A self-cutting beading device

Abstract

The invention discloses a self-cutting beading device, which comprises a horizontally arranged pressing plate; a lifting device is respectively installed on the lower ends of both sides of the said pressing plate; The notch is arranged at the lower end, and the upper end of the chute is also provided with a threaded hole leading to the top of the pressure plate, and a group of sliders are installed in the chute, and a fixing bolt is installed in the threaded hole at the top of the pressure plate. After the slider moves to the relative position, the upper end of the slider is pressed by the fixing bolt to fix the slider. The device can complete multi-position layering propagation of branches and tendrils at one time, is very convenient to use, improves work quality and work efficiency, and is especially suitable for some large-scale planting fields and ornamental plants that require high-frequency layering propagation.

Description

technical field [0001] The invention relates to a device in the field of layering propagation equipment, in particular to a self-cutting layering device. Background technique [0002] In some vegetation propagation, the usual propagation methods include cutting propagation, branch propagation and layering propagation; layering propagation is suitable for some vegetation with creeping branches, such as Zhizakura, etc. Layering propagation refers to the selection of plants with good growth conditions. The branches are piled up and pressed, so that the part of the branches is pressed into the relatively soft soil that is easy to take root or pressed into the well-established pressure pit to bury the soil. After the roots take root, the branches are separated from the parent body, and then the planting can be completed. Layering propagation work; in the process of layering propagation in the prior art, most of the branches are directly buried in the pressure pit, which needs to ...

AI Technical Summary

Problems solved by technology

[0002] In some vegetation propagation, the usual propagation methods include cutting propagation, branch propagation and layering propagation; layering propagation is suitable for some vegetation with creeping branches, such as Zhizakura, etc. Layering propagation refers to the selection of plants with good growth conditions. The branches are piled up and pressed, so that the part of the branches is pressed into the relatively soft soil that is easy to take root or pressed into the well-established pressure pit to bury the soil. After the roots take root, the branches are separated from the parent body, and then the planting can be completed. Layering propagation work; in the process of layering propagation in the prior art, most of the branches are directly buried in the pressure pit, which needs to be manually pressed, and in large-scale planting sites, in order to improve the planting efficiency, the branches of a mother seedling need Carry out multi-channel beading operation, and prior art then needs manual one by one to be pressed and put, and usually after beading is put, because branch itself possesses growth ability, is very unfavorable for fixing, causes layering propagation to fail; After rooting at the bead, workers need to cut off the rooted branches and vines. It is necessary to manually find the location and separate and cut with scissors, which is inefficient

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