UNIVERSAL WORKING BODY FOR INTER-ROW SOIL CULTIVATION

Abstract

The utility model relates to agricultural engineering, in particular to machines for surface tillage. The technical result of the utility model is the emergence of versatility. The technical result is achieved due to the fact that the main bracket is made in the form of a horizontal plate installed perpendicular to the direction of movement, having a central circular hole at the ends and a slot along a portion of the arc of a circle with the center on the axis of the central hole, the axes of both disks are connected to the main bracket by a rotating mechanism, each of which includes a vertical plate, to which an axis with a bearing unit is attached horizontally by a threaded connection, a vertical axis is welded to the upper part of the plate, passed through the central hole of the main bracket with the possibility of rotation, a lever with an opening at the end, combined with an arc slot, is put on the axis over the main bracket and secured with a key and nut,and fixed at different angles of rotation with a bolt and nut. A working element for inter-row tillage, including a main stand with a main bracket welded to it, two horizontal axes with bearing assemblies, two convex disks attached to the bearing assemblies with the ability to rotate, put on with the ability to rotate over the bearing assemblies along their entire length bushings with radially welded in a staggered pattern and curved against the direction of rotation spring pins of a length less than the radius of the disks, located in the middle between the disks, attached with its stand to an additional bracket of the main stand with an extension forward relative to the axes of the disks, wherein the main bracket is made in the form of a horizontal plate installed perpendicular to the direction of movement, having at the ends a central round hole and a slot along a part of an arc of a circle with the center on the axis of the central hole,the axes of both disks are connected to the main bracket by a rotating mechanism, each of which includes a vertical plate to which an axis with a bearing unit is attached horizontally by a threaded connection, a vertical axis is welded to the upper part of the plate, passed through the central hole of the main bracket with the possibility of rotation, a lever with a hole at the end, aligned with an arc slot, and fixed at different angles of rotation with a bolt and nut is put on the axis over the main bracket and secured with a key and nut, and

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