AT167387T

Resilient fluid transporting network for use in absorbent articles

Abstract

The invention claims a of brushing suitable for the elastic liquid transmission net structure of moisture-absorbing article, the liquid transmission net structure comprises multiple capable of changing the fibre material liquid with the capillary fibre channel. The fibre with a base part and at least two extends to form an external capillary face capillary channel wall of the base part. The wall and a part is provided with a first melting point temperature first pair of polymer is composed, the capillary channel is end is provided with is lower than the first melting point and second melting point temperature and a of polymer is composed, is lower than the first melting point temperature is higher than the second melting point temperature of the temperature to the upper pair of component fibre heating, said pair of component fiber's end head and a, forming a capillary fibre channel is thermally fused the networking structure, capillary channel fibre capillary channel of the net structure of the liquid transmission and fibers to agglutinated.

Term

No projected expiry on record.

  1. Priority
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53 members in 18 offices

This recordMember, by publication datePriority claim8 more offices are in the list below

Priority claims1

Priority claims
DocumentOfficeKindDate
23558094United States of AmericaA

Members53

Family members, oldest first
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CA2187300A1CanadaA1
CA2188811A1CanadaA1
WO9529656A1World Intellectual Property Organization (WIPO)A1
WO9529657A1World Intellectual Property Organization (WIPO)A1
WO9529660A1World Intellectual Property Organization (WIPO)A1
AU2352395AAustraliaA
AU2370495AAustraliaA
AU2463595AAustraliaA
ZA953447BSouth AfricaB
TW276180BTaiwan Province of ChinaB
TW278032BTaiwan Province of ChinaB
EP0757549A1European Patent Office (EPO)A1
EP0757550A1European Patent Office (EPO)A1
EP0757907A1European Patent Office (EPO)A1
CN1148332AChinaA
US5628736AUnited States of AmericaA
CN1149823AChinaA
KR970702713ARepublic of KoreaA
KR970702716ARepublic of KoreaA
AU678904B2AustraliaB2
BR9507549ABrazilA
BR9507550ABrazilA
JPH09512465AJapanA
JPH09512594AJapanA
MX9604859AMexicoA
EP0757907A4European Patent Office (EPO)A4
AU690265B2AustraliaB2
MX9605024AMexicoA
EP0757549B1European Patent Office (EPO)B1
AT167387TThis recordAustriaT
DE69503044D1GermanyD1
ES2117420T3SpainT3
DE69503044T2GermanyT2
EP0757550B1European Patent Office (EPO)B1
AT174209TAustriaT
DE69506538D1GermanyD1
ES2125017T3SpainT3
US5881410AUnited States of AmericaA
DE69506538T2GermanyT2
GR3029584T3GreeceT3
HK1012834A1Hong Kong, ChinaA1
HK1012976A1Hong Kong, ChinaA1
JP3053871B2JapanB2
CA2188651CCanadaC
CA2187300CCanadaC
CN1092509CChinaC
CN1093395CChinaC
KR100350139B1Republic of KoreaB1
KR100359253B1Republic of KoreaB1
IN192766BIndiaB
EP0757550B2European Patent Office (EPO)B2
DE69506538T3GermanyT3
ES2125017T5SpainT5