Company Filing History:
Years Active: 2020-2022
Title: Kristofer Jacobson: Innovator in Touch Sensing Technology
Introduction
Kristofer Jacobson is a notable inventor based in Malmö, Sweden. He has made significant contributions to the field of touch sensing technology, holding a total of 3 patents. His work focuses on enhancing the interaction between users and touch surfaces through innovative optical sensing methods.
Latest Patents
One of Kristofer's latest patents is for a "Stylus identification" system. This invention involves an optical infrared touch sensing apparatus that determines light energy values across a touch surface. The system generates transmission values based on these light energy values, allowing a processor to reconstruct images and identify the position of a touching object. Additionally, it calculates an attenuation value to identify the type of object interacting with the surface.
Another significant patent is for "Detecting a brush object with a touch sensing apparatus." This invention includes a touch surface and a sensor that identifies the coordinates of an object in contact with it. The apparatus determines a virtual brush angle and tracks the movement of the object, updating the angle based on its new position. This technology enhances the precision of touch interactions, particularly for artistic applications.
Career Highlights
Kristofer Jacobson is currently employed at Flatfrog Laboratories AB, where he continues to develop cutting-edge touch sensing technologies. His work has positioned him as a key player in the advancement of user interface design and interaction.
Collaborations
Kristofer collaborates with talented individuals such as Tomas Christiansson and Mattias Krus. Together, they contribute to the innovative environment at Flatfrog Laboratories AB, pushing the boundaries of touch sensing technology.
Conclusion
Kristofer Jacobson's contributions to touch sensing technology through his patents and work at Flatfrog Laboratories AB highlight his role as an influential inventor in this field. His innovative approaches continue to shape the future of user interaction with touch surfaces.