Bead seater apparatus and method for using the same

1. An apparatus disposable adjacent a tread surface of a tire for seating a bead of the tire adjacent a bead seat of a wheel of a tire-wheel assembly such that entrapments are removed from the tire-wheel assembly and do not interfere with arrangement of the bead of the tire adjacent the bead seat of the wheel, comprising:

a bead seater assembly including:

at least one arcuate tire tread surface engaging portion,

at least one reciprocating arm connected to the at least one arcuate tire tread surface engaging portion, and

a vibrating device connected to the at least one arcuate tire tread surface engaging portion; and

an actuator connected to both of the at least one reciprocating arm and the vibrating device, wherein the actuator:

imparts movement to the at least one reciprocating arm that results in corresponding movement of the at least one arcuate tire tread surface engaging portion in one of a first direction toward the tread surface of the tire and a second direction away from the tread surface of the tire, and

communicates a de/activation signal to the vibrating device for turning off/on the vibrating device, wherein, upon the tire tread surface engaging portion directly contacting the tread surface of the tire, the vibrating device is turned on for imparting a vibration force from the vibration device to the tire-wheel assembly for upsetting an orientation of an outer sidewall surface of the tire proximate the bead seat of the wheel such that the entrapments may be permitted to be removed from the tire-wheel assembly.

2. The apparatus according to claim 1 , wherein the bead seater assembly is attached to a platen that extends from a bead seating station.

3. The apparatus according to claim 1 , wherein the bead seater assembly is attached to a robotic arm.

4. The apparatus according to claim 1 , wherein the bead seater assembly is attached to a platen that extends from a wheeled cart that is selectively docked/interfaced with a bead seating station.

5. An apparatus disposable adjacent an outer sidewall surface of a tire for seating a bead of the tire adjacent a bead seat of a wheel of a tire-wheel assembly such that entrapments are removed from the tire-wheel assembly and do not interfere with arrangement of the bead of the tire adjacent the bead seat of the wheel, comprising:

a bead seater assembly including:

at least one tire sidewall pinching finger,

at least one reciprocating arm connected to the at least one tire sidewall pinching finger,

a vibrating device connected to the at least one tire sidewall pinching finger by way of the at least one reciprocating arm, and

an actuator connected to both of the at least one reciprocating arm and the vibrating device, wherein the actuator:

imparts movement to the at least one reciprocating arm that results in corresponding movement of the at least one tire sidewall pinching finger in one of a first direction toward the outer sidewall surface of the tire and a second direction away from the outer sidewall surface of the tire, and

communicates a de/activation signal to the vibrating device for turning off/on the vibrating device, wherein, upon the at least one tire sidewall pinching finger directly contacting the outer sidewall surface of the tire, the vibrating device is turned on for imparting a vibration force from the vibration device to the tire-wheel assembly for upsetting an orientation of the outer sidewall surface of the tire proximate the bead seat of the wheel such that the entrapments may be permitted to be removed from the tire-wheel assembly.

6. The apparatus according to claim 5 , wherein the bead seater assembly is attached to a platen that extends from a bead seating station.

7. The apparatus according to claim 5 , wherein the bead seater assembly is attached to a robotic arm.

8. The apparatus according to claim 5 , wherein the bead seater assembly is attached to a platen that extends from a wheeled cart that is selectively docked/interfaced with a bead seating station.

9. An apparatus disposable adjacent a tread surface of a tire for seating a bead of the tire adjacent a bead seat of a wheel of a tire-wheel assembly such that entrapments are removed from the tire-wheel assembly and do not interfere with arrangement of the bead of the tire adjacent the bead seat of the wheel, comprising:

a bead seater assembly including:

at least one tire tread surface engaging wheel,

at least one reciprocating arm connected to the at least one tire tread surface engaging wheel, and

a vibrating device connected to the at least one tire tread surface engaging wheel by way of the at least one reciprocating arm, wherein the at least one tire tread surface engaging wheel includes a first tire tread surface engaging wheel and a second tire tread surface engaging wheel, wherein the at least one reciprocating arm includes a first reciprocating arm and a second reciprocating arm, wherein the first tire tread surface engaging wheel is connected to the first reciprocating arm, wherein the second tire tread surface engaging wheel is connected to the second reciprocating arm, wherein the first tire tread surface engaging wheel and the second tire tread surface engaging wheel are arranged at a spaced-apart distance to define a gap, wherein the spaced-apart distance is greater than a diameter of the wheel but less than a diameter of the tire;

a tire-wheel assembly shuttle; and

an actuator connected to the at least one reciprocating arm, the vibrating device and the tire-wheel assembly shuttle, wherein the actuator:

communicates a signal to the shuttle for transporting the tire-wheel assembly through the gap for upsetting an orientation of an outer sidewall surface of the tire proximate the bead seat of the wheel such that the entrapments may be permitted to be removed from the tire-wheel assembly, and

communicates a de/activation signal to the vibrating device for turning off/on the vibrating device, wherein, upon the at least one tire tread surface engaging wheel directly contacting the tread surface of the tire, the vibrating device is turned on for imparting a vibration force from the vibration device to the tire-wheel assembly for upsetting an orientation of the outer sidewall surface of the tire proximate the bead seat of the wheel such that the entrapments may be permitted to be removed from the tire-wheel assembly, wherein the actuator is further connected to the at least one reciprocating arm such that the actuator:

imparts movement to the at least one reciprocating arm that results in corresponding movement of the at least one tire tread surface engaging wheel in one of a first direction toward the tread surface of the tire for arranging the first tire tread surface engaging wheel and the second tire tread surface engaging wheel at the spaced-apart distance and a second direction away from the tread surface of the tire.

10. The apparatus according to claim 9 , further comprising:

a biasing spring for biasing the first reciprocating arm and the second reciprocating arm with a biasing force such that the first tire tread surface engaging wheel and the second tire tread surface engaging wheel are biased for arrangement at the spaced-apart distance, wherein the biasing force is overcome upon the shuttle transporting the tire-wheel assembly through the gap such that first reciprocating arm and the second reciprocating arm are permitting to pivot away from one another thereby increasing the spaced-apart distance of the first tire tread surface engaging wheel and the second tire tread surface engaging wheel.

11. The apparatus according to claim 9 , wherein the bead seater assembly is attached to a platen that extends from a bead seating station.

12. The apparatus according to claim 9 , wherein the bead seater assembly is attached to a robotic arm.

13. The apparatus according to claim 9 , wherein the bead seater assembly is attached to a platen that extends from a wheeled cart that is selectively docked/interfaced with a bead seating station.