Abstract: The quick fastening device fastens cable lines and absorbs vibration, especially on abutments of automobiles. The device has a retainer ring with a spring, as well as a pendulum tube and cable components. A firm component in the interior of the quick fastening device integrates components of a cable on one side, and an intake slit with a pendulum tube on the other side. The firm component is surrounded by a ductile component on which a sliding ring is arranged. The sliding ring is under a retainer ring. A spring is arranged in the interior of the retainer ring with one side against the ductile component and one the other side against the retainer ring. The retainer ring and the ductile component form a groove into which the abutment fits. The retainer ring is pulled back against the resistance of the spring, enlarging the groove, so that the abutment may fit into the groove.

Abstract: A support wall (16) has a predetermined thickness (18) between opposite surfaces and an inwardly extending periphery defining a pocket (20). A fitting (21) defining an annular groove (22) and the periphery of the pocket (20) is disposed in the groove (22) whereby the support wall (16) supports the fitting (21). First and second projections (38) are disposed on the support wall (16). A U-shaped retainer clip (24) has legs (26) extending from a base (28) and terminating in distal ends (30) with the base (28) and the legs (26) disposed in the groove (22). The distal ends (30) extend out of the groove (22) and engage the projections (38) for retaining the fitting (21) in the pocket (20).

Abstract: A connection element for cable pulls, having a cable pull sleeve for protecting the cable pull core and for the transmission of movements with forces, an elongated wire for mechanical strength of the cable, a guide tube for guiding the inner cable core, and rubber elements for damping. Elongated wires having bent ends are provided with an injection molding so that there is a contour with U-shaped cross section in the injection molding. A holder engages in the injection molding via an elastic element which simultaneously carries the guide tube and connects it with the injection molding. A flat strip with sliding tube opens into the guide tube.

Abstract: A motion transmitting remote control assembly (10) for transmitting forces along a curved path by a motion transmitting core element (14) includes a guide means and a motion transmitting core element (14) moveably supported by the guide means. A support wall (16) for supporting the guide means has a predetermined thickness (18) between opposite surfaces and an inwardly extending periphery defining a pocket (20). The guide means includes a fitting (21) defining an annular groove (22). The groove (22) has a predetermined diameter (23) and a predetermined width (25) perpendicular to the diameter (23). The periphery of the pocket (20) is disposed in the groove (22) whereby the support wall (16) supports the fitting (21). First and second abutments (36),(38) are disposed on the support wall (16). A U-shaped retainer clip (24) has legs (26) extending from a base (28) and terminating in distal ends (30) with the base (28) and the legs (26) disposed in the groove (22).

Abstract: A longitudinal adjuster on the core or shaft of an actuating-pull mechanism, preferably for gear-shift cables of motor vehicles. For the purpose of adjusting force transmission, two shaped parts with toothing arrangements interengage. The two shaped parts are arranged in a housing with a securing sleeve and a compression spring. The compression spring acts along the axis of the core or shaft. The shaped parts are of trapezoidal design in cross section and are fixed via noses which are arranged on the outer of the shaped parts and the securing sleeve.