Company Filing History:
Years Active: 2017
Title: The Innovations of Chris Buzunis in Building Structure Detection
Introduction
Chris Buzunis is an inventive mind based in Headingly, California, renowned for his contributions to technology through his work in detecting defects in building structures. With one patent to his name, Buzunis shows exceptional capability in merging engineering principles with practical applications for improving safety and structural integrity.
Latest Patents
Buzunis holds a patent for an “Apparatus, system and method for detecting defects in building structures.” This innovative solution features a detector that assesses the presence of defects and a transmitter that wirelessly sends this information to a central controller. The overall system is designed to enhance the efficiency of defect detection through features such as location determination and the association of defect indications with specific locations. The design also incorporates a processor capable of deriving measurement vectors that indicate the direction toward discovered defects. Additionally, the detection unit is autonomous, allowing it to relocate itself for extensive monitoring, complemented by a display system showing resultant vectors.
Career Highlights
Currently affiliated with Smt Research Limited, Chris Buzunis has established himself in the technical community as a leading innovator. His work emphasizes the importance of safety in construction and building maintenance, optimizing resources and efforts to ensure the stability of structures.
Collaborations
Buzunis collaborates with esteemed professionals such as Gamal Kazim Mustapha and Jason G Teetaert. Together, they contribute to pioneering advancements in defect detection technologies, reinforcing their commitment to enhancing building safety and innovation.
Conclusion
As an inventor, Chris Buzunis exemplifies the transformative role of technology in improving infrastructure safety. His patent and ongoing contributions through Smt Research Limited illustrate the vital intersection of innovation and practical application, laying the groundwork for future developments in the field.