The present invention provides a toy for outputting a sound source, comprising: a sound source output unit; a sensor unit for measuring position and motion information of the toy; a communication unit for transmitting, to an electronic device, the position and motion information measured by the sensor unit and receiving, from the electronic device, a sound source and a control command; and a control unit for controlling the sound source output unit to adjust and reproduce the received sound source according to the control command.

A pot call for producing turkey sounds includes: having separate sound chambers, having a top pot shape on the top, a top open end, a top side wall, a top closed end, a top sound hole aperture or a plurality of top sound hole apertures, having the top open end covered by a top playing surface forming a top sound chamber; and having a bottom pot shape on the bottom, a bottom open end, a bottom side wall, a bottom closed end, a bottom sound hole aperture or a plurality of bottom sound hole apertures, having the bottom open end covered by a bottom playing surface forming a bottom sound chamber. In use a striker is dragged across either the top playing surface or the bottom playing surface creating a turkey sound.

A pot call for producing turkey sounds includes: having separate sound chambers, having a top pot shape on the top, a top open end, a top side wall, a top closed end, a top sound hole aperture or a plurality of top sound hole apertures, having the top open end covered by a top playing surface forming a top sound chamber; and having a bottom pot shape on the bottom, a bottom open end, a bottom side wall, a bottom closed end, a bottom sound hole aperture or a plurality of bottom sound hole apertures, having the bottom open end covered by a bottom playing surface forming a bottom sound chamber. In use a striker is dragged across either the top playing surface or the bottom playing surface creating a turkey sound.

A pot call for producing turkey sounds includes: having separate sound chambers, having a top pot shape on the top, a top open end, a top side wall, a top closed end, a top sound hole aperture or a plurality of top sound hole apertures, having the top open end covered by a top playing surface forming a top sound chamber; and having a bottom pot shape on the bottom, a bottom open end, a bottom side wall, a bottom closed end, a bottom sound hole aperture or a plurality of bottom sound hole apertures, having the bottom open end covered by a bottom playing surface forming a bottom sound chamber. In use a striker is dragged across either the top playing surface or the bottom playing surface creating a turkey sound.

A pot call for producing turkey sounds includes: having separate sound chambers, having a top pot shape on the top, a top open end, a top side wall, a top closed end, a top sound hole aperture or a plurality of top sound hole apertures, having the top open end covered by a top playing surface forming a top sound chamber; and having a bottom pot shape on the bottom, a bottom open end, a bottom side wall, a bottom closed end, a bottom sound hole aperture or a plurality of bottom sound hole apertures, having the bottom open end covered by a bottom playing surface forming a bottom sound chamber. In use a striker is dragged across either the top playing surface or the bottom playing surface creating a turkey sound.

A noisemaker that produces sound when played. The noisemaker includes a body component comprising side portions assembled together to form a three-dimensional configuration with an interior space. One or more side portions include one or more aperture elements that open to the interior space. Within the interior space reside one or more core components that are each configured to move freely within the body component while not escaping through the aperture element. The aperture element and the core component are cooperatively designed to maintain the core component within the body component while the noisemaker is played by being struck, scraped, or rubbed.

A noisemaker that produces sound when played. The noisemaker includes a body component comprising side portions assembled together to form a three-dimensional configuration with an interior space. One or more side portions include one or more aperture elements that open to the interior space. Within the interior space reside one or more core components that are each configured to move freely within the body component while not escaping through the aperture element. The aperture element and the core component are cooperatively designed to maintain the core component within the body component while the noisemaker is played by being struck, scraped, or rubbed.

A religious hand garment assembly includes a pair of gloves that can be worn on a respective one of a user's hands. A ring is coupled to a respective one of the gloves and a scroll is rotatably integrated into a respective one of the gloves. The scroll is pullable outwardly from the respective glove such that the scroll is visible. A pair of noise makers is each movably coupled to a respective one of the gloves to emit an audible sound when the respective glove is shaken. A feather is coupled to a respective one of the gloves to enhance the ornamental appearance of the respective glove.

An animal training device is configured to encourage an animal with a clicking sound and a gelatinous reward. The animal training device has a housing, joined to a housing end cap at a housing first end and a dispenser head at a housing second end. A dowel rod is arranged within the housing and through a dispensing lever. A push bar is arranged within the housing and joined to the dispensing lever with a drive plate and a first compressor spring; wherein the push bar further comprises a push bar first end and a push bar second end. A tube is fit over the end cap and accommodates the gelatinous reward. Depressing the dispensing lever moves the drive plate and thus the push bar, pushing the gelatinous reward through the dispenser head.

An animal training device is configured to encourage an animal with a clicking sound and a gelatinous reward. The animal training device has a housing, joined to a housing end cap at a housing first end and a dispenser head at a housing second end. A dowel rod is arranged within the housing and through a dispensing lever. A push bar is arranged within the housing and joined to the dispensing lever with a drive plate and a first compressor spring; wherein the push bar further comprises a push bar first end and a push bar second end. A tube is fit over the end cap and accommodates the gelatinous reward. Depressing the dispensing lever moves the drive plate and thus the push bar, pushing the gelatinous reward through the dispenser head.