Company Filing History:
Years Active: 2024
Title: The Innovative Mind of Chengshuai Qin
Introduction
Chengshuai Qin, a dedicated inventor based in Shandong, China, has made significant contributions to the field of underground engineering. His innovative work focuses on the simulation of critical rock collapse, which is crucial for ensuring safety and effectiveness in engineering projects.
Latest Patents
Chengshuai Qin holds a patent for a "Platform, system and method for simulating critical rock collapse of surrounding rock in underground engineering." This invention features a unique design that includes four vertically arranged reaction walls, which define a square reaction space. Additionally, it comprises a base mounted at the lower end of the walls, a row of horizontally arranged stress loading plates, and a reaction beam above the space. These components work together to create a loading space for testing surrounding rock simulation blocks. The stress loading plates and the reaction beam are equipped with linear motion units, allowing for precise horizontal and vertical movement, essential for accurately simulating and understanding the mechanics of rock collapse.
Career Highlights
Chengshuai Qin is currently associated with Shandong University, where he applies his expertise in underground engineering. His innovative approaches and research contribute significantly to the advancement of engineering practices, specifically in the simulation and management of geological challenges faced in various projects.
Collaborations
In his career, Chengshuai Qin has collaborated with colleagues like Shucai Li, working together to enhance their research capabilities and findings within the field of underground engineering. Their partnership exemplifies the importance of collaboration in fostering innovation and advancing technology.
Conclusion
Chengshuai Qin stands out as an influential inventor whose work in simulating critical rock collapse plays a vital role in underground engineering. Through his contributions at Shandong University and collaborations with peers, he continues to pave the way for future advancements in safety and engineering practices. His patent is not just a testament to his ingenuity, but also a significant development that may help shape the future of the engineering field.