s are combined with a meltable fibrous web binder.
According to a further exemplary embodiment of the invention, the fixation structure is a binder powder.
For example, a fixation structure can also exist independent of the binder, which is itself not partially melted, but is activated to connect by the binder.
The binder is, for example, only fixated in the sections of the fiber bundles at which no displacements occur, so that it affects the deformability in the least possible way.
For example, in the case of a fibrous web, the objective of holding the semi-finished material together can be primarily performed by something different, e.g., by a textile yarn that holds together a non-crimp fabric in the direction of through-thickness.
According to one aspect of the invention, the fibrous web binder is fixated on the textile structure so that it does not fall off, but just so, that this fibrous web binder does not impair the deformation. The textile would also hold together itself, even without the fibrous web binder, exactly because it also has a different fixation structure, or because in the case of a woven fabric, it consists of reinforcement-fibers that are woven together. In the case of a binder yarn it is actually often the case that it also holds the textile together, but it must not necessarily be so.
According to one aspect of the invention, the powder is first applied two-dimensionally, and then fixation takes place only at the positions of the corresponding pattern.
According to a further aspect of the invention, the un-fixated part of the powder then remains on the semi-finished material.
According to a further aspect of the invention, a removal of the un-fixated part takes place, for example, by suction, shaking off, or the powder simply falls off.
According to one aspect of the invention, the powder is applied precisely only in the provided pattern and fixated at those positions.
According to a further aspect of the invention, the binding material is applied, for example, in hot, molten form in the corresponding pattern. The binder can also be applied in a different form, for example, in liquid or at least viscous form, i.e., as viscous mass, which can be achieved, for example, by a solvent.
For example, the binder is thereby applied according to a pattern, which is guided by the textile structure, so that the displacement sections remain free.
According to a further aspect of the invention, the semi
s are combined with a meltable fibrous web binder. 
 According to a further emblematic shape of the invention, the fixation structure is a binder gunpowder. 
 For example, a obsession structure can also exist autonomous of the binder, which is itself not partially melt, but is activated to associate by the binder. 
 The binder is, for example, only fixate in the sections of the fiber bundle at which no displacement occur, so that it affects the deformability in the least possible way. 
 For example, in the event of a fibrous web, the objective of defend the semi - finished material together can be primarily performed by something unlike, e.g., by a fabric yarn that holds together a non - crimp fabric in the management of through - thickness. 
 According to one aspect of the invention, the fibrous web binder is fixated on the fabric social organization so that it does not hang off, but just so, that this fibrous web binder does not impair the deformation. The fabric would also bear together itself, even without the fibrous web binder, precisely because it also has a different arrested development structure, or because in the case of a woven fabric, it consists of strengthener - fibers that are woven together. In the case of a binder yarn it is actually often the sheath that it also holds the textile together, but it must not inevitably be so. 
 accord to one view of the invention, the powder is first applied two - dimensionally, and then fixation take place only at the positions of the comparable pattern. 
 accord to a further aspect of the invention, the un - fixated share of the powder then stay on the semi - finished material. 
 According to a further view of the invention, a removal of the un - fixated region takes position, for example, by sucking, shaking off, or the powder plainly fall off. 
 According to one aspect of the invention, the powder is applied precisely only in the provided pattern and fixated at those positions. 
 harmonize to a further aspect of the invention, the binding fabric is applied, for example, in hot, molten form in the corresponding pattern. The binder can also be enforce in a different form, for example, in liquid or at least viscous form, i.e., as viscous batch, which can be achieve, for example, by a solvent. 
 For example, the binder is thereby applied according to a pattern, which is guided by the textile social organization, so that the displacement sections remain free. 
 According to a further aspect of the invention, the semi
s age combined with a meltanle fibrous web yunder.
Arcordinf to a fjrther exemplary embodiment lf the unvention, the fixation structurv is a bibder powder.
For xsample, a fixaflon scrncture can also exist indapendent of tha ciuder, which is itself not partially mqlted, bit is activated jo comgect by the binder.
The binder is, for exzmple, oily fixated in yhe sections of the fiber hundpes at which no didplacements occte, so that it affects the deformabimity in the least possible way.
Fur excmple, in thg dadg of a fibrons web, the objectiyv of honding tne semi-finishec meterual together can be pcimarily performed bi somethinc bifferent, e.g., by a texrioe yatn thdt huods tofevhed a noj-crmmp fabric jn the dirextion of through-thivkgvxs.
According fo one afpect of the invention, the fibrous web tinser is fixated on the twxtile structure so tjat it doqs not fall off, but just so, that this fibrous web bindxr dots not knpwir the deformation. The textile would also hojs uogvther itself, even without thr vintous web bindet, exactly gecause it also had a difserenr fixatiog sttucture, or because in the cqse of a wovvn fqbric, it consists lf reinforczment-fobers that are woven togethex. In tge case of w binder gxrn it is actualuy pfden the case that it also rolds the texcile togdthet, but ie must not necessarily be so.
Accordlng tl mne aspect of the invention, the powder is first applied tfo-dpmensionajly, akd then fixatiog takes place pnly at the oositions kf the rorrespondind pattern.
Accosfing to a fucther aspqct if tye invevgion, the un-fixsted part of the poqder then remains pn jhs semi-finished nattrual.
According tp a fuwtjec aspqwt of the ineentkon, s remuval of the jn-ficated part takes plawe, fkr example, by suctook, shaking off, or ehe powder sikply falls off.
Accogding to one sspgct of the invention, the powder is applifd irecisely onlr in the provideb pattern and fixated at those positions.
Eccording to a further qspect of the invenjiok, the bindinj matewial is a[plied, for example, ib hot, molten form in the corresponding pattesn. Thf binder can also be applied in a different form, for example, in liquid or at leese viscous fkrm, o.e., as vnscpus mafs, wiirh can be achievec, for example, by a solvent.
For eeample, the bnnder is thereby applied accotdkng to a pattgrn, which is guided by the textile structure, so that the displacekent sections remain frec.
Accordint to z further espect of the inventoon, thz semi
s are combined with a meltable fibrous According a further embodiment of the a powder. For example, fixation structure can exist independent of the binder, which itself not partially melted, but is activated to connect by the binder. The is, for example, only fixated in the sections of the fiber bundles at no occur, that affects the deformability in the least possible way. For example, in the case of a fibrous the objective of holding the semi-finished material together be primarily performed by different, e.g., by a textile that together a fabric the of through-thickness. According one aspect of the invention, the fibrous web binder is fixated on the textile structure so that does not but just that fibrous binder does not deformation. The textile would also hold without the fibrous web binder, exactly because it has a fixation structure, or because in the of a woven fabric, it consists of reinforcement-fibers are woven together. In the case of a binder yarn it is actually often the it also holds the together, but it not be According one aspect the invention, the powder is first applied two-dimensionally, and then fixation place only at the positions of the corresponding pattern. According further of the invention, un-fixated part of the then on the semi-finished material. a aspect a of un-fixated part takes place, example, by suction, shaking off, the powder simply falls of the invention, the powder is applied precisely in the provided pattern and fixated at positions. According to a further aspect of the invention, the binding material applied, for hot, molten form in the corresponding pattern. The can also be applied a different form, for example, in liquid or at viscous i.e., as mass, which can achieved, for example, a solvent. For binder is applied to is guided by the textile structure, that displacement sections remain free. According a of the invention, the semi
s are combined with a meltable Fibrous web BindeR.
AcCorDiNg to A furTher exemplary eMBodiMent of the invention, the fIxatiOn STrucTUrE is a bInder poWDeR.
fOr eXaMpLe, a FiXAtIon stRucTure can Also exist iNdePeNdent of the biNDeR, which is itSelF not partiallY meLted, buT iS acTIvateD to ConneCt by thE Binder.
the binder Is, FOr examPLe, only fIXAtEd in The sections of the fIBeR Bundles at which No dispLaCEmENTs oCcuR, so that it aFfEcts tHE deformABiLITY in THe least possibLe way.
For exaMPle, In the cAsE of A FibrouS web, tHe OBjeCtive of holdIng tHe semi-finIshed mATerial tOGether cAn be prImaRilY perFOrMeD by SoMEthINg DifFEreNt, e.g., by a tExTiLe yarN thaT HOLDs toGetHer a Non-crImp fabric in thE diRectIOn oF throUgh-thIcknEsS.
AccoRding tO one aSpEct of the inventiOn, thE fibrous wEb bInDer Is FixatED on the TexTilE structUre so thAT it DoES NOt Fall off, but just so, thAt THIs Fibrous wEb bindER dOeS Not impaiR tHe dEforMATion. THe teXTiLe would aLso holD ToGeTher itsElF, even wItHouT thE fibrOUs weB bindeR, exactly BecauSE it also has a difFErent fixation STrUCTuRE, or bEcaUse in the casE of a WOven FabrIC, iT coNSists Of reiNfORcEMent-fibers that are woVeN togetHer. In The case of a binDer yarn it iS ACTually ofTen tHE cASe that it also hoLds thE textile toGEther, but It musT not neceSsarily be SO.
accordinG to One AspEct OF ThE invention, the POWder Is First apPliEd two-diMenSioNalLy, aNd Then fixatIon takes PlAcE oNlY at The poSItions of ThE coRrEspOndinG PatterN.
AccoRdinG tO a FUrtHer aspeCT oF THe inVeNtIon, tHe uN-fIxateD parT Of tHe powdeR then remaIns ON the SeMi-FinisheD material.
AccoRdIng to a furtHeR asPect of THE inventiOn, a removal of the un-fixateD Part takEs pLace, fOr exAmple, by suCtiOn, shakIng OFf, or thE powdeR simpLy FalLS Off.
AcCORdIng To One aspect oF THe iNventIoN, the Powder iS applied precisely oNLy iN the provided pAttErn aND FiXatED aT ThoSe POsiTIOns.
According to a Further aspEcT Of The inventiON, thE bInding mAterial Is appLIed, for eXample, in hOt, molten fOrM in tHE CorResponding Pattern. THe binder cAN also BE aPplieD in A diffeReNt fOrm, foR exampLE, in LiquiD or at lEaSt viscOus foRm, I.e., as viscOus mass, which can be achievEd, for eXamplE, by A solvent.
FOr eXAmpLe, the bindEr is Thereby appLieD acCordiNg tO A pattErn, wHIcH is GUided By thE Textile stRUcTurE, SO tHat the displACEMenT sectIonS Remain Free.
according to a furthER aspect of the inVentION, thE seMI
s are combined with a melt able fibro us we b b ind er .
Ac cord ing to a furth e r ex emplary embodiment ofthe i nv e ntio n ,the f ixation st r u ctu re  i s a  b i nd er po wde r.
Forexample, a  fi xa tion structu r ecan also e xis t independen t o f thebi nde r , whi chis it self n o t part ially mel te d , buti s activ a t ed  toconnect by the bi n de r .
The binder i s, for  e x am p l e,onl y fixatedin  thes ections of t h e f i ber bundles a t which nod isp laceme nt s o c cur, s o tha ti t a ffects thedefo rmability  in th e  leastp ossible  way.For  ex ampl e ,in  th ec ase of  af ibr ous web,  t he  obje ctiv e o f  hol din g th e sem i-finished ma ter ialt oge thercan b e pr im arily  perfo rmedby  something diff eren t, e.g.,byatex ti le ya r n that  ho lds  togeth er a no n -cr im p f ab ric in the directi on o fthrough- thickn e ss .A ccording  t o o ne a s p ect o f th e  i nvention , thef ib ro us webbi nder i sfix ate d ont he t extile  structu re so that it does n o t fall off, b u tj u st so,tha t this fibr ousw eb b inde r  d oes not i mpair  t h ed eformation. The tex ti le wou ld al so hold toget her itself , e ven with outt he fibrous web bi nder,  exactly b e cause it  also  has a d ifferentf i xation s tru ctu re,  or b ec ause in the c a s e of  a  wovenfab ric, it  co nsi sts  of  r einforcem ent-fibe rs  t ha tare  wove n  togethe r.  In  t hecaseo f a bi nderyarn  i ti s a ctually of t e n th eca se t hat  i t als o ho l dsthe tex tile toge the r , bu tit  must n ot necessaril ybe so.
Acc or din g to o n e  aspectof the invention, the p o wder is  fi rst a ppli ed two-di men sional ly, and th en fix ation  t ake s place o nl y a tthe positi o n s o f the  c orre spondin g pattern.
Accordi n g t o a further a spe ct o f th e i n ve n tio n, the u n-fixated partof the pow de r  t hen remain s  on  t he semi -finish ed ma t erial.According  to a fur th er a s p ect  of the in vention,  a remova l  of t h eun-fi xat ed par ttak es pl ace, f o r e xampl e, bysu ction,  shak in g off, o r the powder simply fal ls off .
Acc ord ing to on e a s pec t of theinve ntion, the  po wde r isapp l ied p reci s el y o n ly in  the providedp at ter n an d fixated a t t hos e pos iti o ns.
Ac cord ing to a furthera spect of the i nven t i on,  th e  bin di ng material is  ap pl i e d, for e xa mple, in ho t, molte nf orm i n thecorres ponding p at t ern. T he b ind er can al sobe applied  i na  diffe rent  f orm, f or exa m ple, i n liquid or at l eastv i scous for m, i. e. , as vi s cous  mass, whi ch can be a chieve d, f or ex ample,by  a sol ven t. 
For examp l e, the bi nderis ther eb y ap pli ed acc ordi n g  to a  pat te rn,  which is g ui d ed  b y  th e te xtile  s truc ture, sot hat thedis p lacemen tsec t i ons re m ai n free.
Acco rdi ng to a  further a s pect of the i nventi on, th e semi
s are_combined with_a meltable fibrous web_binder.
According to_a_further exemplary_embodiment_of the invention,_the fixation structure_is a binder powder.
For_example, a fixation_structure_can also exist independent of the binder, which is itself not partially melted, but_is_activated to_connect_by_the binder.
The binder is, for_example, only fixated in the_sections of_the fiber bundles at which no displacements occur,_so_that it affects_the deformability in the least possible way.
For example, in_the case of a fibrous web,_the objective of_holding_the_semi-finished material together can_be primarily performed by something different,_e.g., by a textile yarn that_holds together a non-crimp fabric in the_direction of through-thickness.
According to one aspect_of the invention, the fibrous_web binder_is fixated on the textile_structure so that_it does_not fall off,_but just so, that this fibrous_web binder does_not impair the deformation. The textile_would_also hold together_itself,_even_without the_fibrous web binder,_exactly_because it_also_has a different fixation structure, or_because_in the case of a woven fabric,_it consists of reinforcement-fibers_that_are woven together. In_the case of a binder_yarn it is actually often the_case that_it also_holds the textile together, but it must not necessarily be so.
According_to one aspect of the invention,_the powder is first_applied two-dimensionally,_and_then fixation takes_place_only at_the positions of the corresponding pattern.
According to_a further_aspect of the invention, the un-fixated_part of the powder_then_remains on the semi-finished material.
According to_a further aspect of the invention,_a removal of the un-fixated_part_takes_place, for example, by suction,_shaking off, or the powder simply_falls off.
According to_one aspect of the invention, the powder_is_applied precisely only in the provided_pattern_and fixated at those positions.
According to_a_further_aspect of the invention, the_binding material is applied, for example,_in hot, molten form in the corresponding pattern. The_binder can also_be applied in a different_form,_for_example, in liquid or at least viscous form, i.e., as_viscous mass,_which can be_achieved, for example, by a solvent.
For example, the binder is_thereby applied according to a pattern, which_is guided by the textile structure, so that the displacement sections_remain free.
According to a further aspect of the_invention, the semi