Miba Sinter Austria Gmbh

Metaldyne International Deutschland Gmbh

Christian Dumanski

Karl Dickinger

Juergen Depp

Alexander Mueller

Wolfgang Siessl

Markus Schauer

Helmut Buchleitner

Franz-Josef Gielesberger

Robert Spitaler

Johann Dickinger

Martin Viechtbauer

Stefan Weyand

Magdalena Dlapka

Martin Heissl

Harald Kaiser

Roland Mayrhuber

The invention relates to a method for producing a sintered gear comprising a gear body on which at least one elastomer element is arranged, according to which a green compact is produced by pressing a powder, the green compact is sintered into a gear body and is hardened by carburization and subsequent quenching or sinter-hardening and subsequent quenching with a gas and afterwards the at least one elastomer element is vulcanized onto the gear body.

Method for the production of a sintered gear

The invention relates to a bearing cover () for a split bearing arrangement (), which comprises a bearing block () in addition to the bearing cover (), wherein the bearing cover () has a clamping surface (), which in an assembled state of the bearing arrangement () fits against a counter clamping surface () of the bearing block (), and wherein at least one projection () is formed on the clamping surface () and projects from the latter, which can be pushed into the counter clamping surface () of the bearing block (), and which has a round or round-convex cross-sectional form in a plan view of the clamping surface ().

Bearing cover

The invention relates to a device () for positioning meshing teeth () of a gear drive without any play, comprising a gear assembly (), which gear assembly () comprises a main gear () having first teeth () and a gear () that is rotatable relative thereto in the circumferential direction having second teeth (), and the main gear () comprises a hub part () on which the rotatable gear () is disposed, and a tolerance compensating element () comprising a shaft part () and a compensating part () is disposed radially underneath the main gear (), and the compensating part () is connected to the shaft part () and to the hub part () of the main gear () so that the main gear () is connected exclusively via the compensating part () to the shaft part (), and the compensating part () is made at least partially from a rubber elastic material.

Device for positioning meshing teeth of a gear drive without any play

The invention relates to a gear assembly () comprising a fixed gear () having a first radial toothing () and an idler () having a second radial toothing (), the first radial toothing () being disposed at least approximately at the same radial height as the second radial toothing (), and the fixed gear () further comprises a first axial end face () and the idler () comprises a second axial end face (), and the fixed gear () is connected to the idler () by means of at least one elastic connecting element (), for which purpose the elastic connecting element () is connected on the one hand to the first axial end face () of the fixed gear () and on the other hand to the second axial end face () of the idler ().

Gear assembly

The invention relates to a gear () comprising a first, radially inner ring element (), a second, radially outer ring element () and a connecting element (), wherein the second, radially outer ring element () comprises a toothing (), wherein the connecting element () is arranged in radial direction between the first, radially inner ring element () and the second, radially outer ring element () and is connected to the first, radially inner ring element () and the second, radially outer ring element (), and wherein the connecting element () is made at least partly from a rubber-elastic material. In this case edges () of the first, radially inner ring element () in the connecting area between the first, radially inner ring element () and the connecting element () and edges () in the connecting area between the second, radially outer ring element () and the connecting element () are provided with a rounding (to).

Gear

The invention relates to a gearwheel arrangement () with a main gearwheel () and a gearwheel () rotatable relative to the latter in circumferential direction (), wherein the main gearwheel () comprises a hub () on which the rotatable gearwheel () is arranged, and with a spring element (), which is arranged between the main gearwheel () and the rotatable gearwheel (), and by means of which the rotatable gearwheel () is pretensioned in circumferential direction () against the main gearwheel (), wherein the main gearwheel () comprises at least one first support element () and the rotatable gearwheel () comprises at least one second support element (), and wherein the spring element () is arranged between the first and the second support element () and thereby spaced apart from the first surface () of the main gearwheel () and from the second surface () of the rotatable gearwheel ().

Gearwheel arrangement

The invention relates to a tool for compacting the surface of a component () produced by powder metallurgy, comprising a mold () and a stamp (), wherein in the mold () a recess () is provided which extends from a first mold opening () to a second mold opening (), and which has a wall surface () for supporting the component (), and the stamp () has a stamp length () and a stamp surface (), wherein the inner diameter () of the recess () of the mold () becomes smaller from the first mold opening () in the direction of the second mold opening () or an external diameter () of the stamp () becomes greater over the stamp length (), and wherein a compaction element () is arranged on the wall surface () of the mold () or on the stamp surface (). The compaction element () is configured to have a thread-like progression.

Compacting device

The invention relates to a filling shoe () for filling a molding cavity () of a pressing mold with a powder, comprising a casing () with at least one filling cavity () having at least one side wall, wherein at least one filling opening (), via which the powder can be introduced into the filling cavity (), is designed on the casing (). At least one stripping element () connected to a drive unit () is arranged in the filling cavity (), wherein the at least one stripping element () is rotatable.

Growing community of inventors

Plesching-Steyregg, Austria

Christian Dumanski