mhurhangee/ep-ind-claims huggingface dataset:
Method for retrofitting an already existing gas turbine power plant, wherein the method features at least the following steps: - fluidically connecting a gas turbine to a flue gas duct which is suitable for conducting flue gas which is produced by the gas turbine; - connecting the flue gas duct to a steam generating unit which is fluidically connected to a water-steam cycle, and via which water-steam cycle a power generating facility is operated; - fluidically connecting a CO 2 separation apparatus to the flue gas duct for separating the CO 2 from the flue gas in the flue gas duct, and - electrically connecting the power generating facility to the CO 2 separation apparatus, preferably for the essentially energy-autonomous operation of the CO 2 separation apparatus, wherein a heat exchanger is connected to the flue gas duct and is designed for transferring heat from the flue gas in the flue gas duct to the gas flow issuing from the CO 2 separation apparatus. - fluidically connecting a gas turbine to a flue gas duct which is suitable for conducting flue gas which is produced by the gas turbine; - connecting the flue gas duct to a steam generating unit which is fluidically connected to a water-steam cycle, and via which water-steam cycle a power generating facility is operated; - fluidically connecting a CO 2 separation apparatus to the flue gas duct for separating the CO 2 from the flue gas in the flue gas duct, and - electrically connecting the power generating facility to the CO 2 separation apparatus, preferably for the essentially energy-autonomous operation of the CO 2 separation apparatus, wherein a heat exchanger is connected to the flue gas duct and is designed for transferring heat from the flue gas in the flue gas duct to the gas flow issuing from the CO 2 separation apparatus.
A conditioning composition additive for providing immediate and prolonged benefit to a keratin surface comprising: a) a hydrophobically modified poly(acrylamido-N-propyltrimethylammonium chloride) (polyAPTAC); and b) water, wherein the hydrophobically modified polyAPTAC is present in an amount of from 0.1 wt% to 20 wt% of the total weight of the conditioning composition additive and has a cationic charge density in the range of 1 to 8 meq/g; and wherein the hydrophobically modified polyAPTAC comprises 1.5% to 15% by weight of a hydrophobic co-monomer selected from the group consisting of alkyl acrylate, alkyl methacrylate, alkyl ethoxylate (meth)acrylate, ethylene glycol behenyl ether methacrylate, and alkyl aryl (meth)acrylate. a) a hydrophobically modified poly(acrylamido-N-propyltrimethylammonium chloride) (polyAPTAC); and b) water,
Method for transmission of media content, executed by a content transmission device, comprising: - obtaining a media stream (V 0) comprising a plurality of successive frames, characterized by: - selecting one or more of said frames which meet a selection criterion, wherein the media stream comprises successive video frames, the method comprising at least one of: - selecting a video frame having a luminance below a luminance threshold, - selecting a video frame of a still scene, - selecting a video frame of a changing scene, - selecting a video frame of a scene change, and/or wherein the media stream comprises successive audio frames, the method comprising selecting an audio frame having a sound level below a sound level threshold, - determining marking data specifying the selected frames, - sending said media stream and said marking data to a plurality of content consumption devices by multicast, - buffering a portion of the media stream and the marking data and, in response to a request from another content consumption device, sending the buffered portion to said other content consumption device in unicast, to enable said other content consumption device to reduce buffering by skipping frames during playback based on the marking data. - obtaining a media stream (V 0) comprising a plurality of successive frames, characterized by: - selecting one or more of said frames which meet a selection criterion, wherein the media stream comprises successive video frames, the method comprising at least one of: - selecting a video frame having a luminance below a luminance threshold, - selecting a video frame of a still scene, - selecting a video frame of a changing scene, - selecting a video frame of a scene change, and/or wherein the media stream comprises successive audio frames, the method comprising selecting an audio frame having a sound level below a sound level threshold, - determining marking data specifying the selected frames, - sending said media stream and said marking data to a plurality of content consumption devices by multicast, - buffering a portion of the media stream and the marking data and, in response to a request from another content consumption device, sending the buffered portion to said other content consumption device in unicast, to enable said other content consumption device to reduce buffering by skipping frames during playback based on the marking data. - selecting a video frame having a luminance below a luminance threshold, - selecting a video frame of a still scene, - selecting a video frame of a changing scene, - selecting a video frame of a scene change, and/or - determining marking data specifying the selected frames, - sending said media stream and said marking data to a plurality of content consumption devices by multicast, - buffering a portion of the media stream and the marking data and, in response to a request from another content consumption device, sending the buffered portion to said other content consumption device in unicast, to enable said other content consumption device to reduce buffering by skipping frames during playback based on the marking data.
A wireless access system including: a plurality of wireless access devices (105a, 105n), dynamically configurable to emulate as one or more wireless access tags; a remote server, configured to selectively provide wireless access tag data to the plurality of wireless access devices (105a, 105n) to enable the plurality of wireless access devices (105a, 105n) to emulate the one or more wireless access tags using the selectively provided tag wireless access tag data, wherein, in use, the plurality of wireless access devices (105a, 105n) are configured to first retrieve wireless access tag data from the remote server, and subsequently emulate one or more wireless access tags according to the retrieved wireless access tag data and upload updated wireless access tag data received from a receiver in response to authentication with the receiver, to the remote server, to enable synchronization of the updated wireless access tag data across multiple wireless access devices (105a, 105n) of the plurality of wireless access devices(105a, 105n). a plurality of wireless access devices (105a, 105n), dynamically configurable to emulate as one or more wireless access tags; a remote server, configured to selectively provide wireless access tag data to the plurality of wireless access devices (105a, 105n) to enable the plurality of wireless access devices (105a, 105n) to emulate the one or more wireless access tags using the selectively provided tag wireless access tag data, wherein, in use, the plurality of wireless access devices (105a, 105n) are configured to first retrieve wireless access tag data from the remote server, and subsequently emulate one or more wireless access tags according to the retrieved wireless access tag data and upload updated wireless access tag data received from a receiver in response to authentication with the receiver, to the remote server, to enable synchronization of the updated wireless access tag data across multiple wireless access devices (105a, 105n) of the plurality of wireless access devices(105a, 105n).
A vibration-damping molded article comprising a resin composition comprising at least a thermoplastic resin A, an olefin-based elastomer B having a reactive functional group, and an inorganic filler C, wherein the inorganic filler C is coated with the olefin-based elastomer B.
A reaction cuvette comprising mutually opposing front and back walls and perpendicular to and connected by a pair of mutually opposing side walls and, the cuvette having a closed bottom portion and an open top portion, the cuvette further comprising four anti-wicking wall fillets formed as a smooth transition that effectively blends the inner corner intersections of the front wall and the side walls and and the inner corner intersections of the back wall and the side walls and, characterized in that the anti-wicking wall fillets are curvilinear tapers forming a variable blend radius between the inner corner intersections between the front and back walls and and the pair of side walls and and wherein the variable blend radius of curvature of each anti-wicking wall transition fillet gradually increases from the lower section to the top inner section by a factor of three to five.
Method for digitally printing containers by producing a multi-colour printed image, which forms a print layer by means of an ink-jet method on an intermediate or base layer that was applied to an outer surface of a substrate formed by a container wall, wherein the intermediate or base layer is connected on its surface side facing away from the substrate to the print layer, and wherein the adhesion strength between the substrate and the intermediate or base layer differs from the adhesion strength between the intermediate or base layer and the print layer after curing or hardening, characterised in that the different adhesion strengths are adjusted by the selection of the cross-linking of the intermediate or base layer and the print layer in such a way that the print layer can be detached from the other layer sequence or the intermediate or base layer together with the print layer can be detached from the substrate.
A control device for an electric power steering apparatus that controls a motor providing a steering mechanism with a steering assist force by means of an inverter based on current command value calculated based on a steering torque generated in a steering shaft and a voltage command value from a current control section inputting said current command value, comprising: a dead time characteristic section that calculates a dead time characteristic value based on said current command value; a steering status determining section that determines a steering status of a steering wheel; a gain section that varies a gain of said dead time characteristic value in accordance with a determination of said steering status determining section; a polarity determining section that switches polarity determining methods in accordance with said determination of said steering status determining section and simultaneously determines a polarity based on a detected current of said motor, said current command value, or a model current based on said current command value; characterized by a temperature sensor that detects a temperature of said inverter; a dead time temperature correction value calculating section that calculates a dead time temperature correction value corresponding to said temperature; and a calculation processing section that calculates and processes said dead time temperature correction value with respect to a dead time compensation value with polarity that is determined by said polarity determining section based on an output of said gain section and outputs a dead time compensation value, wherein a dead time of said inverter is compensated by adding said dead time compensation value to said voltage command value. a dead time characteristic section that calculates a dead time characteristic value based on said current command value; a steering status determining section that determines a steering status of a steering wheel; a gain section that varies a gain of said dead time characteristic value in accordance with a determination of said steering status determining section; a polarity determining section that switches polarity determining methods in accordance with said determination of said steering status determining section and simultaneously determines a polarity based on a detected current of said motor, said current command value, or a model current based on said current command value; characterized by a temperature sensor that detects a temperature of said inverter; a dead time temperature correction value calculating section that calculates a dead time temperature correction value corresponding to said temperature; and a calculation processing section that calculates and processes said dead time temperature correction value with respect to a dead time compensation value with polarity that is determined by said polarity determining section based on an output of said gain section and outputs a dead time compensation value,
A method for quality of service differentiation between network slices, the method being performed by a prioritization entity, the method comprising: obtaining relative priority values for the network slices from a network entity; and providing an access network entity with a relative priority value for a protocol data unit, PDU, flow as given by the relative priority value for the network slice used by that PDU flow, thereby causing differentiation of the quality of service for the network slices. obtaining relative priority values for the network slices from a network entity; and providing an access network entity with a relative priority value for a protocol data unit, PDU, flow as given by the relative priority value for the network slice used by that PDU flow, thereby causing differentiation of the quality of service for the network slices.
An annular combustor for a gas turbine engine for use in ground-based power generation, land or sea based vehicles or aircraft engines, the annular combustor including an outer shell, an inner shell, a front wall connecting the outer shell to the inner shell so as to form an annular volume, circumferentially spaced nozzles (24, 25) in the outer shell for injecting fuel and air into the annular volume and for directing the flow into the combustor volume with mainly a circumferential component of velocity, characterised in that the front wall is perforated for injecting compressor discharge air into the flow field through the annular volume and in that circumferentially and evenly spaced corrugations are formed by one or both of the inner and/or outer shells twisting about the engine centerline as one moves in the longitudinal direction, the corrugations being located downstream of the nozzles (24, 25), wherein the corrugations turn and accelerate the hot gases to the ideal velocity for the turbine inlet.
Home appliance in particular laundry treatment apparatus, dish washer, dryer or washing machine, comprising a liquid guiding device having an inlet and an outlet and defining a liquid passage area (C, C1, C2, C3, C4. C5) for passaging the liquid, wherein the liquid guiding device is adapted to guide liquid from the inlet to the outlet, wherein the outlet is adapted to direct the liquid to a component of the appliance and/or to a predefined location of the appliance, and characterized in that the liquid passage area (C, C1, C2, C3, C4, C5) of the liquid guiding device is increasing in a first cross section dimension and is decreasing in a second cross section dimension along the flow direction from the inlet to the outlet in a way such that the liquid passage area (C, C1, C2, C3, C4, C5) is not decreasing from the inlet to the outlet.
A product wrapping machine comprising feed means by which products to be wrapped are directed on entry, in ordered succession, to a take-up station, and a wrapping device comprising a first conveyor and a second conveyor, the first conveyor being set in motion continuously and comprising a plurality of carriers equipped each with at least one gripper head; said second conveyor comprising a plurality of gripper elements; characterised in that the second conveyor is set in motion intermittently and in that the carriers are associated with respective motion-inducing devices designed in operation to apply to each individual carrier a law of motion whereby the carrier is able to interface and interact with a respective gripper element of the intermittently driven second conveyor.
A modified conjugated diene polymer satisfying the following conditions to: at least two peaks are observed in a molecular weight distribution curve obtained from measurement by gel permeation chromatography; when a peak of the highest molecular weight is defined as a peak, a peak of the largest peak area except for the peak is defined as a peak in the molecular weight distribution curve, a peak molecular weight of the peak is from 500,000 to 2,500,000 and a peak molecular weight of the peak is from 150,000 to 600,000; an area of the peak is from 30% to 80% and a total value of an area of the peak and the area of the peak is 65% or more when the total area of the molecular weight distribution curve is defined as 100%; and a proportion of a modified polymer chain in a region ranging from a low-molecular-weight side to a point of 5% cumulative area is from 60% to 99% in the molecular weight distribution curve. at least two peaks are observed in a molecular weight distribution curve obtained from measurement by gel permeation chromatography; when a peak of the highest molecular weight is defined as a peak, a peak of the largest peak area except for the peak is defined as a peak in the molecular weight distribution curve, a peak molecular weight of the peak is from 500,000 to 2,500,000 and a peak molecular weight of the peak is from 150,000 to 600,000; an area of the peak is from 30% to 80% and a total value of an area of the peak and the area of the peak is 65% or more when the total area of the molecular weight distribution curve is defined as 100%; and a proportion of a modified polymer chain in a region ranging from a low-molecular-weight side to a point of 5% cumulative area is from 60% to 99% in the molecular weight distribution curve.
Measuring device comprising a transmitting and receiving unit and at least two or more measuring instruments (7, 8), each measuring instrument (7, 8) comprising a transmitting and receiving agency (15, 16), wherein the transmitting and receiving unit has two or more transmitting and receiving modules (11, 12), a transmitting and receiving module (11, 12) using a wireless connection to communicate with a transmitting and receiving agency (15, 16), wherein a respective transmitting and receiving module (11, 12) communicates with a respective single transmitting and receiving agency (15, 16) of a single measuring instrument (7, 8), wherein the transmitting and receiving unit comprises a control unit that controls and monitors which transmitting and receiving module (11, 12) communicates with which transmitting and receiving agency (15, 16) of a measuring instrument (7, 8), in particular on which communication channel (17, 18), wherein each transmitting and receiving module (11, 12) has a computing unit, each computing unit being designed to receive, to process and/or to store a measurement signal from the measuring instrument (7, 8).
A mechanical reduction gear for a turbomachine configured to drive a fan, the mechanical reduction gear being configured to be fixedly mounted with respect to a stator (5, 5a, 5b) of the turbomachine and comprising a plurality of meshing parts (11, 12, 14), said meshing parts (11, 12, 14) comprising: - a sun gear, centered on a main axis of the mechanical reduction gear, - a ring gear, centered on the main axis of the mechanical reduction gear, and - at least three planet gears cooperating with the sun gear and the ring gear, each meshing part (11, 12, 14) having an upstream face and a downstream face each perpendicular to the main axis and an outer radial face which connects the upstream face and the downstream face and extends circumferentially around the main axis, at least one meshing part (11, 12, 14) of the mechanical reduction gear which is rotatable relative to the stator (5, 5a, 5b) comprising a first channel (24, 24a, 24b, 24c, 24d) opening into one of the upstream face and the downstream face of the meshing part (11, 12, 14) and a second channel fluidically connected with the first channel (24, 24a, 24b, 24c, 24d) and opening into the radially outer face of the meshing part (11, 12, 14), the mechanical reduction gear being characterized in that the first channel (24, 24a, 24b, 24c, 24d) has a variable passage cross-section, the passage cross-section being greater in the vicinity of one of the upstream face and the downstream face than in the vicinity of the second channel, and in that each meshing part (11, 12, 14) comprises two rows of teeth which are coaxial with the main axis and separated axially by an annular groove, the second channel opening into the annular groove. - a sun gear, centered on a main axis of the mechanical reduction gear, - a ring gear, centered on the main axis of the mechanical reduction gear, and - at least three planet gears cooperating with the sun gear and the ring gear, each meshing part (11, 12, 14) having an upstream face and a downstream face each perpendicular to the main axis and an outer radial face which connects the upstream face and the downstream face and extends circumferentially around the main axis, at least one meshing part (11, 12, 14) of the mechanical reduction gear which is rotatable relative to the stator (5, 5a, 5b) comprising a first channel (24, 24a, 24b, 24c, 24d) opening into one of the upstream face and the downstream face of the meshing part (11, 12, 14) and a second channel fluidically connected with the first channel (24, 24a, 24b, 24c, 24d) and opening into the radially outer face of the meshing part (11, 12, 14), the mechanical reduction gear being characterized in that the first channel (24, 24a, 24b, 24c, 24d) has a variable passage cross-section, the passage cross-section being greater in the vicinity of one of the upstream face and the downstream face than in the vicinity of the second channel, and in that each meshing part (11, 12, 14) comprises two rows of teeth which are coaxial with the main axis and separated axially by an annular groove, the second channel opening into the annular groove.