Abstract: A fixing device has two threaded rings (10, 12), and aa membrane (14) held between them that is an integral part of this pair of rings (10, 12) and is kept at a distance from the rings (10, 12) by introduced slots (16, 18, 24, 26), rectilinear in a unmounted state. The slots open to the outside. By resting against only partially annularly extending webs (20, 22) and having a clamping bolt (30) usable to adjust the axial distance between the and passing through the membrane (14) between two adjacent webs (20, 22), in the unmounted state the membrane is oriented in an undeformed manner in parallel to the rings (10, 12) and in a mounted state it is moved between the webs (20, 22) in a deformed state in the direction of at least one of the rings to at least partially form a slanted or arc course, as soon as the distance (a) between a pair (10, 12) of rings (10, 12) is reduced by the clamping bolt. The clamping bolt (30) passes through adjacent slots (16, 18, 24, 26) separated from the membrane (14).

Abstract: A fixing device having at least two threaded rings (10, 12), which between them hold a membrane (14), which is an integral part of this pair of rings (10, 12) and which is kept at a distance from the rings (10, 12) by introduced slots (16, 18, 24, 26), rectilinear in a unmounted state, which all open to the outside into the environment, and by resting against only partially annularly extending webs (20, 22), and having at least one clamping bolt (30), which can be used to adjust the axial distance between the rings, characterized in that at least one clamping bolt (30) passes through the membrane (14) between two adjacent webs (20, 22), that in the unmounted state the membrane is oriented in an undeformed manner in parallel to the rings (10, 12) and in a mounted state it is moved between the webs (20, 22) in a deformed state in the direction of at least one of the rings to at least partially form a slanted or arc course, as soon as the distance (a) between a pair (10, 12) of rings (10, 12) is reduced by means

Abstract: A machine element includes individual ring components (10, 12) fastenable to third components, such as axles, shafts, or hubs. One ring component can be actuated toward another ring component in an advancing motion by an adjusting device (18) in an axial direction (Y). An angled force application to the one ring component (10) in a tilted direction (24) that deviates from the axial advancing direction (Y) occurs by the adjusting device (18) for the advancing motion. The ring component that is exposed to the angled force application follows the tilted direction by a contact surface (30) for the contact with the adjusting device (18). In a thread-free segment of the adjusting device (18), the adjusting device has a titled control surface (32). The adjusting device then follows the contact surface (30) with its tilted direction (24) when the adjusting device (18) is actuated.

Abstract: A machine element has individual ring components (10, 12) fixable to third components such as axles, hubs or shafts by internal and/or external threads. One ring component (10) can be moved in an axial direction relative to another ring component (12), by clamping screws (18). The two ring components (10, 12) are independent components that delimit a separation space (22) with their adjacent mutually facing end-faces. The separation space opens on all sides to the surroundings. Only the clamping screws (18) of the adjusting device pass through the separation space (22).

Abstract: The invention relates to a machine element, comprising individual ring components (10, 12), which can be fastened to third components, such as axles, shafts, or hubs, of which at least one ring component can be actuated toward at least one further ring component in an advancing motion by means of an adjusting device (18) as viewed in an axial direction (Y), wherein an angled force application to at least one of the ring components (10) in a tilted direction (24) that deviates from the axial advancing direction (Y) occurs by means of the adjusting device (18) for the advancing motion, and wherein the ring component that is exposed to the angled force application follows the tilted direction by means of at least part of a contact surface (30) for the contact with the adjusting device (18).

Abstract: A machine element, in particular in the form of an adjusting nut, having individual ring components (10, 12), which can be fixed to third components such as, for example, axles, hubs or shafts by means of internal and/or external threads, of which at least one ring component (10) can be moved as viewed in an axial direction on at least one further ring component (12), by means of an adjusting device with several clamping screws (18), in an advancing movement from an assembly position into a securing position and vice versa, wherein at least the two ring components (10, 12) are designed as independent components which delimit a separation space (22) with their adjacent mutually facing end-faces, which separation space opens on all sides to the surroundings, is characterized in that only the clamping screws (18) of the adjusting device pass through the separation space (22) and in that all possible adjusting positions of both ring bodies (10, 12) with respect to each other are brought about between the assembly