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Patents - MiscellaneousCategory list | January 2007 | | MISCELLANEOUS |
WO 2006/081506 A1 (08/03/2006) The Lubrizol Corporation
Vilardo J.S, Brown J.R, Abraham W.D, Mosier P.E, Adams P.E, Jayne d.T, Lange R.M.
LOW PHOSPHORUS COBALT COMPLEX-CONTAINING ENGINE OIL LUBRICANT
Organo-Cobalt complexes having long chain saturated and unsaturated alkyl functionality as multifunctional additives in crankcase oils and the method of preparation thereof.
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WO 2006/090433 A1 (08/31/2006) FIS Inc.
Koda H.
HYDROGEN GAS SENSOR AND PROCESS FOR PRODUCING THE SAME
A sensor for detection of hydrogen gas has heat generation resistor comprising a platinum resistance wire and, on its surface, a platinum alloy containing palladium, ruthenium, rhodium, nickel or cobalt. This heat generation resistor is heated at approximately constant temperature, and hydrogen gas is burnt on the surface thereof.
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WO 2006/103366 A2 (10/05/2006) Davey Bickford
Moussier P.
SELF-INITIATING COMPOSITIONS, ELECTRICAL INITIATORS USING SAID COMPARISONS AND GAS GENERATORS COMPRISING SAID INITIATORS
A self-initiating composition for a gas generation which can be used for an electrical initiator and a gas generator, contains at least 20-80 wt% alkali metal chlorate and 5-50 mass % energetic organic compound, preferably guanidine nitrate, as well as at least 0-60 mass % of boron, manganese, cobalt or copper, and several other components.
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| July 2006 |
WO/2006/038011 A2 (04/13/2006) Qinetiq Limited
Johnson, D.R. Willis R.L. Damerell W.N.
ACTIVE FILLER PARTICLES IN INKS
A method of preparing a substrate material for subsequent autocatalytic deposition of a metal coating, reducing the need for surface preparation by using a reducible silver salt with a suitable filler in a printable ink formulation. Autocatalytic plating can be used to plate for example, cobalt, nickel, gold, silver or copper, onto a substrate
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WO 2006/024526 A2 (03/09/2006) Stuth, Theodor
Stuth T.
METHOD FOR PRODUCING METAL STRIPS
Metal strips of lead, zinc, tin, copper, nickel, cobalt, cadmium, iron and gold of high purity that are devoid of non-metallic inclusions are deposited electrolytically on cathodes, and if permanent cathodes are used, must be separated from said cathodes without fragmentation.
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WO 2006/020063 A1 (02/23/2006) Wey, Albert, C.
Kenaga Michael L. et al.
IR FUEL ACTIVATION WITH COBALT OXIDE
An infrared (IR) fuel activation device consisting of an infrared emitting body in a housing, the body composed of selective metal oxides comprising at least 0.2 wt% of cobalt oxide, that provides increased fuel efficiency in internal combustion engines, with better engine performance, increased power and reduced emissions.
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WO 2006/007721 A1 (01/26/2006) Huang, Xiao
Franchi G.S.
HYBRID WICKING MATERIALS FOR USE IN HIGH PERFORMANCE HEAT PIPES
Hybrid wicking materials for use in high performance heat pipes and other fields is comprised of sintered metal powder formed onto the inside walls of a foam, felt, screen or mesh metal substrate. The sintered powder metal and the metal substrate may be made of nickel, copper, molybdenum, niobium, aluminium, iron, cobalt, titanium etc.
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WO 2006/001199 A1 (01/05/2006) Nikko Materials Co., Ltd., Bridgestone Corporation
Imori T.
Suzuki Jiida K.
METAL SURFACE-TREATING AGENTS FOR PROMOTING ADHESION BETWEEN RUBBER AND THE METAL
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| January 2006 |
WO 2005/0906643 A2 (09/29/05) Moltech Invent S.A.
De Nora V., Nguyen T.T.
NON-CARBON ANODES
An anode for electro-winning of aluminium from alumina comprises a cobalt-containing metallic outer part that is covered with an integral oxide layer containing predominantly cobalt oxide CoO. The integral oxide layer can be formed by surface oxidation of cobalt from the metallic outer part before use.
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WO 2005/090642 A2 (09/29/05) Moltech Invent S.A.
De Nora V., Nguyen T.T.
ALUMINIUM ELECTRO-WINNING CELLS WITH NON-CARON ANODES
A cell for electrowinning aluminium from alumina comprises: a meal-based anode having an electrochemically activer part comprising a layer that contains predominantly cobalt oxide CoO and a fluoride-containing molten electrolyte in which the active anode surface is immersed. The electrolyte is at a temperature from 910° and 940°C.
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WO 2005/090641 A2 (09/29/05) Moltech Invent S.A.
De Nora V., Nguyen T.T.
NON-CARBON ANODES WITH ACTIVE COATINGS
An anode for electro-winning aluminium comprises an electrically conductive substrate that is covered with an applied electrochemically active coating comprising a lyaer that contains predominantly cobalt oxide CoO, that can be connected to the substrate through an oxygen barrier layer, in particular containing Cu, Ni, W, Mo, Ta and/or Nb.
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WO 2005/082997 A1 (09/09/05) Dai-Ichi Kogyo Seiyaku Co.Ltd
Onishi H, Teramoto M.
FLAME-RETARDANT SYTRENE RESIN COMPOSITION
A styrene resin composition contains an additive which enhances the flame retardancy when used with a bromine-based flame retardant. The composition contains 0.1-30 parts by wt of a bromine-based flame retardant having a bromine-based flame retardant having a bromine content > 50 wt% and 0.01-0.2 parts by wt of a metal phthalocyanine eg of Fe, Mn, co, Ni, Pt or Pd per 100 parts by weight of resin.
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WO 2005/056116 A2 (06/23/05) Alliant Techsystems Inc.
Blau R.J., Rozanski J.D., Truitt R.M., Lund G.K., Doll D.W., Bradley S.J., Guymon R.W., Holland J.
MAN-RATED FIRE SUPPRESSION SYSTEM
An inert gas mixture suitable for a fire suppression system containing a minimal amount of carbon monoxide, particulates or smoke may be generated by combusting a gas generant eg composition that includes hexa(ammine)-cobalt(III)-nitrate. The fire suppression system also includes a heat management system to reduce a temperature of the inert gas mixture.
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WO 2004/074549 A3 (05/12/05) Moltech Invent S.A.
Nguyen T, De Nora V., Duruz J-J.
ALUMINIUM ELECTRO-WINNING CELLS WITH METAL-BASED ANODES
A2 published (09/02/04)
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WO 2005/043148 A1 (05/12/05) Robert Bosch GmbH
Eisele U., Schumann B., Ochs T., Nufer S.
SOLID ELECTROLYTE MATERIAL AND METHOD FOR THE PRODUCTION THEREOF
A ceramic solid electrolyte material, for sensor elements for determining the concentration of gas constituents in gas mixtures or high-temperature fuel cells, the skeletal structure of which consists essentially of oxides of a first element and one other element that increases its electrical conductivity such as Fe2O3, TiO2, cobalt, calcium, alkali metals and/or rare earths.
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| February 2005 |
"WO 2004/067477 A3 (02/10/05) Autoliv ASP, Inc."
"Mendenhall, I. V.; Taylor, R. D."
GAS GENERANTS
A2 published (08/12/04)
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WO 2004/106590 A1 (12/09/04) Pirelli & C. S.P.A.
"Sin, X. A.; Zaopo, A.; Antonucci, V.; Arico', A. S."
ELECTROCHEMICAL OXYGEN SEPARATOR CELL
An electrochemical oxygen separator cell including electrode based on lanthanum strontium manganese oxide or lanthanum strontium cobalt iron oxide; and an electrolyte membrane comprising doped ceria.
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"WO 2004/063652 A3 (12/16/04)Chosun Refractories Co., Ltd."
"Beum, J. H."
REFRACTORY BRICK WITH HIGH EMISSIVITY COATING FOR FURNACE AND METHOD FOR MAKING THE SAME
A2 published (07/29/04)
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