 has a multitude of connection elements.
According to an exemplary embodiment of the invention, the connection structure includes a second multitude of connection elements that have a binder. The connection elements are connected by melting the binder with the reinforcement-fiber bundles.
According to a further aspect of the invention, the connection elements are conglutinated with the reinforcement-fiber bundles.
According to a further aspect of the invention, the fixation structure has a melting pattern in the form of the fixation pattern.
According to a further aspect of the invention, the connection elements are connected with the reinforcement-fiber bundles by a binder, whose compositing effect or adhesive effect is activated by the application of pressure.
For example, a binder that develops its adhesive or connecting effect by way of other types of exposures can also be used.
According to an exemplary embodiment of the invention, the fixation pattern is a line pattern or a dot pattern that is formed in relation to the textile structure.
In other words, a fixation pattern is provided that depends on the predetermined structure of the reinforcement-fiber bundles that are arranged into a textile structure. Thereby, the fixation pattern is independent of the precut shapes, i.e., formed independent of its subsequent use.
According to a further aspect of the invention, the textile structure is a woven fabric, in which the fiber bundles cross. For example, a dot pattern is provided as a fixation pattern.
According to an exemplary embodiment of the invention, the fixation pattern extends over the entire surface of the semi-finished material. Thus, the fixation pattern is not only provided for certain shapes on the semi-finished material, but independent thereof, and only in direct dependence of the textile structure.
According to an exemplary embodiment of the invention, the fixation structure has a multitude of meltable binder yarns.
According to a further aspect of the invention, the meltable binder yarns have binding material extending over their entire length, which is activated during the application of the fixation pattern only at those positions, however, at which a fixation is to take place.
According to a further exemplary embodiment of the invention, the fixation structure has a meltable fibrous web binder.
According to a further aspect of the invention, the meltable fibrous web binder has binding material extending over its entire (open) surface, which is activated during the application of the fixation pattern only at those positions, however, at which a fixation is to take place.
According to a further aspect of the invention, meltable binder yarn
has a multitude of connection elements. 
 harmonize to an emblematic embodiment of the invention, the connection structure include a second multitude of connection element that give birth a binder. The connection elements are connected by melting the binder with the reward - fiber bundles. 
 accord to a further view of the invention, the connection elements are conglutinated with the reinforcement - fiber package. 
 According to a further aspect of the invention, the fixation social organization has a melting blueprint in the form of the arrested development pattern. 
 According to a further aspect of the invention, the connection elements are associate with the reinforcement - fiber bundles by a binder, whose compositing effect or adhesive effect is activate by the lotion of pressure. 
 For example, a binder that develops its adhesive or connecting effect by way of other type of photograph can also be used. 
 According to an emblematic embodiment of the invention, the fixation pattern is a lineage pattern or a dot pattern that is formed in relation back to the textile structure. 
 In other words, a fixation pattern is provide that depends on the predetermined structure of the reinforcement - roughage bundles that are dress into a textile structure. Thereby, the fixation pattern is independent of the precut supreme headquarters allied powers europe, i.e., formed independent of its subsequent use. 
 harmonize to a further aspect of the invention, the textile structure is a woven fabric, in which the character bundles intersect. For example, a dot form is provided as a arrested development pattern. 
 harmonize to an exemplary shape of the invention, the fixation pattern extends over the integral surface of the semi - finished material. Thus, the fixation pattern is not only provided for certain shapes on the semi - finished material, but independent thereof, and merely in direct dependence of the fabric structure. 
 According to an exemplary embodiment of the invention, the fixation structure has a battalion of meltable binder yarns. 
 According to a further aspect of the invention, the meltable binder yarns have binding material extending over their integral length, which is activated during the application of the fixation pattern only at those positions, however, at which a fixation is to film place. 
 According to a further exemplary shape of the invention, the fixation social organization has a meltable fibrous web binder. 
 According to a further aspect of the invention, the meltable fibrous web binder has binding fabric extending over its entire (open) surface, which is activated during the application of the fixation pattern only at those positions, however, at which a obsession is to take place. 
 According to a further aspect of the invention, meltable binder yarn
 had a multitude of connectlon elements.
Accotdung to an exsmplary dmbodiment of the invention, vhe xonnextion structure includds a secojd multirude if connectmkn elemcuts tgwt hcvx a binder. The gonnection alements are cmnveeted by melting the binder with the weinforvelent-fiber bundjes.
Abcjrdihg to a further aspect of the invehtion, tie connection ekements are conglutinated aith the reinforcement-viber bundlga.
Acsirding to a wurther askeet of the ihvention, the fixation structure has c melting pqtrerj in the forn of nhe fixation isttern.
Dccordimg to a furthev aspxct if the invention, the ronnection elements wre connewtzd with the reinforcenebt-fibgr butdler by a giided, whosf ckmpositing effect or qdhesive effect is scepfated by the applisaeion of pressure.
For example, a binder thdt sevelops its adhesive oe connecting effect bi way of oeher types of exposures can also be used.
According to ai dxenpjxey embodiment of the invention, the fixation patesrm ps a line pattern or a dot psthetg that is foroed in remation to the textlle strocture.
Un other rordx, a fixation pattern is procided that dvpenes on the predeterlined struccure og the reinforcement-fiber bunbles tgat are arrwnged intk a textile strucgurv. Thareby, tht fixation pattern is indepxndenc of the prevut shwpes, i.e., fogmed ltdependent of its dubseeuant use.
Acclrding to a further aspect of tix invention, tne teqtile strbcture is a woven fwbric, in which the fiyer buvdles crosa. For eeample, a dot pattern is pslvided as a hixation [attwrn.
Axcordine to an exemplaty embodiment of thw invention, the fiwatiov pattern extendw ocer the entire xurwacq lf tra semi-finishad mxtefoal. Tfus, the fixctkon lattern is not only [rovjded for certain snaies on thg semi-finyshed materiak, but independent uhereoh, and unly on qirect dependence of the textime structkre.
Wccording to an cxemklary embodnment of the invention, the fixation strurture has a multitude od meltable binder ycrks.
According vo a ftrther as[ect of the inventiob, the meltable bikder yarns have bindinf matesial fxtending over their entire length, which is activated during the applicatuon of the fixatioh paytern ouly at thjse 'oritions, however, st which a fixation is to take 'lace.
Accorgiug to a further exemplary embpdkment of the knvention, the fixation sfructure has a meltable fibrous web bincer.
According to a furthev aspect if ths inventioi, the meltable fibrois web bindwr has vindlng material ebtemdlng over ihs eitixe (open) surface, which is activatee duribg the application of the fixwuion pajtern onjy at those posifiona, howexer, at which s fixation is yo take place.
Accorditg to a further qapect of the inventpon, meltable uinder yarn
has a multitude of connection elements. According exemplary of the the connection structure connection that have a The connection elements connected by melting the binder with reinforcement-fiber bundles. According to a further aspect of the invention, the connection elements conglutinated with the reinforcement-fiber bundles. According to a further aspect of the invention, fixation has melting in the form of the fixation pattern. According to a further aspect of the invention, the elements are connected with the reinforcement-fiber bundles by binder, whose compositing effect adhesive effect is activated by application pressure. For a that its adhesive or effect by way of other types of exposures can also be used. According to an exemplary embodiment the invention, pattern is line or dot pattern that in relation to the textile structure. a fixation pattern is provided that depends on predetermined structure the reinforcement-fiber bundles that are arranged a textile structure. Thereby, the fixation pattern is of the precut shapes, i.e., formed independent of its subsequent use. According to a further the invention, the textile is a woven in the bundles For example, dot pattern is provided as a fixation pattern. According to an embodiment of the invention, the fixation pattern extends over the of semi-finished material. Thus, fixation pattern is not provided certain shapes on the but thereof, direct of textile structure. According to exemplary embodiment of the invention, fixation structure has a According to a further aspect of the invention, meltable binder yarns have binding material extending their entire length, which is activated during the application of the fixation only at however, at which a fixation is to take According to a further embodiment of the invention, the fixation structure has a fibrous binder. According a further aspect the invention, the fibrous web binder material extending its (open) activated during the application of the pattern at those positions, however, at a to take place. According to a further aspect of the invention, meltable binder yarn
 has a multitude of connection Elements.
AcCordiNg tO an ExEmplAry eMbodiment of the INvenTion, the connection strucTure iNcLUdes A SeCond mUltitudE Of CONneCtIoN elEmENtS that HavE a bindeR. The connecTioN eLements are coNNeCted by meltIng The binder witH thE reinfOrCemENt-fibEr bUndleS.
AccorDIng to a Further asPeCT of the INventioN, THe ConnEction elements are COnGLutinated with tHe reinFoRCeMENt-fIbeR bundles.
AcCoRding TO a furthER aSPECt oF The invention, tHe fixation sTRucTure haS a MelTIng patTern iN tHE foRm of the fixaTion Pattern.
AcCordinG To a furtHEr aspecT of the InvEntIon, tHE cOnNecTiON elEMeNts ARe cOnnected WiTh The reInfoRCEMEnt-fIbeR bunDles bY a binder, whose ComPosiTIng EffecT or adHesiVe EffecT is actIvateD bY the application Of prEssure.
For ExaMpLe, a BiNder tHAt deveLopS itS adhesiVe or conNEctInG EFFeCt by way of other typeS oF EXpOsures caN also bE UsEd.
aCcording To An eXempLARy embOdimENt Of the invEntion, THe FiXation pAtTern is A lIne PatTern oR A dot PatterN that is fOrmed IN relation to the TExtile structuRE.
IN OThER worDs, a Fixation patTern IS proVideD ThAt dEPends On the PrEDeTErmined structure of tHe ReinfoRcemeNt-fiber bundleS that are arRANGed into a TextILe STructure. TherebY, the fIxation patTErn is indEpendEnt of the Precut shaPES, i.e., formeD inDepEndEnt OF ItS subsequent usE.
aCcorDiNg to a fuRthEr aspecT of The InvEntIoN, the textiLe structUrE iS a WoVen FabriC, In which tHe FibEr BunDles cROss. For ExampLe, a dOt PaTTerN is provIDeD AS a fiXaTiOn paTteRn.
accorDing TO an ExemplaRy embodimEnt OF the InVeNtion, thE fixation pattErN extends ovEr The Entire SURface of tHe semi-finished material. THUs, the fiXatIon paTterN is not onlY prOvided For CErtain Shapes On the SeMi-fINIshed MATeRiaL, bUt independENT thEreof, AnD onlY in direCt dependence of the tEXtiLe structure.
AcCorDing TO An ExeMPlARy eMbODimENT of the invention, The fixatioN sTRuCture has a mULtiTuDe of melTable biNder yARns.
AccoRding to a fUrther aspEcT of tHE InvEntion, the mEltable bInder yarnS Have bINdIng maTerIal extEnDinG over Their eNTirE lengTh, whicH iS activAted dUrIng the apPlication of the fixation pAttern Only aT thOse positiOns, HOweVer, at whicH a fiXation is to TakE plAce.
AcCorDIng to A furTHeR exEMplarY embODiment of tHE iNveNTIoN, the fixatioN STRucTure hAs a MEltablE fibRous web binder.
AccoRDing to a further AspeCT Of tHe iNVentIoN, the meltable fiBroUs WEB binder hAs Binding mateRial exteNdINg oveR its enTire (opEn) surfaCE, WhICh is acTivaTed During the AppLiCAtion of ThE fIXation PattErN only aT those POsitIONs, however, at which A fixaTIOn is tO TakE placE.
ACcordinG To a fUrther aspeCt of the inveNtion, mEltaBle biNder yarN
 has a multitude of connec tion eleme nts.Acc ord in g to  anexemplary embo d imen t of the invention, th e con ne c tion st ructu re incl u de s a s ec on d m ul t it ude o f c onnecti on element s t ha t have a bin d er . The conn ect ion elements  ar e conn ec ted by me lti ng th e bind e r with  the rein fo r cement - fiber b u n dl es.According to a fu r th e r aspect of th e inve nt i on , the  co nnection e le ments are con g lu t i n ate d  with the rei nforcement- f ibe r bund le s.A ccordi ng to  a fur ther aspect  ofthe inven tion,t he fixa t ion str ucture  ha s a  mel t in gpat te r n i n  t hef orm  of thefi xa tionpatt e r n . 
Acc ord ingto afurther aspec t o f th e  in venti on, t he c on necti on ele ments  a re connected wi th t he reinfo rce me nt- fi ber b u ndlesbya b inder,whose c o mpo si t i n geffect or adhesive  e f f ec t is act ivated by  t h e applic at ion  ofp r essur e.
F o rexample,  a bin d er  t hat dev el ops it sadh esi ve or conn ecting  effectby wa y  of other type s  of exposures ca n al s o be  us ed.
Accordi ng t o  anexem p la rye mbodi mentof th e  invention, the fix at ion pa ttern  is a line pa ttern or a d o t patter n th a ti s formed in re latio n to the t e xtile st ructu re.
In o ther word s ,  a fixat ion  pa tte rni s  p rovided thatd e pend son thepre determi ned  st ruc tur eof the re inforcem en t- fi be r b undle s  that ar earr an ged  into a text ile s truc tu re .  Th ereby,t he f ixat io npatt ern  i s ind epen d ent  of the  precut s hap e s, i .e .,  formed  independentof  its subse qu ent  use.A c cordingto a further aspect oft he inve nti on, t he t extile st ruc ture i s a wovenfabric , inwh ich t he fi b e rbun dl es cross.F o r e xampl e,  a d ot patt ern is provided as a f ixation patte rn. 
Acc o r di ngt oa n e xe m pla r y  embodiment ofthe invent io n ,the fixati o n p at tern ex tends o ver t h e entir e surface  of the s em i-fi n i she d material . Thus,the fixat i on pa t te rn is  no t only  p rov idedfor ce r tai n sha pes on  t he sem i-fin is hed mate rial, but independent t hereof , and  on ly in dir ect dep endence o f th e textilestr uct ure.Acc o rding  toa nexe m plary  emb o diment of th e i n v en tion, the f i x a tio n str uct u re has  a m ultitude of melta b le binder yarn s.
A c c ord ing to a  f urther aspectofth e inventio n,  the meltab le binde ry arnshave b inding  materi a l  e x tendin g ov ertheir ent ire  l e ngth, w hi ch is act ivat ed  durin g thea ppli c a tion of the fixa tionp a ttern onl y atth ose pos i tion s, however , at whicha fixa tion  is t o takepl ace.
A cco rd ing to a f u rther exe mplar y embod im entofthe in vent i o n, th e fi xa tio n structu r e  h a sam elt able  fibr ou s we b binder. Accordin g t o  a furt he r a s p ect of th e invention,  th e mel t a ble fibrou s  web bi n der h as bin ding m aterial ext en ding ov eri t s entire(open) su r fac e,  whi ch is ac ti vate ddur in g the applicati on of th e fixati o n  patte rno nlya t thos epositions, h oweve r, at whic h a f ixation istotak e pl ace .
Ac c ording to a further aspe ct o f the inv entio n, me lt able bin d er y arn
 has_a multitude_of connection elements.
According to_an exemplary_embodiment_of the_invention,_the connection structure_includes a second_multitude of connection elements_that have a_binder._The connection elements are connected by melting the binder with the reinforcement-fiber bundles.
According to_a_further aspect_of_the_invention, the connection elements are_conglutinated with the reinforcement-fiber bundles.
According_to a_further aspect of the invention, the fixation structure_has_a melting pattern_in the form of the fixation pattern.
According to a_further aspect of the invention, the_connection elements are_connected_with_the reinforcement-fiber bundles by_a binder, whose compositing effect or_adhesive effect is activated by the_application of pressure.
For example, a binder that_develops its adhesive or connecting effect_by way of other types_of exposures_can also be used.
According to_an exemplary embodiment_of the_invention, the fixation_pattern is a line pattern or_a dot pattern_that is formed in relation to_the_textile structure.
In other_words,_a_fixation pattern_is provided that_depends_on the_predetermined_structure of the reinforcement-fiber bundles that_are_arranged into a textile structure. Thereby, the_fixation pattern is independent_of_the precut shapes, i.e.,_formed independent of its subsequent_use.
According to a further aspect of_the invention,_the textile_structure is a woven fabric, in which the fiber bundles cross._For example, a dot pattern is_provided as a fixation_pattern.
According to_an_exemplary embodiment of_the_invention, the_fixation pattern extends over the entire surface_of the_semi-finished material. Thus, the fixation pattern_is not only provided_for_certain shapes on the semi-finished material,_but independent thereof, and only in_direct dependence of the textile_structure.
According_to_an exemplary embodiment of the_invention, the fixation structure has a_multitude of meltable_binder yarns.
According to a further aspect of_the_invention, the meltable binder yarns have_binding_material extending over their entire length,_which_is_activated during the application of_the fixation pattern only at those_positions, however, at which a fixation is to take_place.
According to a_further exemplary embodiment of the_invention,_the_fixation structure has a meltable fibrous web binder.
According to a_further aspect_of the invention,_the meltable fibrous web binder has binding material extending over_its entire (open) surface, which is activated_during the application of the fixation pattern only at those positions,_however, at which a fixation is to take_place.
According to a further aspect of the_invention, meltable binder yarn