LED Image Projector with Multi-Lens Optics for Compact Power

The patent extracts and removes the wire component from the power connection system. By designing the device with a built-in plug that connects directly to outlets or USB ports, the hazardous wire is eliminated while maintaining adequate power supply to multiple LEDs.

The patent introduces wireless power transmission as an intermediary between the power source and the device. Through plug-in connections to AC outlets or USB ports, power is transmitted without exposed wires, eliminating safety hazards while maintaining power supply capability.

The patent replaces mechanical motors and magnetic coils with electronic control of LED elements. By individually controlling multiple LEDs through electronic circuits, the device creates moving light effects, color changes, and patterns without requiring complex mechanical or electromagnetic components.

The patent achieves moving effects by changing the operational parameters of LEDs - specifically their brightness, color, and timing. By varying these parameters across multiple LEDs in sequence or simultaneously, the device creates dynamic visual effects without mechanical moving parts.

The patent employs periodic operation of LEDs through blinking, flashing, and sequential lighting patterns. By alternating between on and off states, the average power consumption is reduced while maintaining visual interest and perceived brightness through persistence of vision effects.

The patent divides the illumination task across multiple individual LED elements rather than using a single high-power LED. Each LED can be controlled independently with lower current, and by distributing the total light output across multiple segments, the system achieves high illumination intensity while managing power consumption through selective activation.