Technical Name Development and application of the wireless power transfer and TTi (Temperature-Time indicator) semiconductor chip for the real time Food Safety monitoring
Project Operator Asia University
Project Host 蔣育錚/陳科宏
Summary
The low cost, ultra-low energy consumption, high sensitive, one-to-many, wireless power transfer and TTi semiconductor chip technology could be used for large amounts of goods and foods. Such chips can be used as IOTs for the Blockchain and AI technology in the future. Using techniques developed in this plan, for the semiconductor and food industry even the authority, the food safety will be extremely impacted.
Scientific Breakthrough

Collected data shown the power can be transferred wirelessly more than 1.2 meter, and the temp range of the supercapacitor was between -55℃ ~ +125℃ and could be wirelessly powered to 5-10 chips at the same time.The wireless power transfer chip tech could use for large amounts of goods including the medical service, freezing product, and cold chain.
Industrial Applicability
The temperature monitoring semiconductor chip can be used for the real time monitoring the temp of large amount of foods and could use to reduce the food pathogens. The relative technologies could be used to monitor of the low temp logistics, cold chains, inventory, and food supply chain, even in medical service, vaccines, blood, freezing products, vegetables, fruits, eggs, marine products, expiration date, even in artworks.
Keyword Food Safety Food Traceability Temperature-Time Indicator Radio Frequency Identification (RFID) technology Wireless power transfer Real time Monitoring Semiconductor Chip Artificial Intelligent Technology Blockchain IOTs
Notes
  • Contact
other people also saw