Translation of "Circled track" in German

The tips of all hands are moving on a circled track.

Instead of previous schematic circled track thus results a track of elliptic shape (E).

The Free Aether swings at Spiral-Cluster-Tracks, here schematic marked only by a circled track (D).

So the layer of the original circled track (red) now is inclined to the equatorial plane.

At A the observed aetherpoint (red) is located quite left at its circled track.

Here for example, only the aetherpoints at the middle are moving on wide circled track, while upside and below neighbours are swinging at tracks more narrow.

It´s turning point (F) by itself is moving at a circled track with rather long radius around second turning point (G).

As every bending is possible only into two directions same time, this point won´t move linear but at circled track (K).

If one aether-point is moving at a circled track, all neighbouring aether-points must move synchronous, like schematic shown at C. Each aether-point moves around its own fulcrum.

The attracting force of the earth at height of the satellites is just so strong to redirect a body of 3 km/s velocity from its tangential direction into a circled track.

At this radius the attracting-force (arrow AK) of earth-gravity is exactly strong enough to keep the satellite at a circled track.

Also here all these aetherpoints are swinging within space, from left to right and back again within plane of picture, up and down in vertical direction, so at circled track.

At the centre of this local movement (red) can exist no pure circled track and also no pure elliptic track.

At picture 08.19.14 upside right again are drawn two ´resting´ blue aetherpoints A and between a black aetherpoint B is swinging around a circled track.

The transition of previous circled track into that larger elliptic track can not be done abruptly, but only in shape of each wider spiral tracks.

At previous conditions, the centripetal attracting force (AK) of the earth is exactly able to draw the satellites continuously at a circled track.

Why for example, should be demanded enormous centripetal forces for the ´acceleration´ of mass into a steady circled track?

Aether at A moves at circle-section towards B and further on to C (and will go on moving at complete circled track).

If this ball would roll inside along a round wall, the ball would be pressed into circled track likely.

One point at the centre of the wheel below is marked light-green and that point is really moving at a circled track (light-green) around the system axis.