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.

A sound generating assembly and an electronic device aving the same are provided. The sound generating assembly comprises a bracket, two sides of the bracket are respectively connected with a housing and a cover having a through slot, and the cover is configured to move in a direction facing the housing or a direction away from the housing, a contact is provided between the bracket and the housing and is configured to move synchronously with the cover, an end of the contact that is away from the cover is provided with a sounding elastic piece, when the cover moves in a direction facing the housing and an upper surface of the bracket is exposed from the through slot, the sounding elastic piece is deformed and making a sound after being pressed by the contact.

A sound generating assembly and an electronic device aving the same are provided. The sound generating assembly comprises a bracket, two sides of the bracket are respectively connected with a housing and a cover having a through slot, and the cover is configured to move in a direction facing the housing or a direction away from the housing, a contact is provided between the bracket and the housing and is configured to move synchronously with the cover, an end of the contact that is away from the cover is provided with a sounding elastic piece, when the cover moves in a direction facing the housing and an upper surface of the bracket is exposed from the through slot, the sounding elastic piece is deformed and making a sound after being pressed by the contact.

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.

A sound output device for a vehicle includes an external member body, a vibrator arranged at an inner side of the vehicle with respect to an exterior member body, and coupling portions coupling the exterior member body and the vibrator. The coupling portions are arranged on a circumference of an imaginary circle located on the inner surface of the exterior member body. The diameter of the imaginary circle and the frequency of vibration of the vibrator are set so that vibrations propagated through the coupling portions overlap each other in the center of the imaginary circle of the exterior member body.

A sound output device for a vehicle includes an external member body, a vibrator arranged at an inner side of the vehicle with respect to an exterior member body, and coupling portions coupling the exterior member body and the vibrator. The coupling portions are arranged on a circumference of an imaginary circle located on the inner surface of the exterior member body. The diameter of the imaginary circle and the frequency of vibration of the vibrator are set so that vibrations propagated through the coupling portions overlap each other in the center of the imaginary circle of the exterior member body.

A sound generating assembly and an electronic device having the same are provided. The sound generating assembly comprises a bracket, two sides of the bracket are respectively connected with a housing and a cover having a through slot, and the cover is configured to move in a direction facing the housing or a direction away from the housing, a contact is provided between the bracket and the housing and is configured to move synchronously with the cover, an end of the contact that is away from the cover is provided with a sounding elastic piece, when the cover moves in a direction facing the housing and an upper surface of the bracket is exposed from the through slot, the sounding elastic piece is deformed and making a sound after being pressed by the contact.

A sound generating assembly and an electronic device having the same are provided. The sound generating assembly comprises a bracket, two sides of the bracket are respectively connected with a housing and a cover having a through slot, and the cover is configured to move in a direction facing the housing or a direction away from the housing, a contact is provided between the bracket and the housing and is configured to move synchronously with the cover, an end of the contact that is away from the cover is provided with a sounding elastic piece, when the cover moves in a direction facing the housing and an upper surface of the bracket is exposed from the through slot, the sounding elastic piece is deformed and making a sound after being pressed by the contact.