FIELD: transportation; pipeline.
SUBSTANCE: device for production of burrs includes basic vessel, sludge pump with suction and discharge nozzles, discharge pipeline, which is connected by flanges with outlet nozzle and discharge pipeline. At that sizes of perforated nozzle openings are accepted as equal to minimum size of produced burrs. Discharge pipeline is oriented vertically. Above-part of pipeline with the help of cartridge is hingedly fixed at the end of derricking rib of rotary crane installed on basic vessel, with the possibility of discharge pipeline lifting and lowering, and also its displacement in horizontal plane. Upper part of pipeline is connected by flexible hose to receiving facility for burrs. On lower part of pipeline cantilever rotary truss is installed in horizontal plane with the possibility of rotation relative to it. Truss is kinematically connected to drive of its rotation. On lower parts of truss, which are symmetrically oriented relative to pipeline, two channels of cylindrical shape cross section are fixed parallel to each other. Horizontally oriented augers equipped with drives of their rotation are installed in channels in bearings. Augers are installed so that they may grasp burrs from water area bottom and shift burrs to suction nozzle of discharge pipeline. Every groove covers auger on top with clearance, on one side on arc of 180 degrees, and on the other side - at 90 degrees. At that larger arc is installed from the side that is opposite to direction of truss rotation. Longitudinal axes of augers in plan are installed on both sides from pipeline axis at the same distance from it on truss parts that are opposite relative to pipeline. Channels of augers are connected to suction nozzle, which is arranged in the form of truncated cone that widens down. Every channel from the side opposite to direction of truss rotation is arranged with slot cuts arranged one behind another along channel length with their lift with bend upwards to the side of suction nozzle and channel overlapping along height equal to auger diametre. Width of slot cuts is accepted as less than minimum size of burrs commercial grain. At that length of every slot cut measured along channel length is accepted as more than step of auger vanes helical surface. Receiving facility for burrs is arranged in the form of inclined fire grate with the possibility to load dehydrated burrs from it into movable containers. Sump is installed under fire grate.
EFFECT: simplification and cheapening of device design and provision of partial load mode for burrs.
4 cl, 4 dwg
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Authors
Dates
2009-06-27—Published
2008-01-22—Filed