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 striking or musical watch with an acoustic waveguide arrangement. The striking or musical watch (1) includes an at least partially flexible waveguide (2) secured to a fixed part (8) inside the watch to guide the acoustic waves generated by a first portion (2′) of the at least partially flexible waveguide towards a radiating element. The radiating element can include a watch crystal (3) connected to a bezel (5) and a membrane (4) for connecting the bezel to a middle part (6) of a watch case. The flexible waveguide is configured to change the direction of acoustic vibration from the first portion to the radiating element.

An apparatus of generating a sound of a vehicle includes a motor configured to generate a torque of a rotational component and a torque of a vibration component, based on a target driving current, a controller configured to generate the target current by synthesizing a first signal for generating the torque of the rotational component and a second signal for generating the torque of the vibration component, and determine the target driving current for driving the motor based on the target current, and a sound output device to generate a target sound due to the torque of the vibration component.

An apparatus of generating a sound of a vehicle includes a motor configured to generate a torque of a rotational component and a torque of a vibration component, based on a target driving current, a controller configured to generate the target current by synthesizing a first signal for generating the torque of the rotational component and a second signal for generating the torque of the vibration component, and determine the target driving current for driving the motor based on the target current, and a sound output device to generate a target sound due to the torque of the vibration component.

A turkey call device is disclosed in this invention. The turkey call device includes a striker that has a wedge-shape taper ending in a flat striking tip and a counter-balancer. The tip is made of a harder material than some of the materials in rest of the striker. The combination of elements enables this turkey call device to be easier to use and produce more consistent turkey-like sounds than conventional turkey call devices in the market today.

A pet toy includes two distinct noisemaking elements. The first element includes an air tube and reed housed within a middle section of the toy. Rotation of the pet toy activates noise by the air tube and reed. The second element includes a squeaker mounted within a compressible dome. Compression or re-inflation of the dome activates noise by the squeaker. A method includes providing a pet toy with the two distinct noisemaking elements and presenting the pet toy to an animal resulting in enhanced interaction with the animal by multiple sounds produced by the pet toy.

A pet toy includes two distinct noisemaking elements. The first element includes an air tube and reed housed within a middle section of the toy. Rotation of the pet toy activates noise by the air tube and reed. The second element includes a squeaker mounted within a compressible dome. Compression or re-inflation of the dome activates noise by the squeaker. A method includes providing a pet toy with the two distinct noisemaking elements and presenting the pet toy to an animal resulting in enhanced interaction with the animal by multiple sounds produced by the pet toy.

An elastic sound generating device, comprising an elastic sounding body integrally formed of an elastic material, the elastic sounding body having therein one or more sound amplified holes which can be pressed to adhere and then released to generate vibration and sound, and the sound amplified hole is opened through an outer surface of the elastic sounding body. The elastic sounding body is pressed and deformed until inner walls of the sound amplified hole adhere to each other, and then the elastic sounding body is released to restore the original shape and separate the inners wall of the sound amplified hole, and when the inner walls of the sound amplified hole are separated from each other, a sound is generated. The generated sound as a detectable signal is a solution for the range of motion of the training joint, the strength of the output and the shortest duration.

An elastic sound generating device, comprising an elastic sounding body integrally formed of an elastic material, the elastic sounding body having therein one or more sound amplified holes which can be pressed to adhere and then released to generate vibration and sound, and the sound amplified hole is opened through an outer surface of the elastic sounding body. The elastic sounding body is pressed and deformed until inner walls of the sound amplified hole adhere to each other, and then the elastic sounding body is released to restore the original shape and separate the inners wall of the sound amplified hole, and when the inner walls of the sound amplified hole are separated from each other, a sound is generated. The generated sound as a detectable signal is a solution for the range of motion of the training joint, the strength of the output and the shortest duration.