Company Filing History:
Years Active: 2024
Title: **Gi Ryung KWON and His Innovative Fire Prediction Monitoring System**
Introduction
Gi Ryung KWON, an inventor based in Seoul, South Korea, has made significant strides in the field of safety technology with his innovative contributions. With a focus on detecting and predicting fire outbreaks, KWON's work showcases the integration of advanced monitoring systems aimed at enhancing safety measures in various environments.
Latest Patents
KWON holds a patent for an "Electric fire prediction monitoring system and the method including the same." This invention revolves around a sophisticated system that predicts and detects potential fire outbreaks. The technology features a management server that stores and processes data, a state detection unit that monitors conditions within a designated detection space, and imaging capabilities to visually assess normal and abnormal states. Quick identification of danger points is facilitated, enabling safety managers to act proactively in fire-related situations.
Career Highlights
Gi Ryung KWON is associated with Fs, Inc., where he continually strives to develop innovative solutions addressing safety concerns. His expertise in creating systems that integrate data monitoring and analysis has positioned him as a key contributor within his company.
Collaborations
Throughout his career, KWON has had the opportunity to collaborate with skilled colleagues, including Young Jin Kim and Si Young CHOI. Their joint efforts and expertise in research and development have undoubtedly enriched the innovations produced by their team, leading to advancements in fire safety technology.
Conclusion
Through his inventive spirit and dedication to enhancing safety protocols, Gi Ryung KWON continues to pave the way for technological advancements in fire prediction and monitoring. His work not only exemplifies the importance of innovative solutions in everyday life but also highlights the collaborative efforts of skilled professionals working towards a safer future.