Richard Eugene Linn

Title: Richard Eugene Linn - Innovator in Graphical Task Scheduling

Introduction

Richard Eugene Linn, an accomplished inventor based in Richmond, TX, has made significant contributions to the field of task scheduling through his innovative patents. With a total of two patents to his name, Linn has developed advanced methods that enhance efficiency in operational environments.

Latest Patents

Linn's latest patent focuses on a "Method and systems for a graphical real-time flow task scheduler." This inventive system utilizes a Graphical User Interface (GUI) that enables users to graphically construct a real-time task scheduler using a 'click & drag' functional palette featuring graphical flow chart elements. By building a graphical flow chart, users can link plant layouts or any component of the plant to corresponding mathematical models. This allows for the definition of multiple exit branches for each task, specifying conditions for each branch in scenarios where tasks may diverge. The created flow chart can function as both a sequence editor and a scheduler, directing on-line applications such as optimization. Once a plant is optimized using this graphical task scheduler, the refined data can be utilized to govern plant operations effectively.

Career Highlights

Throughout his career, Richard Eugene Linn has worked with prominent organizations such as Simulation Sciences, Inc. and Invensys Systems, Inc. His experience in these companies has enabled him to develop practical solutions that address complex scheduling challenges in various operational contexts.

Collaborations

In his professional journey, Linn has collaborated with notable colleagues, including David H Jerome. Their combined efforts in the realm of automation and scheduling have further advanced the capabilities of real-time task management.

Conclusion

Richard Eugene Linn stands out as a visionary inventor in the development of graphical task scheduling systems. His innovative patents not only reflect his technical prowess but also contribute significantly to optimizing plant operations. As industries continue to seek effective solutions in task scheduling, Linn's work serves as a pivotal reference in the evolution of operational efficiency.