Hydroponic growth and cutting method and device

An automated hydroponic seed growth and cutting system for growing plants having leaves and roots, the automated hydroponic seed growth and cutting system comprising:

• a cabinet having an interior and at least one divider within said interior, wherein said cabinet interior is isolated from the ambient environment thereby creating a germination zone and a seed growth zone wherein each of said zones has a distinct growing environment;
• a climate control system comprised of an air conditioning unit, a water heating unit, and water pump for controlling the temperature, humidity, and air flow within the germination zone and seed growth zone;
• a germination zone thermostat connected to the climate control system and located within the germination zone;
• a seed growth thermostat connected to the climate control system and located within the seed growth zone;
• at least one looped belt for conveying seed, wherein said looped belt is supported by a plurality of rollers within the cabinet interior and connected to a corresponding conveyor drive sprocket;
• a seed delivery system comprised of a hopper, an elevating feed screw, and a horizontal feed screw, wherein said seed delivery system is mechanically engaged with and energized through movement of the looped belt;
• at least one gravity-fed seed chute having two ends including a feed screw end and a seed delivery end, wherein the gravity-fed seed chute is attached to the horizontal feed screw at the feed screw end and to a seed delivery gate at the seed delivery end, wherein each gravity-fed seed chute is positioned above a corresponding looped belt for depositing a desired depth of seed directly on said corresponding looped belt wherein seeds from the hopper are transported by the elevating feed screw to the horizontal feed screw, wherein the seeds from the horizontal feed screw are supplied to the at least one gravity-fed seed chute to be deposited on said corresponding looped belt;
• at least one liquid delivery device positioned above each looped belt to facilitate irrigation;
• at least one light source positioned above each looped belt to facilitate photosynthesis;
• a growth period timer for selecting a desired growth period and corresponding rate of advancement of the at least one looped belt;
• a cutter drum assembly comprised of a plurality of cutter knives, wherein the cutter drum assembly is mounted within the cabinet interior such that it moves vertically within said interior;
• and
• at least one motor electrically connected to said growth period timer and configured to periodically deliver power to the cutter drum assembly to rotate said cutter knives and sequentially engage and disengage the cutter drum assembly with each of the conveyor drive sprockets through a geared mechanism for a set period of time controlled by said growth period timer, the engagement of said cutter drum assembly with said conveyor drive sprocket thereby driving the corresponding looped belt to energize the seed delivery system, to advance sprouted seed within the cabinet, and to direct a length of grown plant matter to the cutter drum assembly.