The invention discloses a tamper-proof breeding
traceability system for the whole process of chicken growth. The tamper-proof breeding
traceability system for the whole process of the chicken growth comprises storage servers, a plurality of sub-servers corresponding to each breeding farm and pedometers fixed to chicken legs. Each sub-
server separately communicates with the storage servers. The pedometers comprise first communication modules,
pedometer bodies recorded with
label identity information, elastic connection structures which surround the chicken legs and close into circular rings. One ends of the elastic connection structures are connected with one sides of the
pedometer bodies through buckles in a clamping mode, and the other ends of the elastic connection structures are movablyconnected with the other sides of the
pedometer bodies. The pedometer bodies comprise two parts of acceleration sensors and first processors which are connected in sequence. The first processors areconnected to the first communication modules, the first communication modules communicate with the sub-
server of the farm,
copper sheets are arranged at the ends, close to the buckles, of the elasticconnection structures, and elastic sheets are arranged between the
copper sheets and the first processors in a pressing mode.
Copper wires are arranged in the elastic connection structures in a penetrating mode, and the
copper wires are connected with the copper sheets to form a
closed loop through the elastic sheets.