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Paul Ellis

Paul Ellis Rollin, Jr., Hendersonville, TN US

Patent application numberDescriptionPublished
20090156075Multicomponent fiber with polyarylene sulfide component - This invention relates to a multicomponent fiber having an exposed outer surface, comprising at least a first component of polyarylene sulfide polymer, and at least a second component of a thermoplastic polymer free of polyarylene sulfide polymer, wherein said thermoplastic polymer forms the entire exposed surface of the multicomponent fiber.06-18-2009
20100147555NON-WOVEN SHEET CONTAINING FIBERS WITH SHEATH/CORE CONSTRUCTION - A non-woven sheet contains sheath/core polymer fibers with the polymer in the sheath having a melting point at least 15 degrees centigrade higher than the melting point of the polymer of the core. Preferably, the polymer of the sheath is polyphenylenesulfide and the polymer of the core is polyethyleneterephthlate. The nonwoven sheet can be used with a film to make a composite laminate suitable for use in electrical insulation.06-17-2010
20100151246POLYPHENYLENE SULFIDE SPUNBOND FIBER - The present invention is directed to a spunbond fiber comprising polyphenylene sulfide polymer having a zero shear viscosity at 300° C. of about 21,500 to about 28,000 Pa·s.06-17-2010
20100151760NON-WOVEN SHEET CONTAINING FIBERS WITH SHEATH/CORE CONSTRUCTION - A non-woven sheet contains sheath/core polymer fibers with the polymer in the sheath having a melting point at least 15 degrees centigrade higher than the melting point of the polymer of the core. The fibers have an average diameter greater than 7 microns and the sheet has a normalized air resistance greater than 0.25/(g/m06-17-2010

Paul Ellis Rollin, Jr., Middletown, DE US

Patent application numberDescriptionPublished
20110311759FLAME RETARDANT PERFORMANCE IN POLY (TRIMETHYLENE) TEREPHTHALATE - Poly(trimethylene terephthalate) compositions, and articles made therefrom, having improved flame retardancy are provided. The compositions can be used to make carpets that are suitable for installation where flame retardancy is desired.12-22-2011

Paul Ellis Unbehagen, Jr., Apex, NC US

Patent application numberDescriptionPublished
20090116483Supporting BGP Based IP-VPN In A Routed Network - A new type of Provider Edge (PE) device is used to support BGP-based IP-VPNs. Each VRF instance in a PE device is associated with a dedicated IP address (Service IP address). Each service IP address is dedicated to a VRF in a PE device. The service IP address is distributed by BGP for VPN route association. Customer/VRF IP packets can be sent to a VRF instance in the egress PE device using service IP header encapsulation (with IP Destination Address=Service IP address of egress PE's VRF & IP Source Address=Service IP address of ingress PE's VRF). This obviates the need for explicit tunnels in the core.05-07-2009