Abstract: A container with a taper mechanism, wherein the container is designed to be flexible and is provided for enclosing an object in the interior thereof, wherein the taper mechanism can pull together at least two pulling sides of a tapering surface of the container by means of at least one wire pull to reduce the circumference of the interior of the container, wherein the wire of the wire pull is alternately guided in spaced-apart wire pull guides arranged on the opposite pull sides along the pulling sides.

Abstract: The invention relates to a patient stabilization and transport aid (1) having two triangular sections (3, 4) made of a flexible material, wherein the sections (3, 4) are attached to one another along a connecting line (5) on one side (A) of the triangle, wherein a handle-reinforcing strip (6), in particular in the form of a belt band, is engaged in a releasable connection (7, 8) with the triangular sections (3, 4) along the connecting line (5), and handle loops (91, 92) are present on the ends (61, 62) of the handle-reinforcing strip (6) protruding beyond the tips (21 and 22; 31 and 32) of the triangular sections (2, 3).

Abstract: A wire fastening device, wherein two parallel wire guides, arranged oppositely are provided on the flat wire fastening device on a first and second guide sides, wherein two wire ends can be fixed permanently in the wire fastening device, which wire ends are guided movably in the wire guides against the wire fastening device, wherein for this purpose two flat sections of the wire fastening device can be fixed removably to one another by means of a fastening device provided to that effect, that the wire guides respectively of a wire end are deflected and run substantially parallel and opposite to one another, so that the guiding direction of the wire ends can be substantially reversed in the wire guiding device.

Abstract: A container with a taper mechanism, wherein the container is designed to be flexible and is provided for enclosing an object in the interior thereof, wherein the taper mechanism can pull together at least two pulling sides of a tapering surface of the container by means of at least one wire pull to reduce the circumference of the interior of the container, wherein the wire of the wire pull is alternately guided in spaced-apart wire pull guides arranged on the opposite pull sides along the pulling sides.

Abstract: A wire fastening device, wherein two parallel wire guides, arranged oppositely are provided on the flat wire fastening device on a first and second guide sides, wherein two wire ends can be fixed permanently in the wire fastening device, which wire ends are guided movably in the wire guides against the wire fastening device, wherein for this purpose two flat sections of the wire fastening device can be fixed removably to one another by means of a fastening device provided to that effect, that the wire guides respectively of a wire end are deflected and run substantially parallel and opposite to one another, so that the guiding direction of the wire ends can be substantially reversed in the wire guiding device.

Abstract: The invention relates to a patient stabilization and transport aid (1) having two triangular sections (3, 4) made of a flexible material, wherein the sections (3, 4) are attached to one another along a connecting line (5) on one side (A) of the triangle, wherein a handle-reinforcing strip (6), in particular in the form of a belt band, is engaged in a releasable connection (7, 8) with the triangular sections (3, 4) along the connecting line (5), and handle loops (91, 92) are present on the ends (61, 62) of the handle-reinforcing strip (6) protruding beyond the tips (21 and 22; 31 and 32) of the triangular sections (2, 3).

Abstract: A foam material element for sound-damping cavities, particularly for light metal extruded profiles used in rail car construction. The foam material element has a foam material sandwich with at least two layers, namely a resilient layer and at least one heavy layer disposed on the resilient layer. The resilient layer is formed of soft foam polyurethane and the heavy layer is formed of a flocculated foam polyurethane compound. Prior to being inserted in a cavity to be sound-proofed, the foam material element is compressed and weld-sealed in an air-tight film. The element is inserted through an opening of the cavity in its compressed condition. After insertion and placement of the foam material element, the film is opened and, as a result of its exposure to air, the foam material element expands to such a degree that at least one heavy layer, biassed by the resilient layer, comes into contact with the walls substantially over a broad surface area.