A device for the shaft-hub coupling, in particular for the automotive sector. The peculiarity of this device is that it comprises a box-like body (4) arranged to be inserted inside a shaft (2), to be coupled with a hub (3). The body (4) further has removable means (5, 5′, 5″), operable by means of a lock (6), for engagement with the hub (3).

The railway axle according to this disclosure has a pair of fitting portions and which each include a fitting portion hardened layer and a base metal portion, and a center parallel portion which includes a center parallel portion hardened layer and the base metal portion. The base metal portion has the chemical composition described in the description. In a region having the Vickers hardness of 480 HV or more in the center parallel portion hardened layer, a dislocation density p obtained based on a CoKα characteristic X-ray diffraction result is 2.5×10.sup.16 m.sup.−2 or less, a half-value width B of the (211) diffraction plane is 1.34 degrees or less, and the dislocation density p and the half-value width B of the (211) plane obtained by X-ray diffraction satisfy Formula (1).

(−4.8×10.sup.16×B+8.5×10.sup.16)/ρ≥1.00  (1)

A device for rail vehicles comprising a predominantly hollow axle tube extending along a longitudinal direction (LR) and ending in a first wheel flange, and a wheel support extending opposite to the longitudinal direction (LR), comprising a wheel bearing, a second wheel flange and a mandrel as a cone, wherein the second wheel flange, the first wheel flange and a wheel arranged therebetween with a wheel hub are connected to each other via a flange connection, and wherein the mandrel as a cone is inserted from the wheel holder in a positive-locking manner opposite to the longitudinal direction (LR) through the wheel hub of the wheel into the interior of the axle tube and ends at the fastening element, which is arranged and cast into the axle tube and is connected thereto.

A device for rail vehicles comprising a predominantly hollow axle tube extending along a longitudinal direction (LR) and ending in a first wheel flange, and a wheel support extending opposite to the longitudinal direction (LR), comprising a wheel bearing, a second wheel flange and a mandrel as a cone, wherein the second wheel flange, the first wheel flange and a wheel arranged therebetween with a wheel hub are connected to each other via a flange connection, and wherein the mandrel as a cone is inserted from the wheel holder in a positive-locking manner opposite to the longitudinal direction (LR) through the wheel hub of the wheel into the interior of the axle tube and ends at the fastening element, which is arranged and cast into the axle tube and is connected thereto.

An “L-shaped” bushing assembly having a retainer pin sleeve and axle sleeve. An “L-shaped” retainer pin is fitted to the retainer pin sleeve and provides a handle piece that projects through the walls of the bushing assembly and wheel that is maneuverable to retract and release the retainer pin and wheel from a grooved axle. The L-shaped retainer pin and bias spring are alternatively mounted in single and multi-channel slots to facilitate retainer pin mounting and/or containment of the retainer pin at a storage position. The retainer pin sleeve slots and/or a transverse open slot facilitate cooperation of a wheel removal tool with the retainer pin(s).

A RFID tag unit is attached to a wheelset of a railcar and includes a RFID tag and an attaching member on which the RFID tag is mounted and which is attached to the wheelset. At least a portion of the attaching member which portion faces the RFID tag is made of a non-metal material. The attaching member is interposed between the RFID tag and the wheelset.

An L-shaped bushing assembly having a retainer pin sleeve and axle sleeve. An L-shaped retainer pin is fitted to the retainer pin sleeve and provides a handle piece that projects through the walls of the bushing assembly and wheel that is maneuverable to retract and release the retainer pin and wheel from a grooved axle. The L-shaped retainer pin and bias spring are alternatively mounted in single and multi-channel slots to facilitate retainer pin mounting and/or containment of the retainer pin at a storage position. The retainer pin sleeve slots and/or a transverse open slot facilitate cooperation of a wheel removal tool with the retainer pin(s).

A removable spindle assembly improvement comprised of a spindle housing end unit having a threaded cavity. A corresponding threaded removable spindle is torqued into the threaded cavity. The spindle has a tapered section that includes O-rings for creating a seal along the corresponding section of the cavity to prevent corrosion which assists in the elimination of spindle seizure within the spindle housing end unit's cavity. The spindle assembly has an interlocking key assembly that assists in securing the spindle. The spindle housing end unit's housing includes a threaded aperture that cooperates with a sealed set screw for securing the spindle in place during operation. This assembly facilitates easy removal and replacement of a spindle on a spring axle.

An improved railway car axle has a generally hollow cylindrical elongated body. The axle includes a journal near either end adapted to receive a bearing, and a dust guard adjacent the journals. A wheel seat is adjacent the dust guard and is adapted to receive a railway wheel thereon. The axial center interior portion of the railway axle is generally hollow. The railway axle is comprised of a steel with specified alloy range, mechanical properties and is of specified internal and external dimensions to allow the axle to be formed in a forging operation and to be utilized in heavy haul railway freight car service.

A device (1) for rail vehicles. The rail vehicles device incudes a predominantly hollow axle tube (2) extending along a longitudinal direction (LR) and ending in a first wheel flange (3), and a wheel support (4) extending opposite to the longitudinal direction (LR), having a wheel bearing (5), a second wheel flange (6) and a conical mandrel (7). The second wheel flange (6), the first wheel flange (3) and a wheel (8) are arranged therebetween with a wheel hub (9) connected to each other via a flange connection. The conical mandrel (7) is inserted from the wheel holder (4) in a positive-locking manner opposite to the longitudinal direction (LR) through the wheel hub (9) of the wheel (8) into the interior of the axle tube (2) and ends at the fastening element (11), which is arranged and cast into the axle tube (2) and is connected thereto.