Company Filing History:
2 out of 358 
2 out of 2 
2 out of 3 Years Active: 2024-2025
Title: **Innovator Spotlight: Qingbin Meng**
Introduction
Qingbin Meng is a prominent inventor based in Xuzhou, China, known for his innovative contributions in the field of material science and engineering. With a total of two patents to his name, Meng has made significant advancements that can potentially reshape how molten metal interacts with porous media and enhance the properties of cemented materials.
Latest Patents
One of Qingbin Meng's noteworthy patents is titled "System and method for centrifugal intrusion of molten metal into porous media and then solidification positioning." This patent describes a comprehensive system designed to optimize the process of introducing molten metal into porous materials, followed by precise solidification positioning. Key components of this invention include test cups for medium placement, a rotor block for mounting, and a centrifugal device for conducting the necessary operations, all regulated by a constant temperature oil bath and an infrared heating and refrigeration mechanism.
His second patent, "Cemented filling material with bionic structure and preparation method and application thereof," focuses on a novel cemented filling material characterized by a bionic honeycomb skeleton. This invention pertains to methods of structural modification for cement-based materials, particularly those with ultra-high energy absorption characteristics, broadening the scope of applications in civil engineering.
Career Highlights
Qingbin Meng has been associated with prestigious institutions such as the China University of Mining and Technology and the Jiangsu Research Institute of Building Science. During his tenure at these organizations, he has continued to cultivate his research into advanced materials, aligning academic pursuits with practical applications.
Collaborations
Throughout his career, Meng has collaborated with notable colleagues, including Jiangyu Wu and Dan Ma. These partnerships have fostered a collaborative environment, enhancing the development and refinement of his innovative technologies.
Conclusion
Qingbin Meng exemplifies the essence of innovation in material science, with his work promising to advance both theoretical research and practical applications. His patented systems and materials signify potential breakthroughs in how industries utilize molten metals and cement-based structures, underscoring the significance of innovation in addressing contemporary engineering challenges.