A branch position adjustment mechanism

Abstract

The invention discloses a position adjustment mechanism for a line separator. The position adjustment mechanism comprises a supporting mechanism, an upper connecting frame, an upper air cylinder or oil cylinder, a lower connecting frame and a lower air cylinder or oil cylinder, wherein a group of lifting supporting bases is arranged on the side face of a main supporting pillar of the supporting mechanism and welded to the main supporting pillar; the lifting supporting bases are movably connected with one end of the upper connecting frame and one end of the lower connecting frame respectively, one end of the upper air cylinder or oil cylinder is movably connected with the other end of the upper connecting frame, and a piston rod connector at the other end of the upper air cylinder or oil cylinder is movably connected to a shaft sleeve on the upper side of the lower connecting frame; the lower connecting frame is composed of a lower connecting frame sleeve and a lower connecting frame movable mount, one end of the lower air cylinder or oil cylinder is arranged between supporting plates of the lower connecting frame movable mount, and a piston rod connector at the other end of the lower air cylinder or oil cylinder is connected with a shaft sleeve on the lower side of the lower connecting frame sleeve. The position adjustment mechanism is simple in structure, reasonable in design, capable of changing the inclination degree of an auger and adjusting the altitude of the auger over the ground, and high in bearing capacity and stability.

Description

technical field [0001] The invention relates to the field of agricultural machinery and equipment, in particular to a position adjustment mechanism for a splitter used in a sugarcane harvester splitting and supporting device. Background technique [0002] The traditional artificial method of sugarcane planting is labor-intensive, low in production efficiency, and extremely low in return on investment. After the growers work hard all year round, the economic income is always lower than expected, which seriously hurts the interests of the growers and further damages the sugarcane planting. industry. In order to make the sugarcane planting industry flourish and improve production efficiency and return on investment, then it is necessary to introduce mechanized and automated production equipment in the sugarcane planting industry, so as to realize the large-scale production of sugarcane planting. Among them, the sugarcane harvester is the most important mechanical equipment in ...

AI Technical Summary

Problems solved by technology

Among them, the sugarcane harvester is the most important mechanical equipment in the field of sugarcane planting, mainly to realize the mechanized fast harvesting of mature sugarcane; the sugarcane harvester generally includes a cane splitting device, a cutting and feeding device, a transmission device, and a cutting and tip removal device. , cane collection and waste discharge device, among which the cane dividing and supporting device is the device at the front end of the sugarcane harvester. The sugarcane between the augers and the sugarcane outside will not be entangled with each other, which will affect the overall harvesting efficiency

[0003] Usually, the existing cane splitting and lifting device is to install one or two sets of augers at the front end of the sugarcane harvester, and use the motor to drive the augers to rotate to separate the sugarcane. The augers are usually set upright or inclined. It is found that the effect is not ideal, because the actual growth of sugarcane is staggered together, not inclined to one side

Moreover, in many cases, the terrain of the sugarcane fields is complex, and the growth conditions of the sugarcane are also different. The traditional cane dividing and lifting devices cannot adapt to complex terrains.

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