Portable deployable modular indoor vertical agricultural growing machine

An apparatus, known as a portable modular indoor vertical agricultural growing machine, said apparatus comprising:

• a cabinet comprising
• a plurality of legs;
• a plurality of vertical frame members;
• a plurality of lateral subframe members that are connected to the vertical frame members and which support a subfloor;
• a plurality of lateral frame members that are connected to the vertical frame members and which support a floor and a plurality of doors;
• a plurality of lateral top frame members that are connected to the vertical frame members and which support a top cover;
• and
• a plurality of inner support members which extend from the floor to the top cover;
• a ventilation system comprising
• an air filtration chamber comprising
• the plurality of lateral subframe members;
• the subfloor;
• the plurality of lateral frame members;
• an air filter;
• and
• the floor, said floor being further comprised of a plurality of air flow nozzles and adjustable air vents that penetrate said floor;
• a grow chamber comprising
• the plurality of lateral frame members;
• the floor;
• the plurality of vertical frame members;
• the plurality of doors;
• the top cover, said top cover comprising at least one exhaust port;
• and
• a controllable exhaust fan system comprising these electrically connected elements
• an exhaust fan control rheostat;
• a first power supply;
• a first programmable timer module;
• and
• a fan;
• a lighting system comprising
• an LED driver;
• a light wiring harness;
• a light holder;
• a plurality of mounting spacers;
• and
• an LED bulb;
• a structural column support comprising
• a plurality of type A column support members and type B column support members;
• and
• an LED bulb spacer/holder;
• a plant support system comprising
• a plurality of structural support pins;
• a plurality of growing trays each of those growing trays having a first drain port aperture;
• a fertigation supply system comprising
• a controllable ultraviolet radiation sterilizing filtration system that is fluidly connected to a return tub, said controllable ultraviolet radiation sterilizing filtration system comprising these electrically connected elements
• an ultraviolet filter;
• and
• a second programmable timer module;
• a return pump fluidly connected to the ultraviolet filter;
• a nutrition supply reservoir fluidly connected to the return pump;
• a controllable nutrition supply pump system comprising the following electrically connected elements
• a first splitter hub containing ports for controlling the ventilation system, the ultraviolet radiation sterilizing filtration system, a fertigation supply system pump, and a fertigation drain and return system pump;
• a third programmable timer module;
• a second power supply;
• a nutrition supply pump;
• a nutrition supply pump output control rheostat;
• and
• an MDR power supply;
• a master manifold;
• a plurality of sub-manifolds;
• a plurality of columnar supply conduits;
• a plurality of supply hoses fluidly connecting said nutrition supply reservoir, said nutrition supply pump, said master manifold, the plurality of sub-manifolds;
• and
• the plurality of columnar supply conduits;
• a plurality of liquid delivery conduits fluidly connected to said columnar supply conduits;
• and
• a plurality of liquid delivery nozzles fluidly connected to said liquid delivery conduits,
• a fertigation drain and return system comprising
• a plurality of removable drain ports fluidly connected to a plurality of liquid drain conduits;
• a columnar drain that is fluidly connected to the plurality of liquid drain conduits fluidly connected to a discharge hose;
• and
• the return tub;
• an interface for an environmental control system, said interface comprising a plurality of ports for controlling
• the ventilation system, the ultraviolet radiation sterilizing filtration system, the fertigation supply system pump and the fertigation drain and return system pump;
• a full spectrum suite of environmental sensors;
• and
• the lighting system;
• an environmental control system comprising
• the full spectrum suite of environmental sensors;
• a nutrition supply control system comprising
• a sensor interface board that is electrically connected to
• a nutrient pH sensor;
• an electrical conductivity and temperature sensor for liquids;
• and
• a second splitter hub that is electrically connected to
• a plurality of water detectors and water detector sensors.