Rotating barrel finishing method under heavy resultant force

Details Rotating barrel finishing method under heavy resultant force Rotating barrel finishing method under heavy resultant force

1988-03-14

1989-02-28

Smith, James G.

Abrasive tool making process, material, or composition

With carbohydrate or reaction product thereof

511642, B24B 100, B24B 3102

Patent

active

048074039

ABSTRACT:
A method consists of causing a barrel container to revolve with less than the numbers of axial and orbital revolutions n and N defined as n=42.2/.sqroot.d x.sup.4 .sqroot.1+x.sup.2, where n is the number of axial revolutions per minute for the barrel container, x is ratio of the centrifugal force produced and the gravity, equal to o<x.ltoreq.1, d is the diameter of the inscribed circle of said barrel container; and N=42.2/.sqroot.D, where N is the number of revolutions per minute and D is the distance, in meter, twice value from the revolving axis and rotating one; and causing a resultant force substantially equal to 1G<Y.ltoreq..sqroot.2G where Y is defined as the resultant force to be produced by the centrifugal force combined with the gravity action and given to the mass within the barrel container. The method provides a heavy resultant force that is composed of the produced centrifugal force component and gravity action component, under which the workpieces can be finished with the higher efficiency. Various types of workpiece finishing are available on a single machine implemented on the method, by making use of a programmable sequence controller.

REFERENCES:
patent: 3374584 (1968-03-01), Haught
patent: 4041648 (1977-08-01), Heiberger
patent: 4586292 (1986-05-01), Carroll et al.
patent: 4638600 (1987-01-01), Kobayashi et al.
patent: 4727684 (1988-03-01), Kobayashi et al.

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