Grape vine burying machine

Abstract

The invention relates to the technical field of agricultural machinery, in particular to a grape vine embedding machine, which includes a frame, a traction frame, a power transmission part, a walking wheel I and a hydraulic suspension plowing assembly, and the traction frame is installed on the upper surface of the frame , the power transmission part is installed on the traction frame, and is connected with the hydraulic suspension plowing assembly, which is successively away from the road wheel I, the soil turning mechanism installed on the lower end surface of the frame, the soil fetching assembly, the soil throwing mechanism and the leveling and stabilizing mechanism. In the present invention, double plowshares are used to open the ditch, which satisfies the need to effectively control the amount of soil taken in during the process of traveling in different ground conditions, and can also ensure that the depth of the ditch is appropriate; the soil taken by the double auger satisfies the need for the soil to be crushed and then fed into it by lifting force The soil throwing box ensures the efficiency of the cutterhead throwing soil; the flat part with a flat and stable mechanism is used to trim the buried vines after the soil is raised, which realizes the standardization of the thickness after the soil is raised, and avoids the lack of soil caused by uneven throwing. The vines were damaged by frost in winter, resulting in reduced yields.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery, in particular to a grape vine embedding machine. Background technique [0002] During the grape planting process, a long planting ditch needs to be dug first, and soil is cultivated on one side of the ditch to form a long ridge. At the same time, in winter, the vines need to be buried deeply with soil to protect the vines from overwintering safely. Artificial ditching, cultivating soil and burying vines is not only labor-intensive, but also has large errors in the depth and width of ditches and ridges, making it difficult to meet the requirements of large-scale, standardized planting and management. [0003] For example, a kind of suspended grape vine burying machine with application publication number CN106068707A solves the problem of mechanization of burying grape vines in winter by throwing soil on both sides to bury the vines. It satisfies the requirements of loosening, crush...

AI Technical Summary

Problems solved by technology

[0006] The above three schemes can realize the burial of grape vines, all of which use dragging machinery to drive the soil throwing assembly composed of a shaft and a soil throwing piece installed on the shaft to directly fetch soil, dig soil, and then throw it on the grape vines The root and above parts, the resulting problems are: First, the long-term use of the soil throwing assembly to fetch soil causes the load of the dragging machinery (such as the oil circuit system, shaft-driven drive components such as the engine) that directly drives it to increase. , to speed up the damage of mechanical parts, especially as the above-mentioned CN104322164B vineyard ditching and burying rattan machine, through the cantilever, the swing drive mechanism and the adjustment of the rotary tillage mechanism to achieve the control of the buried depth of the grapevine, that is, the control of the amount of buried soil (the The power output end of the tractor is connected with the power input shaft of the transmission mechanism); the 2nd, it is inconvenient to control the amount of soil to be taken, and it is impossible to effectively control the amount of soil to be taken in during the process of advancing. Single) The swing drive mechanism (preferably adopting an oil cylinder) controls the lifting of the cutterhead to control soil extraction, but while ensuring the same amount of soil extraction, the amount of soil extraction and ditching will be too deep, which may cause deep roots of grapes to be dug and unsatisfactory It is conducive to leveling and repairing the land in the coming year; the third is that there is no further trimming after the vines are buried, and the standardization cannot be achieved after the soil is cultivated. Once there is uneven spreading, the vines with less soil will be frozen in winter, resulting in a reduction in production. great economic loss

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