Mounting for centrifuge filling device

Claim 2

A mounting for reducing vibration in the filling devices of centrifuges comprising a pair of wings of predetermined configuration including means for cooperating with a support post on a rotor shield of a centrifuge to pivotally connect the wings together on the post and define a space therebetween adapted to receive the filling device of the centrifuge, said wings each having a plurality of radially inwardly extending resilient bumpers having resilient free ends adapted to engage said filling device to resist vibrations therein, and means for resiliently and releasably connecting said wings together thereby to resiliently engage said bumpers with said filling device.

Claim 3

A mounting device as claimed in claim 1 wherein said wings are generally semicircular in plan, said wings each including first end portions adapted to be positioned in overlapping relationship and said means for cooperating with the support post of the centrifuge comprising through holes in said first end portions to receive said support post on the centrifuge pivotally connecting the wings together.

Claim 4

A mounting device as defined in claim 2 wherein each of said wings includes second end portions located opposite said first end portions said second end portions of said wings include outwardly extending pins and said connecting means comprises a resilient ring engaged between said pins.

Claim 5

A mounting device as defined in claim 3 wherein said second end portions of the wings have opposed semicylindrical vertically extending recesses formed therein for receiving therebetween a second support post in the centrifuge.

Claim 6

A mounting for reducing vibration in the filling devices of centrifuges comprising a pair of generally semicircular wings having first and second opposite end portions, said first end portions being flat and having cooperating means comprising aligned holes therein for receiving a mounting pin on the centrifuge whereby the wings are pivotally connected by the mounting pin in the centrifuge to define therebetween a generally circular space for receiving the filling device of the centrifuge, said wings each having a plurality of radially inwardly extending resilient bumpers having resilient free ends adapted to engage said filling device to resist vibrations therein, and resilient means for releasably and resiliently connecting the second end portions of said wings together thereby to resiliently engage the bumpers with the filling device.

Claim 7

A mounting for reducing vibration in the filling devices of centrifuges comprising a pair of generally semicircular wings having first and second opposite end portions, said first end portions being flat and having cooperating means comprising aligned holes therein for receiving a mounting pin on the centrifuge whereby the wings are pivotally connected by the mounting pin in the centrifuge to define therebetween a generally circular space for receiving the filling device of the centrifuge, said wings each having a plurality of radially inwardly extending resilient bumpers having resilient free ends adapted to engage said filling device to resist vibrations therein, and resilient means for releasably and resiliently connecting the second end portions of said wings together thereby to resiliently engage the bumpers with the filling device.

Claim 8

A mounting device as defined in claim 5 wherein said second end portions of said wings include outwardly extending pins and said connecting means comprises a resilient ring engaged between said pins.

Claim 9

A mounting device as defined in claim 5 wherein said second end portions of the wings have opposed semicylindrical vertically extending recesses formed therein for receiving therebetween a second mounting pin in the centrifuge.