fig1 shows an inner paneling part 1 according to an embodiment of the invention . this inner paneling part includes or covers a passage region 8 . there is shown a planar carrier 2 that is made of polypropylene with a long glass fiber supplement ( pp30lgf ) onto which a textile fabric 3 is glued / welded and in addition is riveted at points . hereby shown is a plan view ( the passage region is illustrated over the whole surface in black , however is situated below the continuous textile fabric 3 ). the textile fabric 3 has an initial weakening 4 . in some embodiments , this initial weakening is configured as an incision in the textile fabric , the incision to be torn further is hereby orientated in the x - direction . in total , a continuous “ u ”- shaped incision in the textile fabric is provided , the legs of the “ u ” representing an initial weakening . connected to this initial weakening 4 is then a tear line 5 . this tear line 5 can be a line weakened in places . in some embodiments , the tear line 5 is however an unweakened continuation of the initial weakening . the “ x ”- direction is the “ preferred direction ” of the textile fabric represented here . the tear line 5 extends along this preferred direction , the further tearing force of the textile fabric in the preferred direction , “ x - direction ”, being less than in all other directions of the textile fabric . as a result , “ further tearing ” in the x - direction is reliably achieved . this “ further tearing ” occurs during passage of the airbag and the textile fabric is torn enough that the corresponding energy of the unfolding airbag is correspondingly absorbed . due to this controlled tearing force with controlled elongation , an uncontrolled “ rapid emergence ” of the portion covering the passage region of the textile fabric is avoided and consequently also damage to the windshield 9 is prevented . in some embodiments , the further tearing force in the x - direction of the unweakened textile fabric , after determination in the leg further tearing test , according to en iso 13937 - 2 , is 60 n . the further tearing force in the preferred direction is more than 1 . 5 times greater than in all other directions of the textile fabric , in particular than in the y - direction orthogonal to the x - direction ( preferred direction ). in an embodiment , the greatest tensile strength of a particular textile fabric may beis 1 , 600 n in the x - direction ( corresponding breaking elongation 70 %) and 300 n in the y - direction ( corresponding breaking elongation 115 %), determined from a sample 70 mm × 15 mm . in every direction other than the x - direction in the surface plane ( x - y plane ), the textile fabric has less tensile strength . in some embodiments , the present textile fabric is a woven fabric . the preferred direction ( x - direction ) hereby extends in the direction of the warp threads or of the weft threads of the woven fabric . in some embodiments , the textile fabric 3 in the present case is multilayer , a sealing foil is applied on a textile woven layer , which belongs to the textile fabric and seals the latter relative to the planar carrier 2 impermeably to foam . the present inner paneling part is part of an instrument panel in the region of a passenger airbag for automotive vehicles . the smallest spacing ( a , see fig1 and 2 ) between a hinge of the passage region and a windshield is for example 70 mm . fig2 shows a section through the inner paneling part along line a - a of fig1 . the part of the instrument panel illustrated in fig2 has the planar carrier 2 , a surface decorative part 15 formed by a molded skin and an intermediate layer 16 which essentially consists of a polyurethane foam . in the figure , also a windshield 9 of an automotive vehicle in which the instrument panel is incorporated can be detected . in some embodiments , in the planar carrier 2 , the passage region 8 ( indicated in fig1 in black and flat ) is recessed for a passenger airbag . an airbag module 17 is disposed behind the passage region 8 and may be screwed / riveted onto the carrier at an edge r of the passage region , for which purpose inserted metal sheets are placed on the planar carrier 2 there . in some embodiments , the planar carrier 2 is also reinforced by a plastic material frame 18 surrounding the passage region 8 , which frame is melted from below onto the planar carrier 2 . in some embodiments , the textile fabric 3 made of a polyamide woven fabric is inserted into the intermediate layer 16 , which polyamide woven fabric is a component of the intermediate layer 16 and is covered or penetrated partially by the polyurethane foam . as a result of the fact that the textile fabric 3 covers the passage region 8 , the instrument panel in this region ( in which the planar carrier 2 is recessed ) also achieves sufficient dimensional stability . likewise shown in the figure are three triggering states ( e 1 , e 2 , e 3 ) which result according to the strength of the airbag firing . in the case of the strongest firing ( e 3 ), the windshield is not hereby touched such that breakage of the windshield is prevented . fig3 a and 3 b show an alternative embodiment . it is intended to be shown that the invention is not restricted solely to the embodiment according to fig2 . fig3 a shows in turn an instrument panel in section in the passenger region , with a windshield 9 . in some embodiments , such as in the case of an economical automotive vehicle , the planar carrier 2 is not laminated with a decorative foil . the textile fabric 3 is welded on the underside of the planar carrier 2 . a weakened region 19 which is continued not only in the textile fabric but also in the planar carrier 2 is produced . the airbag module 17 is supported on a vehicle transverse carrier ( cross car beam ) 20 . fig3 b shows a view b - b of fig3 a . the tear line 5 , which abuts against an initial weakening 4 , can be detected here again . in the region of this tear line 5 , the textile fabric is unweakened . the position of the hinge s can also be seen here . the hinge is formed from the textile fabric which also has the further tearing properties as described above .