Silage crushing, rubbing filamentation and packing integrated operation machine

Abstract

A silage crushing, rubbing shedding and packing integrated operation machine comprises a rack and a transmission mechanism, wherein the rear end of the upper portion of the rack is provided with a feeding and delivery mechanism, the rack in front of the feeding and delivery mechanism is provided with an extruding shedding mechanism, the rack in front of the extruding shedding mechanism is provided with a crushing and rubbing shedding chamber, the rack in front of the crushing and rubbing shredding mechanism is provided with an extrusion and packing mechanism, and the transmission mechanism is arranged on the rack and comprises a driving motor. The driving motor is used for power supply of the extruding shedding mechanism and the feeding and delivery mechanism, and the driving motor is used for power supply of the extrusion and packing mechanism. The silage crushing, rubbing shedding and packing integrated operation machine can complete material conveying, extruding shredding, crushing and rubbing shedding and extruding, pushing and variable packing operations at a time.

Description

technical field [0001] The invention relates to the technical field of silage machinery, in particular to an integrated operation machine for crushing, kneading, shredding and packing silage. Background technique [0002] At present, the forage processing machinery on the market is generally dominated by hay cutters and straw kneading machines. The structure and function of traditional kneading machines are not integrated, and there are the following situations. Some implements only have crushed soft silk without a complete forage adding and conveying device, which does not solve practical problems in terms of potential safety hazards and labor relief. Some crushing and soft silk machines do not have the function of compressing and baling. They do not compress the processed forage, so that the density of the forage cannot meet the requirements. Although some machines have the function of pressing and wrapping the film, the film-wrapping machines on the market are mostly use...

AI Technical Summary

Problems solved by technology

Some machines only have crushed soft silk without a complete forage adding and conveying device, which does not solve practical problems in terms of potential safety hazards and labor relief

Part of the crushing and soft silk machines do not have the function of baling and packaging. The processed forage is not compressed, so that the density of the forage cannot meet the requirements. The storage time is short and the quality is poor. Moreover, this process requires manual operation to complete the subsequent part of the work. The labor intensity is high.

Although some machines have the function of pressing and wrapping film, the film-wrapping machines currently on the market are mostly used for dry forage grass with a moisture content of less than 17%, and the effect of crushing and shredding green forage grass is not good.

There are problems such as low operating efficiency, inability to adjust the compression density, complex structure, high failure rate, and high price. After the film is wrapped, the film becomes garbage, which is expensive and pollutes the environment.

Some machines do not have the function of crushing and scribing. The whole plant of forage is directly put into the machine for crushing and softening. This process leads to the quality of forage grass after processing. The silk mixed part handles unclean forage, hard knots, thick stems, etc.

Some machines and tools do not independently set the power source, which affects the normal operation of the local mechanism at full load. Therefore, in the forage processing project, there are problems such as different lengths of forage sections and uneven silk quality, and high power consumption per ton of grass processed by machines and tools.

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