Device for deep pit seeding

Abstract

The invention relates to the field of agricultural machinery, and in particular to a device applicable to deep pit seeding. The device comprises a seed storage mechanism and a soil drilling mechanism, wherein the seed storage mechanism comprises a cylindrical storage cabin; a discharge hole is formed in the storage cabin; the soil drilling mechanism comprises a conical drill bit; a connecting cover for opening the discharge hole is mounted on the drill bit; and the connecting cover is connected with the storage cabin in a sliding manner. By adopting the technical scheme, the purposes that influence of environment factors in the seeding process is avoided and seeding steps are simplified can be achieved.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to a device for deep pit sowing. Background technique [0002] After the crops are sown, there will often be intermittent lack of seedlings and ridges in the field, and replanting is required. However, if large or small planting machines are used at this time, the crops will be damaged on the one hand, and resources will be wasted on the other. Therefore, we can only rely on manual replanting , the efficiency of replanting in this process is low, people’s labor intensity is high, and the depth of replanting is not easy to control when replanting; in addition, some remote mountainous areas have poor sowing conditions due to rugged terrain, and mechanical sowing cannot be used. In the environment, the operation of hoes, shovels and other agricultural tools is sometimes restricted. Some plants are planted on hillsides. During the process of turning the soil with hoes, the fertile ...

AI Technical Summary

Problems solved by technology

[0002] After the crops are sown, there will often be intermittent lack of seedlings and ridges in the field, and replanting is required. However, if large or small planting machines are used at this time, the crops will be damaged on the one hand, and resources will be wasted on the other. Therefore, we can only rely on manual replanting , the efficiency of replanting in this process is low, people’s labor intensity is high, and the depth of replanting is not easy to control when replanting; in addition, some remote mountainous areas have poor sowing conditions due to rugged terrain, and mechanical sowing cannot be used. In the environment, the operation of hoes, shovels and other agricultural tools is sometimes restricted. Some plants are planted on hillsides. During the process of turning the soil with hoes, the fertile soil will move down, resulting in uneven soil fertility; Sow the seeds of some plants in harsh environments, often these places are limited in space and the use of tools, and the work is very strenuous and inefficient

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