Optical Module Electromagnetic Vibration for Projector Resolution

The patent applies mechanical vibration to the light valve through a vibration module that generates ultrasonic vibrations. This vibration causes the liquid crystal molecules to oscillate and mix more thoroughly, enabling effective mixing at lower resolutions. The vibration frequency is controlled to match the natural frequency of the liquid crystal molecules, maximizing the mixing effect while allowing the use of lower-resolution light valves, thus reducing manufacturing cost while maintaining image quality.

The patent merges the vibration generation function directly into the light valve assembly by integrating a vibration module with the light valve structure. The vibration module is positioned adjacent to the liquid crystal layer and shares the same structural space, eliminating the need for separate optical vibration modules. This integration reduces the overall projector volume while maintaining the image resolution enhancement effect.

The patent employs periodic ultrasonic vibrations at specific frequencies to achieve effective liquid crystal mixing. By using high-frequency periodic vibrations rather than continuous mechanical movement, the system achieves the desired mixing effect with lower energy input. The vibration module operates in periodic cycles, allowing the liquid crystal molecules to mix effectively during the vibration phases while consuming less power compared to continuous operation of conventional optical modules.