System and method for multiple-authentication of race pigeon identities

Abstract

The invention relates to a system for multiple-authentication of race pigeon identities, which comprises a plurality of recognition elements connected with different race pigeons, a plurality of reading devices and an authentication host computer. The recognition elements prestore an identity code and a unique sequence code respectively. During competition registration, the authentication host computer reads and logs on the identity code and the unique sequence code of the recognition element of each race pigeon to form a plurality of pigeon membership documents, and then inputs the pigeon membership documents to a corresponding reading device. During competition check in, the authentication host computer reads, unscrambles and authenticates whether the recognition elements worn by each race pigeon accord with the pigeon membership documents, and only the race pigeon with a true authentication result is approved to take part in the competition; besides, the authentication host computer inputs an entry password to the recognition element of the race pigeon and adds the entry password into the corresponding reading device so as to provide an authentication again when the race pigeon returns to a nest.

Description

technical field [0001] The invention relates to a system and method for verifying the identity of racing pigeons, in particular to a system and method for multiple verification of the identity of racing pigeons. Background technique [0002] At present, when racing pigeons are raised, an identification element will be installed on a pigeon ring. This identification element usually adopts a transponder (Transponder), and there is an identity code in memory, which can be confirmed by reading the identity code through a reading device (Reader). The identity of the racing pigeon, and record the return time of the racing pigeon at the same time, confirm the identity of the racing pigeon and the time of return to the nest to determine the ranking of the competition. [0003] When registering for the competition, the organizer uses a verification host (commonly known as a "pigeon collection device" in the industry) to read and log in the identity codes of the racing pigeons to part...

AI Technical Summary

Problems solved by technology

[0005] However, since both the identity code and the competition password are temporarily stored data that can be added, deleted, and modified, and can be read by a reading device, there is still the possibility of fraud. After the pigeons are collected and released from the south, the fraudulent owner first registers a racing pigeon that is usually fed in the northern loft, and then fakes the same identity as the racing pigeon for a racing pigeon that is usually fed in the central loft. Coding, during the race, use pigeon B to replace pigeon A to collect and release the pigeons. Because the distance of returning to the nest of pigeon B is shorter than the end of the race, it will definitely return to the nest first. At this time, the accomplice of the cheating owner in the middle reads out The competition code of pigeon B, and then contact the fraudulent owner at the end position to input the same competition code into the identification element of pigeon A and the reading device of the fraudulent owner, and then use the reading device to read the identification element of pigeon A , can forge a leading time to return to the nest, deceive the organizer and win the competition, resulting in the disadvantage of unfair competition

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