Abstract: A pedal arrangement (1) for a vehicle, comprising a pedal arm (2) being pivotally arranged in a pedal bracket structure (6, 7) which defines a pivot axis (3) for said pedal arm (2) and which is adapted to be fixedly mounted in said vehicle, and a stop element (14) mounted on said pedal arm (2) so that it faces the rear direction of said vehicle. The stop element (14) is mounted on the pedal arm (2) at a position chosen so that, in the event of a collision, said stop element (14) comes into contact with an existing beam structure (13) extending generally transversally in said vehicle. The invention also relates to a vehicle comprising a pedal arrangement (1) of the above-mentioned type. By means of the invention, an improved pedal arrangement is provided, which reduces the risk for injury to the driver's feet.

Abstract: The reinforced optical fiber cable of unitube structure comprises a protective tube for protecting optical fibers and reinforcing elements, together with an outer sheath around said protective tube. In the cable said protective tube is of corrugated tubular structure. Application: Long distance transmission cable.

Abstract: The reinforced optical fiber cable of unitube structure comprises a protective tube for protecting optical fibers and reinforcing elements, together with an outer sheath around said protective tube. In the cable said protective tube is of corrugated tubular structure. Application: Long distance transmission cable.

Abstract: The reinforced optical fiber cable of unitube structure comprises a protective tube for protecting optical fibers, a reinforcing layer, and reinforcing cords, together with an outer sheath around the protective tube. In the cable the protective tube is of corrugated tubular structure. Such a cable is particularly suited for use as a long distance transmission cable.

Abstract: A fiber optic cable comprises a plurality of packages each made up of a plurality of optical fiber ribbons. The packages are arranged in a tight structure incorporated in a polymer resin so that the packages themselves constitute reinforcements that impart strength to the cable and prevent curvature of the optical fibers due to variations in temperature. This eliminates the need to incorporate any central and/or peripheral reinforcing member into the cable.

Abstract: A fiber optic cable comprises a plurality of packages each made up of a plurality of optical fiber ribbons. The packages are arranged in a tight structure incorporated in a polymer resin so that the packages themselves constitute reinforcements that impart strength to the cable and prevent curvature of the optical fibers due to variations in temperature. This eliminates the need to incorporate any central and/or peripheral reinforcing member into the cable.