Invention Simplifies Adding Colorful Marks to Objects
A recently published patent, Number US11882189B2, has introduced an innovative solution to a problem faced by many individuals who rely heavily on technology for productivity. Created by Sightful Computers, this patent introduces a computer program that simplifies the process of adding colored marks to objects using a special pen. By utilizing a camera to identify the color of the pen and track its movement, the program then applies virtual marks of the same color to a corresponding virtual object on a computer screen.
The core problem this patent aims to solve is the limited mobility and screen size options experienced by individuals using traditional desktop or laptop computers. The use of docking stations has provided some relief, allowing users to connect their laptops to larger monitors for increased visibility. However, even with this advancement, users remain constrained by their physical surroundings, restricting their ability to utilize multiple large screens while maintaining mobility.
This patent offers a solution that combines the advantages of extended reality with productivity applications. By seamlessly moving content from extended reality environments to physical displays, users can choose the most suitable display option while enjoying the benefits of increased flexibility and content interaction.
One notable feature of this patent is the ability to visually indicate portions of content using natural hand gestures. For instance, in a shared extended reality environment, one user can use hand gestures to indicate specific areas of the content, making it visually available to another user viewing the content through an extended reality appliance remotely. This innovative method maintains the natural experience of discussing physically presented visual content while leveraging the benefits of extended reality.
In addition, this patent includes location-based restrictions to manage content placement in extended reality environments. By monitoring the geographic position of the requesting entity, the system can prevent the display of virtual content in areas far from their physical locations. This restriction prevents the overloading of public shared extended reality spaces with virtual content, ensuring clutter-free environments.
After the problem is solved, the world will witness significant changes in productivity and collaboration. For example, in a business setting, colleagues can interact with virtual content using extended reality appliances, allowing for seamless teamwork and efficient sharing of ideas. Similarly, in educational institutions, students can engage with course material in a more immersive and interactive manner, fostering better understanding and retention.
Real-life examples of how people could use this invention are vast. In a design studio, architects could mark specific areas of a blueprint, emphasizing vital elements in a virtual environment visible to others. Medical professionals could annotate medical images, pointing out critical details during discussions. Furthermore, in virtual meetings, participants can easily share content by using natural hand gestures instead of traditional mouse cursors, fostering a more engaging and dynamic collaboration experience.
It is important to note that as of now, this is a patent and its appearance in the market is uncertain. However, if implemented, this technology has the potential to revolutionize the way we engage with digital content and enhance productivity across various industries.
P.S. This article is based on a recently published patent, Number US11882189B2, by Sightful Computers. While this patent introduces an innovative solution to a common problem, it is essential to remember that the appearance of this technology in the market is not guaranteed.