Turbine blade system

A turbine system, comprising:

• attaching a tip device to a blade tip of a turbine blade;
• forming the tip device to be appended from the blade tip;
• extending the blade tip through an inner tube wall of the tip device;
• forming the tip device to have a textured interior;
• enhancing power production through a plurality of cylinders formed with the tip device;
• reducing noise signature through a plurality of cylinders formed with the tip device;
• producing an aerodynamic flow jet via the tip device;
• reducing effects of a trailing eddy created from turbine blade rotation by using an opening of the tip device and the textured interior to interact between air flow and the tip device;
• further comprising achieving effects of adjusting pitch of the blade tip by controlling the tip device;
• further comprising enhancing power production through a plurality of holes formed with the tip device;
• further comprising reducing noise signature through a plurality of holes formed with the tip device;
• further comprising passing wind through the cylinders such that a swirl of the air flow is enhanced;
• further comprising operating the air flow on a flowfield around the blade tip;
• further comprising mounting the tip device to the blade tip in a passive manner;
• further comprising controlling the tip device in an active manner;
• further comprising installing conventional sensors on the turbine blade as the tip device passively modifies the air flow around the turbine blade;
• further comprising installing conventional sensors on the turbine blade as the tip device actively modifies the air flow around the turbine blade;
• further comprising placing conventional actuators with the tip device;
• further comprising integrating conventional actuators into the turbine blade;
• further comprising controlling aerodynamics of the blade tip via the actuators and a power controller so that power output is maximized and dB signature is reduced;
• further comprising employing sensors with the tip device to cause the tip device to adjust and adapt to compensate for changes in the air flow;
• further comprising controlling pitch adjustment by attaching a conventional step motor, the step motor having a first wire to serve as a conduit between the step motor and a microcontroller and a second wire to serve as a conduit between the step motor and a power source;
• further comprising calibrating a conventional smart spring system to rotational speed of the turbine blade such that the tip device automatically adjusts to changes in air flow;
• further comprising embedding the tip device into the blade tip such that air flow swirls pass through the textured interior;
• and
• further comprising forming the tip device into a cylindrical shape.

A turbine system, comprising:

• a tip device in communication with a blade tip of a turbine blade;
• said tip device configured to produce an aerodynamic air flow, noise reduction, and increased power through a plurality of cylinders;
• said cylinders having an opening such that wind can pass through and a swirl of said air flow is enhanced;
• said tip device configured with an internal structure, said internal structure being textured;
• said tip device configured with an opening;
• said turbine blade configured to be hollow at its center when said turbine blade is large;
• said turbine blade configured to be solid at its center when said turbine blade is small;
• and
• said turbine blade configured to extend through said internal structure of said tip device.