Abstract: ADVANCED AUTOMATED FABRICATION SYSTEM AND METHODS FOR THERMAL AND MECHANICAL COMPONENTS UTILIZING QUADRATIC OR SQUARED HYBRID DIRECT LASER SINTERING, DIRECT METAL LASER SINTERING, CNC, THERMAL SPRAYING, DIRECT METAL DEPOSITION AND FRICTIONAL STIR WELDING.

Abstract: Provided is a consumer to industrial scale automated high-yield aquaponics system that amalgamates conventional farming techniques with hybrid integrated multi-trophic aquaculture with aeroponics. The present invention also includes a microalgae bioreactor and organism reactor production system. Further, the present invention utilizes adaptive metrics, biometrics, and thermal imaging analysis, monitoring, and control (using robotic automation) via an artificially intelligent control system. The control system of the present invention allows for a controlled, symbiotic environmental ecosystem. Additionally, the present invention incorporates integrated product processing, packaging, dry storage and cold storage facility and enhanced biosecurity. The present invention utilizes renewable green energy sources as the primary energy component input.

Abstract: The wind generating device of the present invention employs modules each having two turbines. Each of the turbines employs two rotors, coaxially aligned and arranged one downstream from the other. The arrangement includes a proximal channel with a leading portion having decreasing radius toward the first rotor which acts as a collector and a following portion connecting fluidly the first and second rotor and a distal channel which is separate from the proximal channel and opens into the following portion thereby adding to the airflow to the second rotor. Downstream from the second rotor is a diffuser with radius increasing with distance from the rotor. The invention includes means for mounting modules vertically stacked which allows for yaw responsive to wind. The device further includes means to mount the modules on a tower.

Abstract: The wind generating device of the present invention employs modules each having two turbines. Each of the turbines employs two rotors coaxially aligned by a shaft associated with an in-line generator. Alternatively, the turbine employs only one rotor for low wind areas. The arrangement includes a proximal channel with a leading portion having decreasing radius toward the first rotor which acts as a collector and a following portion connecting fluidly the first and second rotor and a distal channel which is separate from the proximal channel and opens into the following portion thereby adding to the airflow to the second rotor. Downstream from the second rotor is a diffuser with radius increasing with distance from the rotor. The invention includes means for mounting modules vertically stacked which allows for yaw responsive to wind. The device further includes means to mount the modules on a tower.

Abstract: The wind generating device of the present invention employs modules each having two turbines. Each of the turbines employs two rotors, coaxially aligned and arranged one downstream from the other. The arrangement includes a proximal channel with a leading portion having decreasing radius toward the first rotor which acts as a collector and a following portion connecting fluidly the first and second rotor and a distal channel which is separate from the proximal channel and opens into the following portion thereby adding to the airflow to the second rotor. Downstream from the second rotor is a diffuser with radius increasing with distance from the rotor. The invention includes means for mounting modules vertically stacked which allows for yaw responsive to wind. The device further includes means to mount the modules on a tower.