FIELD: construction, equipment.
SUBSTANCE: invention relates to transport machine construction engineering. The roller support system of compactor for utilising domestic and industrial wastes at polygons is constructed so that it can be connected to compactor framework. The system contains the first flat flange coupled with the transverse partition of cylindrical roller body. The second flat flange has kinematical connection with the first flange. It is intended for fixing drive mechanism being in the shape of hydraulic drive gear. Flanges are directed towards each other by their flat sides and distanced from each other. The first flat flange is linked with the second flat flange by two spherical supports located diametrically. Each spherical support is implemented with spherical bearing located in the seat of the first flat flange. The seat is realised with one side being spherical in order to interact with spherical element of spherical bearing situated on the cylindrical part of the shaft. The shaft flange is fastened to the surface of the second flange. The first flat flange is implemented so that it can be connected to compactor framework by means of two spherical supports arranged diametrically. Each spherical supports is represented with spherical bearing being in the seat of the first flat flange. The seat is made with one side being spherical in order to interact with spherical element of spherical bearing located in the central part of shaft. The shaft flange is intended for fastening to the compactor framework. The surface crossing spherical bearings of the first flat element designed to contact with the second flat flange, is perpendicular to the surface crossing spherical bearings of the same flange with roller flanges being designed to contact with compactor framework. The length of shaft, where spherical element of spherical connection bearing with compactor framework is situated, exceeds the distance between the flat flanges.
EFFECT: improvement of process compactor characteristics designed for domestic and industrial wastes.
5 dwg
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Authors
Dates
2009-01-20—Published
2007-04-23—Filed