Company Filing History:

8 out of 2,692

Thomson-csf

patents

4 out of 83

Thomson Tubes Electroniques

patents

2 out of 4

Thales Electron Devices S.a.

Years Active: 1988-2006

Loading Chart...

15 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 7082187 - Radiological image detection system for a scanning X-ray generator (2006-07-25),

2. 6960879 - Distortion correction of an image intensifier (2005-11-01),

3. 6934360 - Radiological image sensing system for a scanning x-ray generator (2005-08-23),

4. 6194700 - Device with an alteration means for the conversion of an image (2001-02-27),

5. 5631459 - Device for generating images by luminescence effect (1997-05-20),

6. 5449449 - Method for the fabrication of a scintillator and scintillator obtained (1995-09-12),

7. 5338927 - Proximity focusing image intensifier tube with spacer shims (1994-08-16),

8. 5319189 - X-ray image intensifier tube having a photocathode and a scintillator (1994-06-07),

9. 5298294 - Input screen scintillator for an X-ray image intensifier tube and (1994-03-29),

10. 4980561 - Input screen scintillator for an X-ray image intensifier tube and (1990-12-25),

11. 4960608 - Manufacturing process of a photocathode for an image intensifier tube (1990-10-02),

12. 4943254 - Method for the fabrication of an improved X-ray image intensifier tube, (1990-07-24),

13. 4829355 - Photocathode having internal amplification (1989-05-09),

14. 4751423 - Photocathode having a low dark current (1988-06-14),

15. 4749903 - High-performance photocathode (1988-06-07),

Title: The Innovative Contributions of Paul De Groot

Introduction

Paul De Groot, an accomplished inventor based in St. Ismier, France, holds an impressive portfolio of 11 patents. His innovative spirit and technical expertise have made significant contributions to the field of radiological imaging and detection systems.

Latest Patents

Among his latest patents, Paul De Groot has developed a **Radiological Image Detection System for a Scanning X-ray Generator**. This invention features a radiological image detection system that works in tandem with a scanning X-ray generator, designed to produce X-ray radiation that scans a surface to be imaged. The system captures images portion by portion, allowing for detailed imaging by incorporating a stationary image sensor that receives and acquires images based on the irradiated portions. Additionally, it includes a functionality to limit image acquisition to the specific portion being irradiated at any given moment.

Another notable invention is his patent concerning **Distortion Correction of an Image Intensifier**. This invention addresses the correction of distortion in an image intensifier that consists of a primary screen for receiving first radiation and a secondary screen that emits second radiation derived from the first. Paul’s invention also includes a means of projecting a location test pattern onto the primary screen using third radiation, leading to an improved image that depends on this testing pattern.

Career Highlights

Paul De Groot has had a distinguished career working for renowned companies such as Thomson-CSF and Thomson Tubes Electroniques. His contributions to these organizations have been vital in advancing technologies related to imaging and radiation detection.

Collaborations

Throughout his career, Paul has collaborated with esteemed professionals in the field, including his coworkers Gerard Vieux and Yves Beauvais. Their combined efforts have fostered innovation and catalyzed advancements in radiological technologies.

Conclusion

In conclusion, Paul De Groot's inventive prowess and significant contributions to the realm of radiological imaging exemplify the impact of innovation in enhancing medical and imaging technologies. With his continuous pursuit of technological advancements, he remains a pivotal figure in the development of sophisticated imaging solutions.

This text is generated by artificial intelligence and may not be accurate.

Please report any incorrect information to support@idiyas.com