mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a first communication device operating in a wireless communications network, the method comprising: - receiving, via an interface of the first communication device, a first indication from a user of the first communication device, the first indication explicitly indicating a desired location to receive a wireless service, - providing, based on the received first indication, a second indication to a second communication device operating in the wireless communications network, the second indication indicating that a space corresponding to the indicated desired location, is a desired space to receive the wireless service from the wireless communications network, and - initiating obtaining the wireless service from the second communication device only when the first communication device is located in the space, wherein the first communication device is served by one or more beam-formed beams serving the space only when the first communication device is located in the space, and wherein the one or more beam-formed beams, serving the space, comprise at least one of a first set of one or more beam-formed beams transmitted by the second communication device. - receiving, via an interface of the first communication device, a first indication from a user of the first communication device, the first indication explicitly indicating a desired location to receive a wireless service, - providing, based on the received first indication, a second indication to a second communication device operating in the wireless communications network, the second indication indicating that a space corresponding to the indicated desired location, is a desired space to receive the wireless service from the wireless communications network, and - initiating obtaining the wireless service from the second communication device only when the first communication device is located in the space, wherein the first communication device is served by one or more beam-formed beams serving the space only when the first communication device is located in the space, and wherein the one or more beam-formed beams, serving the space, comprise at least one of a first set of one or more beam-formed beams transmitted by the second communication device.
A method for identifying a plant cell expressing an RNA of interest, wherein the method comprises: (a) introducing into a plant cell a fluorogenic oligonucleotide capable of detecting the RNA of interest, wherein the fluorogenic oligonucleotide is transferred into the plant cell by using polyethylene glycol; and (b) determining whether the RNA of interest is present in the plant cell; and optionally (c) quantifying the level of the RNA of interest, wherein the plant cell is a protoplast. (a) introducing into a plant cell a fluorogenic oligonucleotide capable of detecting the RNA of interest, wherein the fluorogenic oligonucleotide is transferred into the plant cell by using polyethylene glycol; and (b) determining whether the RNA of interest is present in the plant cell; and optionally (c) quantifying the level of the RNA of interest,
Steer-by-wire system, comprising a steering handle, a sensor for detecting a driver's request, at least one steering control unit, a power electronics unit, an electric servomotor, a steering rack which can be moved via the servomotor, and an actuator for generating a feedback torque (M FF) on the steering handle, wherein the steering control unit is designed to subtract, based upon the feedback torque (M FF), at least a fraction from a driver's request determined on the basis of the data of the sensor, characterized in that the steer-by-wire system is designed to generate the feedback torque (M FF) as a function of a steering rack position, wherein the steering control unit is designed to detect requirements of a driver assistance system, wherein the requirements are to modify a steering angle without generating haptic feedback on the steering handle, wherein changes (φ FAS) in the steering rack position due to the requirements are subtracted during the determination of the feedback torque (M FF), or the steering control unit is designed to detect requirements of a driver assistance system, wherein the requirements influence the feedback torque (M FF), wherein their fraction (M FAS) is subtracted from the determined driver's request. characterized in that the steer-by-wire system is designed to generate the feedback torque (M FF) as a function of a steering rack position, wherein the steering control unit is designed to detect requirements of a driver assistance system, wherein the requirements are to modify a steering angle without generating haptic feedback on the steering handle, wherein changes (φ FAS) in the steering rack position due to the requirements are subtracted during the determination of the feedback torque (M FF), or the steering control unit is designed to detect requirements of a driver assistance system, wherein the requirements influence the feedback torque (M FF), wherein their fraction (M FAS) is subtracted from the determined driver's request.
Method for controlling a road finisher having a primary drive unit, a material hopper located at the front in the paving direction, and a paving screed located at the rear in the paving direction and having a screed heating system which can be operated by energy generated by the primary drive unit, comprising: operating the screed heating system for heating the paving screed during paving operation of the road finisher by controlling a temperature of the paving screed to a predetermined screed operating temperature value or to a predetermined screed operating temperature range; foresighted recognition of a future operating state of increased energy demand of the road finisher by the road finisher, characterized by operating the screed heating system to overheat the paving screed by heating the paving screed beyond the predetermined screed operating temperature value or the predetermined screed operating temperature range when a future operating state of increased energy demand has been detected; and at least temporary deactivation of the screed heating system when the operating state of increased energy demand is reached to relieve the primary drive unit. operating the screed heating system for heating the paving screed during paving operation of the road finisher by controlling a temperature of the paving screed to a predetermined screed operating temperature value or to a predetermined screed operating temperature range; foresighted recognition of a future operating state of increased energy demand of the road finisher by the road finisher, characterized by operating the screed heating system to overheat the paving screed by heating the paving screed beyond the predetermined screed operating temperature value or the predetermined screed operating temperature range when a future operating state of increased energy demand has been detected; and at least temporary deactivation of the screed heating system when the operating state of increased energy demand is reached to relieve the primary drive unit.
A method of computed tomography, CT, volume reconstruction based on a baseline sinogram obtained by a prior scanning an object in B directions, the method comprising: a. obtaining initial partial sinogram by initial repeat scanning the object in b directions out of B directions, b being substantially less than B; b. comparing the baseline sinogram and the initial partial sinogram to assess, for each voxel associated with the object, a likelihood of change; c. using the assessed likelihood of change for generating configuration data informative, at least, of rays to be cast in a further repeat scan in an un-scanned direction; d. performing a repeat scan in the un-scanned direction in accordance with the generated configuration data, thereby obtaining partial sinogram, and using the partial sinogram for updating the assessed likelihood of change; e. repeating operations c) and d) until all directions have been scanned to yield respective partial sinograms; f. composing the baseline and all partial sinograms into a composed sinogram; and g. processing the composed sinograms into an image of the object. a. obtaining initial partial sinogram by initial repeat scanning the object in b directions out of B directions, b being substantially less than B; b. comparing the baseline sinogram and the initial partial sinogram to assess, for each voxel associated with the object, a likelihood of change; c. using the assessed likelihood of change for generating configuration data informative, at least, of rays to be cast in a further repeat scan in an un-scanned direction; d. performing a repeat scan in the un-scanned direction in accordance with the generated configuration data, thereby obtaining partial sinogram, and using the partial sinogram for updating the assessed likelihood of change; e. repeating operations c) and d) until all directions have been scanned to yield respective partial sinograms; f. composing the baseline and all partial sinograms into a composed sinogram; and g. processing the composed sinograms into an image of the object.
A method of measuring an arcuate component which has collapsed from the original intended arcuate shape during a manufacturing process, comprising: laying the component to be measured on a bed; detecting the location of a plurality of points on the component; storing the location of each of the points relative to at least one other point; storing the distance between adjacent points; mapping the plurality of points on to a reference shape which corresponds to the component in a non-collapsed state to provide mapped data points (312a-f); wherein the mapping comprises: a) selecting a first point mapped onto the reference shape to provide a reference point; b) identifying the intersection of the reference shape and a second point at the stored distance measured from the reference point; and, c) storing the location of the intersection as the location of the second point; and, d) repeating a) to c) where the reference point is the second point from a previous mapping step, and using the mapped data points to determine the dimensions of the component. laying the component to be measured on a bed; detecting the location of a plurality of points on the component; storing the location of each of the points relative to at least one other point; storing the distance between adjacent points; mapping the plurality of points on to a reference shape which corresponds to the component in a non-collapsed state to provide mapped data points (312a-f); wherein the mapping comprises: a) selecting a first point mapped onto the reference shape to provide a reference point; b) identifying the intersection of the reference shape and a second point at the stored distance measured from the reference point; and, c) storing the location of the intersection as the location of the second point; and, d) repeating a) to c) where the reference point is the second point from a previous mapping step, and a) selecting a first point mapped onto the reference shape to provide a reference point; b) identifying the intersection of the reference shape and a second point at the stored distance measured from the reference point; and, c) storing the location of the intersection as the location of the second point; and, d) repeating a) to c) where the reference point is the second point from a previous mapping step, and using the mapped data points to determine the dimensions of the component.
A polishing composition for a silicon wafer comprising: a macromolecular compound comprising a constitutional unit represented by the following general formula, a constitutional unit represented by the following general formula, and a constitutional unit represented by the following general formula, wherein a total of the constitutional unit is 0.001 to 1.5 mol% of constitutional units of the macromolecular compound; an abrasive; and an aqueous medium. -X- (where R is a C 1 to C 3 alkyl group, and X is a constitutional unit that has a cation group in a molecule and is derived from an unsaturated compound copolymerizable with a vinyl alcohol lower fatty acid ester) a macromolecular compound comprising a constitutional unit represented by the following general formula, a constitutional unit represented by the following general formula, and a constitutional unit represented by the following general formula, wherein a total of the constitutional unit is 0.001 to 1.5 mol% of constitutional units of the macromolecular compound; an abrasive; and an aqueous medium. -X- (where R is a C 1 to C 3 alkyl group, and X is a constitutional unit that has a cation group in a molecule and is derived from an unsaturated compound copolymerizable with a vinyl alcohol lower fatty acid ester)
A method for detecting the risk of developing preeclampsia in a pregnant woman, the method comprising a. contacting a non-fetal maternal biological sample from the woman with a binding agent, wherein the binding agent comprises a mixture of individual antibodies to the preeclampsia proteins GSN, THBS1 and PRG2; and b. detecting the binding of the binding agent to at least three PEE proteins present in the sample, wherein the at least three PEE proteins are THBS1, PRG2 and GSN; wherein the binding agent binds the PEE proteins with a Kd of 10 -12 M to 10 -5 M, and wherein the binding of the binding agent to the PEE protein PRG2 in the sample is increased and the binding of the binding agent to the PEE proteins THBS1 and GSN in the sample is decreased as compared to the binding of the binding agent to the PEE proteins in a biological sample from a healthy pregnant woman in the same trimester, whereby the increase/decrease in binding indicates the risk of developing preeclampsia to at least a 80% degree of accuracy. a. contacting a non-fetal maternal biological sample from the woman with a binding agent, wherein the binding agent comprises a mixture of individual antibodies to the preeclampsia proteins GSN, THBS1 and PRG2; and b. detecting the binding of the binding agent to at least three PEE proteins present in the sample, wherein the at least three PEE proteins are THBS1, PRG2 and GSN;
A lithium-ion electrochemical cell, comprising: a cathode comprising metal oxide active material; a non-aqueous electrolyte comprising one or more non-aqueous solvents and one or more lithium salts an anode comprising one or more materials selected from the group consisting of lithium foil, lithium deposited onto a substrate under vacuum conditions, and lithium alloys a separator between the anode and cathode; and a nitrogen-containing material; characterized in that the anode further comprises a multi layered structure including a single ion conductive material layer, a polymeric layer positioned between a base electrode material layer and the single ion conductive material layer, and a separation layer positioned between the base electrode material layer and the polymeric layer. a cathode comprising metal oxide active material; a non-aqueous electrolyte comprising one or more non-aqueous solvents and one or more lithium salts an anode comprising one or more materials selected from the group consisting of lithium foil, lithium deposited onto a substrate under vacuum conditions, and lithium alloys a separator between the anode and cathode; and a nitrogen-containing material; characterized in that the anode further comprises a multi layered structure including a single ion conductive material layer, a polymeric layer positioned between a base electrode material layer and the single ion conductive material layer, and a separation layer positioned between the base electrode material layer and the polymeric layer.
Turbine, in particular a gas turbine, the turbine comprising an inner casing to which at least a stator vane of a turbine section is mountable, and an outer casing, which is arranged around the inner casing in such a way that an outer cooling channel is formed between the inner casing and the outer casing, wherein the outer cooling channel comprises a fluid inlet through which a cooling fluid is injectable from an outer volume (Vo) of the turbine into the outer cooling channel, characterised in that the cooling channel comprises a fluid outlet such that the cooling fluid is exhausted into an inner volume (Vi) of the turbine, wherein the fluid inlet is located with respect to the fluid outlet such that the cooling fluid inside the outer cooling channel comprises a flow direction which has a component that is orientated in opposite direction with respect to a main flow direction of a working fluid of the turbine, a first stator vane row which comprises at least one first stator vane, wherein the first stator vane row is mounted to a first portion of the inner casing, and wherein the at least one first stator vane comprises a conduit, wherein the first stator vane is mounted to the inner casing in such a way that the cooling fluid is flowable from the fluid outlet into the conduit.
Device to be applied in correspondence with a passage of a fluid, such as gas, water, oil or other liquid in general, in particular in correspondence with the terminal portion of a passage of a fluid, preferably of the type intended to act as an integrity seal of the closure of said passage and to isolate said closure from the external environment, said device comprising at least two pieces (5, 6) which are provided with mechanical engagement means configured to allow the mutual union of said at least two pieces (5, 6) around said terminal portion and thus define a casing which is fixed, preferably hanging, to said terminal portion, and in which: - said casing comprises in its interior a chamber in which is intended to be completely housed the outlet mouth of the terminal portion of said passage, - said mechanical engagement means are obtained in said at least two pieces (5, 6) and are configured so that, once said mechanical engagement has been defined/activated and thus joined together said at least two pieces (5, 6), said at least two pieces (5,6) can be disunited only by breaking, at least in part, or by visibly and permanently damaging said at least two pieces (5, 6) and/or said mechanical engagement means, and characterized by comprising a cap which can be associated and/or is associated with said casing, within said cap a further chamber being defined which is separate and independent from said chamber. - said casing comprises in its interior a chamber in which is intended to be completely housed the outlet mouth of the terminal portion of said passage, - said mechanical engagement means are obtained in said at least two pieces (5, 6) and are configured so that, once said mechanical engagement has been defined/activated and thus joined together said at least two pieces (5, 6), said at least two pieces (5,6) can be disunited only by breaking, at least in part, or by visibly and permanently damaging said at least two pieces (5, 6) and/or said mechanical engagement means, and characterized by comprising a cap which can be associated and/or is associated with said casing, within said cap a further chamber being defined which is separate and independent from said chamber.
A compound effective to treat neuroendocrine tumors comprising high specific activity tin-117m complexed to a somatostatin receptor binding compound, wherein said tin-117m is no-carrier added tin-117m having a specific activity of at least 1,000 curies per gram, and wherein said somatostatin receptor binding compound is selected from the group consisting of octreotate, nonatate, lanreotide and combinations thereof, BASS and J11.
A transmission method comprising: configuring a plurality of control channel elements CCEs in an extended-physical downlink control channel extended PDCCH defined in a physical downlink shared channel PDSCH region within a subframe, the subframe comprising a plurality of resource block pairs RB pairs, each CCE consisting of a plurality of sub-control channel elements sub-CCEs, and each CCE being generated by combining a plurality of sub-CCEs whose numbers of resource elements REs excluding REs for mapping a reference signal are different, in both of a localized mapping scheme where each CCE consists of a plurality of sub-CCEs belonging to a single RB pair and a distributed mapping scheme where each CCE consists of a plurality of sub-CCEs belonging to more than one RB pairs; mapping downlink control information to at least one of the plurality of CCEs configured in the extended-PDCCH; and transmitting the mapped downlink control information. configuring a plurality of control channel elements CCEs in an extended-physical downlink control channel extended PDCCH defined in a physical downlink shared channel PDSCH region within a subframe, the subframe comprising a plurality of resource block pairs RB pairs, each CCE consisting of a plurality of sub-control channel elements sub-CCEs, and each CCE being generated by combining a plurality of sub-CCEs whose numbers of resource elements REs excluding REs for mapping a reference signal are different, in both of a localized mapping scheme where each CCE consists of a plurality of sub-CCEs belonging to a single RB pair and a distributed mapping scheme where each CCE consists of a plurality of sub-CCEs belonging to more than one RB pairs; mapping downlink control information to at least one of the plurality of CCEs configured in the extended-PDCCH; and transmitting the mapped downlink control information.
A pharmaceutical composition for use in the treatment of a disease or condition of a tissue associated with the posterior segment of an eye of a patient, wherein the composition comprises an active pharmaceutical ingredient and a non-aqueous, physiologically tolerable, liquid vehicle having a density of at least 1.2 g/ml, wherein the liquid vehicle is a semifluorinated alkane according to the formula F(CF 2) n (CH 2) m H or of formula F(CF 2) n (CH 2) m (CF 2) o F wherein n, m and o are independently selected in the range from 3 to 20, and wherein the treatment comprises topical administration to the surface of the eye wherein the active pharmaceutical ingredient is a corticosteroid useful in the management of inflammatory processes, such as triamcinolone, dexamethasone, fluorometholone, hydrocortisone, prednisolone, and rimexolone, wherein the treatment includes a time period subsequent to the administration of the composition during which period the patient is in a supine position facing upwards, said period being sufficient to allow the composition to migrate from the site of administration to a site in the posterior segment of the eye. wherein n, m and o are independently selected in the range from 3 to 20, and wherein the treatment comprises topical administration to the surface of the eye wherein the active pharmaceutical ingredient is a corticosteroid useful in the management of inflammatory processes, such as triamcinolone, dexamethasone, fluorometholone, hydrocortisone, prednisolone, and rimexolone, wherein the treatment includes a time period subsequent to the administration of the composition during which period the patient is in a supine position facing upwards, said period being sufficient to allow the composition to migrate from the site of administration to a site in the posterior segment of the eye.