Centrifugation device with adjustable vanes
The invention relates to a device for drawing off fluid of a centrifugation device, particularly for separating at least one fluid, with a disk ( 10 ) with channels ( 12, 12 ′). It is characterized by adjustable vanes. This allows to change the property of the disk and thus treat liquids with different properties without disassembling the separator. Therefore there is no dead time during working time and an easy adjustment of the disk.
1. A separator with a device for separating specific liquids from each other and drawing off fluid in centrifugation separation equipment, comprising a rotor with a series of conical separation disks inside a separation chamber, a distributor, a top disk and a main separation disk defining a radius of separation with a plurality of fluid flow channels defined by a plurality of vanes that have an adjustable outer diameter.
2. The device according to claim 1 , wherein each vane is rotatable about a respective axis.
3. The device of claim 1 , wherein each vane includes a slot that defines a minimum and a maximum outer diameter.
4. The device of claim 3 , including a second disk having a plurality of pins that respectively engage said slots in the vanes.
5. The device of claim 4 , wherein said second disk is rotatable.
6. The device of claim 3 , wherein
a second disk is cooperatively associated with said main separation disk,
said second disk has a plurality of pins respectively guided in said slots in the vanes, and
said second disk is rotatable whereby said pins rotate and thereby adjust the outer diameter of said vanes.
7. A centripetal discharge pump of a centrifugal fluid phase separator, comprising:
a rotor defining pump axis, the rotor having a series of conical separation disks positioned inside a separation chamber;
a distributor;
a top disk;
a circular chamber for the discharge of one phase;
a discharge disk for separating specific liquids from each other, the disk defining a radius of separation having an inner diameter and an outer diameter, situated within the discharge chamber, coaxial with and rotated by the rotor, with a discharge channel between the inner diameter of the disk and the rotor;
wherein the discharge disk has a plurality of vanes extending from the outer diameter to the inner diameter, said vanes defining a plurality of channels running from the outside diameter to the discharge channel; and
wherein the vanes have an adjustable outer diameter.
8. The centripetal discharge pump of claim 7 , wherein each vane is rotatable about a respective axis.
9. The centripetal discharge pump of claim 7 , wherein each vane includes a slot that defines a minimum and a maximum outer diameter.
10. The centripetal discharge pump of claim 9 , including a second disk having a plurality of pins that respectively engage said slots in the vanes.
11. The centripetal discharge pump of claim 10 , wherein said second disk is rotatable.
12. The centripetal discharge pump of claim 11 , wherein each vane is rotatable about a respective axis.
13. The centripetal discharge pump of claim 9 , wherein
a second disk is cooperatively associated with said discharge disk,
said second disk has a plurality of pins respectively guided in said slots in the vanes, and
said second disk is rotatable whereby said pins rotate and thereby adjust the outer diameter of said vanes.