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The invention patent is a test system and method for the performance of a radio frequency application system of a high-speed sports electronic tag, which comprises a reader antenna, a spectrum analyzer receiving antenna, an electronic tag to be tested, a reader antenna holder, a reader/writer to be tested, and a spectrum. The analyzer, the control computer, the drive motor controller, the drive motor, the turntable, the protective cover and the support stand are formed by driving the motor to drive the turntable, so that the electronic tag to be tested fixed on the turntable moves at a high speed, and the electronic tag is used. The speed of the tangential direction of the turntable simulates the linear motion speed of the electronic tag in practical applications, thereby scientifically and reproducibly evaluating the performance of the RFID application system of the electronic tag under high-speed motion.
With the increasing scale of RFID applications and the increasing variety of RFID antennas and readers, in order to select the most suitable products for users in many RFID readers and tags, the performance of RFID products is required. The indicators are specifically tested. In practical applications such as smart parking lots and highway non-stop charging, there is a rapid relative movement between the RFID reader and the tag. The RFID product performance testing system and method under the traditional high-speed motion has the disadvantages of large occupied space, high construction cost and unstable experimental process. Aiming at the shortcomings of the traditional method, the patent proposes an RFID application system performance benchmarking system and method for the electronic tag in a high-speed motion state, and the system and method can better restore the real test scenario in the testing process. Provide users with a simple, clear and effective automated test tool and benchmark test method to quickly evaluate the performance of RFID application system in high-speed motion application scenarios under repeatable conditions, thus selecting user equipment Provide a decision reference.
As one of the core technologies of the Internet of Things, RFID technology has broad application prospects and great application value. RFID performance test equipment and technology can provide decision-making reference for user equipment selection, which is the basis for the practical application of RFID technology. The system and method proposed by the patent can provide users with a simple, clear and effective automated test method. It will help to enhance China's independent innovation capability in the field of RFID, support the technical fields of China's high-tech industries and emerging industries, and meet the funding management methods.
The patent has been officially authorized in China and the United States, enhancing China's competitiveness in RFID performance testing, improving China's RFID test technology patent pool, and gaining more say in the future participation in RFID international test standards.
The RFID technology patent of the Institute of Automation of the Chinese Academy of Sciences was authorized by the United States
It is reported that the "Method and Apparatus for Testing the Performance of Radio Frequency Identification System" (PCT Patent No.: PCT/CN2010/002054, US Patent No. 13/143,041) was researched and invented by Tan Jie, a researcher at the Institute of Automation, Chinese Academy of Sciences. The United States is authorized. The invention patent was applied to enter the United States in 2011 by applying for the international PCT route in 2010. It is the first patent of the Automation Institute to be authorized in the United States through the international PCT.