Peanut sowing equipment

Abstract

The invention discloses peanut sowing equipment. The equipment comprises connecting parts, sowing parts, connecting columns and sowing control mechanisms, wherein a storage cavity is formed in each connecting part; each sowing part comprises a sowing rod, a bearing and a guide part, the sowing rod comprises a rotating shaft and a sowing disc, a plant groove is formed in the sowing disc, and a guide channel is formed in the guide part; during sowing, by force applied to the equipment in the digging process, the sowing parts are controlled by the sowing control mechanisms to continuously transport peanut seeds in the storage cavities to plant holes, applied force is relieved after hole digging, the sowing parts are reset and pick up the peanut seeds, and hole digging and sowing processes ofpeanuts are achieved by repeating the actions. Cover plates capable of being opened and closed are further arranged on the bottom surfaces of the sowing parts to prevent the guide channels from beingblocked by soil, the cover plates can be closed to prevent blockage under hole generation stress, the cover plates are opened when stress is relieved after hole generation, and accordingly, labor intensity is reduced, and production efficiency is improved; besides, the equipment is simple in structure and lower in cost, so that workers can obtain higher returns through lower investment, and the equipment has high practical utilization value.

Description

technical field [0001] The invention relates to a mechanical device, in particular to a peanut sowing device. Background technique [0002] The sowing of peanuts is followed by ridges, digging holes and sowing in sequence. Because the ridges are prepared first, the ridges are prepared, and then the plant holes are dug out on the ridge surface by machinery or manpower, and finally the peanut seeds are placed in the plant holes and filled with soil for compaction. In the prior art, for large-scale plantations in plain areas, due to the vast and flat terrain, mechanized special seeders can be used instead of manpower to complete the sowing work. However, for non-plain areas such as mountains and hills, peanuts are planted, or for some retail investors, only two or three peanuts are planted. For the small batch production of peanuts per mu, the use of mechanized special seeders is not applicable, and the cost far outweighs the benefits, and all the seeds are planted manually, wh...

AI Technical Summary

Problems solved by technology

In the prior art, for large-scale plantations in plain areas, due to the vast and flat terrain, mechanized special seeders can be used instead of manpower to complete the sowing work. However, for non-plain areas such as mountains and hills, peanuts are planted, or for some retail investors, only two or three peanuts are planted. For the production of small batches of peanuts per mu, the use of mechanized special seeders is not applicable, and the cost far exceeds the benefits, and all the seeds are planted manually, which is labor-intensive for workers and low in production efficiency.

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