Independently automated loading system for unitized loads into a covered multi-level transporter
An automated mechanical loading system for loading seedling carriers into a transporter bin for transport to the field for planting. The system of the present invention includes a transport bin having a plurality of rails mounted on the inside walls of the bin for accepting a plurality of carriers, power driven projections slidably mounted on sleds which are fixedly mounted to the top frame of a lift for urging one or more carriers into a preselected set of opposing rails in the bin. The lift controls the height of the sled so that the carriers are urged into the preselected set of rails in the bin. A mechanically referenced coupler is included for securing the lift to the bin to restrict movement of the lift relative to the bin into which the seedling carriers are to be loaded during the automated loading operation.
1. An independently automated loading apparatus for unitized loading of carriers, the apparatus comprising:
a receiving unit comprising at least one pair of rails mounted to the inside of the receiving unit, and structured to receive at least one carrier;
a loading platform, comprising at least one transfer sled, upon which at least one carrier to be loaded into the receiving unit sits, and wherein at least one seedling flat is mounted upon each of the at least one carrier;
a lift, coupled to the loading platform, and structured to adjust the height of the loading platform so that the at least one carrier may be urged onto the at least one pair of rails of the receiving unit; and
at least one power driven projection block slidably mounted on the loading platform, the at least one power driven projection block positioned to urge the at least one transfer sled and the at least one carrier into the receiving unit, the at least one power driven projection block configured to engage outmost edges of the at least one carrier.
2. The independently automated loading system of claim 1 , wherein the carrier is sized such that the length of the carrier is less than the depth of the receiving unit such that multiple carriers may be urged into a preselected pair of rails in sequence.
3. The independently automated loading system of claim 1 , further comprising a mechanically referenced couple for securing the lift to the receiving unit.
4. The independently automated loading system of claim 1 , wherein the receiving unit is a multi-level bin.
5. The independently automated loading system of claim 1 , further comprising a programmable control system coupled to the lift and the at least one power driven projection block, the programmable control system having a processor and non-transitory computer readable media, the non-transitory computer readable media being communicatively coupled to the processor, wherein the non-transitory computer readable media comprising programmable instructions that when executed by the processor performs operations comprised to:
receive an alert to raise the lift such that the at least one carrier is aligned with a selected pair of opposing rails disposed in the receiving unit;
receive an alert to slide the at least one power driven projection block in a forward direction to usher the at least one carrier onto the selected opposing rails, wherein the at least one power driven projection block is configured to be continuously disposed above the at least one transfer sled;
receive an alert to slide the loading platform in a reverse direction to allow the loading platform to slide out of the receiving unit, thereby enabling the lift to lower the loading platform to allow a user to refill the at least one carrier with a new load; and
receive an alert to load a predetermined number of carriers on the rails of the receiving unit, wherein the receiving unit is a multi-level bin.
6. An independently automated loading apparatus for unitized loading of seedling flats, the apparatus comprising:
a receiving unit, configured to receive one or more seedling flats, wherein the receiving unit comprises at least two loading columns, each loading column comprising two vertical supports, and at least one pair of rails, each pair of rails being opposably aligned and mounted to the interior of each of the vertical supports, said pair of rails being structured to accept at least one seedling flat;
a loading platform, comprising at least one transfer sled structured to hold at least one flat to be loaded into the receiving unit;
a lift, coupled to the loading platform, and structured to adjust the height of the loading platform so that the at least one seedling flat may be urged into the receiving unit; and
at least one power driven projection block slidably mounted on the loading platform, the at least one power driven projection block positioned to urge the at least one transfer sled holding the at least one seedling flat into the receiving unit, the at least one power driven projection block configured to engage outmost edges of the loading platform, and wherein the at least one power driven projection block is also configured to be continuously disposed above the at least one transfer sled.
7. The independently automated loading system of claim 6 , wherein the seedling tray is sized such that the length of the seedling tray is less than the depth of the receiving unit such that multiple seedling trays may be urged into a preselected pair of rails in sequence.
8. The independently automated loading system of claim 6 , wherein multiple flats are arranged in columns aligned to and corresponding with the at least two loading columns in the receiving unit.
9. The independently automated loading system of claim 6 , further comprising a mechanically referenced couple for securing the lift to the receiving unit.
10. The independently automated loading system of claim 6 , wherein the receiving unit is a multi-level bin.
11. The independently automated loading system of claim 7 , further comprising a programmable control system communicatively coupled to the lift and the at least one power driven projection block, the programmable control system having a processor and non-transitory computer readable media, the non-transitory computer readable media being communicatively coupled to the processor, wherein the non-transitory computer readable media comprising programmable instructions that when executed by the processor performs operations comprised to:
receive an alert to raise the lift such that the at least one seedling flat is aligned with one selected pair of opposing rails disposed in the receiving unit;
receive an alert to slide the at least one power driven projector block in a forward direction to usher the at least one seedling flat onto the selected opposing rails; and
receive an alert to slide the loading platform in a reverse direction to allow the loading platform to slide out of the receiving unit, thereby enabling the lift to lower the loading platform to allow a user to refill the loading platform with a new load.
12. An independently automated loading apparatus for loading cargo, the apparatus comprising:
a receiving unit, structured to receive cargo;
a loading platform, structured to hold the cargo to be loaded into the receiving unit, the loading platform comprised of at least one transfer sled and a carrier upon which the cargo sits;
a lift, coupled to the loading platform, and structured to adjust the height of the loading platform so that the cargo may be urged into the receiving unit; and
at least one power driven projection block slidably mounted on the loading platform, the at least one power driven projection block positioned to urge the at least one transfer sled and the cargo into the receiving unit, the at least one power driven projection block configured to engage outmost edges of the carrier; and wherein the at least one power driven projection block is also configured to be continuously disposed above the at least one transfer sled.
13. The independently automated loading system of claim 12 , further comprising a mechanically referenced couple for securing the lift to the receiving unit.
14. The independently automated loading system of claim 12 , further comprising a programmable control system communicatively coupled to the lift and the at least one power driven projection block, the programmable control system having a processor and non-transitory computer readable media, the non-transitory computer readable media being communicatively coupled to the processor, wherein the non-transitory computer readable media comprising programmable instructions that when executed by the processor performs operations comprised to:
receive an alert to raise the lift such that the carrier is positioned to be loaded into the receiving unit;
receive an alert to slide the at least one power driven projector in a forward direction to usher the carrier into the receiving unit; and
receive an alert to slide the loading platform in a reverse direction to allow the loading platform to slide out of the receiving unit, thereby enabling the lift to lower the loading platform to allow a user to refill the carrier with new cargo.
15. The independently automated loading system of claim 14 , wherein the lift is a scissor lift.