AGGREGATE OF THE GASEOUS CENTRIFUGAL MACHINES Russian patent published in 2006 - IPC B01D59/20 

FIELD: nuclear industry; the aggregates of the gaseous centrifugal machines for separation of admixtures of the gases and the isotopic admixtures.

SUBSTANCE: the invention is pertaining to the aggregates of the gaseous centrifugal machines for separation of admixtures of the gases and the isotopic admixtures, in particular, to the design of the aggregates of the gaseous centrifugal machines mounted on the support frames in some floors in height, for example, at the uranium isotopes separation plants or on the multi-aggregate benches for separation of the stable isotopes. The aggregate of the gaseous centrifugal machines contains: the centrifugal machines arranged in the form of two rows and fixed on the common frame with the transversal beams installed on the support consoles of the columns; the frame is supported on the lower ends of the vertical rods, which upper part is mounted on the console. For the supports they used the ball-type washers and bushes mounted with the capability of the horizontal motion in the holes of the consoles. The rods lower ends are mounted on the lower transversal beams, and the rods upper ends are passing into the holes of the upper transversal beam and on them there is the washer, which is pressed to the surface of the beam by the spring. The upper ends of the rods may be installed on the staves arranged on the consoles, and the lower ends of the rods - on the support components fixed on the lower transversal beams. The supporting components are protruding outside the frame dimensions in width and length. The technical result of the invention is reduction of the effect of the seismic disturbances on the gaseous centrifugal machines in 1.5-2 times due to damping of the seismic oscillations by the aggregate design components.

EFFECT: the invention ensures reduction of the effect of the seismic disturbances on the gaseous centrifugal machines in one and a half- two times due to damping of the seismic oscillations by the aggregate design components.

16 cl, 7 dwg