the figures show an incontinence article in the form of pants designated in total with reference numeral 2 for receiving solid and liquid body excretions . the incontinence article 2 is formed from three components which can be largely produced independently of each other , i . e . a front belly portion 4 , a rear back portion 6 , and an interposed crotch portion 8 comprising an absorbent body 7 , wherein a substantial surface portion of the crotch portion 8 overlaps the belly portion 4 and also overlaps the back portion 6 and is undetachably connected thereto in the overlapping area at the manufacturer &# 39 ; s . this produces an h - shaped basic structure of the incontinence article with a longitudinal direction 9 as illustrated in fig1 . the joined components shown in fig1 are then connected to each other also at the manufacturer &# 39 ; s for forming the pants shape ( schematically illustrated in fig6 ) at the respective lateral longitudinal edge sections 10 , 12 of the belly portion 4 and the back portion 6 , thereby forming side seam areas 14 ( fig6 ) on both sides . in the pants - shaped state of the incontinence article as finished by the manufacturer &# 39 ; s , the belly portion 4 and the back portion 6 extend in the transverse or peripheral hip direction 16 in a continuous fashion to the side seam areas 14 , and thereby define a hip opening 18 that is closed in the peripheral hip direction , and leg openings 19 through which the user puts on the incontinence article like pants . the belly portion 4 can be divided into an area 20 on the hip side and an area 22 on the crotch side facing the leg openings . a corresponding subdivision is provided in the back portion i . e . also in an area 24 on the hip side and an area 26 on the crotch side facing the leg openings . first elastification means 28 are provided in the area 20 on the hip side of the belly portion 4 and in the hip - sided area 24 of the back portion 6 , which elastification means may e . g . be , in particular , thread - shaped elastification means such as lycra ® threads , which are connected in a pre - stretched state , in the so - called stretch bond method to the flat materials ( chassis materials ) of the belly portion 4 and the back portion 6 . these first elastification means 28 extend in the transverse or peripheral hip direction 16 from a side seam area 14 to the other . the portion 22 of the belly portion 4 or 26 of the back portion 6 on the crotch side facing the leg openings 19 have an edge contour 32 or 34 that is different from the transverse or peripheral hip direction 16 and extends towards a transverse center axis 30 of the crotch portion 8 . in the illustration of fig1 , this edge contour 32 , 34 is also curved and is therefore suited to delimit the leg openings 19 . this shape of the area 22 or 26 on the crotch side facing the leg openings also realizes a relatively large overlapping area 36 , 38 between the crotch portion 8 and the belly portion 4 or back portion 6 , which is essential in view of a tear proof connection between the crotch portion 8 and the belly portion 4 or the back portion 6 . the larger the overlapping area 36 , 38 , the smaller the required amounts of adhesive in relation to the surface of the overlapping area , which is advantageous in view of the stiffness of the chassis materials . in particular , the components may be connected in that the adhesive is not applied to the overall surface . the respective area 22 , 26 of the belly portion 4 or the back portion 6 on the crotch side facing the leg openings 19 is also elasticised . second elastification means 40 or 42 are provided at that location . the second elastification means 40 , 42 each extend from the side seam areas 14 towards a longitudinal center axis 44 of the incontinence article . as can be gathered from fig1 and 7 , the second elastification means 40 , 42 fan out in the direction towards the longitudinal center axis 44 . this means that the separation between them increases towards the longitudinal center axis 44 . this fanning out of the second elastification means 40 or 42 can also be designated in more detail with respect to quantity by means of fig7 . the second elastification means 42 of the back portion 6 illustrated in fig7 have e . g . a minimum separation of 3 to 8 mm from each other in the side seam areas 14 ( separation between directly neighboring elastification means ) and a maximum separation ( separation between directly neighboring elastification means ) of 7 to 35 mm from each other on an absorbent body edge 46 or a longitudinal edge 48 of the crotch portion 8 . with respect to fig7 the fanning - out degree f can also be defined as follows : this fanning - out degree may advantageously be between 50 and 900 %, in particular , between 100 and 700 % and moreover , in particular , between 150 and 550 %. it is advantageously larger in the back portion 6 than in the belly portion 4 . the values a and b are thereby defined as the separation between the outermost second elastification means 40 , 42 in the longitudinal direction 9 and the innermost second elastification means 40 , 42 in the longitudinal direction 9 ( i . e . not the separation between directly neighboring elastification means ): i . e . a as the maximum separation , in particular , at the longitudinal edge 48 of the crotch portion 8 and b as the minimum separation , in particular , in the side seam area 14 ( cf . fig7 ). when the fanning - out degree of the second elastification means 40 , 42 is selected to be sufficiently large , a decreasing restoring force can be realized within the area 22 or 26 on the crotch side facing the leg openings 19 in the direction 56 towards the crotch portion 8 provided that the pretension is not excessively increased as a consequence of the arc shape of the second elastification means 40 , 42 facing away from the hip or transverse direction 16 due to the larger distance of these second elastification means 40 , 42 . considering a region 50 of the relevant area 22 or 26 on the crotch side that is closer to the side seam area 14 in comparison with a region 52 closer to the crotch portion 8 , the restoring force that is generated by extensive stretching of the region 52 ( stretching in the direction of the elastification means 42 ) is smaller than the restoring force that is generated when the region 50 is stretched . in consequence thereof , the chassis materials of the belly portion 4 and of the back portion 6 are advantageously less gathered due to the smaller elastic forces that are exerted by the second elastification means 40 , 42 in the illustrated case , such that the number of folds / frills 54 is also reduced , i . e . starting from the respective side seam area 14 in the direction towards the crotch portion 8 . since the restoring forces generated by extensive stretching of the belly portion in the area 22 of the belly portion 4 or 26 of the back portion 6 on the crotch side facing the leg openings decrease in the direction of the arrow 56 , i . e . generally from the side seam area 14 towards the crotch portion 8 , the wear comfort is considerably improved , since it was found out that the elastically stretchable materials are particularly problematic in exactly these areas , since the materials are substantially subjected to tensile and expansive stress in these areas corresponding to the physiognomy of the human body shape . a previously not realized degree of freedom is thereby created by deliberately advantageously reducing this restoring force , i . e . decreasing the restoring force in the direction of the arrow 56 , i . e . in the direction approaching the crotch portion 8 . in the illustrated preferred embodiment of the incontinence article 2 , a separation c between the innermost second elastification means 40 , facing the crotch , of the belly portion 4 and the corresponding innermost second elastification means 42 , facing the crotch , of the back portion 6 is between 250 and 420 mm , depending on the size of the incontinence article . the second elastification means 40 , 42 substantially extend to the transverse edge 58 , 60 , facing the crotch , of the belly portion 4 and the back portion 6 . the separation between the belly portion 4 and the back portion 6 is 250 to 400 mm . the separation between the innermost second elastification means 40 , 42 facing the crotch and the edge contour 32 , 34 , defining the leg openings , of the area 22 , 26 on the crotch side facing the leg openings , of the belly portion 4 and the back portion 6 is advantageously 2 to 40 mm , moreover advantageously 3 to 30 mm , in particular 4 to 15 mm . the extension of the belly portion 4 and of the back portion 6 in the side seam area 14 in the longitudinal direction 9 is advantageously between 100 and 220 mm . the extension of the crotch portion 8 in the transverse direction 16 is advantageously 200 to 350 mm . the crotch portion 8 comprises a liquid - impermeable backsheet material 62 that may be formed , in particular , by a breathable but liquid - tight foil material , and a cover sheet material 84 which is preferably produced on the basis of a non - woven material and is a composite of a topsheet material 64 formed on the basis of a non - woven material and barrier means 68 provided on both sides . the absorbent body 7 is disposed between the backsheet material and the topsheet material as illustrated in fig3 , 4 , 5 . the absorbent body 7 has longitudinal edges 46 and bordering longitudinal edge areas 47 . in the exemplary case , the backsheet material 62 forms a projection 66 a , 66 b on each side of the longitudinal edges 46 in the transverse direction 16 . the topsheet 64 only slightly projects past the absorbent body 7 in the transverse direction . however , one upright barrier means 68 is provided on each side of the absorbent body 7 , which extends in the longitudinal direction 9 and is typically called an upright cuff element or collar element , and is preferably formed from a hydrophobic , in particular , liquid - impermeable non - woven material , which preferably extends in the transverse direction 16 to the lateral longitudinal edges 48 of the crotch portion 8 . the barrier means 68 is thereby joined at joints 76 to the longitudinal edges 210 or the longitudinal edge areas 212 of the topsheet material 64 . the distal ends 70 of the barrier means 68 are provided with further elastification means 72 , which lift the barrier means 68 against the skin surface of the user during use of the incontinence article , as is schematically shown in fig5 . in their respective longitudinal end areas 74 , the lateral barrier means 68 are fixed , via schematically indicated fixations 78 , to the topsheet 64 or to themselves in a c - shaped folded configuration in addition to being fixed in the joints 76 . it is thereby advantageous and notable that each inner fixation 78 in fig4 fixes the barrier means 68 onto itself in the transverse direction 16 within the outer fixation 76 , which forms a cuff base line 80 that continuously extends in the longitudinal direction 9 . however , the inner fixation 78 is only provided in the longitudinal end areas 74 of the barrier means 68 . it is thereby particularly advantageous for the extension of the above - mentioned projection 66 a , 66 b of the backsheet material 62 and / or the cover sheet material 84 along both sides of the longitudinal edges 46 of the absorbent body 7 added together to be at least 25 % with respect to the largest width e of the crotch portion 8 . this provides space in the transverse direction 16 for the arrangement of leg elastification means 82 that extend along the leg openings 19 . it has turned out to be advantageous for the leg elastification means 82 to extend at a given separation from the absorbent body 7 which comprises a great deal of material and is therefore rather rigid in order not to exert any additional extension or torsional forces onto the absorbent body , which could impair its absorption properties , and also to realize a liquid - tight leg termination which is largely independent of the absorbent body . in the present case , it has turned out to be particularly advantageous for the leg elastification means 82 to terminate in the longitudinal direction 9 at a clear distance of , in particular , at least 10 mm , preferably at least 20 mm , upstream of the second elastification means 40 and 42 of the belly portion 4 or the back portion 6 . these leg elastification means 82 preferably terminate in the longitudinal direction 9 upstream of the belly portion 4 and the back portion 6 . this is advantageous and essential since , in this case , the leg elastification means 82 do not or hardly influence the stress behavior of the belly portion 4 and the back portion 6 . it was found out that , in view of the advantageous aim of improving wear comfort , in particular , in the areas 22 and 26 of the belly portion 4 and of the back portion 6 on the crotch side facing the leg openings 19 , it is disadvantageous for the leg elastification means 82 , which usually have a great pretension and correspondingly large restoring force , to additionally also extend at that location . as is illustrated in fig1 , the crotch portion 8 projects to a relatively large extent 66 a , 66 b past the longitudinal edges 46 of the absorbent body 7 in the transverse direction 16 , in particular , also in areas of the crotch portion 8 , which face the belly portion 4 or the back portion 6 . as mentioned above , this yields a relatively large overlapping area 36 , 38 between the crotch portion 8 and the belly portion 4 and the back portion 6 . according to a preferred embodiment variant , the overlapping area 36 of the crotch portion 8 and the belly portion 4 covers at least 12 % of the surface of the belly portion 4 , and the overlapping area 38 of the crotch portion 8 and of the back portion 6 covers at least 20 % of the surface of the back portion 6 . this is advantageous , since the crotch portion 8 is thereby reliably fixed to the belly portion 4 or the back portion 6 even when the adhesive is not provided on the overall surface . it is thereby also advantageously sufficient to use adhesive only in sections or in a pattern in order to realize a connection . this advantageously prevents the joined materials from becoming excessively rigid . as is shown in fig1 , the incontinence article 2 comprises reinforcing means 200 which are disposed in the front and rear overlapping area 36 , 38 . in combination with fig3 , which illustrates a schematic sectional view along the plane iii - iii of fig2 b , it becomes clear that the reinforcing means 200 is thereby disposed in an area 204 that bridges the respective longitudinal edge 46 of the absorbent body 7 . the reinforcing means 200 thereby covers the respective longitudinal edge area 47 of the absorbent body 7 and also a subregion 67 of the projection 66 a , 66 b bordering the longitudinal edge 46 . the backsheet material 62 and the cover sheet material 84 are connected in the area of the projection 66 a , 66 b by a separate joining means ( not illustrated in fig3 ). a separate joining means is also provided between the backsheet material and the absorbent body and between the cover sheet material and the absorbent body . these separate joining means are applied in the form of an adhesive , not over the entire surface , but in the form of a discontinuous pattern . these separate joining means in the form of an adhesive are thus e . g . applied in the form of a grid , strips or a spiral pattern . the reinforcing means 200 is disposed on the inner side 85 of the cover sheet material 84 . the cover sheet material is , like in the present example , a composite of a topsheet 64 and barrier means 68 joined to both sides of the longitudinal edges 210 or longitudinal edge areas 212 of the topsheet 64 . the reinforcing means 200 is thereby applied in such a fashion that the joint 76 connecting these two materials is covered . the reinforcing means 200 is thereby applied in the form of a reinforcing coating 202 , in the form of an adhesive , in particular of a hot melt adhesive . a hydrophobic adhesive is thereby particularly preferred , in particular , the adhesive lc 3001zp by the company fuller ( h . b . fuller deutschland gmbh , an der roten bleiche 2 - 3 , 21335 lüneburg , germany ). the reinforcing coating 202 is thereby applied with a surface density of 2 to 10 g / m 2 . the reinforcing means 200 in the bridging area 204 has an overall width g of 20 to 50 mm , in particular , advantageously 20 to 40 mm . in the subregion 67 of the projection 66 a , 66 b covered by the reinforcing means 200 , the reinforcing means has a width g ′ of advantageously more than 5 mm and less than 30 mm . the reinforcing means 200 covers the respective subregion 67 of the projection ( 66 a , 66 b ) in the transverse direction in such a fashion that the ratio g ′/ h between the subregion ( 67 ), covered by the reinforcing means ( 200 ), of the respective projection ( 66 a , 66 b ) having the width ( g ′) and the respective projection ( 66 a , 66 b ) with the width ( h ) is at least 0 . 10 but advantageously at most 0 . 8 . the reinforcing means 200 advantageously covers the longitudinal edge area 47 of the absorbent body 7 in the transverse direction with a width g ″ of advantageously more than 5 mm and less than 30 mm . the reinforcing means 200 covers the longitudinal edge area 47 of the absorbent body 7 in such a fashion that the ratio g ″/ h between the respective longitudinal edge area 47 , covered by the reinforcing means 200 , with a width g ″ and the respective projection 66 a , 66 b with the width ( h ) is at least 0 . 10 but advantageously at most 0 . 80 . the reinforcing means 200 covers the longitudinal edge area 47 of the absorbent body 7 in total , i . e . on both sides , with a fraction of at least 10 % and at most 35 % relative to the width k of the absorbent body 7 . in the preferred embodiment as indicated in fig1 , both the front overlapping area 36 and the rear overlapping area 38 have reinforcing means 200 . the reinforcing means 200 in the front and rear overlapping areas 36 , 38 differ with respect to their extension in the longitudinal direction 9 . the reinforcing means 200 in the front and rear overlapping areas 36 , 38 thereby each extend at least to the transverse edge 88 , 89 of the absorbent body 7 , to the transverse edge 58 , facing the crotch , of the belly portion 4 , and to the transverse edge 60 , facing the crotch , of the back portion 6 . further embodiments of the reinforcing means are also feasible . fig2 a , 2 b , 2 c show top views of a crotch portion 8 of the incontinence article according to fig1 in the flat and expanded state . the crotch portion 8 ( fig1 ) including the reinforcing means 200 integrated in the front and rear overlapping areas 36 , 38 ( schematically illustrated in fig2 b ) can be replaced by an alternative embodiment of the crotch portion 8 ( schematically illustrated in fig2 a and 2 c ). fig2 a shows a crotch portion 8 of the incontinence article according to fig1 in the flat and expanded state with reinforcing means 200 which , in the schematic view , are then only provided in the rear overlapping area 38 of the overall incontinence article 2 . fig2 c shows a crotch portion 8 of the incontinence article 2 according to fig1 in the flat and expanded state with reinforcing means 200 which , in the schematic view , are then provided in the front and rear overlapping areas 36 , 38 of the overall incontinence article 2 . starting from the front and the rear overlapping areas 36 , 38 , the reinforcing means 200 extend via the respective transverse edge 58 , 60 , facing the crotch , of the belly portion 4 and of the back portion 6 in the direction towards the transverse center axis 30 in such a fashion that the reinforcing means 200 extend in the direction towards the transverse center axis 30 and are thereby connected to each other . fig1 , which corresponds to fig1 , explains a further advantageous detail of a preferred embodiment of the incontinence article . the three - component concept for producing the inventive incontinence article produces a transition 90 between the crotch portion 8 and the belly portion 4 , as well as a transition 92 between the crotch portion 8 and the back portion 6 , which usually yields a non - continuous shape , i . e . with corners , angles or bends , of the edges of the chassis materials , which define the leg openings 19 . this is dangerous in that force peaks are formed in the area of the transitions 90 , 92 , which could tear the chassis materials , which could , in turn , impair joining of the crotch portion 8 to the belly portion 4 or to the back portion 6 . to counteract this , the respective transition 90 and 92 is provided with a reinforcing coating 94 , 96 of the liquid - impermeable backsheet material 62 of the crotch portion 8 . it is sufficient to provide this reinforcing coating 94 , 96 only in the area indicated by the dashed line of fig1 . in the exemplary , advantageously illustrated case , the reinforcing coating 94 , 96 overlaps the belly portion 4 and the back portion 6 in the longitudinal direction 9 by only approximately 10 to 20 mm , in particular , by approximately 15 mm . the reinforcing coating terminates in the longitudinal direction 9 in each case upstream of the longitudinal ends 98 , 100 of the crotch portion , at least 30 mm upstream of the belly - side longitudinal end 98 and at least 90 mm upstream of the back - side longitudinal end 100 . this is advantageous in that the reinforcing coating 94 , 96 does not thereby unnecessarily reinforce the chassis materials in areas where this is not helpful but rather undesired and disadvantageous . this also saves material costs . however , the possibility to provide the reinforcing coating 94 , 96 not only in the transition 90 or 92 remains unaffected . the reinforcing coating 94 , 96 advantageously consists of a non - woven material , in particular of a spunbonded non - woven material of polypropylene , in particular , having a surface density of 10 to 20 g / m 2 , in particular 12 to 17 g / m 2 . fig1 through 13 show the inventive production method . towards this end , an endless backsheet material web 62 a and an endless cover sheet material web 84 a , and , in succession , the absorbent body 7 and ( only indicated ) the leg elastification means 82 that are associated with the subsequent leg openings , are supplied to a fast running production machine . a reinforcing means 200 in the form of a reinforcing coating 202 is previously applied to the subsequent inner side 85 of the endless cover sheet material web 84 a , wherein the coating material is provided from schematically shown nozzles 117 . the reinforcing coating 202 is advantageously applied onto the cover sheet material web 84 a using a contact - free coating method . the reinforcing coating is advantageously provided on the overall surface . the reinforcing means 200 is thereby applied in such a fashion that the reinforcing means 200 is disposed in one area 204 in each case bridging the longitudinal edge 46 of the absorbent body 7 after joining the cover sheet material web 84 a and the absorbent body 7 . the reinforcing means 200 thereby extends over both the longitudinal edge area 47 of the absorbent body 7 bordering the longitudinal edge 46 and a bordering subregion 67 of the projection 66 . the absorbent bodies 7 are disposed at a separation from each other between the cover sheet material web 84 a and the backsheet material web 62 a , and the composite that is thereby formed is fixed through suitable separate joining means , in particular adhesive , which is preferably not applied over the entire surface but e . g . in the form of a grid , lines or in the form of a spiral pattern . the leg elastification means 82 are also supplied and fixed between the cover sheet material web 84 a and the backsheet material web 62 a . this is realized by a first roller pair 110 and an adhesive in a fashion that is not illustrated . for completeness , it should be mentioned that the crotch portion 8 additionally comprises lateral upright and preferably elasticised cuffs as side leakage protection . in the present case , these are already provided on the side of the cover sheet material web 84 a facing the body but are not shown . they may also be introduced at any point of the production process ( fig1 ) or at a later point . downstream of the above - described processes , the composite is subjected to a first contour cut 112 using a cutting roller pair 113 . the contour cut 112 includes cutting curved segments 114 out of the composite of backsheet material web 62 a and cover sheet material web 84 a forming the crotch portion 8 to thereby form the cut - outs 116 for the legs in the crotch portion 8 . the composite is then supplied to a downstream cutting station 118 where a separating cut is performed transversely to the supply direction for singling the crotch portions 8 of the incontinence article to be produced . fig1 also indicates a perspective view of the crotch portion 8 with absorbent body 7 , reinforcing means 200 and leg cut - outs 116 . after separation of the crotch portions 8 , the crotch portions are turned through 90 ° during continued supply , and are then further supplied in the machine direction 120 transversely to the subsequent longitudinal center axis 44 of the incontinence article 2 ( fig1 ). as is also shown in fig1 , partial webs 122 , 124 on the basis of non - woven material are supplied for producing the subsequent belly portion 4 and back portion 6 of the incontinence article . these partial webs 122 , 124 may be formed starting from one single web through separation in the longitudinal direction . the above - mentioned second elastification means 40 and 42 are disposed onto these partial webs 122 , 124 , and are thereby also supplied in an endless fashion and in the supply direction of the partial webs 122 , 124 . for fixing the second elastification means 40 , 42 to the partial webs 122 , 124 , a non - woven cover layer 126 , 128 , which was previously loaded with glue in a glue application station 130 , is applied in each case such that the second elastification means 40 , 42 are laminated between the partial webs 122 , 124 and the non - woven cover layers 126 , 128 . fig1 is a schematic view and therefore does not explicitly show that the second elastification means 40 , 42 are supplied at a varying separation from each other , which is realized by an oscillating guiding means ( indicated by the double arrow 132 ). the curved fanning - out shape of the second elastification means 40 , 42 in the direction towards the crotch portion 8 is thereby formed through corresponding control of the guiding means for each individual elastification means 40 , 42 . the partial webs 122 , 124 are then further supplied in the above - mentioned composite and joined with the crotch portions 8 such that one end of the crotch portions overlaps the partial web 122 in a longitudinal direction 9 transversely to the machine direction 120 and the other end thereof overlaps the other partial web 124 . the reinforcing means 200 stabilizes the projection 66 of the crotch portion 8 . the subregion of the projection covered by the reinforcing means can thereby advantageously be arranged on the partial webs 122 , 124 , i . e . the subsequent belly portion and back portion without forming folds . the crotch portions 8 are thereby arranged with respect to the partial webs 122 and 124 in such a fashion that the reinforcing means 200 is at least provided in the area overlapping the partial webs 122 , 124 . the crotch portions 8 are supplied in such a fashion that , after being joined , they are disposed at a separation from each other in the machine direction 120 . the crotch portions 8 and the partial webs 122 , 124 are fixed to each other in the configuration of fig1 , and are further transported in the machine direction 120 . the first elastification means 28 that extend in the transverse or peripheral hip direction 16 are then supplied in an endless fashion in the machine direction 120 and fixed to the partial webs 122 , 124 . non - woven material webs 134 , 136 are again supplied . however , the adhesive is not directly applied onto the non - woven material webs 134 , 136 but is disposed onto the first elastification means 28 . the first elastification means 28 are then disposed on the partial webs 122 , 124 and covered by the non - woven material webs 134 , 136 such that they are laminated . it is also feasible to provide each individual elastification means 28 , 40 , 42 with adhesive , i . e . to glue each thread . it is also feasible to omit the elastification means 28 , 40 , 42 and the non - woven cover layers 126 , 128 , 134 and / or 136 irrespective of the way in which the adhesive is applied . however , the non - woven cover layers are advantageous in that they simultaneously form a soft inner side of the incontinence article . subsequent thereto , fig1 shows a further cutting roller pair 140 , i . e . a rotating knife with an anvil roller , between which the previously formed composite is guided through in the machine direction 120 with the described orientation . a second contour cut 142 is thereby performed , in the course of which one respective curved segment 144 is advantageously separated from each partial web 122 , 124 , i . e . from the mutually facing transverse edges or edge sections 58 and 60 of the partial webs 122 , 124 , to also form leg cut - outs 146 for the partial webs 122 , 124 . since the second contour cut 142 does not include the crotch portion 8 but only the partial webs 122 , 124 , the second contour cut 142 extends substantially along the machine direction 120 at a small angle transversely thereto . in this fashion , the cut can be optimally configured like the first contour cut 112 during production of the crotch portion 8 . on the whole , the subsequent leg openings 19 of the incontinence article 2 can be formed with high precision in accordance with the requirements that are regarded as optimal . the second contour cut 142 on the partial web 122 may thereby advantageously have a different shape than on the partial web 124 . the shape of the leg cut - outs 146 or the subsequent leg openings 19 of the incontinence article 2 may thereby have different configurations in the belly portion 4 and in the back portion 6 . the composite formed in this fashion is further transported and folded onto itself in a folding station 148 ( only indicated in fig1 ) about a folding line 150 that extends in the machine direction 120 , such that one partial web 124 comes to rest on top of the other partial web 122 . subsequent thereto , a respective side seam area 14 is formed between the partial webs 122 , 124 in a joining station 152 , i . e . the actual pant shape is formed . subsequent to this method step , a separating cut is performed transversely to the machine direction 120 in a separating station 154 , as a result of which the finished incontinence articles 2 are singled . it is also feasible to design the joining station 152 at the same time as a separating station , e . g . in the form of a cut welding means , such that the side seam areas 14 are formed and the incontinence articles 2 are singled at the same time . fig1 finally schematically shows a process , in which sections of the backsheet material web 62 a are provided with a reinforcing coating 94 described in connection with fig1 , i . e . during supply of the backsheet material web 62 a for producing the crotch portions , which was already explained in connection with fig1 . in contrast to fig1 , the reinforcing coating 94 , which may , in particular , be a non - woven material section , extends substantially over a major part of the crotch portion 8 . the backsheet material web 62 a at the longitudinal ends of the crotch portion 8 to be formed remains uncoated .
an incontinence article in the form of briefs has a front stomach portion and a rear back portion , which are connected to one another at lateral seam regions on both sides . a crotch portion has an absorption pad and extends in a longitudinal direction . a topsheet material or a topsheet and a backsheet material form a transverse overhang extending outside longitudinal borders of the absorption pad . the overhang has a reinforcing means in a region bridging the respective longitudinal border of the absorption pad . the reinforcing means comprises or consists of a reinforcing coating of the topsheet material .