Celebrity Inventors
Actress Jamie Lee Curtis is a patented inventor - she created a diaper equipped with a premoistened baby wipe. And that's no act!
PatentStorm News
Make the Most of Our Site
See this month's Top Inventors and Most Cited Patents.
Stay on top of the latest innovations by subscribing to an RSS feed.
Registered users: Manage your profile.
| Number | Title | Issue Date |
| 7140153 | Synthetic roofing shingles Disclosed is a coated synthetic shingle that exhibits increased resistance to ultra-violet radiation. The shingle is useable for roofing applications and includes a substrate having a substrate surface and a base coat that is applied to the substrate surface. The ba... | 11/28/2006 |
| 6004428 | Process for fiber recovery from bonded fiber webs A process for dissolving a binder off a fiber web bonded therewith includes treating the fiber web, which is bonded with a polymeric binder having carboxylate groups crosslinked via alkaline earth metal cations, with an aqueous solution of an alkali metal... | 12/21/1999 |
| 4812204 | Process for obtaining boric acid treated asbestos fiber The invention relates to novel borated asbestos fibers which possess improved filtration properties.... | 03/14/1989 |
| 4678700 | Fibrous composite materials A fibrous composite material comprising carbon fibres and chemically delaminated vermiculite lamellae and production of the material by applying a suspension (preferably an aqueous suspension) of the lamellae to carbon fibres and removing the liquid mediu... | 07/07/1987 |
| 4591103 | Asbestos process A process of recovering asbestos fibre from asbestos-bearing material comprising a first stage of preparing a fibre concentrate by the steps of comminution, classification and spiral concentration and a second stage of liberating and recovering fibre, whe... | 05/27/1986 |
| 4532006 | Inorganic fiber mat using mineral wool and related process and apparatus An improved inorganic fiber mat containing mineral wool, preferably a composite mat of mineral wool and fiberglass, is prepared by: (a) forming an aqueous slurry of the inorganic fiber raw material containing non-fibrous, particulate contaminants; (b) agitatin... | 07/30/1985 |
| 4495223 | Process for phosphating asbestos fibers There is disclosed an improved process for phosphating asbestos fibers by reacting phosphorus chlorides with asbestos fibers in a first reaction vessel heated to a temperature within the range of the boiling temperature of the selected phosphorus chloride... | 01/22/1985 |
| 4430157 | Calcined serpentine as inorganic charge in sheet materials There is provided an improved non-woven fibrous felt material made up of fibers, partially fibrous agglomerates of forsterite, enstatite and silica as filler and an organic binder. The improved felt material possesses increased hot tensile strength over f... | 02/07/1984 |
| 4391875 | Asbestos products of improved physical properties having metal oxides on the surfaces thereof The abrasion resistance and tensile strength of asbestos is significantly improved by the addition of significant amounts of metal oxides, such as iron oxide, under conditions to provide at least some surface bonding of the oxides to the surface of the as... | 07/05/1983 |
| 4356057 | Phosphated asbestos fibers There is disclosed chemically modified chrysotile asbestos fibers, more particularly phosphated asbestos fibers containing from 0.5 to 5% by weight of phosphate groups and heat treated phosphated asbestos fibers, both of which have an infrared spectrum wh... | 10/26/1982 |
| 4287020 | Method of preparation of an asbestos product A flexible mat of randomly-oriented, interwoven chyrsotile asbestos fibers, having the appearance of a flake when flattened and spread out to "open" the fibers without separating the individual fibers and without significantly reducing their natural lengt... | 09/01/1981 |
| 4259146 | Method of heat treating chrysotile asbestos fibres Asbestos fibres having excellent properties in resin reinforcement are produced by controlled heat treatment of a coarse fraction of chrysotile asbestos fibres.... | 03/31/1981 |
| 4252603 | Preparation of asbestos fibers A process of separating fibres from asbestos-bearing material which process comprises the steps by treating said asbestos-bearing material with a chemical agent capable of reacting with, or adsorbing on, asbestos fibres to form a dispersion, and agglomera... | 02/24/1981 |
| 4234377 | Asbestos treatment A method of treating asbestos comprising depositing on at least a portion of the asbestos a material consisting essentially of at least one metal ferrocyanide.... | 11/18/1980 |
| 4226672 | Process of separating asbestos fibers and product thereof A process of separating fibres from asbestos-bearing material which process comprises the steps by treating said asbestos-bearing material with a chemical agent capable of reacting with, or adsorbing on, asbestos fibres to form a dispersion, and agglomera... | 10/07/1980 |
| 4208244 | Asbestos dispersions Asbestos fibre is dispersed in an aqueous medium essentially comprised of water, soap and from 25 to a 100 percent molar excess of fatty acid, said excess being calculated on the amount of fatty acid combined in the soap, to form a colloidal dispersion.... | 06/17/1980 |
| 4192707 | Heat treatment of chrysotile asbestos fibres Asbestos fibres having excellent properties in resin reinforcement are produced by controlled heat treatment of a coarse fraction of chrysotile asbestos fibres.... | 03/11/1980 |
| 4180433 | Production of improved chrysotile asbestos fibres The filtration rate of asbestos-cement slurries formed from chrysotile asbestos fibres is improved by controlled heat treatment of the fibres at a temperature of about 400° to about 600° C. without loss of water of crystallization and fibre strength. Th... | 12/25/1979 |
| 3965284 | Chemically opening chrysotile asbestos and encapsulating Chrysotile asbestos is chemically opened into the individual fibrils by soluble vinylic polymer polyelectrolytes containing carboxylic acid groups in aqueous media. Polyacrylic acids, polymethacrylic acids, maleic anhydride polymers and water-soluble copo... | 06/22/1976 |
| 3957571 | Surface treatment of asbestos fibers Treatment of asbestos fiber with a first coating of from about 0.1 to 5 weight percent of a phosphate, or acid thereof, and subsequent addition of a nonfoaming anionic dispersant on the coated fiber produces an asbestos fiber product that possesses improv... | 05/18/1976 |
