Abstract: A vehicle driveline component that includes a tubular body, a relief valve, a vent cover and a pin. The tubular body has a first and second axial ends and defines an interior circumferential surface. The relief valve is mounted in the tubular body between the first and second axial ends. The vent cover is mounted to the tubular body and covers the second axial end. The pin is mounted to the tubular body at a location between the first axial end and the relief valve. The pin extends through the interior circumferential surface into a hollow interior of the tubular body.

Abstract: A vehicle driveline component that includes a tubular body, a relief valve, a vent cover and a pin. The tubular body has a first and second axial ends and defines an interior circumferential surface. The relief valve is mounted in the tubular body between the first and second axial ends. The vent cover is mounted to the tubular body and covers the second axial end. The pin is mounted to the tubular body at a location between the first axial end and the relief valve. The pin extends through the interior circumferential surface into a hollow interior of the tubular body.

Abstract: The present invention provides polypeptide binding agents, e.g. antibodies, that exhibit the ability to kinetically modulate the binding and signaling of biological signaling complexes, e.g., receptor-ligand complexes; methods of identifying such polypeptide binding agents, methods of making such polypeptide binding agents, compositions comprising such polypeptide binding agents, and methods of using such polypeptide binding agents.

Abstract: Through the addition of tertiary air and a reduction of secondary air, NOx emissions from a waste-to-energy (WTE) boiler may be reduced. The tertiary air is added to the WTE at a distance from the secondary air, in a boiler region of relatively lower temperatures. A secondary NOx reduction system, such as a selective non-catalytic reduction (SNCR) system using ammonia or urea, may also be added to the boiler with tertiary air to achieve desirable high levels of NOx reductions. The SNCR additives are introduced to the WTE boiler proximate to the tertiary air.

Abstract: The present invention provides polypeptide binding agents, e.g. antibodies, that exhibit the ability to kinetically modulate the binding and signaling of biological signaling complexes, e.g., receptor-ligand complexes; methods of identifying such polypeptide binding agents, methods of making such polypeptide binding agents, compositions comprising such polypeptide binding agents, and methods of using such polypeptide binding agents.

Abstract: Through the addition of tertiary air and a reduction of secondary air, NOx emissions from a waste-to-energy (WTE) boiler may be reduced. The tertiary air is added to the WTE at a distance from the secondary air, in a boiler region of relatively lower temperatures. A secondary NOx reduction system, such as a selective non-catalytic reduction (SNCR) system using ammonia or urea, may also be added to the boiler with tertiary air to achieve desirable high levels of NOx reductions. The SNCR additives are introduced to the WTE boiler proximate to the tertiary air.

Abstract: Antibodies that modulate insulin receptor signaling are provided.

Abstract: The present invention controls reagent flow levels in a selective non-catalytic reduction (SNCR) system by more accurately predicting Nitrogen Oxides (NOx) production with a municipal waste combustor. In one embodiment, the reagent levels correspond with measured furnace temperatures. The reagent levels may have a baseline level from prior measured NOx that is then modified according to temperatures measurements. A slow controller may use NOx measurements over an extended period to define a base regent level, and a fast controller may use additional information such as the furnace temperature to modify the base regent level. The fast controller may further receive two additional signals that are added individually or together to maximize NOx control while minimizing ammonia slip from the reagent. The two signals are a feed-forward signal from the combustion controller and a feedback signal from an ammonia analyzer downstream of the combustion zone.

Abstract: The present invention controls reagent flow levels in a selective non-catalytic reduction (SNCR) system by more accurately predicting Nitrogen Oxides (NOx) production with a municipal waste combustor. In one embodiment, the reagent levels correspond with measured furnace temperatures. The reagent levels may have a baseline level from prior measured NOx that is then modified according to temperatures measurements. A slow controller may use NOx measurements over an extended period to define a base regent level, and a fast controller may use additional information such as the furnace temperature to modify the base regent level. The fast controller may further receive two additional signals that are added individually or together to maximize NOx control while minimizing ammonia slip from the reagent. The two signals are a feed-forward signal from the combustion controller and a feedback signal from an ammonia analyzer downstream of the combustion zone.

Abstract: The present invention controls reagent flow levels in a selective non-catalytic reduction (SNCR) system by more accurately predicting Nitrogen Oxides (NOx) production with a municipal waste combustor. In one embodiment, the reagent levels correspond with measured furnace temperatures. The reagent levels may have a baseline level from prior measured NOx that is then modified according to temperatures measurements. A slow controller may use NOx measurements over an extended period to define a base regent level, and a fast controller may use additional information such as the furnace temperature to modify the base regent level. The fast controller may further receive two additional signals that are added individually or together to maximize NOx control while minimizing ammonia slip from the reagent. The two signals are a feed-forward signal from the combustion controller and a feedback signal from an ammonia analyzer downstream of the combustion zone.

Abstract: Through the addition of tertiary air and a reduction of secondary air, NOx emissions from a waste-to-energy (WTE) boiler may be reduced. The tertiary air is added to the WTE at a distance from the secondary air, in a boiler region of relatively lower temperatures. A secondary NOx reduction system, such as a selective non-catalytic reduction (SNCR) system using ammonia or urea, may also be added to the boiler with tertiary air to achieve desirable high levels of NOx reductions. The SNCR additives are introduced to the WTE boiler proximate to the tertiary air.

Abstract: Antithrombotic materials and methods are provided for the treatment of thrombotic disorders, in which therapeutically effective amounts of BPI protein products are administered.

Abstract: Antithrombotic materials and methods are provided for the treatment of thrombotic disorders, in which therapeutically effective amounts of BPI protein products are administered.

Abstract: Antithrombotic materials and methods are provided for the treatment of thrombotic disorders, in which therapeutically effective amounts of BPI protein products are administered.

Abstract: Antithrombotic materials and methods are provided for the treatment of thrombotic disorders, in which therapeutically effective amounts of BPI protein products are administered.

Abstract: The present invention provides a method for quantifying the presence of extracellular LBP in body fluids including blood in a subject comprising conducting an LBP immunoassay on plasma obtained from said subject.

Abstract: The present invention provides a method for quantifying the presence of extracellular BPI in body fluids including blood in a subject comprising conducting a BPI immunoassay on plasma obtained from said subject.

Abstract: The present invention provides an immunoassay method for screening for gram negative sepsis in a subject, in which the concentration of extracellular BPI in a plasma sample from the subject is determined and compared with a standard concentration of BPI indicative of gram negative sepsis.

Abstract: A method and apparatus for controllably removing heat from a high-temperature process wherein finely atomized liquid suspended in a stream of transport gas is used as a coolant pumped through a heat exchanger while remaining separated from the high-temperature process. The system pressure and flow rates are maintained at levels such that the temperature of the coolant exceeds the boiling point of the liquid component at the outlet of the heat exchanger. Means are provided to monitor continuously the temperatures of the process and of the coolant at the outlet of the heat exchanger and adjust the flow rates of the liquid and/or the transport gas as necessary to maintain the respective temperatures within predetermined ranges.

Abstract: A solar energy concentrator/collector assembly employing an altitude-azimuth dual axis scanning mounting assembly including a base with a circular track for mounting the assembly for rotation about a vertical axis. The assembly includes a turret defining second pivotable axis normal to the vertical axis and intersecting the same. A boom, a concentrator and a collector act as a single rotational assembly during solar collection and fold together during non-operating periods to minimize the profile and wind loading. In one preferred embodiment the solar energy collector is fixed and located at the intersection of the two axes and a boom carries a secondary mirror reflecting solar energy from said primary mirror to the solar energy collector which may be a Stirling cycle engine or other heat engine. In an alternate embodiment the solar energy collector is located on the boom at the focus region of the solar concentrator.