Bundling mechanism of roll disk type round bundle pick-up bundling machine

Abstract

The invention relates to a bundling mechanism of a roll disk type round bundle pick-up bundling machine and belongs to agricultural machinery. Driving shafts are respectively assembled in a rotatable mode symmetrically and coaxially on a left side wall and a right side wall of a front bundling chamber, two grass rolling side disks are respectively fixedly arranged on the driving shafts on the left side wall and the right side wall of the front bundling chamber, and front side parts and rear side parts of the two grass rolling side disks are respectively arranged in the front bundling chamber and a rear bundling chamber and are positioned at the inner side of a grass rolling steel roll system. The mechanism has a simple structure, large working feed quantity, high working efficiency, good working quality and fewer use faults, and the power consumption is reduced.

Description

technical field [0001] The invention belongs to agricultural machinery, and mainly relates to a roll-and-bundle operating mechanism on a machine tool for picking and bundling round bales of crop straws and forage grass. Background technique [0002] When the current steel roller type round baler picks up and bales the machine, the straw or pasture is gradually formed into a cylinder in the baling front chamber and the baling chamber under the action of conveying and extrusion of the feeding roller combination and the grass rolling steel roller system. Body-shaped round bundles. Due to structural design flaws, during the rotation of the round bales formed in the baling front chamber and the baling rear chamber, the straw or pasture rubs against the side walls of the baling front and rear chambers, which increases the bale rotation of the straw or pasture. Movement resistance, especially when the diameter of the straw or forage round bales increases continuously, the friction...

AI Technical Summary

Problems solved by technology

Due to structural design flaws, during the rotation of the round bales formed in the baling front chamber and the baling rear chamber, the straw or pasture rubs against the side walls of the baling front and rear chambers, which increases the bale rotation of the straw or pasture. Movement resistance, especially when the diameter of the straw or forage round bales increases continuously, the friction resistance between the planes at both ends of the round bales and the side walls of the front and rear chambers increases, the operating load increases, and the operating efficiency decreases. When the straw or pasture is wet and hard or is long, it is easy to accumulate and block at the feeding inlet of the rolling mechanism, and the machine cannot work normally.

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