Intelligent precise feeding system

Abstract

The wisdom precision feeding system belongs to the field of information technology. In order to solve the accuracy of feeding in the farm, the feeding car is taken as the carrier, the wireless radio frequency signal sensing reading RFID identification is carried, the breeding number of the breeding site bound by the RFID identification is remotely acquired, the accurate feeding amount is acquired, the feed bin of the feeding car is equipped with a weighing sensor, the feeding amount and the feeding amount in the feed bin are acquired in real time, the precision feeding is completed and the record is recorded. The key point of solving the precision feeding lies in confirming the breeding number of each breeding site, the unit feeding amount of each stage is set in the database formula, the breeding animals belong to the changeable moving animals, the site belongs to the fixed and regular fixed animals, the site is marked and bound with the feeding system, and the inaccuracy of identifying the moving animals is solved. The wisdom precision feeding system is mainly used in the breeding industry, and the feeding precision is solved.

Description

Technical Field

[0001] This invention belongs to the field of information technology. It uses hardware devices as carriers and accurately records the number of animals in each breeding pen through RFID tags to achieve the purpose of precise feeding. Background Technology

[0002] This invention utilizes internet transmission technology, database technology, radio frequency (RFID) signal technology, RFID tags, program algorithm design, and weighing sensor technology. The database stores and records the number of sheep in each pen of the sheep farm and can be updated. The feed truck's RFID signal technology identifies and reads the RFID tags, retrieves the corresponding sheep count and feed amount from the database using the RFID tag data, and transmits the data back to the feed truck for feeding execution. RFID tags are used to identify each pen in the sheep farm, linking the database and the feed truck to ensure accurate and error-free feeding operations. Summary of the Invention

[0003] Intelligent Precision Feeding System: Based on identified RFID tags and a remote database, the system uses a feed formulation algorithm to obtain the number of animals and the amount of feed needed for each tag, enabling precise feeding. The overall design methodology is as follows: ① RFID tags are installed in the breeding pens, and the RFID tag information and the number of animals are stored in the database. ② The spreading truck starts working, and during its movement, the RFID tag is read in real time by the RFID reader. ③ The information is read and transmitted to the intelligent precision feeding system. ④ The intelligent precision feeding system acquires and analyzes RFID information, obtains the feeding amount based on the feed formula system, and sends it back to the feed truck. ⑤ The feed truck obtains the feed amount, monitors it in real time through weighing sensors, and uses precise position control to determine its movement speed. ⑥ The feed truck performs precise feeding, and after completion, it continues to feed the next pen, following the same steps as above. ⑦ Once the pen feeding is completed, the process is finished. Attached Figure Description Figure 1 Detailed implementation process of the intelligent precision feeding system; Figure 2 Front view of the intelligent precision feeding system; Figure 3 Side view of the intelligent precision feeding system: power input information; Figure 4 Side view of the intelligent precision feeding system: power output information; Figure 5 Photo of the application of the intelligent precision feeding system; Figure 6Photo of the application of the intelligent precision feeding system.

Claims

1. A smart precision feeding system suitable for livestock farms, characterized in that... Combining intelligent formula algorithms, the precise number of livestock is obtained by identifying the column markers, and then the precise feeding amount is obtained according to the feed formula system. The feed truck then uses the equipped weighing sensors to provide precise feeding.

2. The intelligent precision feeding system according to claim 1, characterized in that: The number of sheep in the identified pen can be updated in real time in the database, the total amount of feed can be calculated in real time based on the actual number of sheep raised, and the feed truck can obtain the accurate amount of feed.

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