Data transmission system for homing pigeon match

Abstract

The invention discloses a data transmission system for a homing pigeon match. The system comprises a plurality of electronic animal identification labels, a plurality of scanning pedals, a wireless wire concentrator and an intelligent match host machine, wherein the electronic animal identification labels are carried by homing pigeons; the scanning pedals are used for receiving electronic animal identification label information; the wireless wire concentrator is connected with output ends of the scanning pedals; and the intelligent match host machine communicates with the wireless wire concentrator through a wireless network, is provided with an intelligent operation system and transmits data to a homing pigeon match data website through the wireless network. The connection between the pedals receiving radio frequency identification device (RFID) signals and the homing pigeon match host machine is near-distance wireless connection, so that RFID data can be received only by making the host machine close to the scanning pedals by homing pigeon enthusiasts during the match, and the damage caused by frequent plugging-in and plugging-out in wire connection is avoided. By the system, a plurality of pieces of equipment can communicate in the same space field without mutual interference, and due to complex functions of a communication protocol, software can be automatically connected with the equipment selectively. Great convenience is brought to the homing pigeon enthusiasts, and the investment cost on the match is reduced.

Description

technical field [0001] The invention relates to a data transmission technology. In particular it relates to a data transmission system for racing pigeons. Background technique [0002] Before 2012, various manufacturers of pigeon racing technology were using a dedicated pigeon host that directly received the RFID electronic tag data carried by the pigeon through the pigeon scanning pedal, and then transmitted it through a wired transmission method. This method is not very practical in use. Convenient, because fanciers sometimes need to take away the competition host, and the scanning pedal must be connected before the competition, and because of frequent plugging and unplugging, it is easy to cause damage to the plug socket, and sometimes even the connection is intermittent, resulting in RFID data cannot be read. Send it to the host normally. [0003] At present, some manufacturers who are designing wireless connections use single-frequency wireless connections, but they a...

AI Technical Summary

Problems solved by technology

[0002] Before 2012, various manufacturers of pigeon racing technology were using a dedicated pigeon host that directly received the RFID electronic tag data carried by the pigeon through the pigeon scanning pedal, and then transmitted it through a wired transmission method. This method is not very practical in use. Convenient, because fanciers sometimes need to take away the competition host, and the scanning pedal must be connected before the competition, and because of frequent plugging and unplugging, it is easy to cause damage to the plug socket, and sometimes even the connection is intermittent, resulting in RFID data cannot be read. Normal transmission to the host

[0003] At present, some manufacturers who are designing wireless connections use single-frequency wireless connections, but they are susceptible to interference from space electric field data, and the communication speed is slow. When there are multiple wireless devices communicating at the same time, they will cause mutual interference.

[0004] Usually, each manufacturer independently designs dedicated hosts for pigeon racing. The quality and functions are uneven, the cost and price are very high, and the functions are very few, and they are only used for a short period of time during the competition, which is generally difficult for users to bear.

In addition, the competition hosts produced by various manufacturers are all single-function products, and it is difficult to upgrade the software through the network. Even if the products can be upgraded, professionals need to upgrade through special tools. The upgrade method is complicated, and users cannot upgrade independently.

The mainframes produced by various manufacturers seldom use intelligent systems, and most of them are dedicated software, with very poor functions and security

[0005] At present, the game hosts used by various manufacturers have telephone lines to transmit to the information station, or wireless GPRS network to transmit to the website. The disadvantage is that the transmission speed is slow. To two-way communication, the host can only transmit data to the website server, but cannot obtain the server's game results, etc.

Generally, the game hosts of various manufacturers have limited memory, cannot save a lot of game data, and rarely have batteries inside, which is very inconvenient to carry

[0006] Sometimes it is necessary to connect to the GPS positioning system during the competition, and most manufacturers use an external GPS module, which will cause inconvenience in use, and pigeon fanciers with a certain technical level can achieve the purpose of cheating by modifying the GPS data, making the competition very unsafe

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