Chao Wang

Title: Chao Wang: Innovator Redefining Temperature Measurement in Turbines

Introduction:

In the world of turbine temperature measurement, Chao Wang from Sichuan, China, has emerged as a remarkable innovator. With a passion for advancing the field, he has contributed significantly to the industry through his ingenious patents. Wang's expertise lies in developing self-cooled turbine panoramic temperature measuring devices and surface temperature measurement devices using rotatable prisms. Let's delve into his latest patents, career highlights, notable collaborations, and the impact of his inventions.

Latest Patents:

Chao Wang has recently secured two groundbreaking patents that have revolutionized temperature measurement in turbines.

1. Self-cooled four-shaft turbine panoramic temperature measuring device:

This patent introduces a four-shaft panoramic scanning temperature measuring device that incorporates a circulating water-cooling device. This addition not only enhances the reliability of the probe but also amplifies its flexibility and scanning efficiency. By designing five cooling cavities, the device achieves higher circulating water-cooling efficiency compared to traditional methods. With its four-shaft structure encompassing translation, rotation, swinging, and a coaxial sight pipe and light pipe, it provides panoramic scans of high-temperature components within the turbine. This integrated temperature measuring device solves the size and control complexity issues faced by its conventional counterparts.

2. Device for measuring surface temperature of turbine blade based on rotatable prism:

This patent presents a device for measuring the surface temperature of turbine blades using a rotatable prism. The device comprises a probe, a prism rotating apparatus, and an optical focusing apparatus. Enclosed within the probe, the prism rotating apparatus features a rotary motor, a worm, a gear, and a prism rotary table, enabling precise rotation of the prism. The optical focusing apparatus includes a telescopic motor, a coupler, a lead screw, and a drive rod, facilitating accurate movement of the prism within the measuring range. With its advanced design, this device simplifies surface temperature measurement of turbine blades, improving efficiency and accuracy.

Career Highlights:

Chao Wang has contributed extensively to the field of temperature measurement, primarily while working at the prestigious University of Electronic Science and Technology of China and the Sichuan Research Institute of Nature Drugs. His expertise and dedication have resulted in 13 patents to date, establishing his position as a notable innovator.

Collaborations:

Throughout his career, Chao Wang has collaborated with several professionals who have played significant roles in his groundbreaking inventions. Among his notable colleagues are Jing Jiang and Zezhan Zhang, both experts in their respective fields. Their collective efforts have contributed to shaping the innovative landscape of temperature measurement in turbines.

Conclusion:

Chao Wang's inventive spirit and dedication to advancing temperature measurement in turbines have led to remarkable breakthroughs in the industry. With his recent patents in self-cooled four-shaft panoramic temperature measuring devices and rotatable prism-based surface temperature measurement devices for turbine blades, he has cemented his position as a pioneering innovator. Collaborating with talented professionals, Chao Wang continues to shape the future of temperature measurement and inspire the next generation of inventors in this field.