Vibration dampening bark control device
View Patent ↗A bark control device for deterring a dog from barking. The bark control device includes a vibration dampening material forming or covering at least a portion of the bark control device housing. The vibration dampening material reduces the transfer of vibrations through the bark control device housing by reducing the vibrations to levels undetectable by a bark sensor, by preventing the production of vibrations having characteristics sufficiently similar to a bark, and/or by inhibiting the propagation of such vibrations through the bark control device housing. The vibration dampening material of the housing reduces the occurrence of corrections to the dog due to vibrations emanating from a source other than a bark by the dog.
1. A bark control device for use with a dog, said bark control device comprising:
a housing adapted to be carried by a dog, said housing comprising a vibration dampening material forming an outer surface of at least a portion of said housing not facing the dog when said housing is carried by the dog, said vibration dampening material preventing vibrations communicated through said vibration dampening material from being detectable as barking;
a stimulus delivery circuit carried by said housing, said stimulus delivery circuit adapted to apply a stimulus to the dog when said stimulus delivery circuit is activated; and
a bark sensor carried by said housing, said bark sensor responsive to the vibrations received by said bark control device, said bark sensor being in communication with said stimulus delivery circuit, said bark sensor activating said stimulus delivery circuit when said vibrations are recognized as barking by said bark sensor.
2. The bark control device of claim 1 wherein said vibration dampening material prevents contact-induced vibrations from being transferred through said housing.
3. The bark control device of claim 1 wherein said vibration dampening material produces drag between said housing and an object moving across said housing.
4. The bark control device of claim 1 wherein said bark sensor comprises a vibration probe in communication with a piezoelectric element.
5. The bark control device of claim 1 wherein said bark sensor comprises a vibration probe in communication with a piezoelectric element, said vibration probe being external to said housing, said vibration probe being adapted to make physical contact with the dog.
6. The bark control device of claim 1 wherein said vibration is introduced to said bark control device through said vibration dampening material, said vibration dampening material reducing the amplitude of said vibration such that said vibration is not received by said bark sensor.
7. The bark control device of claim 1 wherein said vibration is introduced to said bark control device through said vibration dampening material, said vibration dampening material introducing irregularities into said vibration such that said vibration is not recognized as barking by said bark sensor.
8. The bark control device of claim 1 wherein said vibration is introduced to said bark control device through said vibration dampening material, said vibration dampening material altering the frequency of said vibration such that said vibration is not recognized as barking by said bark sensor.
9. The bark control device of claim 1 wherein said vibration dampening material has an outer surface with a sufficient coefficient of friction to substantially interrupt continuous motion across said outer surface.
10. The bark control device of claim 1 wherein said vibration dampening material is an elastomer.
11. The bark control device of claim 1 wherein said vibration dampening material is joined to said housing in a substantially permanent manner.
12. The bark control device of claim 1 wherein said vibration dampening material is integrally formed with said housing.
13. A bark control device for use with a dog, said bark control device comprising:
a housing adapted to be carried by a dog, said housing defining a facing area, said facing area being a portion of said housing adapted to face the dog when said housing is carried by the dog;
a bark sensor responsive to a vibration communicated to said bark control device, said bark sensor producing an stimulus request when said vibration is determined to be barking;
a vibration dampening material covering a portion of an outer surface of said housing beyond said facing area, said vibration dampening material inhibiting said vibration when said vibration is communicated to said vibration dampening material, thereby causing said vibration not to be determined as barking by said bark sensor; and
a stimulus delivery circuit in communication with said bark sensor, said stimulus delivery circuit adapted to apply a stimulus to the dog upon receipt of said stimulus request.
14. The bark control device of claim 13 wherein said vibration dampening material forming the outermost surface of said bark control device.
15. The bark control device of claim 13 wherein said vibration dampening material is joined to said housing outer surface.
16. The bark control device of claim 13 wherein said vibration dampening material forms a container receiving said housing outer surface.
17. The bark control device of claim 13 wherein said bark sensor comprises a vibration probe in communication with a piezoelectric element.
18. The bark control device of claim 13 wherein said bark sensor comprises a vibration probe in communication with a piezoelectric element, said vibration probe being external to said housing, said vibration probe being adapted to make physical contact with the dog.
19. A bark control device for use with a dog, said bark control device comprising:
a housing adapted to be carried by a dog, said housing comprising a vibration dampening material on an exposed surface of at least a portion of said housing, said vibration dampening material preventing vibrations communicated through said vibration dampening material from being detectable as barking;
a stimulus delivery circuit carried by said housing, said stimulus delivery circuit adapted to apply a stimulus to the dog when said stimulus delivery circuit is activated; and
a bark sensor carried by said housing, said bark sensor responsive to the vibrations received by said bark control device, said bark sensor being in communication with said stimulus delivery circuit, said bark sensor activating said stimulus delivery circuit when said vibrations are recognized as barking by said bark sensor.