Multifunctional pasture harvester

Abstract

The invention discloses a multifunctional pasture harvester which is mainly composed of a rack, a driving cab, a hydraulic system, an engine assembly, a track chassis, a header, dividers, a reciprocating cutter, a reel, a helical conveyor, a pasture elevator, a cutting device, a rubbing and throwing device and a pasture storing box. The dividers on two sides of the header separate pasture in a harvesting area from that in other areas, posture entering the harvesting area is supported by the reel to be cut off by the reciprocating cutter at the front end of the header, then conveyed into the pasture elevator by the helical conveyor and conveyed into the cutting device to be cut off, and cut pasture enters the rubbing and throwing device for rubbing and is then thrown into the pasture storing box after being rubbed. The multifunctional pasture harvester can realize whole-process continuous efficient operation of cutting, conveying, cutting, rubbing, throwing and boxing of pasture like sorghum, oat and alfalfa and is high in automation level, time-saving, labor-saving and high in production efficiency, and produced feed is high in palatability and high in nutrient and quality.

Description

technical field [0001] The invention belongs to the technical field of agricultural machinery, and in particular relates to a multifunctional pasture harvester. Background technique [0002] Silage such as sorghum, oats, and alfalfa is one of the most ideal feeds for feeding livestock such as beef cattle, dairy cows, and sheep. At present, when silage is harvested, it is mostly realized by mechanical segmental harvesting operations. The segmental harvesting generally includes two methods. One method is to cut the forage grass by mowing machinery, and then transport it to the livestock breeding point for crushing and then feed it. Another way is to cut the forage grass by mowing machinery, then crush the pasture grass with a crushing machine, and then transport it to the livestock breeding point for feeding. However, because the whole process of these two methods is a segmented operation, the feed is easily mixed with soil and dust during the transfer process of each stage, ...

AI Technical Summary

Problems solved by technology

However, because the whole process of these two methods is a segmented operation, the feed is easily mixed with soil and dust during the transfer process of each stage, which makes the palatability of the feed worse and reduces the nutrition and quality of the feed. At the same time, each stage A large amount of labor is required for transshipment, the process is cumbersome, the degree of automation is low, time-consuming and labor-intensive, the production efficiency is low, and it cannot meet the feeding needs of large-scale farms

In addition, the existing forage grass is usually not shredded when harvested, the chopped feed is relatively hard, and the palatability of the feed is poor, which easily causes waste of feed

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