| 摘要 |
Crossflow axes rotary mechanical devices with Dynamic Increased Swept Area including at least two rotors with equal arm sizes attached to a support structure parallel to each other, having their axes of rotation perpendicular to the fluid with a rotors offset 0<=Ro<2R, rotating relative to each other in synchrony by a rotors synchronizing mechanism, having at least one blade attached to each rotor via the radial arm where the blades of the opposite rotors do not collide during the rotation, are described. The rotors with arms and blades share their spaces, the fluid, the support structure, the rotors synchronizing mechanisms, the electric machines, the braking systems, the yawing systems, as well as the characteristics, parameters, effects and additional mechanisms that the crossflow axes rotary mechanical devices with Dynamic Increased Swept Area have compare to the crossflow axes rotary mechanical devices without Dynamic Increased Swept Area. |
| 主权项 |
1. A crossflow axes rotary mechanical device with Dynamic Increased Swept Area comprising:
at least two rotors with equal radial arm sizes attached to a support structure parallel to each other having their axes of rotation on a plane perpendicular to the fluid and a rotors offset 0<=Ro<2R, wherein the rotors rotate relative to each other in synchrony with the same TSR by at least one rotors synchronizing mechanism attached to the rotors, forming one module; at least one blade attached to each rotor on the side between the rotors via the radial arm, wherein each of the blades of one rotor at the φ=0° rotating phase has an angle 0°<=BSBR<180° with the closest blade from the opposite rotor on a plane parallel to the rotors, each of the blades has a space δBR>=RFR between blade's tip and the opposite rotor-arm plane, each of the blades has a minimum space δB>=BNCS with the crossing blades from the opposite rotors; at least one electric machine attached to the support structure and connected to one of the rotors; and a support structure. |
