LV11296B - Combined lamellar material based on polymeric fibres - Google Patents

Combined lamellar material based on polymeric fibres Download PDF

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Publication number
LV11296B
LV11296B LVP-95-346A LV950346A LV11296B LV 11296 B LV11296 B LV 11296B LV 950346 A LV950346 A LV 950346A LV 11296 B LV11296 B LV 11296B
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LV
Latvia
Prior art keywords
fiber
thickness
material based
layers
lamellar material
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LVP-95-346A
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Latvian (lv)
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LV11296A (en
Inventor
Jurijs Kuznecovs
Original Assignee
Jurijs Kuznecovs
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Application filed by Jurijs Kuznecovs filed Critical Jurijs Kuznecovs
Priority to LVP-95-346A priority Critical patent/LV11296B/en
Publication of LV11296A publication Critical patent/LV11296A/en
Publication of LV11296B publication Critical patent/LV11296B/en
Priority to EA199700083A priority patent/EA000110B1/en
Priority to PCT/LV1996/000005 priority patent/WO1997018948A1/en

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B27/00—Layered products comprising a layer of synthetic resin
    • B32B27/12—Layered products comprising a layer of synthetic resin next to a fibrous or filamentary layer
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B5/00—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts
    • B32B5/02—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by structural features of a fibrous or filamentary layer
    • B32B5/022—Non-woven fabric
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B5/00—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts
    • B32B5/02—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by structural features of a fibrous or filamentary layer
    • B32B5/024—Woven fabric

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Laminated Bodies (AREA)
  • Heterocyclic Carbon Compounds Containing A Hetero Ring Having Nitrogen And Oxygen As The Only Ring Hetero Atoms (AREA)
  • Nonwoven Fabrics (AREA)
  • Crystals, And After-Treatments Of Crystals (AREA)

Description

LV 11296LV 11296

Cjiomctm£4 kom£mhmpoeaHHbifi πολμμθρηο-bo/jokhmctwPi MaTepnaji H3o6pereHne othocmtcs k o6/iacTW c/iomctmx MaTepna^oe mc— 5 noy»>3yeMux e cTponTejibCTBe, Hanpnwep αλλ γμλρομ30Λ5ηιμοηημχ pa6oT.Qiomctm £ 4 comHypHy π μ μ μ η η 3 jok jok jok hm hm c c c c c c T iac iac c c c c c c c T T T Han Han Han Han Han Han Han Han Han

Vl3BecTHbi cjK>ncTwe rnApon30Jis«unaHHb»e MaTepnajiu, ncnoflb3y- eMbie b CTpoMTe/ibCTBe, TaKVte κβκ ajiacrocTeKJiofiMT /1/ m aHa/io- rusHbie eMy MaTepna^bi. He aoctatkom jtmx MaTepna_noB sm/isteTcsi o 10 ηχ τβκγΗβεττ. npn TeMneparype +<40 - 60) C, BCJieACTBMe sera, jieTOM noA Ae^cTeneM cojiHesHoro τβπΛβ nponcxoflHT npocaHueaHue BjiacTOMepa nepe3 οτργκτγργ apMnpyK)Uietf hjih Ay6-nvtpyjo««efi τκβημ , mto ycKopsieT pa3pyuieHne rnApon3o.nsiunoHHoro noKpuTvisi.Vl3BecTHbi cJK &nbt; ncTwe rnApon30 " unaHHb " He aoctatkom jtmx MaTepna_noB sm / isteTcsi o 10 ηχ τβκγΗβεττ. npn TeMneparype + < 40-60) C, BCJieACTBMe sera, jieTOM removes Ae ^ cTeneM cojiHesHoro τβπΛβ nponcxoflHT npocaHueaHue BjiacTOMepa nepe3 οτργκτγργ apMnpyK) Uietf hjih Ay6-nvtpyjo «« efi τκβημ, mto ycKopsieT pa3pyuieHne rnApon3o.nsiunoHHoro noKpuTvisi.

Haiačojiee 6λμ3kmh k sasiBAeHHOMy MaTepnaj»y ste-nsercu Marepw— 15 βΛ /2/ (ΠρΟΤΟΤΜΠ) , KOTOpbJpļ COCTOUT W3 HeCKOJlbKMX cjioee bo— λοκημρτογο h nojiMMepnoro seotecTBa. ΗβΛΟΟτβτκαΜ kohcτρykuhh 3Toro MaTepMa^ia, siB/isieTcsi noM^enne TeMnepaTypHoft Ae<j>opMaunn npn npkiK/ieMBaHMM ero Ha ropH30HTaju>Hbie BepmKajībHMe rnfl- povi30AvipyeMbte noeep xhocth . 20 Ue/ibio HacTOStuero M3o6pbtbhmb siBAs*eTca y.nyHajeHMe ?Kcnfly- aTaunoHHbix cbo^ctb maTepna^a πγτβικ CTafiniinaaunu ero τβΜΠβρβ-TypHux napahteTpoB. nocraBAeHHasi ue.ni» /jocTuraeTca τθμ, hto cjiOMCTuft kom6m— ηιίροββηημΗ nojiMMepHO—BOJioKHMCTbjii MaTepMaji ļ cocto«ujm£1 M3 bo— 25 /IOKHV1CTUX H ΠΟJIUMepHklX BettieCTB , BΗΠΟΛΗβΗ H3 M * 2n + 1 cjioee, γαθ η — κοαημθοτβο ciioee no/iMMephux TepMonjiacTMHHbix njieHOK, pasHeaieHHbix Me*Ay cjusmm nacTHHHO norpyxeHHUx b hmx TepMopeaKTMBHbix boaokhmctmx tk3hux \λτολ ηβτκaHbix seuiecre. ripu jtom, cooTHOiiieHHe paoMepoB mcxoahux seuiecTB γΑΟΒΛβτβο— 30 psieT ycjioBM»: 2Hv >✓ Hp >y Hv, rae Hv - TOJiuiMHa eojioKHMCToro BeuiecTea,Haiacoyie 6λμ3kmh k sasiBAeHHOMy MaTepnaj »y ste-nsercu Marepw - 15 βΛ / 2 / (ΠρΟΤΟΤΜΠ), KOTOpbJpļ COCTOUT W3 HeCKOJlbKMX cjioee bo— λοκημρτογο h nojiMMepnoro seotecTBa. ΗβΛΟΟτβτκαΜ kohcτρykuhh 3Toro MaTepMa ^ i, siB / isieTs noM ^ before TeMnepaTypHoft Ae < j > 20 Ue / ibio HacTOStuero M3o6pbtbhmb siBAs * eTca y.nyHajeHMe? Kcnfly- aTaunoHHbix cbo ^ ctb maTepna ^ a πγτβικ CTafininawax difference τβΜΠβρβ-TypHux napahteTpoB. nocraBAeHHasi ue.ni »/ jocTuraeTca τθμ, whereby to cjiOMCTuft kom6m- ηιίροββηημΗ nojiMMepHO-BOJioKHMCTbjii MaTepMaji lt cocto" ujm £ 1 bo- M3 25 / IOKHV1CTUX H ΠΟJIUMepHklX BettieCTB, BΗΠΟΛΗβΗ H3 M * 2n + 1 cjioee, γαθ η - κοαημθοτβο ciioee from / iMMephux TepMonjiacTMHHbix njieHOK, pasHeaieHHbix Me * Ay cjusmm nacTHHHO norpyxeHHUx b hmx TepMopeaKTMBHbix boaokhmctmx tk3hux λτολ ηβτκaHbix seuiecre. cooTHoiiiHHe paoMepoB mcxoahux seuiecTB γΑΟΒΛβτβο - 30 psyche yBiBM »: 2Hv > ✓ Hp & yt Hv, granule Hv - TOJiuiMHa eojioKHMCToro BeuiecTea,

Hp — TOJimnHa nojiMMepHoft πλθηκμ, a TO/iujHHa MarepMa/ia w mcxoahwx πολμμθρημχ π/ieHOK HaxoABTcsi s 35 cjieAywuieM cooTHOUjeHnn:Hp - TOJimnHa nojiMMepHoft πλθηκμ, a TO / iujHHa MarepMa / ia w mcxoahwx πολμμθρημχ π / ieHOK HaxoABTcsi s 35 cjieAywuieM cooTHOUjeHnn:

Hp(l,4n + 1) >s Hm >s Hp(n + 0,5)t γαθ Htn — TOJiujviHa MarepnajiaHp (l, 4n + 1) < s > s Hp (n + 0.5) t γαθ Htn

Moo€peTewwe noscneHO sepTe*aMn. Ha φν-ir. I npsflCTaBJieHa KOHcrpyKUMB c/iouctoto MarepMajra τολβιμηοΛ Hm, cocTOflujero M3 M = 3 c_noee πο/ιμμβρηοΛ π/ιβΗκνι 1 w TKaHorc eesiecTBa 2, toji-UlktHbl KCTOpb(X COOTB5TCTB8HHO paSHbj Hp M Hv. Ha ®ΜΓ. 2 H30d~ 5 pa*eHa cTpy»crypa Tvca^oro se*jjecrsa 2, o*spa3ywtya* siMeftKM, 8 KOTopbie 3aKjiMMeHa no/iMMepnasi njisHKa 1. 8 cjiomctom MaTepna^e λ^ηηοΛ KOHCTpyKunn reMneparypHwe pactuMpeHtia nojiMMepnaīl πλβηκμ 1 λθμπΦι^ρykjtc st norpy*eHHWMM b naTlMMep C Αβγκ CTOpOH TepMOpeāKTHBHHMH BCJlOKHaMM semecTBa 2. 10 B peayAbTaTa τβκογο ΑβκπφΜροββΗΜΒ ΤΒΜΠβρβτγρΗοβ yAAnHHeHMe oepaaua MaTepna_na a-hhhom 0,1 μ, βμποληθηηογο h3 τκηηογοMoo € peTewwe noscneHO sepTe * aMn. If φν-ir. I npsflCTaBJieHaCaRpyKUMB c / iouctoto MarepMajra τολβιμηοΛ Hm, cocTOflujero M3 M = 3 c_noee πο / ιμμβρηοΛ π / ιβΗκνι 1 W EHA cTpy »crypa Tvca ^ oro se jjecrsa * 2 * o * spa3ywtya siMeftKM 8 KOTopbie 3aKjiMMeHa from / iMMepnasi njisHKa 1 8 cjiomctom MaTepna ^ e ^ λ ηηοΛ KOHCTpyKunn reMneparypHwe pactuMpeHtia nojiMMepnaīl πλβηκμ 1 λθμπΦι ^ ρykjtc h norpy * eHHWMM b naTlMMep C Αβγκ CTOpOH TepMOpeāKTHBHHMH BCJLOKHaMM semecTBa 2. 10 B maincompetition τβκογο ΑβκπφΜροββΗΜΒ ΤΒΜΠβρβτγρΗοβ yAAnHHeHMe oepaau MaTepna_na a-hhhom 0,1 μ, βμποληθηηογο h3 τκηηογο

Bemecrea /3/ n noJiMMephcS ΠΛβΗΚΜ /4/, npn μβμθηθημμ Teninepa- oBemecrea / 3 / n noJiMMephcS ΠΛβΗΚΜ / 4 /, npn μβμθηθημμ Tennis

Typw οκργκβκηκβ# cpeau στ — 4 ao * 60 C cocraBHJio κβΗββ 1%,B το spetesi, KaK .nnHetfHce '/AJiMHHeHMe c£paaua noAUMepHOiS 15 ruiBHKM /4/ b aHaAorMSHhix ycjioenax cocTaen.no 6ολθθ 10 M3 3τογο cJie^yeT, mto mte^Hce yA-nviHHeHwe Marepnajia AaHHofi koh-cτρykumm πρκ HarpeeaKMM crrpe Αβ-ΠΒβτοa TeMnepsTypHtuM pacojupe-ημθμ aojiOKHncToro eeuiecTaa, o6paaytoujero βηθΡϊκη, β κοτορωβ 3aKJTWMeHa noAHMeptiaa TepMonjiacTUMHaa ΠΛβκκδ. B ofiuteM cjiynae 20 BOJiOKHHCToa seujecTso MO*eT κμβτβ TKaHyw hjik HeT«aHyto CTpyvc-Typy. ΠρΚΜΘΗβΗΜβ MaTepna/ia ASHHOtf KOHCTpyKtļMH B rMAP0M30J1S-UHOHHWX nCKpWTHSX , ΠΟΑ8SpΓ3KH1JHXCB B/*MflHMM 8CeCe3ŪHHblX aTMOcoepHux so3AeCk:TBMja, nc3BCji5ieT noattCHTb ero rpoMMOCTb 25 h AOAroeesHOCTb >Kcn/!yaTaunw. HCTOMHMKM ΜΗφΟρΜβΙΙΙΊΙΊ .* 1« 3ΛβοτοοτβΚΛθ6«ΊΤ Ty 21—23—97—77 2. A.C. CCCP N «52663, Μ.Κλ.3 B 32 6 17/04. 3. Mapsia MeAMtiMHCKas!. T0CT 9412-77 4. ΠΑβΗΚβ no/inaTViAeHoeasi. fOCT 10354—82 i LV 11296 (pGPM'-'ilA M30BPETEHH5? 1. CjioMCTbiP» kom6hhhpobaHHbiK πολμμθρηο—bojiokhmctm« MaTepna^, COCTOJttUMft M3 BOTIOKHMCTfalX Η ΠΟΛΜΜβρΗΜΧ B6ll|fiCTB , Ο T Jt Μ M a~ to ui μ c si τθμ, ήχο , c uejibto yjiyHtueHHB ero 3KcnjiyaTauMOH— 5 hwx csotļcTB nyreM cTa6miM3auv«n TeMneparypHbJX napaneTpoe, «a— repnaji BbinojiHeH mo M » 2n + 1 cjioee , ΓΛβ η — κολμηβ:τβο cjio— SB ΠΟ JlMMep HU X TepMOnjiaCTMHHbJX ΠΛΘΗΟΚ, pa3MeaieHHblX Me]KAy c/io— SIMM HaCTMMHO nOrpy*eHHb»X B ΗΜΧ TepMOpeaKTM8HMX B OJIOKHMC Tbl X ΤΚΒΗΜΧ MJIM HBTKBHUX BeUieCTB. ĪO 2. MaTepMaji no n. l,OTSiMHaH>u|vtftcsi τβΜ, mto cooTHOineHMe pa3Mepoe mcxoahmx eeuiecTB y aob/ιβτβορsieT ycj?CBMK>: 2Hv >/ Hp ^ Hv, rae Hv — TOjiajHHa βολοκημοτογο eeuiecTBa,Typw οκργκβκηκβ # cpeau στ - 4 ao * 60 C cocraBHJio κβΗββ 1%, B το Specification, KaK. mte ^ Hce yA-nviHHeHwe Marepnajia AaHHofi koh-cτρykumm πρκ PureKMM crrpe Αβ-ΠΒβτοa TeMnepsTypHtuM pacojupe-ημθμ aojiOKHncToro eeuiecTaa, o6paaytoujero βηθΡϊκη, β κοτορωβ 3aKJTWMeHa noAHMeptia TepMonjiacTUMHaa ΠΛβκκδ. B ofiuteM cjiynae 20 BOJiOKHHCTo seujecTso MO * eT κμβτβ TKaHyw hjik HeT «aHyto CTpyvc-Typy. ΠρΚΜΘΗβΗΜβ MaTepna / ia ASHHOtf KOHCTpyKtļMH B rMAP0M30J1S-UHOHHWX nCKpWTHSX, ΠΟΑ8SpΓ3KH1JHXCB B / * MflHMM 8CeCe3ŪHHblX aTMOcoepHux so3AeCk: TBMja, nc3BCji5ieT noattCHTb ero rpoMMOCTb 25 h AOAroeesHOCTb > KCN /! YaTaunw. HCTOMHMKM ΜΗφΟρΜβΙΙΙΊΙΊ. * 1 «3ΛβοτοοτβΚΛθ6« ΊΤ Ty 21—23—97—77 2. A.C. CCCP N «52663, Μ.Κλ.3 B 32 6 17/04. 3. Maps on MeAMtiMHC! T0CT 9412-77 4. ΠΑβΗΚβ no / inaTViAeHoeasi. fOCT 10354—82 i LV 11296 (pGPM '-' ilA M30BPETEHH5? 1. CjioMCTbiP »kom6hhhpobaHHbiK πολμμθρηο — bojiokhmctm« MaTepna ^, COCTOJttUMft M3 BOTIOKHMCTfalX Η ΠΟΛΜΜβρΗΜΧ B6ll | fiCTB, ήχο, c uejibto yjiyHtueHHB ero 3KcnjiyaTauMOH- 5 hwx csotļcTB nyreM cTa6miM3auv "n TeMneparypHbJX napaneTpoe," a- repnaji BbinojiHeH mo M "2n + 1 cjioee, ΓΛβ η - κολμηβ: τβο cjio- SB ΠΟ JlMMep HU X TepMOnjiaCTMHHbJX ΠΛΘΗΟΚ, pa3MeaieHHblX Me] Kay c / io- SIMM HaCTMMHO nOrpy * eHHb "XB ΗΜΧ TepMOpeaKTM8HMX B OJIOKHMC Tbl X ΤΚΒΗΜΧ oder HBTKBHUX BeUieCTB. IO 2 MaTepMaji n. l, OTSiMHaH > u | vtftcsi τβΜ, mto cooTHOineHMe pa3Mepoe mcxoahmx eeuiecTB y AOB / ιβτβορsieT ycj? CBMK >: 2Hv > / Hp ^ Hv, granule Hv - TOjiajHHa βολοκημοτογο eeuiecTBa,

Hp — TOJ1U|MHa ΠΟΛΜΜβρΗΟΐί njieHKM. 15 3. MaTepna.n no π- 1, OT^iMHaMiijMiicsi τειχ, htc TOJiutMHbi MaTepnajia m hcxoahw:< nojiMMepHbix πλοηοκ HaxoA$iTC3t b cjieAy»uieM cooTHOuieHHn:Hp - TOJ1U | MHa ΠΟΛΜΜβρΗΟΐί njieHKM. 15 3. MaTepna.n no π- 1, OT ^ iMHaMiYiMi τεχχ, htc TOJiutMHbi MaTepnajia m hcxoahw: < nojiMMepHbix πλοηοκ HaxoA $ iTC3t b cjieAy »uieM cooTHOuieHHn:

Hp<l,4n + 1) > Hm ) Hp<n + 0,5), γαθ Hm - TOABjMHa HaTspna^a. LV 11296 ΡΕφΕΡΑΤ CJlOMCTbJPI KOMEMHHPOBAHHbH?! n0J1MMEPH0-BGJ10KHMCTWP? MATEPMAJ1 M3o6perenne othocmtcs» k o6/tacrn caomctwx Marepnajioe wc-nojn>3yeMbix b CTpoMTBJfcCTBS, HanpuMep, Ansi rMAponoojisiunoHHfaiN pačcT. Uejib M3ū6peTeKMsi — yxrywmeHHe 3Kcn/iyaTaunoHHWx cboActb Marepna^.a ηγτβΜ CTa£n-nMQaunn TeMnepaTypwbix napaimeTpoB. MaTepnan BunajTHeH H3 Μ « 2n + 1 C-noee, rji& n - Ko/mnecTBO caoee noAMMep-HblX TSpMOnJiaCTMHHUK ΠΛΒΗΟΚ 1 , KOTOpbie paCMeUjeHbl ΜβΚΑΥ CAOBMH HaCTMHHO ΠΟΓργΧβΗΗΜΧ B HHX TSpMOpeaKTHBHblK BO/IQKHMCTWX ΤΚ3ΗΜΧ mjim neTKaHbix aeujecTB 2. CooTHOuieHtie pa^Mspos ncxoflHbix eeusecTB 1 m 2 YAoeJieraapsner /caobmm: 2Hv Hp >, Hv, rae Hv - TOjiiiinHa bojioknuctopo BeutecTBa,Hp < 1, 4n + 1) > Hm) Hp < n + 0.5), γαθ Hm - TOABjMHa HaTspna ^ a. EN 11296 ΡΕφΕΡΑΤ CJlOMCTbJPI KOMEMHHPOBAHHbH ?! n0J1MMEPH0-BGJ10KHMCTWP? MATEPMAJ1 M3o6perenne othocmtcs »k o6 / tacrn caomctwx Marepnajioe toilet nojn > 3yeMbix b CTpoMTBJfcCTBS, HanpuMep, Ansi rMAponoojisiunoHHfaiN pačcT. Swim M3U6peTeKMs - yxrywmeHHe 3Kcn / iyaTaunoHHWx cboActb Marepna ^ .a ηγτβΜ CTa £ n-nMQaunn TeMnepaTypwbix napaimeTpoB. MaTepnan BunajTHeH H3 2 2n + 1 C-Noee, RJ & n - Ko / mnecTBO caoee noAMMep-HblX TSpMOnJiaCTMHHUK ΠΛΒΗΟΚ 1 KOTOpbie paCMeUjeHbl ΜβΚΑΥ CAOBMH HaCTMHHO ΠΟΓργΧβΗΗΜΧ B HHX TSpMOpeaKTHBHblK BO / IQKHMCTWX ΤΚ3ΗΜΧ oder neTKaHbix aeujecTB 2 CooTHOuieHtie a ^ Mspos ncxoflHbix eeusecTB 1 m 2 YAoeJieraapsner / caobmm: 2Hv Hp >, Hv , granule Hv - TOJIiHa bojioknuctopo BeutecTBa,

Hp — ΤΟΛΙϊΜΜβ nOJIMMepHCfi ΠΛΒΗΚΜ.Hp - ΤΟΛΙϊΜΜβ nOJIMMepHCfi ΠΛΒΗΚΜ.

TojiiKMHa CāMoro MaTepnaAa h mcxoahwx nojiMMepHb»x πλθηοκ HaxoAS»-rcsi b CJieAy»uieM ccJOTHOuiennM:TojiiKMHa CāMoro MaTepnaAa h mcxoahwx nojiMMepHb »x πλθηοκ HaxoAS» -rcsi b CJieAy »uieM ccJOTHOuiennM:

Hp (1 ,4n + 1) Hm >✓ Hp(n + 0,5) , ΓΑβ Hm — TOAUjMHa MaTepnaAa. TeMneparyrHoe pacoinpeHne MaTepuasra o o npH H3MeHeHMM ΤβΜΠβρ3ΤγρΜ OT — 4 C AO + 60 C COCTaBH.no ΜβΗββ 1 %. 2 3.Π.Φ—Abi. 1 ΜΛ.Hp (1, 4n + 1) Hm > ✓ Hp (n + 0.5), ΓΑβ Hm - TOAUjMHa MaTepnaAa. TeMneparyrHoe pacoinpeHne MaTepuasra o o npH H3MeHeHMM ΤβΜΠβρ3ΤγρΜ OT - 4 C AO + 60 C COCTaBH.no ΜβΗββ 1%. 2 3.Π.Φ — Help. 1 ΜΛ.

Claims (3)

LV 11296 Izgudrojuma formula 1. Kārtains kombinēts polimēršķiedru materiāls, kurš izveidots no šķiedrvielām un polimērvielām, atšķiras ar to, ka, lai uzlabotu tā ekspluatācijas īpašības, stabilizējot temperatūras parametrus, materiāls izveidots no M=2n+1 slāņiem, kur n - apzīmē termoplastiskas polimērplēves slāņu skaitu, kas izvietoti starp daļēji tajos iegremdētiem austu vai neaustu materiālu slāņiem no termoreaktīvas šķiedrvielas.Formula 1: The layered composite polymeric fiber material formed of fiber and polymeric materials is characterized in that, in order to improve its performance by stabilizing the temperature parameters, the material is made of M = 2n + 1 layers, where n - denotes thermoplastic polymer films the number of layers disposed between the partially submerged layers of woven or non-woven materials from thermosetting fiber. 2. Materiāls pēc p.1, kas atšķiras ar to, ka sākotnējo vielu izmēru attiecība apmierina nosacījumu: 2HV > Hp > Hv kur Hv - šķiedrvielas biezums, Hp - polimērplēves biezums,2. Material according to claim 1, characterized in that the size ratio of the original substances satisfies the condition: 2HV > Hp > Hv where Hv - fiber thickness, Hp - polymer film thickness, 3. Materiāls pēc p.1, kas atšķiras ar to, ka materiāla un sākotnējais polimērplēves biezums apmierina sekojošu sakarību: Hp(1,4n+1) > Hm > Hp(n+0,5), kur Hm - materiāla biezums.Material according to claim 1, characterized in that the thickness of the material and the original polymer film satisfies the following relationship: Hp (1,4n + 1) > Hm > Hp (n + 0.5) where Hm is the thickness of the material.
LVP-95-346A 1995-11-17 1995-11-17 Combined lamellar material based on polymeric fibres LV11296B (en)

Priority Applications (3)

Application Number Priority Date Filing Date Title
LVP-95-346A LV11296B (en) 1995-11-17 1995-11-17 Combined lamellar material based on polymeric fibres
EA199700083A EA000110B1 (en) 1995-11-17 1996-11-14 Layered composite polymer-fibre material
PCT/LV1996/000005 WO1997018948A1 (en) 1995-11-17 1996-11-14 Layered composite polymer-fibre material

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
LVP-95-346A LV11296B (en) 1995-11-17 1995-11-17 Combined lamellar material based on polymeric fibres

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LV11296B true LV11296B (en) 1996-08-20

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Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
FR2044570A5 (en) * 1969-05-27 1971-02-19 Rhone Poulenc Sa
SU486117A1 (en) * 1973-07-23 1975-09-30 Научно-Исследовательский Институт Промышленного Строительства Rolled laminate
DE4002062A1 (en) * 1990-01-22 1991-07-25 Sst Sicherheits Und Systemtech FRP laminates for protective covers etc. - has FRP layers interleaved with thermoplastic polymer, greatly reducing risk of injuries from sec. splinters
DE4121547A1 (en) * 1991-06-28 1993-01-14 Daimler Benz Ag MULTILAYER INSULATION FILM
CA2148392A1 (en) * 1994-06-06 1995-12-07 Ann Louise Mccormack Stretch-thinned film and nonwoven laminate

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EA000110B1 (en) 1998-08-27
EA199700083A1 (en) 1997-12-30
LV11296A (en) 1996-06-20
WO1997018948A1 (en) 1997-05-29

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