Hydroponic grower

1. A hydroponic seed growing system for hydroponically growing a variety of seed, comprising:

a framework configurable with one or more levels having a length and a width for providing a plurality of seed beds;

a seed belt having movement supported by at least one seed belt roller and the seed bed, the seed belt for supporting hydroponic growth of seed atop the seed bed and moving seed before and after grown, wherein the seed belt has a wound position onto the seed belt roller and an unwound position off the seed belt roller for movement of the seed belt relative to the seed bed;

a seed belt harvest motor and corresponding drive mechanism operably connected to the seed belt for moving the seed belt from the unwound position to the wound position on the seed belt roller for harvesting seed growth;

a seed belt seeding motor and corresponding drive mechanism operably connected to the seed belt for moving the seed belt from the wound position on the seed belt roller to the unwound position while depositing seed on the seed belt;

a seeder having an intake connected to a seed source and a discharge end for discharging seed onto an unwound portion of the seed belt;

one or more liquid dispensers configured at the seed bed for irrigation of the seed atop the unwound portion of the seed belt;

an offloading end of the seed bed disposed adjacent the seed belt roller, wherein seed growth is harvested at the offloading end of the seed bed during movement of the seed belt from the unwound position to the wound position.

2. The hydroponic seed growing system of claim 1 , further comprising:

a seeder motor operably connected to the seeder and the framework to rotate the discharge end of the seeder to an adjacent position to the seed belt for dispensing seed onto the unwound portion of the seed belt.

3. The hydroponic seed growing system of claim 1 , further comprising:

an onloading end of the seed bed disposed adjacent the seed belt roller, wherein seed is dispensed at the onloading end of the seed bed during movement of the seed belt from the wound position to the unwound position.

4. The hydroponic seed growing system of claim 1 , further comprising:

one or more liquid nozzles operably secured to the framework adjacent the seed belt and seed belt roller for discharging liquid onto the seed belt for sanitizing the seed belt during movement of the seed belt from the unwound position to the wound position.

5. The hydroponic seed growing system of claim 1 , further comprising:

a liquid dispenser actuator operably connected to the one or more liquid dispensers for providing movement of the one or more liquid dispensers during irrigation of the unwound portion of the seed belt.

6. The hydroponic seed growing system of claim 1 , wherein the discharge end of the seeder has an opening disposed across the width of the seed bed for evenly dispensing seed across a width of the unwound portion of the seed belt.

7. The hydroponic seed growing system of claim 1 , further comprising:

an offloading plate disposed at the offloading end of the seed bed for supporting seed growth offloaded from the seed bed during movement of the seed belt from the unwound position to the wound position.

8. The hydroponic seed growing system of claim 1 , further comprising:

one or more scraping bars operably attached to and disposed across the width of the framework in scrapping relation to the seed belt during movement of the seed belt between the unwound and wound positions.

9. A hydroponic seed grower for hydroponically growing a variety of seed, comprising:

a framework having a plurality of seed beds, each seed bed disposed across a length and a width of the framework;

a seed belt operable on each of the plurality of seed beds between an unwound position off of a seed belt roller and a wound position onto the seed belt roller for movement of the seed belt to and from a seed growing position;

one or more seed belt motors comprising a loading motor for moving the seed belt from the wound position to the unwound position and an offloading motor for moving the seed belt from the unwound position to the wound position;

one or more liquid dispensers configured at the seed bed for irrigation of the seed atop the seed belt;

a cutter operably disposed adjacent the seed belt for separating offloaded seed growth during movement of the seed belt from the unwound position to the wound position, the cutter having an intake for receiving seed growth from the seed belt and a discharge for dispensing separated portions of seed growth.

10. The hydroponic seed growing apparatus of claim 9 , wherein the seed belt includes a top surface for hydroponically growing a seed atop of the plurality of seed beds and terminal opposing ends, wherein seed is deposited starting proximate one of the terminal ends and terminated proximate the opposite terminal end during movement of the seed belt from the wound position to the unwound position.

11. The hydroponic seed growing apparatus of claim 9 , wherein the seed belt includes a bottom surface operably supported atop of the seed bed, wherein a top surface of the seed belt in the wound position engages a bottom surface of the seed belt for discharging seed growth from the seed bed.

12. The hydroponic seed growing apparatus of claim 9 , further comprising:

a seeder having an intake connected to a seed source and a discharge end for dispensing seed at the seed belt during movement of the seed belt from the wound position to the unwound position.

13. The hydroponic seed growing apparatus of claim 9 , further comprising:

a motor-operated carriage operably attached adjacent the seed belt, the motor-operated carriage configured for transverse movement relative to the framework for receiving offloaded seed growth generally approximating the width of the seed bed, wherein the motor-operated carriage separates the offloaded seed growth into smaller portions.

14. The hydroponic seed growing apparatus of claim 9 , further comprising:

one or more liquid nozzles operably attached adjacent the seed belt for irrigating seed, wherein the one or more liquid nozzles are actuated by one or more actuators for irrigating across the width of the seed bed for providing liquid to seed atop the width of the seed belt.

15. A method for hydroponically growing a variety of seed, comprising:

providing one or more seed beds each having a length and a width operably supported by a framework;

unwinding a seed belt from at least one seed belt roller;

discharging a seed onto the seed belt while unwinding the seed belt by operating a seed belt seeding motor;

irrigating the seed atop the unwound portion of the seed belt for hydroponically growing the seed atop of the one or more seed beds;

winding the seed belt onto the at least one seed belt roller for offloading seed growth from the one or more seed beds by operating a seed belt harvesting motor.

16. The method for hydroponically growing seed of claim 15 , further comprising:

rotating a seeder into a seed dispensing position atop the seed belt for discharging a seed onto the seed belt while unwinding the seed belt from the seed belt roller, the seeder having an intake connected to a seed source and a discharge for dispensing seed onto the seed belt.

17. The method for hydroponically growing seed of claim 15 , further comprising:

driving a seed belt motor for unwinding and winding the seed belt.

18. The method for hydroponically growing seed of claim 15 , further comprising:

passing the offloaded seed growth through one or more cutters for separating the offloaded seed growth.

19. The method for hydroponically growing seed of claim 15 , further comprising:

moving a carriage carrying one or more cutters transversely to the framework, the one or more cutters having an intake for receiving seed growth from the seed belt while winding the seed belt on the seed belt roller and a discharge for dispensing separated portions of seed growth.