mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: a plurality of shortening particles, the shortening particles consisting of interesterified base oil derived from non-tropical oils, and less than 2 percent by weight of additional (added) material or ingredients based on the total weight of the shortening particle; wherein the interesterified base oil has a stearic acid content of 38 weight percent to 60 weight percent, wherein the additional (added) material or ingredients are selected from flavorants, preservatives, water, colorants, and additional fat or oil, and wherein the shortening particles have an SFC profile having a slope of -1.0 to -1.4 (% solids/°C) and a Mettler Dropping Point of 54°C to 66°C. a plurality of shortening particles, the shortening particles consisting of interesterified base oil derived from non-tropical oils, and less than 2 percent by weight of additional (added) material or ingredients based on the total weight of the shortening particle; wherein the interesterified base oil has a stearic acid content of 38 weight percent to 60 weight percent, wherein the additional (added) material or ingredients are selected from flavorants, preservatives, water, colorants, and additional fat or oil, and wherein the shortening particles have an SFC profile having a slope of -1.0 to -1.4 (% solids/°C) and a Mettler Dropping Point of 54°C to 66°C.
A method of firing a biofuel comprising: • introducing the biofuel into a combustion chamber having a first stage and a second stage, • combusting the biofuel in a suspended state while flowing from the first stage to the second stage, and • introducing a first air stream and a second air stream into the combustion chamber at the first stage and at the second stage, respectively, to facilitate combustion of the biofuel, and characterized in that the first air stream provides a greater than or equal amount of the air consumed by combustion of the biofuel than the second air stream, and wherein the first air stream provides 50-70% of the air consumed by combustion of the biofuel. • introducing the biofuel into a combustion chamber having a first stage and a second stage, • combusting the biofuel in a suspended state while flowing from the first stage to the second stage, and • introducing a first air stream and a second air stream into the combustion chamber at the first stage and at the second stage, respectively, to facilitate combustion of the biofuel, and characterized in that the first air stream provides a greater than or equal amount of the air consumed by combustion of the biofuel than the second air stream, and wherein the first air stream provides 50-70% of the air consumed by combustion of the biofuel.
- A crane with a telescopic jib, intended to be attached to a vehicle, the crane including a fixed member in which at least one movable member slides, characterised in that it bears an auxiliary lifting device which comprises a housing which is attached to the fixed member of the jib substantially above a load to be lifted, and containing at least a first pulley, called guide pulley, of axis transverse to a sliding direction of the jib, the device also comprising a sling which is attached by one end to an attachment point provided at one end of the movable member and which is intended to be attached by its other end to the load to be lifted, the sling thus passing over the guide pulley such that the sliding of the movable member causes, by means of the sling, the vertical lifting or lowering of the load.
Power generation facility including - at least one generator which has a generator-side converter and a network-side converter and is connected via said converters to a power-plant side AC-voltage network, - a rectifier which connects the power-plant side AC-voltage network to a direct-current transmission line, and - a power grid-side inverter which connects the direct-current transmission line to a power grid operating based on AC voltage, characterized in that the power generation facility includes a control device which is designed in such a way that it carries out the control of the generator-side converter and the network-side converter of the at least one generator at least also based on direct-current and/or DC-voltage measurement values (Idc, Udc) which are measured on the direct-current transmission line, wherein the rectifier is a diode bridge rectifier. - at least one generator which has a generator-side converter and a network-side converter and is connected via said converters to a power-plant side AC-voltage network, - a rectifier which connects the power-plant side AC-voltage network to a direct-current transmission line, and - a power grid-side inverter which connects the direct-current transmission line to a power grid operating based on AC voltage,
A method for operating a molten carbonate fuel cell, the method comprising: introducing an anode fuel stream comprising reformable fuel into an anode inlet of an anode of a molten carbonate fuel cell; introducing a cathode inlet stream comprising CO 2 and O 2 into a cathode inlet of a cathode of the molten carbonate fuel cell; operating the molten carbonate fuel cell at a first operating condition to generate electricity, the first operating condition providing a current density of at least 150 mA/cm 2, the first operating condition having a corresponding baseline operating condition; generating an anode exhaust from an anode outlet of the molten carbonate fuel cell; and performing an effective amount of an endothermic reaction to maintain a temperature differential between the anode inlet and the anode outlet of 80°C or less, wherein operating the molten carbonate fuel cell at the baseline operating condition would result in a temperature increase of at least 100°C between the anode inlet and the anode outlet, the baseline operating condition for the molten carbonate fuel cell being defined as an operating condition that is the same as the first operating condition except that the baseline operating condition comprises a fuel utilization of the anode of the molten carbonate fuel cell of 75% and the anode fuel stream in the baseline operating condition comprises at least 80 vol% of methane, wherein the fuel utilization is the ratio of the amount of hydrogen oxidized in the anode for production of electricity versus the reformable hydrogen content of the anode input, wherein reformable hydrogen content of a fuel is the number of H 2 molecules that can be derived from a fuel by reforming the fuel and then driving the water gas shift reaction to completion to maximize H 2 production, wherein performing an effective amount of an endothermic reaction comprises performing an endothermic reaction that consumes at least 40% of the waste heat generated by operating the molten carbonate fuel cell at the first operating condition, wherein waste heat is calculated as (V 0 - VA)*I based on the differential between the actual operating voltage V A and the ideal voltage V 0 for a fuel cell providing current density I.
Method for estimating a dose administered to a patient by a radiology system provided with a source of X rays and with a flat plate sensor, characterised in that: (a) an X-ray image of the patient is acquired using the flat plate sensor; (b) the gray scale is determined, NG, of the pixel at the centre of the X-ray image, corresponding to the intersection of the image with the axis of the X-ray beam; (c) the kerma K e is calculated at the input of the patient from said gray scale, NG, from the electrical charge passing through the X-ray tube of the source, mAs, during the exposure time of the patient, from the thickness δ of the body of the patient along the axis of the X-ray beam and from the distance d i that separates the source of X rays from the patient. (a) an X-ray image of the patient is acquired using the flat plate sensor; (b) the gray scale is determined, NG, of the pixel at the centre of the X-ray image, corresponding to the intersection of the image with the axis of the X-ray beam; (c) the kerma K e is calculated at the input of the patient from said gray scale, NG, from the electrical charge passing through the X-ray tube of the source, mAs, during the exposure time of the patient, from the thickness δ of the body of the patient along the axis of the X-ray beam and from the distance d i that separates the source of X rays from the patient.
Rubber composition containing at least: - an elastomer matrix comprising at least one diene elastomer comprising epoxide functions, - a reinforcing filler, and - a system for crosslinking said polymer, comprising at least one organopolyphosphorus compound of general formula in which: - A represents a covalent bond or a hydrocarbon group comprising at least 1 carbon atom, which is optionally substituted and which optionally comprises one or more heteroatoms, and - the R represent, independently of one another, a hydrocarbon group comprising at least 1 carbon atom or a hydrogen atom. - an elastomer matrix comprising at least one diene elastomer comprising epoxide functions, - a reinforcing filler, and - a system for crosslinking said polymer, comprising at least one organopolyphosphorus compound of general formula - A represents a covalent bond or a hydrocarbon group comprising at least 1 carbon atom, which is optionally substituted and which optionally comprises one or more heteroatoms, and - the R represent, independently of one another, a hydrocarbon group comprising at least 1 carbon atom or a hydrogen atom.
A foldable stroller, comprising: a foldable chassis movable between an unfolded condition and a folded condition; a foldable bassinet or seat supported by the foldable chassis and movable between an unfolded condition and a folded condition, and which has a support surface on which a passenger may recline or sit when the foldable bassinet or seat is in its unfolded condition; and a first locking mechanism (51; 151) which when engaged prevents the foldable bassinet or seat from moving from its unfolded condition to its folded condition and which when released permits the foldable bassinet or seat to move from its unfolded condition to its folded condition, wherein movement of the foldable chassis from its unfolded condition towards its folded condition releases the first locking mechanism (51; 151), wherein the stroller further comprises a second locking mechanism (121; 123A) which when engaged prevents the foldable chassis from moving from its unfolded condition to its folded condition and which when released permits the foldable chassis to move from its unfolded condition to its folded condition, wherein the stroller further comprises a handle attached to the foldable chassis, and wherein the handle is movable between an extended condition and a compact condition, characterised in that: moving the handle from its extended condition towards its compact condition releases the second locking mechanism. a foldable chassis movable between an unfolded condition and a folded condition; a foldable bassinet or seat supported by the foldable chassis and movable between an unfolded condition and a folded condition, and which has a support surface on which a passenger may recline or sit when the foldable bassinet or seat is in its unfolded condition; and a first locking mechanism (51; 151) which when engaged prevents the foldable bassinet or seat from moving from its unfolded condition to its folded condition and which when released permits the foldable bassinet or seat to move from its unfolded condition to its folded condition, wherein movement of the foldable chassis from its unfolded condition towards its folded condition releases the first locking mechanism (51; 151), wherein the stroller further comprises a second locking mechanism (121; 123A) which when engaged prevents the foldable chassis from moving from its unfolded condition to its folded condition and which when released permits the foldable chassis to move from its unfolded condition to its folded condition, wherein the stroller further comprises a handle attached to the foldable chassis, and wherein the handle is movable between an extended condition and a compact condition, characterised in that: moving the handle from its extended condition towards its compact condition releases the second locking mechanism.
An air conditioner, comprising: a movement-distance calculation unit to calculate a movement distance of a living body present in an air-conditioning space; an imaging unit to capture a thermal image in the air-conditioning space; a living-body detection unit to detect the living body present in the air-conditioning space on a basis of the thermal image; a temperature-control determination unit to provide an instruction to perform notification processing when an elapsed time when the living body whose temperature is outside a normal range where heat stroke and hypothermia are not likely to be caused and whose movement distance is less than a threshold value is present in the air-conditioning space exceeds a notification time threshold value and to provide an instruction to perform air-conditioning operation when the elapsed time exceeds a control time threshold value that is greater than the notification time threshold value; a notification unit to notify that the living body that is likely to develop heat stroke or hypothermia is present in the air-conditioning space in accordance with the instruction to perform the notification processing; and a drive control unit to perform the air-conditioning operation in accordance with the instruction to perform the air-conditioning operation. a movement-distance calculation unit to calculate a movement distance of a living body present in an air-conditioning space; an imaging unit to capture a thermal image in the air-conditioning space; a living-body detection unit to detect the living body present in the air-conditioning space on a basis of the thermal image; a temperature-control determination unit to provide an instruction to perform notification processing when an elapsed time when the living body whose temperature is outside a normal range where heat stroke and hypothermia are not likely to be caused and whose movement distance is less than a threshold value is present in the air-conditioning space exceeds a notification time threshold value and to provide an instruction to perform air-conditioning operation when the elapsed time exceeds a control time threshold value that is greater than the notification time threshold value; a notification unit to notify that the living body that is likely to develop heat stroke or hypothermia is present in the air-conditioning space in accordance with the instruction to perform the notification processing; and a drive control unit to perform the air-conditioning operation in accordance with the instruction to perform the air-conditioning operation.
A cosmetic composition for a topical application, comprising the following compounds: - hypotaurine (2-aminoethanesulfinic acid), representing between 0.001% and 1% of the total weight of the composition; - sodium metabisulphite, representing between 0.001% and 1% by total weight of the composition; and - at least one unstable active agent selected from the group comprising polyphenols and gallates. - hypotaurine (2-aminoethanesulfinic acid), representing between 0.001% and 1% of the total weight of the composition; - sodium metabisulphite, representing between 0.001% and 1% by total weight of the composition; and - at least one unstable active agent selected from the group comprising polyphenols and gallates.
A computer-implemented method (400, 800) for processing seismic data, comprising: receiving (402, 802) seismic data representing a subsurface volume; determining one or more points of conversion between P and S waves of the seismic data using a subsurface model with Vp and Vs velocities, in combination with ray tracing based at least partially on a path of energy traveling from a source to a receiver used to generate and collect the seismic data; determining (404, 804, 806), for the seismic data, analysis coordinates as a function of time, wherein one or more of the analysis coordinates vary in position over time, the analysis coordinates include the one or more conversion points, azimuth and absolute offset; performing (408, 812) at least one of an interpolation or regularization process on the seismic data based at least partially on the analysis coordinates; and outputting a result of the at least one of the interpolation or regularization process. receiving (402, 802) seismic data representing a subsurface volume; determining one or more points of conversion between P and S waves of the seismic data using a subsurface model with Vp and Vs velocities, in combination with ray tracing based at least partially on a path of energy traveling from a source to a receiver used to generate and collect the seismic data; determining (404, 804, 806), for the seismic data, analysis coordinates as a function of time, wherein one or more of the analysis coordinates vary in position over time, the analysis coordinates include the one or more conversion points, azimuth and absolute offset; performing (408, 812) at least one of an interpolation or regularization process on the seismic data based at least partially on the analysis coordinates; and outputting a result of the at least one of the interpolation or regularization process.
Integrally bladed rotor for a turbomachine, in particular a compressor or turbine stage of a gas turbine, characterized by at least one separately formed impulse body housing (40; 40') which is fastened by means of at least one fastening element (30; 30') which for this purpose engages into an opening in the impulse body housing and into an opening in the rotor, wherein the impulse body housing has at least one cavity in which at least one impulse body having movement clearance is received.
A method of producing a separator for forming a lipid bilayer membrane, the separator comprising a thin film having one or more through holes and made of a resin capable of being wet-etched, and reinforcing layers covering both surfaces of said thin film and made of a resin capable of being wet-etched, wherein said reinforcing layers cover the whole area of said thin film, except for said through holes and peripheries thereof, and each of said through holes has a tapered cross-sectional shape, the method comprising the steps of: providing said thin film whose one surface is covered by a supporting film; forming said one or more through holes with a tapered cross-sectional shape by subjecting said thin film to selective etching; applying a photosensitive resin layer to cover the whole area of said thin film on the surface opposite to that covered by said supporting film; detaching said supporting film; applying a photosensitive resin layer to cover the whole area of said thin film on the surface exposed following the detachment of said supporting film; subjecting said photosensitive resin layers on the both surfaces of said thin film to selective photoetching for selective removal of said photosensitive resin that fills each of said through holes and of said photosensitive resin at the periphery of each of said through holes; and heating both said photosensitive resin layers to form said reinforcing layers. providing said thin film whose one surface is covered by a supporting film; forming said one or more through holes with a tapered cross-sectional shape by subjecting said thin film to selective etching; applying a photosensitive resin layer to cover the whole area of said thin film on the surface opposite to that covered by said supporting film; detaching said supporting film; applying a photosensitive resin layer to cover the whole area of said thin film on the surface exposed following the detachment of said supporting film; subjecting said photosensitive resin layers on the both surfaces of said thin film to selective photoetching for selective removal of said photosensitive resin that fills each of said through holes and of said photosensitive resin at the periphery of each of said through holes; and heating both said photosensitive resin layers to form said reinforcing layers.
Water-bearing domestic appliance having a container for receiving objects to be cleaned and at least one inner surface containing a catalytically active substance, said surface being disposed inside the domestic appliance, characterised in that the catalytically active substance is a polyoxometalate and the inner surface comes into contact with water to be cleaned during operation of the domestic appliance.
A residual stress estimation method based on inherent strain comprising steps of: obtaining a measured value related to residual stress measured from a cut piece of a structure collected in a region in which the inherent strain is uniformly distributed in a case where it is assumed that the inherent strain is uniformly distributed in one direction in the structure (S1, S2); estimating a two-dimensional inherent strain distribution on an analysis surface in a direction crossing the one direction in the structure based on the obtained measured value; estimating a three-dimensional inherent strain distribution in a three-dimensional model of the structure in which a plurality of calculation points are three-dimensionally arranged by transferring each calculation point (a to e) of the estimated two-dimensional inherent strain distribution on the analysis surface to the one direction to each calculation point (a' to e') on a transfer surface crossing the one direction; and calculating a residual stress estimated value based on the estimated three-dimensional inherent strain distribution. obtaining a measured value related to residual stress measured from a cut piece of a structure collected in a region in which the inherent strain is uniformly distributed in a case where it is assumed that the inherent strain is uniformly distributed in one direction in the structure (S1, S2); estimating a two-dimensional inherent strain distribution on an analysis surface in a direction crossing the one direction in the structure based on the obtained measured value; estimating a three-dimensional inherent strain distribution in a three-dimensional model of the structure in which a plurality of calculation points are three-dimensionally arranged by transferring each calculation point (a to e) of the estimated two-dimensional inherent strain distribution on the analysis surface to the one direction to each calculation point (a' to e') on a transfer surface crossing the one direction; and calculating a residual stress estimated value based on the estimated three-dimensional inherent strain distribution.