TMR intelligent feeding system and feeding method based on 5G network

Abstract

The present invention provides a TMR intelligent feeding system and feeding method based on a 5G network. The intelligent feeding system comprises a feeding trough, a feed moving device, a feed spreading device, a feed supporting device, a recovery device, a feeding device, an information collection system, a feed eating cooling system, a feed eating reminder system, a metal detection system and aforeign body recognition system. The feed moving device, feed spreading device, recycling device, feeding device, information collection system, feed eating cooling system, feed eating reminder system, metal detection system and foreign body recognition system realize signal transmission through the 5G network and a remote control center. Feeding methods comprise ration preparation, loading, unloading, spreading, receiving and weighing. A traditional manual TMR distribution and feeding scheme is overturned, an unmanned feeding process is realized, structure of a cow house is optimized, freshness of TMR is ensured, comfort of the cow house is maximized, and a play of an advantage of genetic genetics of an ultra-high yield of 15 tons or more is provided with hardware and software guaranteein a TMR feeding link.

Description

technical field [0001] The invention relates to the technical field of cattle feeding equipment, in particular to a 5G network-based TMR intelligent feeding system and feeding method. Background technique [0002] TMR is the abbreviation of Total Mixed Ration. At present, the common TMR feeding schemes on the market are basically divided into two types: using a feed mixer truck for mixing and then feeding, or using a feed truck to feed after the TMR is mixed through the feed processing center. Whether it is a mixer truck or a feed truck, due to its size Huge, these schemes require that the width of the feeding lanes of the cowshed should not be less than 4.5 meters, and the height should not be less than 5 meters. The construction cost of the cowshed is high, and the cost of environmental adjustment is high; and after the feed is put into the car, it needs to be divided and placed manually for the cattle to eat. Manual feeding cannot be uniform; it is difficult to recycle, ...

AI Technical Summary

Problems solved by technology

At present, the common TMR feeding schemes on the market are basically divided into two types: using a feed mixer truck for mixing and then feeding, or using a feed truck to feed after the TMR is mixed through the feed processing center. Whether it is a mixer truck or a feed truck, due to its size Huge, these schemes require that the width of the feeding lanes of the cowshed should not be less than 4.5 meters, and the height should not be less than 5 meters. The construction cost of the cowshed is high, and the cost of environmental adjustment is high; and after the feed is put into the car, it needs to be divided and placed manually for the cattle to eat. Manual feeding cannot be uniform; it is difficult to recycle, weigh and measure the leftovers left by cattle; it is necessary to specially arrange personnel and vehicles to feed cattle at regular intervals. When all vehicles enter the cowshed, the exhaust emissions pollute the air in the cowshed, and the noise affects the rest of the cows. , The driving skills of the breeder are very high, and it is impossible to stimulate the appetite of the dairy cows by feeding multiple times, and the risk of secondary fermentation of the leftovers is high; the information on the amount of feed intake, feeding time, feeding frequency, feeding speed, and picky eaters of the cows cannot be obtained. Automatic collection, foreign matter mixed in TMR, metal foreign matter alarm removal cannot be grasped in real time

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