Analysis And Study For Forage Transfer Mechanism And Compressing Mechanism Of9YFS-2.0Rectangular Baler

With the commercialize produce of fiber material such as forage grass or crop straw, the chief question is that forage is loose and puffy, density of loose-heep is small and collection is difficult. These material take up a lot of space and transit less-ton phenomena is serious in the course of storing or transportation.It makes greatly transit cost pressure. Thus it can be seen that forage compaction bunding is transported, which is the important step of releasing transit cost pressure. differenrt forms of hay balers for gasslands and pasturing areas is developed and improving their performance, which is the pledges of the development of modern grass industry engineering and pasture harvesting mechanization.In addition,it also is an important subject in pasture harvesting process and machine system studying.This paper use9YFS-2.0constant-frequency rectangular baler with own driving power system as research object. It mainly progresses design of forage transfer mechanism and compressing mechanism by adopting SolidWorks, simulation by adopting ADAMS.By kinetic simulation,the movement state and law of the main mechanism are knowed. For the hay baler,matching forage transfer mechanism and compressing mechanism is key factor.By anlysis of kinetic simulation, position of forage transfer mechanism is improved on condition that machine construction is not chaged. After improvement, forage transfer mechanism can move more further in compression-room, forage grass is into compression-room more uniform accordingly. It improve the baling rate and productivity of this hay baler.Not only that,the results provide the references to the design of the hay baler.