Smart pet feeder
A smart pet feeder assembly may include a hopper, a feed chute configured to direct feed towards a bowl, and a feed dispensing assembly configured to selectively deliver feed from the hopper to the feed chute. The feed dispensing assembly may include a spin plate, a motor mount, a motor, and one or more of a diverter blade or a center spacer. The spin plate may be configured to receive feed from the hopper. The motor mount may be configured to be supported by one of the hopper or the feed chute, and to support the motor and spin plate. The diverter blade may include a feed engagement portion for redirecting the feed received by the spin plate off of the spin plate. The center spacer may be positioned on the on the spin plate and be configured to divert feed away from a center of the spin plate.
1. A smart pet feeder system, comprising:
a hopper;
a spin plate configured to receive feed from the hopper;
a diverter blade extending along an upper portion of the spin plate, the diverter blade including a feed engagement portion having forward and rearward edges angled relative to a center line of the diverter blade at a ramp angle between zero degrees and thirty degrees;
a motor attached to the spin plate, wherein the motor is operatively connected to a programable circuit board; and
a feed chute configured to receive feed from the spin plate and direct the feed to a bowl.
2. The smart pet feeder system of claim 1 , wherein:
the hopper includes an oval-shaped lower opening.
3. The smart pet feeder system of claim 1 , further comprising:
a center spacer positioned on the spin plate, the center spacer configured to divert feed away from a center of the spin plate.
4. The smart pet feeder system of claim 3 , wherein:
the center spacer is rectangular-shaped.
5. The smart pet feeder system of claim 1 , further comprising:
a motor mount coupled to the feed chute and configured to receive the motor, wherein the diverter blade is coupled to the motor mount.
6. The smart pet feeder system of claim 1 , wherein:
the spin plate includes an upwardly angled outer rim portion; and
the feed engagement portion of the diverter blade extends along at least the upwardly angled outer rim portion.
7. The smart pet feeder system of claim 1 , wherein:
the feed engagement portion of the diverter blade is wedge-shaped having a terminal end width wider than a proximal end width.
8. The smart pet feeder system of claim 1 , further comprising:
a motor mount coupled to one of the feed chute or the hopper and configured to receive the motor.
9. The smart pet feeder system of claim 8 , wherein:
the motor is one of a stepper motor or a gear motor.
10. A feed dispensing assembly for a smart pet feeder system including a hopper and a feed chute configured to direct feed towards a bowl, the feed dispensing assembly comprising:
a spin plate configured to receive feed from the hopper;
a motor mount configured to be supported by one of the hopper or the feed chute;
a motor received by the motor mount and attached to the spin plate, the motor configured to cause the spin plate to rotate; and
a diverter blade coupled to the motor mount, the diverter blade including a feed engagement portion configured to extend along at least a portion of the spin plate for redirecting the feed received by the spin plate off of the spin plate, the feed engagement portion including forward and rearward edges angled relative to a center line of the diverter blade at a ramp angle between zero degrees and thirty degrees.
11. The feed dispensing assembly of claim 10 , wherein:
the motor mount includes at least one support arm; and
the diverter blade including a mounting portion coupled to the at least one support arm of the motor mount.
12. The feed dispensing assembly of claim 10 , further comprising:
a center spacer positioned on the spin plate, the center spacer configured to divert feed away from a center of the spin plate.
13. The feed dispensing assembly of claim 10 , wherein:
the feed engagement portion of the diverter blade includes forward and rearward edges angled relative to a center line of the diverter blade at a wedge angle between zero degrees and twenty degrees.
14. The feed dispensing assembly of claim 10 , wherein:
the spin plate includes an upwardly angled outer rim portion; and
the feed engagement portion of the diverter blade extends along at least the upwardly angled outer rim portion.
15. A smart pet feeder system, comprising:
a hopper;
a spin plate configured to receive feed from the hopper;
a diverter blade extending along an upper portion of the spin plate, the diverter blade including a feed engagement portion having forward and rearward edges angled relative to a center line of the diverter blade at a wedge angle between zero degrees and twenty degrees;
a motor attached to the spin plate, wherein the motor is operatively connected to a programable circuit board; and
a feed chute configured to receive feed from the spin plate and direct the feed to a bowl.
16. The smart pet feeder system of claim 15 , further comprising:
a center spacer positioned on the spin plate, the center spacer configured to divert feed away from a center of the spin plate.
17. The smart pet feeder system of claim 16 , wherein:
the center spacer is rectangular-shaped.
18. The smart pet feeder system of claim 15 , further comprising:
a motor mount coupled to the feed chute and configured to receive the motor, wherein the diverter blade is coupled to the motor mount.
19. The smart pet feeder system of claim 15 , wherein:
the spin plate includes an upwardly angled outer rim portion; and
the feed engagement portion of the diverter blade extends along at least the upwardly angled outer rim portion.
20. The smart pet feeder system of claim 15 , wherein:
the feed engagement portion of the diverter blade is wedge-shaped having a terminal end width wider than a proximal end width.