Bearing with a displaced center of gravity in the balls.

Bearing with a displaced center of gravity in the balls.
I propose the idea of manufacturing ball bearings, in the rolling elements of which we use the method
shift of the center of gravity.
Each rolling body (balls) of the bearing is made of two separated from each other
materials, each of which has significantly different densities. For example, bearing
steel, in the middle of which, with a shift in the center of gravity, there is a heavier one
metal (tantalum, tungsten, osmium, iridium, nickel, chromium)

Bearing, rolling elements with a displacement of the center of gravity. Work of the entire surface of the rolling elements, uniform wear of the rolling surface, intensive distribution of lubricant over the entire surface of the rolling elements.

Bearing with a displaced center of gravity in the balls.

Bearing, rolling elements with a displacement of the center of gravity. Work of the entire surface of the rolling elements, uniform wear of the rolling surface, intensive distribution of lubricant over the entire surface of the rolling elements.

I propose the idea of manufacturing ball bearings, in the rolling elements of which we use the method
shift of the center of gravity.
Each rolling body (balls) of the bearing is made of two separated from each other
materials, each of which has significantly different densities. For example, bearing
steel, in the middle of which, with a shift in the center of gravity, there is a heavier one
metal (tantalum, tungsten, osmium, iridium, nickel, chromium).

Bearing, rolling elements with a displacement of the center of gravity. Work of the entire surface of the rolling elements, uniform wear of the rolling surface, intensive distribution of lubricant over the entire surface of the rolling elements.

Bearing with a displaced center of gravity in the balls.

Bearing, rolling elements with a displacement of the center of gravity. Work of the entire surface of the rolling elements, uniform wear of the rolling surface, intensive distribution of lubricant over the entire surface of the rolling elements.

I propose the idea of manufacturing ball bearings, in the rolling elements of which we use the method
shift of the center of gravity.
Each rolling body (balls) of the bearing is made of two separated from each other
materials, each of which has significantly different densities. For example, bearing
steel, in the middle of which, with a shift in the center of gravity, there is a heavier one
metal (tantalum, tungsten, osmium, iridium, nickel, chromium).
Due to the displacement of the center of gravity in the middle of the ball in the bearings, during operation of the rolling element
will constantly change their position, which will have a positive effect on equal participation
the entire surface area of the rolling element balls will wear more evenly. Except
this, the lubricant supplied to the bearings will be distributed more intensively throughout
surfaces of rolling bodies.

No alternative

No alternative.
New technology.

Machine

Mechanical engineering

No alternative.
New technology.