Company Filing History:
Years Active: 2013-2017
Title: The Innovations of Thomas Fleure: A Missouri City Inventor
Introduction
Thomas Fleure, an inventive mind hailing from Missouri City, Texas, has made significant contributions to the field of seismic data acquisition. With a portfolio that includes four patents, he has focused on enhancing methods related to seismic surveys and data collection, paving the way for advancements in the industry.
Latest Patents
Fleure's latest patents exemplify his innovative approach to seismic data acquisition. The first patent, titled "Selection of Receiver Line Orientation for Seismic Data Acquisition Array," outlines methods for choosing the optimal orientation of receiver lines for a seismic survey. This method involves selecting a survey area, pre-planning various receiver line grids, and determining the optimal grid based on fold variation. This technique significantly enhances the efficiency and accuracy of seismic surveys.
His second patent, "Microseismic Data Acquisition Array and Corresponding Method," introduces various systems for performing microseismic surveys. By employing sensor stations in two parallel and mutually orthogonal sets of seismic sensor lines or a hexagonal pattern, this invention minimizes noise and improves data acquisition flexibility. These innovations allow for the effective addition of new wells and a better distribution of data points, further refining the understanding of subsurface structures.
Career Highlights
Throughout his career, Thomas Fleure has worked with reputable companies in the geophysical field. Notable among them are Global Geophysical Services, Inc. and Global Ambient Seismic, Inc. His expertise in seismic data acquisition has made him a valuable asset within these organizations, where he has contributed to numerous projects aimed at improving seismic survey methodologies.
Collaborations
Fleure has collaborated with several talented individuals, including Craig Lindberg and Ralph B Muse, who have joined him in various endeavors throughout their professional journeys. These collaborations highlight the importance of teamwork in advancing technological innovations within the seismic industry.
Conclusion
Thomas Fleure's contributions to seismic data acquisition through his innovative patents are commendable. With a strong foundation built on collaboration and a clear vision for enhancing seismic survey methodologies, Fleure continues to shape the landscape of geophysical research and practice. His work not only reflects his talent but also signifies the impact of dedicated inventors on the advancement of technology and industry standards.