Pasturage combine harvesting disintergrator

Abstract

The invention belongs to a forage combine harvesting and grinding machine that integrates picking, grinding, collecting and loading of main-field forage or straw-type crops after the forage or the crops are harvested. The machine comprises a hammer mill mounted on a chassis, which is provided with wheels and towed by a tractor; a pickup device provided with elastic claws which are evenly distributed on the roller surface is mounted in the front of the chassis; an antithetic spiral conveyor roller provided with cutters which are evenly distributed on the roller surfaces is mounted in back of the pickup device; the discharge hole of the conveyor roller is connected with the feeding hole of the hammer mill. The discharge hole of the hammer mill is connected with the feeding hole of the spiral conveyor which inclines upwards; the feeding hole of the spiral conveyor communicates with a hydraulically controlled grass storage device which can automatically unload the grass. The machine can complete the processes such as picking up the forage or straws from the field, feeding, grinding, conveying and loading on a one-off basis, thus reducing labor intensity, saving manpower, curtailing agricultural equipment, raising production efficiency, ensuring safe production, facilitating operation and maintenance, as well as improving the forage quality.

Description

Technical field [0001] The invention belongs to a forage combined harvesting crusher that integrates picking, crushing, collecting and loading of forage grass or straw field crops after harvesting. Background technique [0002] The existing grass shredders can easily crush forage grass and straw, but the forage grass cut in the ground must be collected in advance into piles, bundled, loaded and transported to the processing point for unloading, and piled into large piles. When crushing, it is necessary to manually unstack, fold the bales, and manually feed the crusher. The labor intensity is high, the production is unsafe, and the haystack is easy to catch fire. Summary of the invention [0003] The purpose of the utility model is to provide a forage combined harvesting crusher, which can automatically complete the processes of picking up forage or straw from the ground, feeding, crushing, conveying and loading at one time, reducing labor intensity, saving manpower, and reducing...

AI Technical Summary

Problems solved by technology

[0002] Existing grass shredders can conveniently crush forage and straw, but the forage cut in the field must be collected into piles in advance, bundled, loaded on trucks, transported to the processing point for unloading, and piled up into large piles

When crushing, it is necessary to manually unstack, fold and bundle, and manually feed materials to the crusher. The labor intensity is high, the production is unsafe, and the haystack is easy to catch fire.

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