Abstract: This invention relates to a linear path slide (10) with a slide (26) which is arranged slidingly movable in a housing (12) along a sliding guide (20) and safe against torsion and with a hydraulic driving gear (40) integrated into the slide (26) for a shifting movement of the slide (26), whereby a working piston of the hydraulic driving gear (40) is configured with at least two stages, whereby each stage of the working piston forms a partial hydraulic driving gear (40′, 40″) of the hydraulic driving gear (40) so that higher actuation forces can thus be realized.

Abstract: A wetting device for the mat (10) of a carrier material comprises a grasping frame which is constituted by side ledges (101, 102, 104), whereby the mat to be coated (10) can be fixed by clamps (105) to the side ledges. At least one of the side ledges of the frame is configured flexible (bendable), since it preferably comprises several segments (101, 102) which are hinged together. Thus, the clamped mat (10) can be brought into a cylindrical configuration in which it can be coated by a spray device which is introduced into the inner space of the cylinder. Due to the subsequent bending of the flexible side ledge in the opposite direction, the mat (10) can be brought into a second cylindrical configuration for which its other upper surface constitutes the inner side of the cylinder and is thus available for being coated by the spray device. During the spraying operation, the cylinder axis is preferably orientated vertically in order to avoid non-homogeneities of the coating because of the gravitation.

Abstract: This invention relates to a linear path slide (10) with a slide (26) which is arranged slidingly movable in a housing (12) along a sliding guide (20) and safe against torsion and with a hydraulic driving gear (40) integrated into the slide (26) for a shifting movement of the slide (26), whereby a working piston of the hydraulic driving gear (40) is configured with at least two stages, whereby each stage of the working piston forms a partial hydraulic driving gear (40′, 40″) of the hydraulic driving gear (40) so that higher actuation forces can thus be realized.

Abstract: A wetting device for the mat (10) of a carrier material comprises a grasping frame which is constituted by side ledges (101, 102, 104), whereby the mat to be coated (10) can be fixed by clamps (105) to the side ledges. At least one of the side ledges of the frame is configured flexible (bendable), since it preferably comprises several segments (101, 102) which are hinged together. Thus, the clamped mat (10) can be brought into a cylindrical configuration in which it can be coated by a spray device which is introduced into the inner space of the cylinder. Due to the subsequent bending of the flexible side ledge in the opposite direction, the mat (10) can be brought into a second cylindrical configuration for which its other upper surface constitutes the inner side of the cylinder and is thus available for being coated by the spray device. During the spraying operation, the cylinder axis is preferably orientated vertically in order to avoid non-homogeneities of the coating because of the gravitation.

Abstract: A wetting device for the mat (10) of a carrier material comprises a grasping frame which is constituted by side ledges (101, 102, 104), whereby the mat to be coated (10) can be fixed by clamps (105) to the side ledges. At least one of the side ledges of the frame is configured flexible (bendable), since it preferably comprises several segments (101, 102) which are hinged together. Thus, the clamped mat (10) can be brought into a cylindrical configuration in which it can be coated by a spray device which is introduced into the inner space of the cylinder. Due to the subsequent bending of the flexible side ledge in the opposite direction, the mat (10) can be brought into a second cylindrical configuration for which its other upper surface constitutes the inner side of the cylinder and is thus available for being coated by the spray device. During the spraying operation, the cylinder axis is preferably orientated vertically in order to avoid non-homogeneities of the coating because of the gravitation.

Abstract: A device for manufacturing internal motor vehicle components of multicomponent plastics material, particularly polyurethane, wherein the internal motor vehicle components are composed of a carrier and a decorative foil which are glued together by the foamed multicomponent plastics material. The device includes a lower die part and an upper die part and a frame for supporting the decorative foil. The die cavity is sealed by a sealing rope. In the closed position of the device, the three sides of the sealing rope which do not face the die cavity are in contact and secured by the clamping frame and the lower and upper die parts. The fourth side of the sealing rope facing the die cavity is expandable in the direction toward the die cavity. The sealing rope may be attached to and movable with the clamping frame.

Abstract: A contour-finished elastic seal of a thermoplastic elastomer for a mold tool is soaked in paraffin oil in order to improve the self-separating properties of the elastic seal before the seal is placed into the mold tool.