Company Filing History:
Years Active: 2002
Title: David H Weigle: Innovator in Material Assaying Technologies
Introduction
David H Weigle is a notable inventor based in Philadelphia, TN (US). He has made significant contributions to the field of material assaying through his innovative patent. His work focuses on enhancing the safety and efficiency of handling materials that may contain radioactive elements.
Latest Patents
David H Weigle holds a patent for an "Apparatus, methods, and systems for assaying materials." This invention discloses a combination of detectors that scan for areas of material non-uniformity and assay the type and amount of radioactivity present in the material. The scanning detectors are designed to identify non-uniform levels of radiation emanating from the material. If any non-uniformity is detected, the material is handled according to radioactive material protocols. The remaining material is then subjected to assay. If the material shows no signs of non-uniform radiation emission, assay detectors are employed to evaluate the material. Should the concentration of any radionuclides exceed a predetermined limit, the material is managed with appropriate safety protocols. If all radionuclides meet the safety limits, the material is deemed safe for release or clearance from radiological controls.
Career Highlights
David H Weigle is associated with Gtsd Sub III, where he applies his expertise in developing advanced technologies for material assessment. His innovative approach has led to the creation of systems that utilize multiple assay stations, enhancing the efficiency of the assaying process.
Collaborations
Throughout his career, David has collaborated with notable colleagues, including Alfred N Johnson and Jeffrey W Dickinson. These partnerships have contributed to the advancement of technologies in the field of material assaying.
Conclusion
David H Weigle's contributions to the field of material assaying demonstrate his commitment to safety and innovation. His patent reflects a significant advancement in the methods used to handle and assess materials with potential radioactive content.