Abstract: A seat assembly having a seat structure, a cover, a back panel, and a package plate. The back panel has a lateral wall that covers a receiving space in which a side airbag module is arranged. The package plate is arranged between the lateral wall and the side airbag module. The package plate has a back end that engages the seat structure and a front end disposed opposite the back end that is located within the receiving space. An airbag of the side airbag module is configured to deploy between the front end and the cover and between the cover and a free end of the lateral wall.

Abstract: A seat assembly having a seat structure, a cover, a back panel, and a package plate. The back panel has a lateral wall that covers a receiving space in which a side airbag module is arranged. The package plate is arranged between the lateral wall and the side airbag module. The package plate has a back end that engages the seat structure and a front end disposed opposite the back end that is located within the receiving space. An airbag of the side airbag module is configured to deploy between the front end and the cover and between the cover and a free end of the lateral wall.

Abstract: A seat (1), in particular a backrest (2) comprises a seat structure (3), a cover (4), and a back panel (5), which back panel (5) has at least one lateral wall (6) covering a receiving space (7) formed in a side wall (8) of the backrest (2), in which a soft cover side airbag module SAM (9) is arranged, wherein the airbag of the SAM (9) will deploy between cover (4) and a free end (10) of the lateral wall (6) in a deployment direction (11).

Abstract: A seat (1), in particular a backrest (2) comprises a seat structure (3), a cover (4), and a back panel (5), which back panel (5) has at least one lateral wall (6) covering a receiving space (7) formed in a side wall (8) of the backrest (2), in which a soft cover side airbag module SAM (9) is arranged, wherein the airbag of the SAM (9) will deploy between cover (4) and a free end (10) of the lateral wall (6) in a deployment direction (11).

Abstract: A method and device for producing a cover for an airbag in a motor vehicle are provided, wherein a carrier component made of plastic material is formed by injection molding. The carrier component is provided with weakening grooves which delimit flaps permitting the deployment of the airbag. The carrier component is also provided with a top material on its exterior side facing away from the airbag. After injection molding the carrier component, in the still plastically deformable state, the grooves are formed in the carrier component by hot stamping.

Abstract: A method for producing a plastic substrate for an interior paneling part of a motor vehicle and the resulting plastic substrate. The plastic substrate has a flap for the passage of an airbag. The hinge areas of the lid are reinforced by a mesh fabric part. Preferably the fabric part has a wide mesh. During production, the fabric part is first inserted in the injection mold in the position of the future flap. During the subsequent injection molding, the plastic mass presses the fabric part on the one side against the interior mold wall, but also penetrates it through the wide mesh structure. After casting, tear lines, which define the opening contour of the flap, are produced, preferably by laser beam machining. Further, fabric sections situated outside the hinge areas may be severed and the plastic areas situated behind them weakened.