Transparent Key Keyboard Overlay for Tactile Dynamic Input

The patent combines the advantages of both virtual and physical keyboards by integrating a physical key structure with a display element. The key cap includes a transparent section that allows the display behind it to show dynamic visual information, while the physical key provides tactile feedback. This merging of virtual display capabilities with physical tactile properties resolves the contradiction between dynamic display adaptability and tactile user feedback.

The transparent section of the key cap acts as an intermediary element that allows visual information from the display to pass through while maintaining the physical presence and tactile properties of the key. This intermediary structure enables both the dynamic visual display and the physical tactile feedback to coexist, resolving the contradiction between these two features.

The patent introduces dynamics to the traditionally static physical keyboard by incorporating a display element behind the key cap. The display can dynamically change the visual information shown through the transparent key cap section, allowing the keyboard to adapt to different applications and contexts while maintaining the static physical structure that provides tactile feedback.

The key cap is designed with a transparent section that allows visual information to pass through, creating a local quality difference. This transparent region enables dynamic display functionality at that specific location while the rest of the key structure maintains its physical tactile properties, allowing both features to coexist without compromising either.