Wireless Laser Power Transmission Beam Shaping

The patent applies dynamics by making the light beam adaptive and adjustable in real-time. The control unit dynamically changes the beam parameters (such as beam width and direction) based on feedback about the receiving side's position and orientation, allowing the system to maintain optimal alignment without manual adjustment. This resolves the contradiction by making the alignment process automatic and adaptable rather than static and difficult to match.

The patent implements feedback mechanisms where the receiving side communicates its position, orientation, and effective light receiving area to the transmitting side. The control unit uses this feedback information to adjust the beam shaping and direction continuously, ensuring optimal power transmission efficiency without requiring manual alignment matching. This feedback loop eliminates the practical difficulty of alignment while maintaining high efficiency.

The patent applies local quality by creating non-uniform power density distributions within the light beam. Instead of uniform illumination, the system concentrates power density in specific regions that correspond to the effective light receiving area of the receiver. This allows the beam to match the receiver's geometry precisely, reducing overfill loss while the controlled variations in local power density ensure optimal coupling efficiency.

The patent changes multiple parameters of the emitted light including cross-sectional area, power density distribution, beam shape, and direction. The control unit adjusts these parameters dynamically based on the receiving side's characteristics and position. By optimizing the combination of these parameters rather than just the cross-sectional area, the system reduces overfill loss while maintaining effective power transfer.

The patent uses feedback to monitor changes in the effective light receiving area and communicates these changes to the transmitting side. The control unit receives this information and automatically adjusts beam parameters to maintain optimal power delivery. This feedback-based adaptation handles dynamic conditions without requiring overly complex control systems, as the adjustments are driven by real-time information from the receiving side.

The patent implements dynamics by making the power delivery system adaptive and responsive to changing conditions. The beam parameters (direction, shape, power density distribution) are dynamically adjusted based on real-time feedback about the receiving side's state and environment. This dynamic adaptation ensures continuous optimal performance without requiring a statically complex control system.