Flowing device of cane harvester cutter

Abstract

The invention relates to a cane-cutting mechanism, in particular to a following device of a cane harvester cutter. A fixed frame assembly (7) is in a rod-shaped structure, one side of the fixed frame assembly (7) is connected with a cane harvester, and the other side of the fixed frame assembly (7) is provided with a convex mounting plate which is provided with a cutting knife (8) with a forward blade; both ends of the fixed frame assembly (7) are respectively and movably connected with an end of a rocker (6) by a shaft (11); the inner side of the front end of either rocker (6) is correspondingly provided with a rotating shaft assembly splint (10) respectively; the upper surface of either rotating shaft assembly splint (10) is provided with a rotating shaft assembly (3) which is glidingly matched with a following frame (4); and the outer margin of the following frame (4) is provided with an arc deflector rod (5). The cane harvester cutter automatically follows to collect canes to the front side of cutting knife by the arc deflector rod of the following frame, not only can overcome the influence of alleys on a cutting height, but also can follow fields with alleys, thereby avoiding the technical problem that the cut canes have different lengths.

Description

【Technical field】 [0001] The invention relates to a sugarcane cutting mechanism in the sugarcane harvesting process; in particular, it relates to a tool tracing device for a sugarcane harvester. 【Background technique】 [0002] At present, it is known that it takes nearly two hundred days from the planting of sugarcane in September of the year to the harvest of sugarcane in February of the following year. The quality of sugarcane harvest directly affects the income of sugarcane farmers. With the popularization of sugarcane harvest mechanization, mechanical harvest Regarding the quality of the harvest and the preservation of seedlings for the next year, "It should be explained that when the sugarcane is harvested, the cane heads are kept, and after harvesting, they can be used as the next seedlings after cutting, rooting, dumping, and fertilizing"; Some sugarcane harvesting machines are CASE7000 / 7700 produced in Queensland, Australia; HSM1000 wheeled sugarcane combine harveste...

AI Technical Summary

Problems solved by technology

[0003] The above-mentioned harvesting machines use oil cylinders or screw rods to adjust the sugarcane stubble according to the height of the ridges before cutting. During the cutting process, due to changes in the ridges, the ridges are somewhat larger and have different heights. After field measurements, it was found that The height difference is 0-100 mm, so the cut sugarcane is high and low, and the ones above the ground are more likely to cause insects, which seriously affects the growth of the next year. After calculation, the loss can reach up to about 40%. In order to recover the loss, we can only Replanting, causing a lot of human and economic losses

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