Peanut seeder

Abstract

The invention provides a peanut seeder. The seeder for seeding the peanuts is a parallelly-expanded frame-type rack. The front end of the rack is provided with a traction bracket, a fertilization box and a seeding box are installed above the rack, an elevation-adjustable ridging hiller is installed at the front end under the rack, the back end of the rack is provided with an elevation-adjustable shaping hiller, a fertilization furrow opener is installed under the fertilization box, a seed-metering device is installed under the seeding box, a seeding furrow opener matched with the seed-metering device is located under the front of the seeding box, a press wheel matched with the ridging hiller is installed under the front of the rack, and a soil-lining plate for shaping, hilling and seeding is installed under the back of the rack. The peanut seeder can be driven by the motive power machine so as to automatically achieve a series of peanut seeding operations, such as ribbing shaping, fertilizing, seeding and leveling, and is capable of seeding 8-10 mu of land per hour with fast speed and good effect.

Description

technical field [0001] The invention relates to a seeder used in rural areas, in particular to a peanut seeder. Background technique [0002] In the field of rural planting, peanut sowing is a relatively troublesome operation. The traditional method is to manually use iron milling to level the ridges, and then artificially sow along the ridges. In recent years, with the development of agricultural mechanization, there has been a Peanut planters pulled by small four-wheel tractors can perform ridging, leveling, fertilizing and sowing at the same time, but most of them are small and simple machines, which can only achieve single-row and double-row sowing at a time, with poor balance and poor performance. Can't really reach the ideal state, there are problems such as slow speed and inconvenient adjustment, and can't adapt to the current situation requirements of large-scale and large-scale production development. Contents of the invention [0003] The purpose of the present ...

AI Technical Summary

Problems solved by technology

[0002] In the field of rural planting, peanut sowing is a relatively troublesome operation. The traditional method is to manually use iron milling to level the ridges, and then artificially sow along the ridges. In recent years, with the development of agricultural mechanization, there has been a Peanut planters pulled by small four-wheel tractors can perform ridging, leveling, fertilizing and sowing at the same time, but most of them are small and simple machines, which can only achieve single-row and double-row sowing at a time, with poor balance and poor performance. It can't really achieve the ideal state, there are problems such as slow speed and inconvenient adjustment, and it can't adapt to the current situation of large-scale and large-scale production development.

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