Xiuxiong Mo

Title: Xiuxiong Mo: Innovator in Pavement Construction

Introduction

Xiuxiong Mo is a notable inventor based in Beijing, China. He has made a significant contribution to the field of pavement construction through his innovative designs and methods. Mo's work emphasizes the importance of efficiency and effectiveness in construction processes, particularly with his unique auxiliary member aimed at enhancing pavement construction.

Latest Patents

Mo holds a patent for an "Auxiliary member for pavement construction, concrete slab and method for pavement construction." This invention includes a design comprising a cylinder with two parts connected and communicating with each other. The first part incorporates a sling installing member and a slurry inlet, while the base plate connected to the second cylinder part features bolt extending holes and multiple slurry discharging holes. The leveling bolt designed in this system includes a bolt head and a screw, ensuring a streamlined approach to concrete slab applications. His invention aims to enhance the efficiency and quality of pavement construction.

Career Highlights

Throughout his career, Xiuxiong Mo has been associated with prominent organizations such as the Research Institute of Highway Ministry of Transport and Zhonglu High-tech Highway Technology (Beijing) Co., Ltd. His roles in these institutions have allowed him to apply his innovative ideas and contribute to significant advancements in highway technology and infrastructure development.

Collaborations

Mo has had the opportunity to work alongside skilled professionals such as Bo Tian and Qin Fu. Collaborating with such talented individuals has enhanced his research and development efforts, fostering a productive environment for innovation in pavement construction techniques.

Conclusion

Xiuxiong Mo's contributions to the field of pavement construction through his patent and collaborations demonstrate the potential for innovation in infrastructure development. His work signifies how inventive solutions can address practical challenges, ultimately leading to more efficient and sustainable construction practices. With just one patent to his name, Mo's impact is a testament to the power of creativity and collaboration in engineering and technology.