Reseeding and centering system applied to garlic seeder

Abstract

The invention relates to a reseeding and centering system applied to a garlic seeder. The reseeding and centering system comprises a seeder body, wherein the seeder body is provided with a seeding mechanism; the seeding mechanism is used for seeding seeds from a main seed case, and seeds fall into seeding holes through seeding channels; a supporting bracket is further arranged on the seeder body; a reseeding mechanism is arranged inside the supporting bracket; monitoring mechanisms, the number of which is corresponding to that of the seeding channels, are arranged on the supporting bracket above the reseeding mechanism; the seeding channels are communicated with a centering mechanism; the monitoring mechanisms are used for controlling the reseeding mechanism to reseed; the reseeding mechanism comprises a grid plate; a motor bracket and a chain wheel bracket are mounted on one side of the grid plate; a driving motor is mounted on the motor bracket, and is used for transferring power to a driving chain wheel through a reducing gear; the driving chain wheel is used for transferring power through a chain to a driven chain wheel mounted on the chain wheel bracket; a seed catcher is mounted on the chain; an auxiliary seed case is further mounted on one side of the supporting bracket; the seed catcher is used for conveying seeds in the auxiliary seed case into the seeding channels.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to a replanting and righting system applied to a garlic seeder. Background technique [0002] At present, there are three main types of mechanical planting techniques for garlic: [0003] The first is the garlic on-demand technology. First press the hole with the pressure cone, and then send the seeds to the seed hole by machine. During the process of sending the garlic cloves, the scale buds are in a free state. When the garlic cloves are delivered to the seed hole, the scale buds will The direction is completely randomly determined by the instant orientation of the seeds and the location of the seeds, which does not meet the agronomic requirements; [0004] The second is artificial assisted seeding technology, which is composed of garlic distribution mechanism, sowing hole tube, and inoculation rod. This technology basically meets the planting requirements of garlic planting...

AI Technical Summary

Problems solved by technology

[0003] The first is the garlic on-demand technology. First press the hole with the pressure cone, and then send the seeds to the seed hole by machine. During the process of sending the garlic cloves, the scale buds are in a free state. When the garlic cloves are delivered to the seed hole, the scale buds will The direction is completely randomly determined by the instant orientation of the seeds and the location of the seeds, which does not meet the agronomic requirements;

[0004] The second is artificial assisted seeding technology, which is composed of garlic distribution mechanism, sowing hole tube, and inoculation rod. This technology basically meets the planting requirements of garlic planting scale buds upwards, but the premise is that the garlic cloves must be pressed in the way of buds up and roots down. Manually put into the garlic seed box one by one, the working efficiency is almost the same as that of manual planting;

[0005] The third is the fully automatic garlic planting technology. This technology uses a specific mechanism to straighten the garlic cloves and a vibrating trough orienter to solve the orientation problem of the garlic cloves during the transportation process.

At the same time, in the process of planting garlic cloves, the situation of missing seeds often occurs, and a second replanting is required.

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