On June 20, the 2024 World Intelligent Industry Expo opened in Tianjin, and a total of six projects of our school were unveiled at this World Intelligent Industry Expo, fully demonstrating the new technologies and new progress made by our school in energy, cold chain, intelligent equipment and other aspects。

Led by Vice President Professor Chen Guanyi, the Environmental Energy +X Innovation Laboratory team's scientific research achievements of "waste thermochemical kinetics synchronous intelligent selection system" were presented at the conference，This technique utilizes hyperspectral and machine learning techniques to obtain the thermochemical kinetic parameters of garbage samples instantaneously，Based on this, intelligent sorting is carried out，Effectively improve the efficiency of waste downstream energy utilization。

The "Single-phase submerged liquid cooled server Integrated cabinet" developed by Professor Liu Shengchun, dean of the School of Mechanical Engineering, and Teacher Li Xueqiang's team focuses on the field of supercomputing center and intelligent computing, with a single server power of more than 4kW and a single cabinet of more than 60kW。At the same time, because the solution has extremely high cooling performance, it can make full use of the natural cold source, eliminating the largest energy consumption unit in the data center heat dissipation - refrigeration system, and has broad application prospects。

"Amphibious multi-modal Search and Rescue Robot" developed by Associate Professor Chang Qing, Vice President of the School of Mechanical Engineering，Innovative combination of planet-like gear and multi-link parallel folding mechanism，According to the field requirements of the rescue mission，It can realize task-oriented optimal path planning and autonomous switching of rolling, crawling and flying motion modes，It has a wide application prospect in the field of safety emergency equipment industry。

The "Intelligent drying and Moisture content detection System for Germplasm Resources" developed by Liu Xinghua, senior engineer of the School of Mechanical Engineering, can monitor the moisture content of germplasm resources through non-contact microwave technology under double-15 drying conditions。This technology can accurately monitor the equilibrium water content of germplasm resources during the drying process, effectively control the drying process, and significantly improve drying efficiency and product quality。

"Intelligent Detection System for Railway Receiving and Departing Trains" developed by Associate Professor Han Jianfeng, School of Information Engineering，Intelligent risk detection and identification for trains running at 5 to 200 km/h，It consists of two parts: data acquisition and AI alarm，Through the Internet of Things technology, "2mm*2mm/ pixel" high-precision linear array image, wheel temperature, running part sound, 1080p video, vehicle number speed and other data are collected for the moving train all day long，And through machine vision, machine hearing, machine touch, data mining technology for the train "real-time physical examination"。

The "Intelligent Interconnection System of Manufacturing Equipment Based on I/O Routing" developed by Dr. Hu Deji of the School of Information Engineering realizes the interconnection between heterogeneous systems through the acquisition, replication and redirection technology of the I/O signals of the traditional control system。

More than 200 students and teachers of our school attended the exhibition, exchanged and interacted with scientific research personnel of relevant participating universities and enterprises, and deeply understood the cutting-edge trends and application prospects of scientific and technological innovation。It is reported that the municipal Education Committee fully tapped the latest achievements of colleges and universities in cutting-edge fields such as artificial intelligence and intelligent manufacturing, organized 12 colleges and universities to participate in the 2024 World Intelligent Industry Expo, and selected 94 achievements such as amphibious variable form search and rescue robots, livestock robots, and semiconductor optoelectronic chips。(Reviewer: Sun Huan and Liu Bin)