Dengfeng Lu

Title: Innovations of Dengfeng Lu: Revolutionizing Artificial Stone Curing

Introduction

Dengfeng Lu, an esteemed inventor based in Beijing, China, has made significant contributions to the field of artificial stone curing. With one patent to his credit, Lu has developed sophisticated technology that enhances the efficiency and effectiveness of curing artificial stone using microwaves. His innovative methods are set to transform both the industry and the way artificial stone is processed.

Latest Patents

Dengfeng Lu's most notable patent is titled "Device and method for heating and curing artificial stone with microwave." This patent describes a unique device designed specifically for the curing process, which includes a microwave curing cavity that allows incompletely cured artificial stone to be placed within. The technology utilizes microwave frequencies ranging from 300 to 1120 MHz to ensure that the artificial stone is rapidly heated and fully cured. The innovative aspect of this invention lies in the separately designed microwave curing cavity that utilizes microwaves with large penetrating depth, facilitating the quick curing of large-sized artificial stones.

Career Highlights

Lu has garnered a wealth of experience throughout his career, having worked with prominent research institutes such as the Chinese Academy of Sciences and Guangxi Academy of Sciences. His involvement with these institutions has undoubtedly contributed to his comprehensive understanding of materials science and microwave technologies.

Collaborations

Throughout his journey as an inventor, Dengfeng Lu has also collaborated with notable colleagues, including Haibing Ding and Zhaochuan Zhang. These partnerships have fostered an environment of innovative thinking and problem-solving, further refining Lu’s inventive processes and methodologies.

Conclusion

Dengfeng Lu stands out as a pioneering inventor with his innovative approach to artificial stone curing through microwaves. His patent reflects a significant advancement in the field, promising enhanced efficiency and improved quality in artificial stone production. With continued efforts in research and collaboration, Lu is likely to drive further technological advancements in material processing.