beauty of the wind chime, deteriorates tone quality thereof and is liable to cause safety hazards, are addressed, and the wind chime, including a connection ring, a plurality of suspension cords passing the connection ring, a hanger connected at upper ends of the plurality of suspension cords, a striker connected at lower ends of the plurality of suspension cord and a plurality of wind chime tubes, jump rings are connected respectively at the lower ends of the plurality of suspension cords, limiting and connection structures are respectively provided between central positions of the jump rings and the plurality of suspension cords, and the jump rings are connected at inner sides of the plurality of wind chime tubes.

A novel wind chime, whereby deficiencies in the prior art, for example, it is necessary to drill holes in the wind chime tubes and grind the holes, which consumes time and manpower, affects beauty of the wind chime, deteriorates tone quality thereof and is liable to cause safety hazards, are addressed, and the wind chime, including a connection ring, a plurality of suspension cords passing the connection ring, a hanger connected at upper ends of the plurality of suspension cords, a striker connected at lower ends of the plurality of suspension cord and a plurality of wind chime tubes, jump rings are connected respectively at the lower ends of the plurality of suspension cords, limiting and connection structures are respectively provided between central positions of the jump rings and the plurality of suspension cords, and the jump rings are connected at inner sides of the plurality of wind chime tubes.

A singing bowl player for selectively striking, turning and playing a bowl. The singing bowl player comprises a central axis, a mallet assembly, a rotating layer, and a base. The base supports the singing bowl player. The mallet assembly attaches to the rotating layer. The rotating layer is configured to rotate about the central axis relative to the base in a 360-degree pattern. The base supports and secures the bowl. The mallet assembly comprises a mallet having a striking tip. The mallet assembly selectively holds the striking tip of the mallet at a rim of the bowl as the rotating layer rotates the striking tip around the rim.

A singing bowl player for selectively striking, turning and playing a bowl. The singing bowl player comprises a central axis, a mallet assembly, a rotating layer, and a base. The base supports the singing bowl player. The mallet assembly attaches to the rotating layer. The rotating layer is configured to rotate about the central axis relative to the base in a 360-degree pattern. The base supports and secures the bowl. The mallet assembly comprises a mallet having a striking tip. The mallet assembly selectively holds the striking tip of the mallet at a rim of the bowl as the rotating layer rotates the striking tip around the rim.

A desk bell that has a good sound reverb and a long lingering sound includes a swingably supported bell body and striking section that hits the bell body. The striking section includes a striker, an operating part for operating the striker, and separating part that quickly separates the striker from the bell body after the striker striking the bell body. The bell body is placed and supported on or point-supported on a supporting member. The bell body has a conical shape with an open bottom or an inverted bowl shape and has an inner top part placed and supported on or point-supported on the supporting member. The striker is disposed inside the bell body.

A desk bell that has a good sound reverb and a long lingering sound includes a swingably supported bell body and striking section that hits the bell body. The striking section includes a striker, an operating part for operating the striker, and separating part that quickly separates the striker from the bell body after the striker striking the bell body. The bell body is placed and supported on or point-supported on a supporting member. The bell body has a conical shape with an open bottom or an inverted bowl shape and has an inner top part placed and supported on or point-supported on the supporting member. The striker is disposed inside the bell body.