Crop reaping and binding machine

Abstract

The invention discloses a crop reaping and binding machine. The crop reaping and binding machine comprises a reaping table, a conveying groove, a feeding device, a binding mechanism and a dynamic travelling system, wherein the reaping table pulls crops to the conveying groove after reaping the crops, the conveying groove conveys the crops to the feeding device, the feeding device feeds the crops into the binding mechanism, and the binding mechanism binds the crops, bound crops fall into a storage box after being discharged and then are concentratedly transported to an appointed place, and the dynamic travelling system is used for realizing a travelling function of the binding machine and providing power for the conveying groove and the binding mechanism. The crop reaping and binding machine has the advantages that by means of finishing the processes of reaping, picking, binding, storing and the like at a time, a cropland is emptied for next-stubble crops immediately, and crop rotation contradiction is relieved; in addition, the crops are transported to the fixed places for concentrated after-ripening, so that crop seeds are protected from mildewing loss caused by overcast and rainy weather, and the economic benefit for crop production is increased.

Description

technical field [0001] The invention relates to a harvesting and bundling machine for crops, in particular to a harvesting and bundling operation for segmented harvesting of crops, belonging to the technical field of agricultural machinery. Background technique [0002] For a long time, crops (such as rapeseed) have had a problem of high loss rate in the harvesting of existing combine harvesters. Poor performance leads to large grain loss in the field; on the other hand, it is difficult for crops to grasp the best harvesting time when harvesting. Premature harvesting will cause low oil content in the seeds, which will affect the yield and quality of harvesting. Overripe harvesting will cause siliques to burst Loss increases, which eventually leads to a higher harvest loss rate. The traditional segmental harvesting is to use the windrower to cut the immature crops and spread them in the field to ripen, and then pick them up in the field with a picker and feed them into the t...

AI Technical Summary

Problems solved by technology

[0002] For a long time, crops (such as rapeseed) have had a problem of high loss rate in the harvesting of existing combine harvesters. Poor performance leads to large grain loss in the field; on the other hand, it is difficult for crops to grasp the best harvesting time when harvesting. Premature harvesting will cause low oil content in the seeds, which will affect the yield and quality of harvesting. Overripe harvesting will cause siliques to burst Increased losses, which eventually lead to higher harvest loss rates

The traditional segmental harvesting is to use the windrower to cut the immature crops and spread them in the field to ripen, and then pick them up in the field with a picker and feed them into the thresher for threshing. Although the harvest loss of the crops is reduced, the crops The post-ripening time in the field is generally 3-5 days. If it rains, it may cause the crop seeds to rot and the loss rate will be higher

In addition, the number of operations of work tools in the field increases, and the operating cost increases accordingly.

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