Daide Li

Title: Daide Li: Innovating Ultrasonic Inspection Technology in Shanghai

Introduction: Daide Li, an inventor based in Shanghai, China, has made significant strides in the field of ultrasonic inspection technology. With one notable patent to his name, Li has showcased his expertise through innovative solutions tailored to enhance precision in various applications.

Latest Patents: Daide Li holds a patent titled "Precise value selection within large value ranges." This invention provides systems, devices, and methods for accurately selecting a precise value within extensive value ranges. By utilizing data from an ultrasonic inspection device, this technology allows for better configuration of parameters in ultrasonic inspections of test objects. The user interface of the ultrasonic testing device features a control that includes a display to show parameters and values and an interactive portion to gather user inputs. From these inputs, a desired value associated with a primary parameter is determined and displayed effectively.

Career Highlights: Daide Li is currently associated with Baker Hughes Holdings LLC, a firm recognized for its innovations in energy technology. His tenure in the company has arguably contributed to the advancement of techniques in ultrasonic inspection, reflecting his commitment to harnessing technology for enhancing industrial processes.

Collaborations: Throughout his career, Daide Li has collaborated with several talented individuals, including Lei Jiamin and Ralf Ratering. These collaborations have played a pivotal role in enriching the knowledge base and innovating solutions in their endeavors.

Conclusion: Daide Li stands out as a visionary inventor in the ultrasonic inspection sector. His patent reflects a significant contribution to precision technology, which is essential for various applications that rely on accurate measurements. With his ongoing work at Baker Hughes Holdings LLC and valuable collaborations, Li continues to shape the future of technology through innovation.