Joint-cutting laminating machine for forest farmland

Abstract

The invention relates to a land-forest lancing film covering machine, which has a rectangular framework which is connected with a bearing shell and a rotary disk-shaped lancing knife disc connected with a gear box and a drive shaft through the axial sequence. The rear portion of the rectangular framework is provided with a film covering movable pole whose rear portion is provided with a Y-shaped horizontal shelf which is for supporting a plastic coil. The lower portion of the film covering movable pole is provided with a direction regulator which can horizontally swing and a film covering guide pole which is perpendicularly arranged downwards. Two sides of the rectangular shelf are respectively hinged with a regulating pole, a guide wheel and an adjustable hydraulic ram. The film covering machine uses power-driven machinery to slot and cover films in land-forest isolating belts, which saves time and labor, has the advantages of low cost and small mating power, and improves the working efficiency by a plurality of times, moreover, earth walls of a ditch seam are smooth and regular, tree roots do not damage plastics during the process of film-covering, and the effective protection of lands and forests can reach decades, using the machinery can save a large number of farmlands, and the machine is excellent in bringing benefits to future generations.

Description

technical field [0001] The invention relates to a forest field cutting and laminating machine for opening furrows between forests and fields, and covering the furrows with plastic cloth film to isolate water and fertilizer. Background technique [0002] At present, the area of ​​shelterbelts across the country is very large. After the forest grows for several years, its root system will develop to the surrounding area, which will seriously affect the growth of crops in the surrounding farmland. In this case, the measures taken by the farmers are: 5 meters away from the forest, manually excavate a deep isolation ditch, cut off the root system of the trees in the ditch, and then put the plastic sheet vertically into the ditch and fill it with soil. , forming a isolation zone, so that the roots of the trees can no longer absorb water and fertilizer from the field. Although this method can solve the problem of forests competing for water and fertilizer from the farmland, this me...

AI Technical Summary

Problems solved by technology

[0002] At present, the area of ​​shelterbelts across the country is very large. After the forest grows for several years, its root system will develop to the surrounding area, which will seriously affect the growth of crops in the surrounding farmland. In this case, the measures taken by the farmers are: 5 meters away from the forest, manually excavate a deep isolation ditch, cut off the root system of the trees in the ditch, and then put the plastic sheet vertically into the ditch and fill it with soil. , forming a isolation zone, so that the roots of the trees can no longer absorb water and fertilizer from the field. Although this method can solve the problem of forests competing for water and fertilizer from the farmland, this method requires a large amount of engineering, which is particularly laborious and labor-intensive. Manpower is difficult to complete, and there is no good solution for this

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