Magnetic drive bypass system for paintball loader
View Patent ↗A drive system for a regulating the rotation of a drive system or agitator in a paintball loader is disclosed. It is designed to regulate the rotation of a feeder, especially during a jam or when projectiles in a hopper become misaligned. This allows a user to quickly and effectively clear a jam and resume or continue rapid fire without damaging projectiles, the loader or the paintball marker.
1. A paintball marker and paintball loader combination, comprising:
a paintball marker for firing paintballs using compressed gas;
a paintball loader in communication with the paintball marker having a drive mechanism, the drive mechanism comprising:
a drive shaft;
a motor for rotating the drive shaft;
a first plate rotatably attached to the drive shaft and rotatable with the drive shaft;
a second plate positioned about the drive shaft adjacent the first plate, the second plate rotatable about the drive shaft independent of the movement of the drive shaft, the second plate having a magnetically attractable portion;
the first plate including openings for receiving at least one magnet at a user selectable position;
a feeder positioned about the drive shaft and rotatable about the drive shaft independent of the movement of the drive shaft; and,
a housing positioned about the drive shaft and rotatable independently of the drive shaft, the housing including an opening shaped to correspond to a shape of the second plate, the housing configured to move with the second plate, the housing configured to translate movement of the second plate to the feeder.
2. The paintball marker and paintball loader of claim 1 , further comprising a sensor in communication with the motor.
3. The paintball marker and paintball loader of claim 2 , further comprising a controller in communication with the sensor and the motor.
4. The paintball marker and paintball loader of claim 1 , further comprising a cap positioned adjacent the feeder, the cap including at least one protrusion extending therefrom, the cap coupled to the drive shaft and configured to rotate with the drive shaft.
5. The paintball marker and paintball loader of claim 1 , wherein the second plate has a shape selected from the group of a star, a triangle, an ellipse, and an oblong.
6. The paintball marker and paintball loader of claim 1 , wherein the housing includes a receiving space adjacent the feeder, further comprising a spring at least partially within the receiving space, the spring coupling the housing to the feeder.
7. A paintball loader, comprising:
a body including an opening for receiving at least one paintball;
an outfeed tube in communication with the opening and configured to feed paintballs to a paintball marker;
a drive shaft;
a motor for rotating the drive shaft;
a first plate rotatably attached to the drive shaft and rotatable with the drive shaft;
a second plate positioned about the drive shaft adjacent the first plate, the second plate rotatable about the drive shaft independent of the movement of the drive shaft, the second plate having a magnetically attractable portion;
the first plate including openings for receiving at least one magnet at a user selectable position;
a feeder positioned about the drive shaft and rotatable about the drive shaft independent of the movement of the drive shaft; and,
a housing positioned about the drive shaft and rotatable independently of the drive shaft, the housing including an opening shaped to correspond to a shape of the second plate, the housing configured to move with the second plate the housing configured to translate movement of the second plate to the feeder.
8. The paintball loader of claim 7 , further comprising a sensor in communication with the motor.
9. The paintball loader of claim 8 , further comprising a controller in communication with the sensor and the motor.
10. The paintball marker and paintball loader of claim 7 , further comprising a cap positioned adjacent the feeder, the cap including at least one protrusion extending therefrom, the cap coupled to the drive shaft and configured to rotate with the drive shaft.
11. The paintball marker and paintball loader of claim 7 , wherein the second plate has a shape selected from the group of a star, a triangle, an ellipse, and an oblong.
12. The paintball marker and paintball loader of claim 7 , wherein the housing includes a receiving space adjacent the feeder, further comprising a spring at least partially within the receiving space, the spring coupling the housing to the feeder.
13. A method for driving projectiles in a projectile loader comprising the steps of:
a) providing a projectile loader having a body defining an opening for receiving paintballs, the paintball loader including a drive shaft;
b) providing a first plate and a second plate on the drive shaft, the first plate positioned adjacent the second plate, the first plate and second plate magnetically attractable to each other, wherein the first plate is rotatable with the drive shaft and wherein the second plate is rotatable independent of the drive shaft, one of the first plate or the second plate including a plurality of openings for receiving magnets in user selected positions;
c) selectively placing magnets within the openings to create a user-selected attraction area;
d) providing a housing positioned about the drive shaft and rotatable independently of the drive shaft, the housing positioned between the second plate and the feeder, the housing including an opening shaped to receive the second plate, the housing configured to move with the second plate, the housing configured to translate movement of the second plate to the feeder;
e) providing a motor for rotating the drive shaft; and,
f) operating the motor.
14. A paintball loader, comprising:
a body including an opening for receiving at least one paintball;
an outfeed tube in communication with the opening and configured to feed paintballs to a paintball marker;
a drive shaft;
a motor for rotating the drive shaft;
a first plate rotatably attached to the drive shaft and rotatable with the drive shaft;
a second plate positioned about the drive shaft adjacent the first plate, the second plate rotatable about the drive shaft independent of the movement of the drive shaft;
at least one of the first plate or the second plate including a magnetically attractable portion;
the other of the first plate or the second plate including at least one opening for receiving at least one magnet;
a feeder positioned about the drive shaft and rotatable about the drive shaft independent of the movement of the drive shaft;
a housing positioned about the drive shaft and rotatable independently of the drive shaft, the housing configured to move in coordination with one of the first plate or the second plate, the housing configured to translate movement of the plate with which the housing moves to the feeder.