Beijing, China

Wenyuan Qi


Average Co-Inventor Count = 9.0

ph-index = 1


Company Filing History:


Years Active: 2022

where 'Filed Patents' based on already Granted Patents

1 patent (USPTO):

Title: The Innovative Contributions of Wenyuan Qi

Introduction: Wenyuan Qi, an inventive mind from Beijing, China, holds a unique patent that showcases his expertise in radiation detection technology. With a mastery of methods and apparatuses crucial for the precise detection of dose distribution, Qi’s work significantly contributes to advancements in health and safety protocols.

Latest Patents: Wenyuan Qi is credited with a patent titled "Method and Apparatus for Detecting Dose Distribution of Article". This innovative method involves performing fluoroscopy scanning on a target article to gather mass data per unit area or volume. Subsequently, the patent outlines a process to derive dose distribution data based on this mass data, employing a pre-established mapping model. This model illustrates the relationship between mass metrics and dose distribution, facilitating the generation of detailed radiation images for thorough analysis and review.

Career Highlights: Qi has demonstrated remarkable professionalism in various roles, contributing to the field of radiation detection. His career includes notable positions at Nuctech Company Limited and Nucway Company Limited, where he applied his knowledge to enhance diagnostic equipment and health safety standards.

Collaborations: While advancing his career, Wenyuan Qi has collaborated with skilled professionals such as Zhiqiang Chen and Yuanjing Li. These collaborations have likely spurred collective innovations, enhancing the impact of their combined expertise within the industry.

Conclusion: Wenyuan Qi stands as a prominent inventor in the field of radiation detection, with a patent that has significant implications for health and safety technology. His contributions, bolstered by partnerships and experience in reputable companies, position him as a key figure in ongoing innovations within this critical area.

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