Abstract: An elastic body is provided having at least two fastening apertures, at least one thread package surrounding the at least two fastening apertures, at least one elastic sheath at least partially sheathing the at least one thread package, and wherein the elastic body has at least one positioning point at at least one fastening aperture on the elastic sheath, via which the position of the at least one thread package in the elastic sheath is adjustable at least in the axial direction.

Abstract: A flexible coupling element for a shaft arrangement for articulated connection of two shaft sections. The flexible coupling element has a plurality of bushings, at least one primary loop bundle a support arrangement arranged on at least one bushing for axial guidance of the at least one primary loop bundle, and an elastic cover. The at least one primary loop bundle, the at least one support arrangement and the plurality of bushings are embedded at least partially in the elastic cover. With this flexible coupling element, it is also provided that the at least one primary loop bundle is wrapped around two neighboring bushing pair Neighboring bushing pairs are joined together by means of at least one secondary loop bundle which is secured separately on the at least one support arrangement.

Abstract: The present invention relates to a flexible coupling element (10) for a shaft arrangement for articulated connection of two shaft sections, comprising a plurality of bushings (14), at least one primary loop bundle (22), a support arrangement (20) arranged on at least one bushing (14) for axial guidance of the at least one primary loop bundle (22), and an elastic cover (12), in which the at least one primary loop bundle (22), the at least one support arrangement (20) and the plurality of bushings (14) are embedded at least partially. With this flexible coupling element (10), it is also provided that the at least one primary loop bundle (22) is wrapped around two neighboring bushings (14) to form a bushing pair (141, 142), wherein neighboring bushing pairs (141, 142) around which a primary loop bundle (22) is wrapped are joined together by means of at least one secondary loop bundle (24), which is secured separately on the at least one support arrangement (20).

Abstract: A resilient joint member for a shaft arrangement is provided including a plurality of bushings arranged at predetermined angular intervals in the peripheral direction in relation to a center axis of the joint member, a plurality of loop bundles which loop around respectively two adjacent bushings, each bushing has at least two loop bundles looped around it, an elastic sheath in which the loop bundles and the bushings are at least partly embedded. The bushings have an axial tubular section around which there loop the loop bundles associated with the bushing and on which, at least at an axial end region. A collar element is arranged for axial support of one of the loop bundles at the axial end region and includes a support section that runs substantially radially with respect to the tubular section, and a fixing section is in contact with the tubular section.

Abstract: A resilient joint member for a shaft arrangement is provided including a plurality of bushings arranged at predetermined angular intervals in the peripheral direction in relation to a centre axis of the joint member, a plurality of loop bundles which loop around respectively two adjacent bushings, each bushing has at least two loop bundles looped around it, an elastic sheath in which the loop bundles and the bushings are at least partly embedded. The bushings have an axial tubular section around which there loop the loop bundles associated with the bushing and on which, at least at an axial end region. A collar element is arranged for axial support of one of the loop bundles at the axial end region and is includes a support section that runs substantially radially with respect to the tubular section, and a fixing section is in contact with the tubular section.

Abstract: Rotational coupling is provided having: a first carrier body with a first base section and a plurality of first coupling arms extending from the first base section spaced in a circumferential direction, each having a first coupling section jointly defining a first plane running concentrically and perpendicularly to a rotational axis, a second carrier body including a second base section and a plurality of second coupling arms extending from the second base section spaced in the circumferential direction, each having a second coupling section jointly defining a second plane running concentrically and perpendicularly to the rotational axis, first and second carrier bodies arranged such that the planes coincide, the coupling arms facing one another, alternately interengaging and circumferentially spaced, base sections oriented oppositely along the rotational axis, and each of the coupling sections coupled via elastic link elements to the coupling sections respectively adjacent on both sides.

Abstract: Rotational coupling is provided having: a first carrier body with a first base section and a plurality of first coupling arms extending from the first base section spaced in a circumferential direction, each having a first coupling section jointly defining a first plane running concentrically and perpendicularly to a rotational axis, a second carrier body including a second base section and a plurality of second coupling arms extending from the second base section spaced in the circumferential direction, each having a second coupling section jointly defining a second plane running concentrically and perpendicularly to the rotational axis, first and second carrier bodies arranged such that the planes coincide, the coupling arms facing one another, alternately interengaging and circumferentially spaced, base sections oriented oppositely along the rotational axis, and each of the coupling sections coupled via elastic link elements to the coupling sections respectively adjacent on both sides.