Combined the advanced synchrotron beamline with the in-situ processing technologiesthe diversified measurement systems, we provide a parametrizable AI platform for material manufacturing processes, microstructures,product performance.

This research develops an innovative method for patterning arbitrarycomplicated 3D microstructures on metallic roller surfaces. This roller mold manufacturing system consists of digital light processing, arrayed microlensesoptical fibers,precision servo-controlled motion technologies. Based on this arrayed UV beam pen system, seamless roller molds are fabricated for roller imprintin

“Aerogel Cold Chain Storage Box with High-efficiency Thermal Insulation Performance” insulation layer includes phase change materials aerogel phenolic foamed insulation materials,aerogel insulation coatings. The carbon fibre used composite materials as the box shell. It is an innovative vaccine mobile refrigerator that does not require a power supply. It can keep cold for a long timehas good low-temperature stability. Our thermal materials have better cold retentionfire resistance than the insulation material used in the international COVID-19 vaccine storage.

We developed our very own battery management system as well as improved the battery infrastructure, ensuring higher voltage as well as better safety we completely redesigned the suspension system, monitoring different dynamic performances via individual shock absorbers we also used the lighterstronger carbon fiber as the material for our wishbones.

We proposed a positioning integrated gyroscope (PIG) with a unit price of less than US$3,000. A pilot test was conducted in the tunnel section. The positioning error of the MEMS gyroscope was 4,300 meters at a moving distance of 7.8 kilometers,because there was no GNSS signal in the tunnel. The signal of GNSS module only uses the built-in IMU for positioning, the maximum error is also 348 meters. We move 7.8 kilometers, the error is 89 meters73 meters, the overall error are MEMS (55), GNSS (4.5),the team＇s module (1.1), the internationally marketed inertial FOG (0.9).

Under the support of the MOSTHigher Education SPROUT projects, we have successfully developed a new model of the FOG aiming for the sensing vibrational environment. Our miniaturized integrated optical gyroscope vibration sensors (CIGS), only 250 grams in weighthalf of a business card in footprint, feature high performance (bias stability 1o/hr)cost effectiveness. The sensor is the key to many applications such as the seismic front wave detectionthe vibration monitoring of volcanos, wind turbines, wafer isolation platform, high tension towers, buildings,vehicle bodies.