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March 2004

Austria's Textilmaschinenfabrik Dr Ernst Fehrer AG has developed an improvement in the action of a needling machine producing nonwovens.
A warp-knitted mesh fabric for repairing hernias has been developed by German companies Rokona Textilwerk of Tubingen and GfE Medizintechnik of Nurnberg in cooperation with specialists in hernia surge
A Danish inventor has developed - International Patent WO 02/42562 - a type of paving that incorporates cast stones and a mesh.
A mechanism for supporting and relieving pain of an abdominal incision is outlined in US Patent 6 629 942.
Woolmark (Europe) Ltd, Ilkley, UK, has developed a process designed to promote fibrillation of natural fibres.
Weaving high-density and high-bulk texturized filament yarns of polyester and then coating the fabric uniformly on both sides with polytetrafluoroethylene (PTFE) produces a cheap awning with improved
An improved abdominal hernia device has been developed by FLA Orthopedics.
A nonwoven material with absorbency and elastic properties is described in US Patent 6 605 552 by Kimberly-Clark.
A method of enhancing blood absorbency of superabsorbent materials used in disposable hygiene products is disclosed by Weyerhaeuser.
The use of vegetable matter as cement reinforcement has generally proved to be unrewarding as such fibres tend to prevent the delay of the hydration reaction and inhibit hardening of the cement.
A pants-type absorbent garment claimed to adapt to the non-symmetric nature and leakage demands of the anatomy of the human body has been developed by Kimberly-Clark.
A bicomponent fibre for use in medical implants has been developed by Solutia.
International Patent WO 02/052086 describes aerogel composites reinforced by lofty fibrous batting in combination with one or both of short randomly oriented microfibres and conductive layers.
US Patent 6 475 320 reports a development in composite design from Japan: a method of fabricating a composite wing based on superposed textiles placed on mandrels and processed in a closed jig.
A knitted surgical mesh made from a biocompatible yarn is described in US Patent 6 638 284 by Ethicon.
An elastic yarn designed to provide moisture management is the subject of European Patent EP 1 350 872.
US-based DuPont has developed a film-fibril sheet that, the company claims, has a better balance of key properties such as air permeability and liquid barrier resistance, and toughness and softness.
A problem with open-end (OE) spinning is that it has tended to be inflexible and what it makes has been lacking in character, which means that markets have been restricted to volume consumption of a p
A machine for manufacturing pre-shaped absorbent pads for sanitary items is described in US Patent 6 623 264 by GDM of Offanengo, Italy.
A medical dressing assembly has been developed by Medical Dressings of Muskegon, Michigan, USA.
A process for making a braided bifurcated stent is outlined in US Patent 6 622 604 by Boston Scientific/SciMed.
A design for large sails that are subjected to high air pressures is the subject of US Patent 6 624 098.
Murata - the only company to date to build an air-jet spinning machine (the MJS) - continues to develop what it describes as a vortex spinner-- European Patent EP 1 347 085.
Disposable surgical drapes and gowns that feature laminates secured by cluster bonding techniques have been developed by Allegiance.
A fabric for use in surgical garments is disclosed in US Patent 6 617 487 by Chou Su Jen of Chang Hua, Taiwan.
North American medical technology group C.R. Bard and mnemoScience of Aachen, Germany, have entered into a strategic alliance for the development of innovative shape memory polymers.
Coloplast Group Director Maxwell Stringer is to retire on 31 March 2004 after 23 years with the company.
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