Forage grass cutting and kneading machine

Abstract

The invention discloses a forage grass cutting and kneading machine. The forage grass cutting and kneading machine comprises a feeding conveyor, a hay cutter head and an elevator, the output end of the feeding conveyor is connected with the feeding end of the hay cutter head, the discharging end of the hay cutter head is located above the input end of the elevator, a leveling machine, a raw material leading-in roller, a pressing device, a section cutting device and a grain crushing and kneading device are sequentially arranged in the hay cutter head from the feeding end to the discharging end. After forage grass is cut into segments, forage grains are crushed and rubbed, so that the grains in the forage grass are crushed, the taste of the forage grass is improved, the ingestion absorption rate and the seed absorption rate of livestock are greatly improved, various nutritional ingredients in feed are fully utilized, the milk and meat yield and quality of the livestock are improved, meanwhile, one-time mixing forming of the various forage grass can be achieved, the processing time of the forage grass is shortened, secondary fermentation of the forage grass is avoided, and nutritional ingredients of the forage grass are effectively kept.

Description

technical field [0001] The invention belongs to the technical field of agricultural and animal husbandry machinery, and in particular relates to a forage cutting and kneading machine. Background technique [0002] When pasture is fed to livestock, it is necessary to cut the pasture into sections before feeding. The existing forage cutting method is mainly to cut into sections with a small hay cutter, and then directly feed the livestock. This method has the following problems: [0003] 1. Since the forage grass has not been rubbed, the taste of directly feeding the livestock is not good, and the feed absorption rate of the livestock is low. [0004] 2. The grains in the grass are not broken, and the intact grains cannot be fully absorbed by the livestock, which reduces the utilization rate of the feed and seriously affects the milk and meat production of the livestock. [0005] 3. The pasture cannot be mixed with other nutrients (for example: alfalfa, oat grass, sweet sorg...

AI Technical Summary

Problems solved by technology

[0003]1. Since the forage grass has not been rubbed, the taste of the direct feeding livestock is not good, and the feed absorption rate of the livestock is low

[0004]2. The grains in pasture grass are not broken, and the intact grains cannot be fully absorbed by livestock, which reduces the utilization rate of feed and seriously affects the milk and meat production of livestock

[0005]3. During the hay cutting process, pasture cannot be mixed with other nutrients (such as: alfalfa, oat grass, sweet sorghum, corn, etc.) at one time, resulting in Feed processing and production process is cumbersome

[0006]4. The processing capacity of the hay cutter is limited, and the processing time is too long. During the purchase season, the backlog causes the secondary fermentation of the forage, thereby reducing the nutrient content of the forage

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