Radio frequency identification method and device of reverse measurement auxiliary information

Abstract

The invention discloses a radio frequency identification method and device of reverse measurement auxiliary information. The radio frequency identification device comprises a computer, a coordinate measuring machine, a measuring head sensor, a temperature sensor, a gas pressure sensor, a humidity sensor, a timer, a reader, five radio frequency tags, a half-duplex communication interface and a simplex communication interface, wherein the computer is connected with the reader through the half-duplex communication interface, the reader is in wireless communication connection with the coordinate measuring machine, the measuring head sensor, measuring personal, a laboratory, and the radio frequency tags, and the radio frequency tag is integrated with the temperature sensor, the gas pressure sensor, the humidity sensor and the timer; and the temperature sensor, the gas pressure sensor, the humidity sensor and the timer are provided with programmers, and are connected with the corresponding radio frequency tags through the simplex communication interface. According to the invention, information of the coordinate measuring machine, the measuring head sensor, the measuring personal, the timer, the laboratory, the temperature sensor, the gas pressure sensor and the humidity sensor during reverse measurement is rapidly identified and obtained, and human-computer interaction is not needed.

Description

technical field [0001] The invention relates to a radio frequency identification method, in particular to a radio frequency identification method and device for reversely measuring auxiliary information. Background technique [0002] Radio Frequency Identification, English full name Radio Frequency Identification, referred to as RFID, also known as electronic tags. It is a communication technology that identifies a specific target and reads and writes relevant data through radio signals without the need for mechanical or optical contact between the identification system and the specific target. [0003] At present, radio frequency identification technology is mainly used in logistics, retail, manufacturing, identification and other fields. Due to the low cost of readers and tags, and the small size of tags, they can be easily attached to the surface and inside of objects. Certain advantages. [0004] In the reverse engineering measurement, the coordinate information of the...

AI Technical Summary

Problems solved by technology

In the reverse measurement, especially in the environment of multi-sensor integrated measurement, there are many devices involved, and the probe sensors involved in different measurement processes are different. Manually recording information increases the workload of the measurement personnel and is prone to error records.

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