mhurhangee/ep-ind-claims huggingface dataset:
A biomaterial assay strip comprising a porous matrix having micropores and composed of materials comprising a copolymer selected from the group comprising polysulfone, polyethersulfone, and polyarylsulfone, wherein the matrix includes an enzyme, a dye, and a hydrophilic polymer material, all of which react with a biomaterial, therein, the matrix is brought into contact with a biomaterial-containing sample in an upper layer thereof to measure the biomaterial contained in the sample, which is diffused toward a lower layer of the matrix, through color development in the matrix, there are an upper layer part where the average size of the micropores gradually decreases from the upper layer of the matrix up to 1/2 to 9/10 of a thickness, a separation part where the average size of the micropores is kept constant, and a lower layer part where the average size of the micropores gradually increases up to the lower layer of the matrix, and the color development occurs from 0.5 to 3 μl of a sample. wherein the matrix includes an enzyme, a dye, and a hydrophilic polymer material, all of which react with a biomaterial, therein, the matrix is brought into contact with a biomaterial-containing sample in an upper layer thereof to measure the biomaterial contained in the sample, which is diffused toward a lower layer of the matrix, through color development in the matrix, there are an upper layer part where the average size of the micropores gradually decreases from the upper layer of the matrix up to 1/2 to 9/10 of a thickness, a separation part where the average size of the micropores is kept constant, and a lower layer part where the average size of the micropores gradually increases up to the lower layer of the matrix, and the color development occurs from 0.5 to 3 μl of a sample.
A method for producing a control word k', said method being implemented by processing means of a subscriber electronic device cooperating with a terminal, the latter implementing a method for decoding an encoded content C on the basis of said control word k' in order to produce a clear content M, said subscriber electronic device comprising receiving means to receive data from the terminal and means to deliver said control word k' to said terminal, said method for producing a control word k' comprising: - a step to receive data via the receiving means that consist in a tag t; - a step to determine the current crypto-period by using the tag t received; - a step for producing the control word k' on the basis of said current crypto-period cp and of a secret SK i stored by the device; - a step for delivering said control word k' via the means for delivering the device; the method being characterized in that: - a value of an identifier i dedicated to the electronic device is previously stored by said subscriber electronic device, the value of said identifier i being distinct from that stored by any other subscriber device; - said value of the identifier i contributes to the calculation of said control word k' = k i,cp of step to produce the latter of which the value is thus distinct from that of any other control word produced by a second subscriber electronic device for the same crypto-period cp; and in that said methods for producing the control word k' = k i,cp and for decoding the encoded content C respectively, are mutually arranged such that the latter comprises a step, dual to the production of control word k' = k i,cp, to eliminate the contribution of the identifier i within the control word k' = k i,cp and produce the clear content M. - a step to receive data via the receiving means that consist in a tag t; - a step to determine the current crypto-period by using the tag t received; - a step for producing the control word k' on the basis of said current crypto-period cp and of a secret SK i stored by the device; - a step for delivering said control word k' via the means for delivering the device; the method being characterized in that: - a value of an identifier i dedicated to the electronic device is previously stored by said subscriber electronic device, the value of said identifier i being distinct from that stored by any other subscriber device; - said value of the identifier i contributes to the calculation of said control word k' = k i,cp of step to produce the latter of which the value is thus distinct from that of any other control word produced by a second subscriber electronic device for the same crypto-period cp;
A method for producing a brightstock extract, comprising: establishing a first correlation between a) a fractional weight boiling temperature for a brightstock extract derived from a vacuum resid fraction, and b) a distillation cut point temperature for separating the vacuum resid fraction from a feedstock, comprising the vacuum resid fraction and at least one distillate fraction, where the first correlation has a linear correlation slope of 0.5 or less; establishing a second correlation between the fractional weight boiling temperature for a brightstock extract and a mutagenicity index value; selecting, based on the first correlation and the second correlation, a distillation cut point temperature corresponding to a mutagenicity index for a brightstock extract of 0.5 or less; distilling a feedstock at the selected distillation cut point temperature to separate one or more distillate fractions from a vacuum resid fraction; deasphalting the vacuum resid fraction to form a deasphalted oil fraction; and performing a solvent extraction on the deasphalted oil to form a brightstock extract fraction having the mutagenicity index of 0.5 or less. establishing a first correlation between a) a fractional weight boiling temperature for a brightstock extract derived from a vacuum resid fraction, and b) a distillation cut point temperature for separating the vacuum resid fraction from a feedstock, comprising the vacuum resid fraction and at least one distillate fraction, where the first correlation has a linear correlation slope of 0.5 or less; a) a fractional weight boiling temperature for a brightstock extract derived from a vacuum resid fraction, and b) a distillation cut point temperature for separating the vacuum resid fraction from a feedstock, comprising the vacuum resid fraction and at least one distillate fraction, where the first correlation has a linear correlation slope of 0.5 or less; establishing a second correlation between the fractional weight boiling temperature for a brightstock extract and a mutagenicity index value; selecting, based on the first correlation and the second correlation, a distillation cut point temperature corresponding to a mutagenicity index for a brightstock extract of 0.5 or less; distilling a feedstock at the selected distillation cut point temperature to separate one or more distillate fractions from a vacuum resid fraction; deasphalting the vacuum resid fraction to form a deasphalted oil fraction; and performing a solvent extraction on the deasphalted oil to form a brightstock extract fraction having the mutagenicity index of 0.5 or less.
A device comprising: a first layer (210, 1508) configured to generate a magnetic field, the first layer comprising a material exhibiting superconductivity below a critical temperature of the material in a cryogenic temperature range; and a qubit (204, 206, 1504) of a quantum processor chip (202, 1502), wherein the first layer is configured to magnetically interact with the qubit such that a first magnetic flux of the first layer causes a first change in a first resonance frequency of the qubit by a first frequency shift value, further comprising: a heating element configured to heat a portion of the first layer above the critical temperature; and a magnetic element configured to apply a magnetic field to the first layer. a first layer (210, 1508) configured to generate a magnetic field, the first layer comprising a material exhibiting superconductivity below a critical temperature of the material in a cryogenic temperature range; and a qubit (204, 206, 1504) of a quantum processor chip (202, 1502), wherein the first layer is configured to magnetically interact with the qubit such that a first magnetic flux of the first layer causes a first change in a first resonance frequency of the qubit by a first frequency shift value, further comprising: a heating element configured to heat a portion of the first layer above the critical temperature; and a magnetic element configured to apply a magnetic field to the first layer. a heating element configured to heat a portion of the first layer above the critical temperature; and a magnetic element configured to apply a magnetic field to the first layer.
A method for starting a slurry bubble column reactor that includes a reactor vessel holding a settled or slumped bed of particles, said particles having a mean particle diameter determined on a volumetric basis of less than 200 microns, and a liquid phase from which the particles have settled, the method including introducing a flow of a re-suspension liquid into the settled or slumped bed uniformly across a cross section of the reactor vessel through a distributor or sparger at a low level in the reactor so as to loosen the settled or slumped bed, the introduction of the re-suspension liquid taking place before the introduction of any gas into the settled or slumped bed, or together with feeding of gas into the settled or slumped bed, provided that, if gas is fed together with the re-suspension liquid into the settled or slumped bed before the settled or slumped bed has been loosened, the gas has a superficial gas velocity in the reactor below 10 cm/s wherein the volume of the re-suspension liquid introduced into the settled or slumped bed prior to the introduction of gas at a superficial velocity of above 10 cm/s is at least 5% of an interparticle volume of the settled or slumped bed, the flow of the re-suspension liquid is introduced at a superficial liquid velocity in the reactor vessel that is greater than the minimum fluidisation velocity of the particles of the settled or slumped bed in the liquid phase in the reactor vessel, and the re-suspension liquid has a viscosity of less than 10 cP at the temperature of the settled or slumped bed in the reactor vessel; whereby prior to the introduction of the flow of the re-suspension liquid, ensuring that the liquid phase in the reactor vessel is at a temperature such that the liquid phase has a viscosity of less than 10 cP; and once the settled or slumped bed has been loosened by at least the re-suspension liquid, passing gas at a superficial gas velocity above 10 cm/s through the liquid phase.
A method for canceling interference during reception of a broadcast signal in a hybrid terminal supporting a broadcast service and a mobile communication service, the method comprising: determining whether there is a burst (511, 513) of a broadcast signal received at a mobile communication time slot(503, 509); and if there is a burst of (511, 513) the broadcast signal, decreasing transmission power of a mobile communication signal at the mobile communication time slot (503, 509) by controlling a gain controller. determining whether there is a burst (511, 513) of a broadcast signal received at a mobile communication time slot(503, 509); and if there is a burst of (511, 513) the broadcast signal, decreasing transmission power of a mobile communication signal at the mobile communication time slot (503, 509) by controlling a gain controller.
Composition comprising at least one fucosylated oligosaccharide, for use in preventing and/or treating URT infections in an infant or young child fulfilling at least one of the following criteria: i) the infant or the young child has at least one sibling ii) the infant or the young child was born by C-section i) the infant or the young child has at least one sibling ii) the infant or the young child was born by C-section
Hydraulic module intended to provide motive power to a motor vehicle comprising a transmission with a casing (2a, 2b) containing an axle differential, the output shafts of which are coupled to the drive wheels of said motor vehicle, characterized in that it comprises a pump body fixed to the casing (2a, 2b) of the transmission and accommodating a single hydraulic motor comprising a hydraulic distributor, a barrel, a pump cam surrounded by an axle crown wheel fixed to the casing of the axle differential, and a plurality of radial pistons in contact via one of their ends with the inner surface of the pump cam and each intended to slide inside one of the cylinders of the barrel, said cylinders of the barrel being in fluidic communication with the hydraulic distributor for passage of a fluid in intake mode (F 1) or in delivery mode (F 2) of the hydraulic motor.
A tube assembly comprising: a first tube defining a first flowpath along a centerline; a second tube generally spaced radially outward from the first tube, and wherein a first void is located between and defined by the first and second tubes (56, 58); and a first sacrificial support structure located in the first void and extending between the first and second tubes (56, 58) that is constructed and arranged to break via thermal stress induced by a first thermal gradient imposed on the second tube in use, thereby limiting thermal conduction between the first and second tubes (56, 58). a first tube defining a first flowpath along a centerline; a second tube generally spaced radially outward from the first tube, and wherein a first void is located between and defined by the first and second tubes (56, 58); and a first sacrificial support structure located in the first void and extending between the first and second tubes (56, 58) that is constructed and arranged to break via thermal stress induced by a first thermal gradient imposed on the second tube in use, thereby limiting thermal conduction between the first and second tubes (56, 58).
A combination of a gamma secretase inhibitor and an antibody capable of binding and down-regulating an activity of HER2 for use in treating a ductal carcinoma in situ (DCIS) lesion.
A MgO sintered sputtering target, wherein a ratio of GOS (Grain Orientation Spread) being 0° to 1° is 75% or higher, the GOS measured by: preparing sample pieces from a centre part, a radius 1/2 and a periphery part of the target; cutting each sample piece along a plane that is parallel to the sputter surface; mirror polishing each sample piece; performing electron backscatter diffraction analysis for each piece on a stage inclined 70° at an accelerating voltage of 15 kV; and calculating a GOS value of each sample piece and averaging the values obtained. preparing sample pieces from a centre part, a radius 1/2 and a periphery part of the target; cutting each sample piece along a plane that is parallel to the sputter surface; mirror polishing each sample piece; performing electron backscatter diffraction analysis for each piece on a stage inclined 70° at an accelerating voltage of 15 kV; and calculating a GOS value of each sample piece and averaging the values obtained.
A transmitter circuit, comprising: a first circuit in an open drain operation mode configured to transmit data in a first data transmission mode, wherein in the first data transmission mode, a first transmission value is provided by a potential between a first conductor and a second conductor determined by a terminating resistor, and wherein a second transmission value is provided by applying a first reference potential to the first conductor and a second reference potential, which is different from the first reference potential, to the second conductor; a second circuit in a full bridge operation mode configured to transmit data in a second data transmission mode, wherein in the second data transmission mode, a first transmission value is provided by applying a third reference potential to the first conductor and a fourth reference potential to the second conductor, and a second transmission value is provided by applying the fourth reference potential to the first conductor and the third reference potential to the second conductor; a switching circuit (404, 410) configured to control the first circuit and the second circuit to transmit data in the first data transmission mode or in the second data transmission mode; wherein the transmitter circuit is configured to transmit a message, wherein the transmitter circuit is characterized in that a first part of the message data frame is transmitted in the first data transmission mode and a second part of the message data frame is switchably transmitted in the first data transmission or the second data transmission mode. a first circuit in an open drain operation mode configured to transmit data in a first data transmission mode, wherein in the first data transmission mode, a first transmission value is provided by a potential between a first conductor and a second conductor determined by a terminating resistor, and wherein a second transmission value is provided by applying a first reference potential to the first conductor and a second reference potential, which is different from the first reference potential, to the second conductor; a second circuit in a full bridge operation mode configured to transmit data in a second data transmission mode, wherein in the second data transmission mode, a first transmission value is provided by applying a third reference potential to the first conductor and a fourth reference potential to the second conductor, and a second transmission value is provided by applying the fourth reference potential to the first conductor and the third reference potential to the second conductor; a switching circuit (404, 410) configured to control the first circuit and the second circuit to transmit data in the first data transmission mode or in the second data transmission mode; wherein the transmitter circuit is configured to transmit a message, wherein the transmitter circuit is characterized in that a first part of the message data frame is transmitted in the first data transmission mode and a second part of the message data frame is switchably transmitted in the first data transmission or the second data transmission mode.
A control system which provides an aggregate driven quantity demand signal for controlling an actuatable component, the system having: a summing junction which generates the aggregate driven quantity demand signal (Wf) by summing a first output signal (Wfss*), which converges on a steady state driven quantity requirement value, and a change in driven quantity demand signal (ΔWf), a feedback loop which generates the first output signal in response to the aggregate driven quantity demand signal, and a first variable gain which tunes the change in driven quantity demand signal in response to a reference demand signal (y r); characterised in that the feedback loop includes a second variable gain (K Ndot, K N, K A, K B) which tunes the rate at which the first output signal converges on the steady state driven quantity requirement value. a summing junction which generates the aggregate driven quantity demand signal (Wf) by summing a first output signal (Wfss*), which converges on a steady state driven quantity requirement value, and a change in driven quantity demand signal (ΔWf), a feedback loop which generates the first output signal in response to the aggregate driven quantity demand signal, and a first variable gain which tunes the change in driven quantity demand signal in response to a reference demand signal (y r); characterised in that the feedback loop includes a second variable gain (K Ndot, K N, K A, K B) which tunes the rate at which the first output signal converges on the steady state driven quantity requirement value.
Electromagnetic actuator having a solenoid arranged in a housing and an armature plate which is able to be moved in an armature plate space in the direction of a front end of the housing by energisation of the solenoid, said armature plate being connected to an armature tappet which is guided through the housing on the end side and protrudes into a control space, characterised in that the armature plate is formed with at least one axial pressure equalisation bore (10a - 10b, 11a, 11b) to achieve pressure equalisation between the armature plate space and the control space, and the housing has at least one bearing (7a, 7b) having at least one axial groove (12a - 12d, 14a, 14b), said bearing being arranged between the armature plate and the control space, in which bearing the armature tappet is mounted to be able to be moved, and the at least one pressure equalisation bore (10a - 10b, 11a, 11b) of the armature plate is aligned with the axial groove (12a - 12d, 14a, 14b) of the at least one bearing (7a, 7b).
Injector for injecting fuel, comprising: a seat plate with a flow restrictor, a valve insert which is arranged on one of the flat sides of the seat plate, a valve guide for receiving the valve insert, a nozzle needle which is arranged on the side of the valve insert opposite the seat plate, a valve chamber for holding fuel, wherein the valve chamber is delimited by the seat plate, the valve guide and the valve insert and extends up to the flow restrictor of the seat plate, a control chamber for receiving fuel, wherein the control chamber is delimited by the valve insert, the valve guide and the nozzle needle, a first line which connects the control chamber and the valve chamber to one another, and a second line which connects the control chamber and the valve chamber to one another, characterized in that the first line and the second line permanently connect the control chamber to the valve chamber in any operating state of the injector. a seat plate with a flow restrictor, a valve insert which is arranged on one of the flat sides of the seat plate, a valve guide for receiving the valve insert, a nozzle needle which is arranged on the side of the valve insert opposite the seat plate, a valve chamber for holding fuel, wherein the valve chamber is delimited by the seat plate, the valve guide and the valve insert and extends up to the flow restrictor of the seat plate, a control chamber for receiving fuel, wherein the control chamber is delimited by the valve insert, the valve guide and the nozzle needle, a first line which connects the control chamber and the valve chamber to one another, and a second line which connects the control chamber and the valve chamber to one another, characterized in that the first line and the second line permanently connect the control chamber to the valve chamber in any operating state of the injector.
An anaerobically curable composition comprising: at least one (meth) acrylate component; an anaerobic cure system; and, (meth) acrylate-functionalized isosorbide. at least one (meth) acrylate component; an anaerobic cure system; and, (meth) acrylate-functionalized isosorbide.