Vibrating ball assembly with reduced vibration section
A vibrating ball assembly that includes an inner shell that defines an inner shell interior and includes an outer surface, a motor positioned in the inner shell interior, an eccentric weight that is configured to be rotated by the motor, and an outer cover at least partially covering the outer surface of the inner shell. The inner shell includes an upper hemisphere and a lower hemisphere. The outer shell includes a reduced vibration section positioned in the lower hemisphere.
1. A vibrating ball assembly comprising:
an inner shell that defines an inner shell interior and includes an outer surface, wherein the inner shell includes an upper hemisphere and a lower hemisphere, wherein the inner shell includes a first shell portion and a second shell portion;
a motor positioned in the inner shell interior, wherein the motor is secured to a motor mount bracket that includes a motor portion and a shell portion that are formed as a single piece, wherein the motor is secured to the motor portion, and wherein the shell portion is secured to the second shell portion;
an eccentric weight that is configured to be rotated by the motor,
an outer cover at least partially covering the outer surface of the inner shell, wherein the outer cover includes a reduced vibration section positioned in the lower hemisphere; and
an electronics assembly that defines an electronics assembly axis, wherein the upper and lower hemispheres are physically separated by an equatorial plane, wherein a first electronics assembly opening is defined through the inner shell, wherein a second electronics assembly opening is defined through the outer cover, wherein the electronics assembly is received in the first and second electronics assembly openings, such that the electronics assembly spans the equatorial plane and extends from the upper hemisphere to the lower hemisphere, and wherein the electronics assembly axis is co-planar with the equatorial plane.
2. The vibrating ball assembly of claim 1 , wherein when the motor is activated the eccentric weight is rotated and vibrations having at least first and second amplitudes are transmitted to the outer cover, wherein the first amplitude is greater than the second amplitude, wherein the first amplitude is transmitted to the upper hemisphere and the second amplitude is transmitted to the reduced vibration section.
3. The vibrating ball assembly of claim 1 , wherein the eccentric weight is positioned in the upper hemisphere.
4. The vibrating ball assembly of claim 3 , wherein the motor is positioned at least partially in the lower hemisphere.
5. The vibrating ball assembly of claim 1 , wherein the motor includes a motor shaft, and wherein the motor shaft extends from the lower hemisphere to the upper hemisphere.
6. The vibrating ball assembly of claim 5 , wherein the motor shaft includes a rotation axis that is oriented vertically.
7. The vibrating ball assembly of claim 1 , wherein the outer cover includes a demarcation circle that demarcates the reduced vibration section and wherein the demarcation circle is located below the equatorial plane.
8. The vibrating ball assembly of claim 7 , wherein the demarcation circle includes a center that is coaxial with a lower pole of the outer cover.
9. The vibrating ball assembly of claim 8 , wherein the inner shell includes a lower wall that spans the lower hemisphere, wherein the lower wall is positioned between the motor and the reduced vibration section.
10. The vibrating ball assembly of claim 1 , wherein the inner shell includes a lower wall that spans the lower hemisphere and is parallel to the equatorial plane, wherein the lower wall is positioned between the motor and the lower pole.
11. The vibrating ball assembly of claim 1 , wherein the second shell portion includes a bracket seat on which the shell portion of the motor mount bracket is seated, wherein the motor mount bracket is secured to the bracket seat by one or more fasteners extending through the second shell portion, wherein the one or more fasteners are accessible from an inner shell exterior.
12. The vibrating ball assembly of claim 1 , wherein the motor includes a motor shaft that extends through a shaft opening defined in the motor portion of the motor mount bracket, wherein the eccentric weight is positioned in the upper hemisphere on an upper side of the motor portion of the motor mount bracket and the motor is positioned on a lower side of the motor portion of the motor mount bracket and at least partially in the lower hemisphere.
13. The vibrating ball assembly of claim 1 , wherein a first half of the first electronics assembly opening is defined in the first shell portion and a second half of the first electronics assembly opening is defined in the second shell portion.
14. The vibrating ball assembly of claim 1 , wherein the electronics assembly includes a button accessible from the inner shell exterior.
15. A vibrating ball assembly comprising:
an inner shell that defines an inner shell interior and includes an outer surface, wherein the inner shell includes an upper hemisphere and a lower hemisphere, and wherein the inner shell includes a first shell portion and a second shell portion,
a motor positioned in the lower hemisphere, wherein the motor is secured to a motor mount bracket that includes a motor portion and a shell portion that are formed as a single piece, wherein the motor is secured to the motor portion, and wherein the shell portion is secured to the second shell portion, wherein the second shell portion includes a bracket seat on which the shell portion of the motor mount bracket is seated, wherein the motor mount bracket is secured to the bracket seat by one or more fasteners extending through the second shell portion, wherein the motor includes a motor shaft that extends from the lower hemisphere to the upper hemisphere, and wherein the motor shaft includes a rotation axis that is oriented vertically,
an eccentric weight received on the motor shaft and configured to be rotated by the motor, wherein the eccentric weight is positioned in the upper hemisphere,
an outer cover at least partially covering the outer surface of the inner shell, wherein the inner shell includes a reduced vibration section positioned in the lower hemisphere, wherein the outer cover includes a demarcation circle that demarcates the reduced vibration section, wherein the demarcation circle includes a center that is coaxial with a lower pole of the outer cover, and
an electronics assembly that defines an electronics assembly axis, wherein the upper and lower hemispheres are separated by an equatorial plane, wherein a first electronics assembly opening is defined through the inner shell, wherein a second electronics assembly opening is defined through the outer cover, wherein the electronics assembly is received in the first and second electronics assembly openings, such that the electronics assembly spans the equatorial plane and extends from the upper hemisphere to the lower hemisphere, and wherein the electronics assembly axis is co-planar with the equatorial plane.
16. The vibrating ball assembly of claim 15 , wherein the inner shell includes a lower wall that spans the lower hemisphere, wherein the lower wall is positioned between the motor and the reduced vibration section.
17. The vibrating ball assembly of claim 16 , wherein the motor shaft extends through a shaft opening defined in the motor portion of the motor mount bracket, wherein the eccentric weight is positioned in the upper hemisphere on an upper side of the motor portion of the motor mount bracket and the motor is positioned on a lower side of the motor portion of the motor mount bracket and at least partially in the lower hemisphere.