Planter having a seeding system
A planter for planting seeds in the ground including a seed meter configured to provide a regulated flow of seeds, and a seed conduit defining a first portion of a flow path configured to transport the seeds from the seed meter towards the ground. The planter also includes a seed guide having an aperture in fluid communication with the seed conduit, the seed guide defining a second portion of the flow path configured to transport the seeds from the seed conduit towards the ground, and a shaft configured to reciprocate with respect to the seed guide through a stroke path towards and away from the ground. The shaft is configured to create a discrete hole in the ground for one of the seeds. A side of the shaft is configured to inhibit the one of the seeds from entering the second portion of the flow path until the shaft retracts past the aperture.
1. A planter for planting seeds in the ground, the planter comprising:
a seed meter configured to provide a regulated flow of seeds;
a seed conduit defining a first portion of a flow path configured to transport the seeds from the seed meter towards the ground;
a seed guide having an aperture in fluid communication with the seed conduit, the seed guide defining a second portion of the flow path configured to transport the seeds from the seed conduit towards the ground; and
a shaft configured to reciprocate with respect to the seed guide through a stroke path towards and away from the ground, the shaft configured to create a discrete hole in the ground for one of the seeds,
wherein the shaft is further configured such that during operation a sidewall of the shaft inhibits the one of the seeds from entering the second portion of the flow path until the shaft retracts past the aperture, and
wherein the seed guide is configured to reciprocate independently from the shaft.
2. The planter of claim 1 , wherein the aperture is disposed outside of a path of the stroke such that the shaft does not enter the aperture.
3. The planter of claim 1 , wherein the sidewall of the shaft extends parallel to a reciprocation direction of the shaft, wherein the sidewall of the shaft is configured to block the aperture in a portion of the stroke such that the seed conduit is not in fluid communication with the discrete hole, and wherein the aperture is configured to be open upon retraction of the shaft past the aperture such that the seed conduit is in fluid communication with the discrete hole.
4. The planter of claim 1 , wherein the seed guide includes a tube wall defining a through hole for receiving the shaft, wherein the aperture is disposed in the tube wall.
5. The planter of claim 1 , wherein the seed guide is configured to penetrate the ground to create a portion of the discrete hole.
6. The planter of claim 1 , wherein the seed guide is configured to reciprocate asynchronously with respect to the shaft.
7. The planter of claim 1 , further comprising an air pressure source configured to blow the seeds through the aperture.
8. The planter of claim 7 , wherein the shaft and the seed guide are configured such that the one of the seeds is blown past the shaft upon retraction of the shaft past the aperture.
9. A planter for planting seeds in the ground, the planter comprising:
a seed meter configured to provide a regulated flow of seeds;
a seed conduit configured to transport the seeds from the seed meter towards the ground; and
a seeding system including
a seed guide having an aperture in fluid communication with the seed conduit, and
a shaft configured to reciprocate with respect to the seed guide through a stroke path including extension towards the ground and retraction away from the ground, the shaft includes a first end configured to create a discrete hole in the ground for one of the seeds, wherein the shaft is configured such that during operation the first end does not contact the one of the seeds,
wherein the seed conduit and the seed guide define a flow path for transporting the one of the seeds towards the discrete hole, wherein the seeding system is configured to retain the one of the seeds outside of the stroke path of the shaft until the shaft retracts a predetermined distance, and
wherein the seed guide is configured to reciprocate independently from the shaft.
10. The planter of claim 9 , wherein a sidewall of the shaft retains the seed outside of the stroke path of the shaft until the shaft retracts past the aperture.
11. The planter of claim 9 , wherein the shaft does not contact the seed during shaft extension.
12. The planter of claim 9 , wherein the shaft is configured to block the flow path in a first portion of the stroke such that the shaft acts as a barrier between the one of the seeds and the discrete hole, and wherein the shaft is configured to be retractable past the aperture to remove the barrier in a second portion of the stroke.
13. The planter of claim 9 , wherein the seeding system is configured to transport the one of the seeds to the discrete hole while at least a portion of the seed guide is in the ground.
14. A seeding system for planting seeds in the ground, the seeding system comprising:
a frame;
a seed guide having an aperture configured to receive a regulated flow of seeds, the seed guide defining a portion of a flow path for transporting one of the seeds towards the ground, the seed guide configured to reciprocate with respect to the frame; and
a shaft configured to reciprocate with respect to the frame through a stroke path including extension towards the ground and retraction away from the ground, the shaft configured to create a discrete hole in the ground for the one of the seeds, wherein the shaft and the seed guide are configured to move with respect to each other,
wherein the seed guide and the shaft are configured to reciprocate asynchronously with respect to the frame.
15. The seeding system of claim 14 , wherein the seed guide is configured to transport the one of the seeds to the discrete hole in an extended position for engaging the ground.
16. The seeding system of claim 14 , wherein the shaft is configured to not extend into the aperture.
17. The seeding system of claim 14 , wherein extension of the shaft blocks the flow path to inhibit movement of the seed through the aperture, and wherein the seed guide is configured to allow passage of the one of the seeds through the aperture by retraction of the shaft past the aperture.
18. A planter for planting seeds in the ground, the planter comprising:
a seed meter configured to provide a regulated flow of seeds;
a seed conduit defining a first portion of a flow path configured to transport the seeds from the seed meter towards the ground;
a seed guide having an aperture in fluid communication with the seed conduit, the seed guide defining a second portion of the flow path configured to transport the seeds from the seed conduit towards the ground; and
a shaft configured to reciprocate with respect to the seed guide through a stroke path towards and away from the ground, the shaft configured to create a discrete hole in the ground for one of the seeds,
wherein the shaft is further configured such that during operation a sidewall of the shaft inhibits the one of the seeds from entering the second portion of the flow path until the shaft retracts past the aperture, and
wherein the seed guide is configured to reciprocate asynchronously with respect to the shaft.
19. The planter of claim 18 , wherein the aperture is disposed outside of a path of the stroke such that the shaft does not enter the aperture.
20. The planter of claim 18 , wherein the sidewall of the shaft extends parallel to a reciprocation direction of the shaft, wherein the sidewall of the shaft is configured to block the aperture in a portion of the stroke such that the seed conduit is not in fluid communication with the discrete hole, and wherein the aperture is configured to be open upon retraction of the shaft past the aperture such that the seed conduit is in fluid communication with the discrete hole.
21. The planter of claim 18 , wherein the seed guide includes a tube wall defining a through hole for receiving the shaft, wherein the aperture is disposed in the tube wall.
22. The planter of claim 18 , wherein the seed guide is configured to penetrate the ground to create a portion of the discrete hole.
23. A planter for planting seeds in the ground, the planter comprising:
a seed meter configured to provide a regulated flow of seeds;
a seed conduit configured to transport the seeds from the seed meter towards the ground; and
a seeding system including
a seed guide having an aperture in fluid communication with the seed conduit, and
a shaft configured to reciprocate with respect to the seed guide through a stroke path including extension towards the ground and retraction away from the ground, the shaft includes a first end configured to create a discrete hole in the ground for one of the seeds, wherein the shaft is configured such that during operation the first end does not contact the one of the seeds,
wherein the seed conduit and the seed guide define a flow path for transporting the one of the seeds towards the discrete hole, wherein the seeding system is configured to retain the one of the seeds outside of the stroke path of the shaft until the shaft retracts a predetermined distance, and
wherein the seeding system is configured to transport the one of the seeds to the discrete hole while at least a portion of the seed guide is in the ground.
24. The planter of claim 23 , wherein a sidewall of the shaft retains the seed outside of the stroke path of the shaft until the shaft retracts past the aperture.
25. The planter of claim 23 , wherein the shaft does not contact the seed during shaft extension.
26. The planter of claim 23 , wherein the shaft is configured to block the flow path in a first portion of the stroke such that the shaft acts as a barrier between the one of the seeds and the discrete hole, and wherein the shaft is configured to be retractable past the aperture to remove the barrier in a second portion of the stroke.