Nested matrix type reading electronic tag system capable of resisting atmospheric vibration and filtering frequency

Abstract

The invention discloses a nested matrix type reading electronic tag system capable of resisting atmospheric vibration frequency filtering. The device structurally comprises a base, the device comprises a bracket frame, an inner sealing strip frame plate, a mark plate block, an infrared scanning groove, a sliding strip armature device, a socket groove block, an overturning support and a suction cupbase. According to the invention, the infrared scanning groove is matched with the sliding strip armature device; two side end contact seats and an angle expanding sheet plate seat are in lap joint through an armature to form a three-contact interlaced wave receiving electromagnetic net. Scattered data is collected in a net-pulling manner by cooperating with the infrared scanning groove for atmospheric vibration wave frequency; then, a simple stable data electric field is formed for the wave band after the atmospheric amplitude; then, system matrix scanning input during later reading of the electronic tags is facilitated, a partition operation is formed for adjacent easy-to-deviate databases of the interval blocks, data missing and missing values can be conveniently calculated by a chip with a small transition node, the one-by-one input overlapping condition of an electronic tag system is also improved, and the data resolution and the autonomous complementing effect of the tag systemare improved.

Description

technical field [0001] The invention relates to a nested matrix anti-atmospheric vibration filtering frequency reading electronic tag system, which belongs to the field of electronic tags. Background technique [0002] The electronic tag is the operation coder of the radio frequency identification, and it is also the compiler that integrates the database to discharge the different frequency bands, which is convenient for the scanning of the material goods code or the one-by-one input operation of the electric signal sending and receiving, and forms a simple matrix interval data cache effect for the entire electronic system. Disadvantages to be optimized in the current technology are as follows: [0003] The matrix structure is divided into digital intervals to read electronic tags, which is convenient for radio frequency identification operations. However, due to the low-altitude flight of the aircraft or slight changes in the earth's crust, vibrations in the atmospheric str...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide a nested matrix type anti-atmospheric vibration filter frequency reading electronic tag system to solve the problem of reading electronic tags by dividing the matrix structure into digital intervals and facilitating radio frequency identification operations , but due to the low-altitude flight of the aircraft or slight changes in the earth's crust, the vibration of the atmospheric stratosphere will be formed, and the amplitude of the air flow will interfere with the sending and receiving signals of the band frequency, which will cause the lack of particles when the air flow acts as a medium to conduct the ionized electronic signal. A small part of the data in the middle section and the beginning and the end of the radio frequency band is missing, which will increase the probability of deviation when reading the data, and overlap the values ​​​​of adjacent matrix interval blocks, resulting in a selective single determination operation after the interval data overlaps. However, there are dark blocks in the interval, which affect the entry of the label system.

Images