Composite device for peanut sowing

Abstract

The invention discloses a composite device for peanut sowing. The composite device for peanut sowing comprises a sowing vehicle, a hole digging part, a sowing part and a connecting part, wherein a No.1 connecting wheel of the connecting part is separately connected with rollers, the hole digging part and a picking part, so that linkage of three parts which include the No. 1 connecting wheel as aconnecting hub, the rollers as active members and the hole digging part and the picking part as driven members. When the sowing vehicle is pushed forward, rotary movement of the rollers can be converted into reciprocating linear movement of the hole digging part and rotary movement of the sowing part, so that completion of hole digging and sowing of peanuts, reduction of the labor intensity and improvement of the production efficiency are achieved; and the composite device has a simple structure and low cost so that workers can obtain high benefits through low input, and the composite device has a highly practical value.

Description

Technical field [0001] The invention relates to a mechanical equipment, in particular to a composite equipment for peanut sowing. Background technique [0002] Peanut seeding is ridging, digging and seeding in sequence according to the process. Because the ridges are first ridden to prepare the ridges, then the plant holes are dug out on the ridge surface by machinery or manpower, and finally the peanut seeds are put into the plant holes to fill the soil and compact. In the prior art, for large-scale plantations in plain areas, due to the vast and flat terrain, mechanized special planters can be used instead of manpower to complete the planting work, but for non-plain areas such as mountainous hills and other peanuts, or for some retail households, only two or three For the small batch production of acres of peanuts, the use of a mechanized special planter is not applicable, and the cost far exceeds the benefits, and the use of manual seeding is high labor intensity for laborers ...

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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