Multiple eye paintball loader motor control
View Patent ↗A multiple eye paintball loader motor controller having a container and an outfeed tube to direct paintballs to a marker. Ball sensors are in the loader outfeed tube to predict incoming paintballs and the rate of supply. A controller is connected to the ball sensor to sense the incoming balls to control or adapt the operation of the loader in accordance with the supply rate. Secondary sensors may also be utilized to provide additional information. Secondary sensors may be placed in the outfeed tube, placed to provide supplemental side information, or a combination of these placements. Various placements provide feed rate information and may also detect jammed ball positions in the transition area at the end of the outfeed tube.
1. A method for controlling a feeder of a paintball loader, the loader including an outfeed tube defining a center axis and an edge distally spaced from the center axis and parallel to the center axis, the loader also including a clock defining a clock cycle, the method comprising:
providing at least one edge sensor aimed away from the center axis and aimed toward the area between the center axis and the edge of the outfeed tube to detect the rate of paintball movement in the outfeed tube of a loader;
detecting a number of paintball transitions occurring within a clock cycle to determine the rate of paintball movement; and
activating the motor at a duty cycle according to the number of paintball transitions occurring within the clock cycle.
2. The method of claim 1 further comprising:
detecting a side edge of a paintball to determine the number of paintball transitions occurring within the clock cycle.
3. The method of claim 1 further comprising:
monitoring the status of the paintball stack with a paintball stack sensor.
4. The method of claim 3 further comprising:
monitoring the status of the paintball stack by detecting a paintball in a predetermined position in the outfeed tube.
5. The method of claim 3 further comprising:
monitoring the status of the paintball stack by detecting the motor current.
6. The method of claim 3 further comprising:
activating the motor at a particular duty cycle according to the status of the paintball stack and the number of paintball transitions occurring during the clock cycle.
7. A method for controlling a feeder of a paintball loader using a controller, the loader including an outfeed tube defining a center axis and an edge distally spaced from the center axis and parallel to the center axis, the method comprising:
providing at least two sensors positioned to monitor a paintball feed in the outfeed tube of a loader, the two sensors located at two separate locations within the loader, the first sensor aimed to detect paintball transitions at the center axis of the outfeed tube, the second edge sensor aimed away from the center axis and aimed toward the area between the center axis and the edge of the outfeed tube;
monitoring the number of paintball transitions occurring within a clock cycle; and
activating the motor at a duty cycle according to the number of paintball transitions occurring within a clock cycle and the status of the paintball stack.
8. The method of claim 7 further comprising:
activating the motor at less than 100% duty cycle but greater than 0% duty cycle if the second sensor detects that the status of the paintball stack is full and the number of paintball transitions is greater than zero during the clock cycle.
9. The method of claim 8 further comprising:
detecting a paintball at a predetermined location within the outfeed tube of the loader to determine if the paintball stack is full.
10. The method of claim 8 further comprising:
detecting the current of the motor to determine if the paintball stack is full.
11. The method of claim 7 further comprising:
stopping the motor if no paintball transitions occur during the clock cycle and the status of the paintball stack is full.