Jean-Pierre Schlotterbeck

This inventor holds 25 USPTO granted patents and 2 published patent applications, plus 2 CIPO patents and 16 EPO patents, primarily in Laser Anemometry. Top assignee: Thales. Active years: 2008-2026.

IDiyas Innovation Intelligence. (2026). Inventor Profile: Jean-Pierre Schlotterbeck. Retrieved from https://idiyas.com/inventor/jean-pierre-schlotterbeck

Data source: USPTO (United States Patent and Trademark Office) public patent records. Weekly synchronization. How IDiyas builds this profile

Calculating rank

USPTO Granted Patents = 25 (Patent Applications = 2)

% Patents Active = 64.0

CIPO Patents = 2

EPO Patents = 16 (Patent Applications = 14)

Average Co-Inventor Count = 3.0

ph-index = 6

Forward Citations = 98(Granted Patents)

Location History:

Samson, FR (2009)
Rochefort/Samson, FR (2013)
Rochefort-Sampson, FR (2017)
Rochefort-Samson, FR (2008 - 2020)
Valence, FR (2018 - 2024)

Company Filing History:

25 out of 2,649

Thales

patents

Years Active: 2008-2026

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Areas of Expertise:

Angle-of-Attack Probe

Pitot Probes

Doppler LiDAR

Optical Measurement

Laser Anemometry

Static Pressure Measurement

Atmospheric Turbulence

Frequency Shifter

Optical Devices

Multifunction Probe

Aircraft Measurement

Ice Detection

25 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 12553919 - Method for self-testing an angle-of-attack probe and method for checking the velocity of an airflow provided by a series of associated Pitot probes and angle-of-attack probe (2026-02-17),

2. 12044698 - Method for self-testing an angle-of-attack probe and method for checking the velocity of an airflow provided by a series of associated pitot probes and angle-of-attack probe (2024-07-23),

3. 10732279 - Method for identifying a solid obstacle in a laser beam of a lidar system and related system (2020-08-04),

4. 10724915 - Static pressure measurement probe system and associated method (2020-07-28),

5. 10495662 - Multifunction probe for primary references for aircraft, associated measuring system, aircraft and method for obtaining physical quantities (2019-12-03),

6. 10054606 - Method for determining the speed of a rotocraft relative to the surrounding air (2018-08-21),

7. 9927456 - Probe system, mixed primary reference probe for an aircraft, associated aircraft and measuring method (2018-03-27),

8. 9778362 - Relative speed measuring doppler LiDAR (2017-10-03),

9. 9588220 - Lidar comprising optical means for deicing or preventing icing (2017-03-07),

10. 9435890 - Laser anemometry system and method (2016-09-06),

11. 9268094 - Optical signal emission system (2016-02-23),

12. 8998485 - Laser anemometry probe system and method employing continuous coherent detection, with single-particle mode, capable of detecting ice-forming conditions and of determining the severity of icing (2015-04-07),

13. 8976342 - Method for estimating the transverse component of the velocity of the air in a doppler LiDAR measurement (2015-03-10),

14. 8749794 - Optical device for measuring anemometer parameters (2014-06-10),

15. 8451435 - Optical anemometric probe with two measurement axes (2013-05-28),

Title: Innovations by Jean-Pierre Schlotterbeck: A Leader in Aerospace Patents

Introduction

Jean-Pierre Schlotterbeck is a prominent inventor based in Rochefort-Samson, France, known for his significant contributions to aerospace technology. With an impressive portfolio of 24 patents, Schlotterbeck has made a name for himself in the field of innovation, particularly through his work at Thales, a leader in advanced technologies.

Latest Patents

Some of Schlotterbeck's latest patents showcase his expertise in advanced aerospace systems. One notable invention is the “Method for self-testing an angle-of-attack probe.” This innovative method includes controlling the angular excitation of a rotary element to acquire angular measurements and determine parasitic torque. By comparing this torque with predetermined thresholds, the system can effectively detect any operational faults within the probe.

Another key patent focuses on “Method for identifying a solid obstacle in a laser beam of a lidar system.” This method enhances the safety and accuracy of laser systems by identifying obstacles in the beam's path through evaluating lidar signal parameters, thereby advancing the capabilities of lidar technologies.

Career Highlights

Schlotterbeck's career at Thales has been marked by a succession of groundbreaking inventions that push the boundaries of aerospace technology. His commitment to research and innovation has not only earned him numerous patents but has also established him as a leading figure in his field. His work continually shapes the future of aerospace systems, ensuring greater accuracy and safety in navigation technologies.

Collaborations

Throughout his career, Jean-Pierre Schlotterbeck has collaborated with prominent engineers and researchers, including his coworkers Xavier Lacondemine and Philippe Rondeau. These partnerships have fostered an environment of creativity and innovation, allowing for the development of sophisticated systems that benefit from the collective expertise of talented individuals in the industry.

Conclusion

In conclusion, Jean-Pierre Schlotterbeck's contributions to the field of aerospace technology through his numerous patents and collaborations underscore his role as an influential inventor. His innovative methods for self-testing probes and identifying obstacles in laser systems reflect a forward-thinking approach that continues to drive progress in the aerospace sector. As he advances his work at Thales, Schlotterbeck remains a key player in pioneering innovations that enhance safety and performance in aviation technologies.

Profile summary based on public USPTO records.