Light and simplified planting device for bare-rooted seedlings and working method

Abstract

The invention discloses a light and simplified planting device for bare-rooted seedlings and a working method, solves the problem that a device for cutting the bare-rooted seedlings in the prior art does not have universality, and has the beneficial effects that the transplanting efficiency is ensured, and meanwhile, the transplanting qualification rate is increased. The light and simplified planting device for the bare-rooted seedlings comprises a chassis, wherein the chassis is provided with a walking mechanism, the chassis supports a driving mechanism, the driving mechanism is connected with a transplanting device to drive the transplanting device to perform reciprocating linear motion, the transplanting device can make contact with the bare-rooted seedlings to press the bare-rooted seedlings into the planting position in the downward motion process, the chassis is provided with a hollow position, and the transplanting device penetrates through the hollow position of the chassis or the transplanting device can penetrate through the hollow position of the chassis.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to a light and simplified bare-root seedling planting device and working method. Background technique [0002] The statements in this section merely provide background information related to the present invention and do not necessarily constitute prior art. [0003] Bare-rooted seedlings refer to seedlings whose roots are exposed and have no other attachments such as soil. At present, bare-rooted seedlings need to be inserted into the soil for planting. [0004] Affected by different geographical characteristics and soil types, the planting objects and planting modes in different places are quite different. At present, various cutting methods for bare-root seedlings include: using a clamp-type transplanting machine that uses manual placement of seedlings-machine pick-up-cutting into the soil , its planting effect in sandy loam soil is better, and cuttings on the film can be re...

AI Technical Summary

Problems solved by technology

[0004] Affected by different geographical characteristics and soil types, the planting objects and planting modes in different places are quite different. At present, various cutting methods for bare-root seedlings include: using a clamp-type transplanting machine that uses manual placement of seedlings-machine pick-up-cutting into the soil , the planting effect in sandy loam soil is better, and cuttings on the film can be realized, but it is easy to clamp clay in clay and gravel soil, which affects the accuracy of seedling picking and the soil cannot be effectively backfilled, resulting in a low qualified rate of cuttings

[0005] In the existing technology, based on the cup-type vegetable seedling transplanting machine, the research team of Maldives optimized and reconstructed a bare-root seedling transplanting machine suitable for sandy and loamy soil operations. During the operation, artificial seedling-duck beak planting was used. During the test, There are situations where seedlings cannot fall, and seedling leakage is prone to occur; Zhang Wenyi's research team has designed a chain clamp ditching bare-root seedling transplanting machine, but it cannot be applied to the planting mode of soil mulching

[0006] Therefore, the inventors found that the existing bare-root seedlings have a high rate of seedling leakage during cutting; and some cutting devices have poor versatility and cannot be adapted to multiple operating modes.

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