Golf ball deburring apparatus
View Patent ↗A structure for deburring a ball is provided. The structure includes an arm, a gear structure for changing the effective length of the arm, and a cam structure for changing the effective angular position of the arm. A finger having an abrasive surface reciprocates on the arm. A ball is placed in a rotating holder and positioned in effective position for the abrasive surface to contact and remove at least one burr on the ball.
1. A deburring structure, comprising:
a ball holder;
an adjustable arm capable of moving relative to the holder, the arm having a first side and a second side;
a first finger attached to and capable of reciprocating relative to the arm and including an abrasive surface;
an electronic control electrically attached to the finger and capable of controlling a position of the first finger relative to the arm; and
a first cam positioned adjacent the first side of the arm and a second cam positioned adjacent the second side of the arm, the first cam and the second cam each capable of moving into contact with the arm and thereby modifying a position of the arm.
2. The deburring structure according to claim 1 , further comprising an air compressor operatively connected to the first finger and the electronic control, the air compressor being capable of governing the reciprocation of the finger.
3. The deburring structure according to claim 1 , further comprising a second finger attached to and capable of reciprocating relative to the arm and including a second abrasive surface, the electronic control being capable of controlling a position of the second finger independent of the first finger.
4. The deburring structure according to claim 3 , further comprising a hydraulic fluid input operatively connected to each of the first finger and the second finger and capable of governing the reciprocation of each finger independently of the other.
5. The deburring structure according to claim 1 , wherein rotation of the first cam changes an effective angular position of the arm.
6. The deburring structure according to claim 5 , wherein the first cam has a first cam surface, the first cam being rotatable such that rotation of the first cam brings the first cam surface into contact with the first side of the arm, thereby changing the effective angular position of the arm.
7. The deburring structure according to claim 5 , wherein rotation of the second cam changes the effective angular position of the arm.
8. The deburring structure according to claim 1 , further comprising a gear capable of modifying a position of the arm.
9. The deburring structure according to claim 8 , wherein the gear is rotationally and slidably movable relative to the at least one cam.
10. The deburring structure according to claim 1 , wherein the first finger is capable of reciprocating linearly relative to the arm.
11. A structure for deburring a ball, comprising:
a ball holder;
an arm having an effective length and an effective angular position relative to the ball holder, the arm having a first side and a second side;
a first cam positioned on the first side of the arm capable of moving the arm to change the effective angular position of the arm relative to the ball holder; and
a gear positioned on one of the first side or the second side of the arm and capable of moving the arm to change the effective length of the arm relative to the ball holder.
12. The structure for deburring a ball according to claim 11 , further comprising a second cam positioned on the second side of the arm capable of moving the arm to change the effective angular position of the arm relative to the ball holder.
13. The structure for deburring a ball according to claim 11 , wherein rotation of the first cam changes the effective angular position of the arm.
14. The structure for deburring a ball according to claim 11 , further comprising a finger reciprocally attached to the arm, the finger including an abrasive surface.
15. The structure for deburring a ball according to claim 11 , further comprising a first finger reciprocally attached to the arm having a first abrasive surface and a second finger spaced from the first finger and independently reciprocally attached to the arm having a second abrasive surface.
16. The structure for deburring a ball according to claim 14 , further comprising an electronic control electrically attached to the cam and capable of controlling the effective angular position of the arm relative to the ball holder.
17. The structure for deburring a ball according to claim 11 , further comprising an electronic control capable of determining and controlling the effective length and the effective angular position of the arm.
18. A structure for deburring a ball, comprising:
a plurality of arms, each arm being capable of moving to a designated position;
a plurality of spaced ball holder recesses, each ball holder recess capable of holding a ball, at least one of the ball holder recesses corresponding in position to at least one of the plurality of arms;
a plurality of abrasives, each abrasive being attached to and capable of reciprocating relative to a corresponding one of the plurality of arms; and
wherein each arm moves to its designated position by a camming structure.
19. The structure for deburring a ball according to claim 18 , further comprising a ball holder plate defining the plurality of ball holder recesses, wherein the plurality of arms are each disposed in a position adjacent the ball holder plate and the ball holder plate is rotatable to advance each of the plurality of ball holder recesses from a first position to a second position with respect to the plurality of arms.
20. The structure for deburring a ball according to claim 18 , wherein an electronic control unit controls the movement of each of the arms independently of one another.