Abstract: An articulated joint connection device force-transmits the connection of two components, each extending along a common longitudinal axis in a first working position, and for pivoting one of the two components relative to the other component about a pivot axis, which is arranged perpendicularly and parallel to the longitudinal axis, into at least one other, second working position. Furthermore, a coupling device, particularly for rail vehicles, has a coupling bar with two components which are coupled together via such an articulated joint connection device. The design configuration of the coupling elements is characterized by a drawbar sleeve joint connection.

Abstract: A railcar coupler assembly allowing rotation of a coupler between a stored position within the railcar and an extended position for engagement with the coupler of an adjacent railcar. The coupler can be locked into either the stored or extended position with a locking pin.

Abstract: The invention relates to a linkage for the articulated connection of a coupling rod to a railcar body, wherein the linkage includes a base plate connectable to the railcar body in which a through-hole is configured through which a railcar body-side end section of the coupling rod extends and a drawgear arranged on the railcar body-side end section of the coupling rod. The drawgear has a front spring plate affixed to the coupling rod in front of the base plate in the longitudinal direction of the coupling rod and a rear spring plate affixed to the coupling rod behind the base plate in the longitudinal direction of the coupling rod. To achieve effective anti-rotation protection, the front spring element and/or rear spring element engages with the base plate such that the rotational forces transmitted from the coupling rod to the base plate is conducted at a right angle without slip.

Abstract: A longitudinally adjustable coupling rod for central buffer couplings of rail-borne vehicles. The coupling rod has a longitudinally adjustable section, which is formed by four shear elements fastened to a support body in an articulated manner. Two shear elements form front shears and two shear elements form rear shears. The two shear elements of the rear shears are associated extensively mirror-symmetrically with the shear elements of the front shears. The shear elements of each of the shears, which are arranged opposite each other, are connected to one another in their front area by hinges.

Abstract: The present invention pertains to a central buffer coupling for rail-borne vehicles with a two-part coupling shaft formed by a front shaft part (2) carrying the coupling shaft (1) and by a rear shaft part (3) hinged horizontally pivotably to the chassis of the rail-borne vehicle, wherein the two shaft parts (2 and 3) of the two-part coupling shaft are connected to one another by a vertical connecting pin (5). A locking bar (7), which is displaceable in the longitudinal direction to a limited extent in the coupling shaft, is provided as the fixing device, and the said locking bar can be displaced, in the mutually extended position of the two shaft parts (2 and 3), by the force of a spring (13), into a locked position, in which the locking bar (7) associated with one of the shaft parts (2 or 3) engages the vertical groove (6) associated with the other shaft part (3 or 2) to make the coupling shaft rigid.

Abstract: The intermodal rail truck and coupling system for the coupling of two intermodal containers, two conventional rail cars, or an intermodal container and a conventional rail comprising a rail truck frame having a central longitudinal axis and wheel supports for rotatable securement of conventional rail wheels for use on conventional rails. Two conventional rail car coupler means are positioned at opposite ends of said frame along said longitudinal axis, and are vertically adjustable to a height equal to conventional rail car couplers which defines the load line of conventional rail cars, and are lowerable below that load line when not used. Two fifth-wheel pancake members are also positioned at opposite ends of said frame along said longitudinal axis and have means for receipt and pivotable securement of fifth-wheel kingpins of intermodal containers.

Abstract: A buffer coupling for rail vehicles comprises a first coupling part which has a receiving shoulder adjacent its end with a first cylindrical portion spaced from the end of said first coupling part of increased diameter from said shoulder and forming a rib in a second cylindrical portion of smaller diameter than the rib forming a cylindrical slide surface over which a sleeve is slidable. The sleeve is urged away from the rib by a spring so that it projects outwardly from the second cylindrical portion of smaller diameter so that it may engage over respective legs of a forked end of the second coupling part which engages with the first coupling part so that the shoulder of the first part fits within the legs of the second coupling part. The sleeve is urged by the spring to engage over the outer cylindrical surface of the second coupling part.

Abstract: An automatic coupling for streetcars and like vehicles comprises a connecting rod pivotally connected to the vehicle and a coupling head pivotally connected to the connecting rod. The coupling head is pivotally disposed in the horizontal plane between an operative position in an extension of the connecting rod, in which position the coupling head extends beyond the front profile of the vehicle, and an inoperative position beside the connecting rod, in which position the coupling head is located inside the front profile of the vehicle. The coupling head co-operates with a locking device, by means of which the coupling head may be locked to the connecting rod in the operative and inoperative positions.