mhurhangee/ep-ind-claims huggingface dataset:
Method for liquefying a gas containing at least 60 mol % of CO 2 and at least one impurity lighter than carbon dioxide to produce at least one liquid product wherein a first feed gas, containing at least 60 mol % of CO 2 and at least one light impurity, at a feed pressure is cooled to form a liquid or supercritical flow, optionally having been compressed in a cycle compressor, at least one portion of the liquid or supercritical flow is cooled in a heat exchanger to form a cycle fluid having a cycle pressure, the cycle fluid is divided into at least two fractions including an auxiliary fraction, one of the fractions being expanded up to a first pressure in a valve to form a biphasic mixture and sent to a phase separator, the liquid fraction of the phase separator is vaporised so as to form a vaporised gas in the exchanger, the vaporised gas then being expanded from the first pressure to a second pressure in an expansion means and then being compressed in a/the cycle compressor and mixed with the first feed gas, the auxiliary fraction either comprises the liquid product or one of the liquid products or is treated by separation at subambient temperature in at least one separation means to form the liquid product or one of the liquid products, and wherein the first pressure is varied according to the quantity of impurities lighter than the carbon dioxide contained in the carbon-dioxide-rich gas characterised in that the first pressure is varied such that the higher the concentration in light impurities is, the higher the first pressure is.
A method for wireless communications, comprising: determining a rate matching resource set for a transmission time interval, TTI, of a shared channel, wherein the rate matching resource set comprises resources of the TTI allocated for rate matching; determining a rate matching configuration for the rate matching resource set; transmitting, to a user equipment, UE, a multi-TTI grant for communication via the shared channel over multiple TTIs, wherein the multi-TTI grant comprises an indication of the rate matching configuration for the rate matching resource set; transmitting, to the UE, information for configuring a resource allocation pattern for the indication via the multi-TTI grant; performing rate matching of a set of data based at least in part on the rate matching resource set and the rate matching configuration; and communicating with the UE to transmit or receive the rate matched set of data via the TTI. determining a rate matching resource set for a transmission time interval, TTI, of a shared channel, wherein the rate matching resource set comprises resources of the TTI allocated for rate matching; determining a rate matching configuration for the rate matching resource set; transmitting, to a user equipment, UE, a multi-TTI grant for communication via the shared channel over multiple TTIs, wherein the multi-TTI grant comprises an indication of the rate matching configuration for the rate matching resource set; transmitting, to the UE, information for configuring a resource allocation pattern for the indication via the multi-TTI grant; performing rate matching of a set of data based at least in part on the rate matching resource set and the rate matching configuration; and communicating with the UE to transmit or receive the rate matched set of data via the TTI.
A polycarbonate resin comprising a unit represented by the following formula: and a unit derived from 2,2-bis(4-hydroxy-3-methylphenyl)propane, 1,1-bis(4-hydroxy-3-methylphenyl)cyclohexane or 3,3'-dimethyl(1,1'-biphenyl)-4,4' diol (OCBP), as the main recurring units, the molar ratio of the unit to the unit being 50/50 to 70/30.
A grinding head for a floor grinding machine for grinding floor surfaces of stone or stone-like material, the grinding head comprising: a hollow grinding head casing (2, 3) enclosing: a drive axle, at least two belt pulleys (611, 621, 631, 641) associated with a respective grinding disk, a belt running over said belt pulleys and said drive axle, a belt tensioner, comprising a tensioner pulley, which is displaceable by rotation about a setting axis, which is spaced from the tensioner pulley by a pulley lever, the setting axis being parallel with an axis of rotation of the grinding head, and a tensioner setting device, for setting a position of the pulley in a direction perpendicular to said axis of rotation of the grinding head by application of a torque about the setting axis, characterized in that the tensioner setting device is accessible from outside of the grinding head casing (2, 3), such that the belt tensioner can be adjusted while the grinding head is in an assembled state. a drive axle, at least two belt pulleys (611, 621, 631, 641) associated with a respective grinding disk, a belt running over said belt pulleys and said drive axle, a belt tensioner, comprising a tensioner pulley, which is displaceable by rotation about a setting axis, which is spaced from the tensioner pulley by a pulley lever, the setting axis being parallel with an axis of rotation of the grinding head, and a tensioner setting device, for setting a position of the pulley in a direction perpendicular to said axis of rotation of the grinding head by application of a torque about the setting axis, characterized in that the tensioner setting device is accessible from outside of the grinding head casing (2, 3), such that the belt tensioner can be adjusted while the grinding head is in an assembled state.
A production logging tool data processing method that comprises: using a production logging tool to measure one or more characteristics of a formation around a borehole, of fluids within the formation or of fluids within the borehole; calculating a production data density profile of each of the one or more characteristics; defining a boundary between two reservoir simulation cells based at least in part upon the production data density profile; performing a simulation of a production field including the borehole using said simulation cells; and presenting the simulation results to a user. using a production logging tool to measure one or more characteristics of a formation around a borehole, of fluids within the formation or of fluids within the borehole; calculating a production data density profile of each of the one or more characteristics; defining a boundary between two reservoir simulation cells based at least in part upon the production data density profile; performing a simulation of a production field including the borehole using said simulation cells; and presenting the simulation results to a user.
A car-door locking device for an elevator, characterised by comprising: a car switch fixed to a door hanger, the door hanger suspending a door of a car and moving horizontally; a car fixed latch fixed to any one of the car and a bracket fixed to the car; a car arm fixed to the door of the car via a first car shaft, the car arm being pressed against a landing vane fixed to a landing door to turn on the first car shaft when the door of the car is opened; and a car movable latch fixed to the door hanger via a second car shaft, the car movable latch die-energizing the car switch to inhibit an operation of the car and being released from the car fixed latch based on turning of the car movable latch on the second car shaft caused by the turning of the car arm. a car switch fixed to a door hanger, the door hanger suspending a door of a car and moving horizontally; a car fixed latch fixed to any one of the car and a bracket fixed to the car; a car arm fixed to the door of the car via a first car shaft, the car arm being pressed against a landing vane fixed to a landing door to turn on the first car shaft when the door of the car is opened; and a car movable latch fixed to the door hanger via a second car shaft, the car movable latch die-energizing the car switch to inhibit an operation of the car and being released from the car fixed latch based on turning of the car movable latch on the second car shaft caused by the turning of the car arm.
An aircraft system, the system comprising: an engine bleed source of a gas turbine engine; a means for chilling an engine bleed air flow from the engine bleed source to produce liquid air, wherein the means for chilling the engine bleed air flow is a cryogenic cooling system comprising a heat exchanger system operable to pre-cool the engine bleed air flow, a compressor operable to further compress the engine bleed air flow as compressed air, and at least one turbine operable to expand and cool the compressed air as a cooled flow; and a means for providing the liquid air for an aircraft use; wherein the cryogenic cooling system further comprises a vacuum system and a condensate pump system operable to condense the liquid air from the cooled flow and urge the liquid air through a feeder line. an engine bleed source of a gas turbine engine; a means for chilling an engine bleed air flow from the engine bleed source to produce liquid air, wherein the means for chilling the engine bleed air flow is a cryogenic cooling system comprising a heat exchanger system operable to pre-cool the engine bleed air flow, a compressor operable to further compress the engine bleed air flow as compressed air, and at least one turbine operable to expand and cool the compressed air as a cooled flow; and a means for providing the liquid air for an aircraft use; wherein the cryogenic cooling system further comprises a vacuum system and a condensate pump system operable to condense the liquid air from the cooled flow and urge the liquid air through a feeder line.
Treatment unit for the rotary treatment of a web-shaped or sheet-shaped substrate, the unit comprising at least two treatment cylinders (11, 12) and a machine frame, wherein a first treatment cylinder is movably supported in the machine frame and a second treatment cylinder is stationarily supported in the machine frame and every treatment cylinder (11, 12, 13) is assigned a pair of support bodies (20, 30), characterized in that a respective support body of the second treatment cylinder includes a solid-state joint, a ring segment fixed thereto, and a manipulator, wherein a respective ring segment contacts a respective support body of the first treatment cylinder, and in that a respective solid-state joint is linearly movable by means of a respective manipulator, thus causing a respective ring segment to be linearly movable (v).
A method, comprising: contacting a sample containing plasma protease C1 inhibitor (C1-INH) with a capture reagent, which is immobilized on a substrate, and measuring in the sample a level of functional C1-INH that binds to the capture reagent; wherein the capture reagent comprises: i) an active form of Factor XII, or a C1-INH-binding fragment thereof, ii) an active form of plasma kallikrein, or a C1-INH-binding fragment thereof, or iii) a combination of i) and ii). contacting a sample containing plasma protease C1 inhibitor (C1-INH) with a capture reagent, which is immobilized on a substrate, and measuring in the sample a level of functional C1-INH that binds to the capture reagent; wherein the capture reagent comprises: i) an active form of Factor XII, or a C1-INH-binding fragment thereof, ii) an active form of plasma kallikrein, or a C1-INH-binding fragment thereof, or iii) a combination of i) and ii). i) an active form of Factor XII, or a C1-INH-binding fragment thereof, ii) an active form of plasma kallikrein, or a C1-INH-binding fragment thereof, or iii) a combination of i) and ii).
An operating element for a furniture control for controlling an electrically adjustable piece of furniture, with the operating element comprising - a flat sensor module with a plurality of proximity-sensitive sensor surfaces (20a,..., 20t) arranged on the sensor module; - an operating panel for covering the plurality of sensor surfaces (20a,..., 20t), wherein a set of switching surfaces (11,..., 19) is marked on the operating panel; - a control module that is designed for detecting an actuation of one of the switching surfaces (11,..., 19) based on sensor signals delivered by the sensor surfaces (20a,..., 20t) and for generating an actuation signal for the furniture control based on a detected actuation; and - a housing, in which the sensor module and the control module are arranged, wherein the operating panel forms a cover of the housing. - a flat sensor module with a plurality of proximity-sensitive sensor surfaces (20a,..., 20t) arranged on the sensor module; - an operating panel for covering the plurality of sensor surfaces (20a,..., 20t), wherein a set of switching surfaces (11,..., 19) is marked on the operating panel; - a control module that is designed for detecting an actuation of one of the switching surfaces (11,..., 19) based on sensor signals delivered by the sensor surfaces (20a,..., 20t) and for generating an actuation signal for the furniture control based on a detected actuation; and - a housing, in which the sensor module and the control module are arranged, wherein the operating panel forms a cover of the housing.
A method performed by a communication network for negotiating a data transfer between an application service and a user equipment, UE, via the communication network, the method comprising: • receiving, from the application service or a negotiation function associated with the application service, a request for data transfer, wherein the request includes an indication of an amount of data to be transferred and one or more of the following: one or more service constraints associated with the data transfer; and a trajectory of the UE • obtaining predicted capacity for network resources needed to execute the data transfer according to the information included with the request; • determining, based on the predicted capacity, whether the request can be fulfilled according to the information included with the request; • determining, if it is determined that the service cannot be fulfilled, a counter-proposal for executing the data transfer, wherein the counter-proposal includes one or more of a further time interval during which the request can be fulfilled and a further amount of data, less than the indicated amount, for which the request can be fulfilled; and • sending a response to the request based on the result of the determination, wherein if it is determined that the service cannot be fulfilled, the response includes the counter-proposal. • receiving, from the application service or a negotiation function associated with the application service, a request for data transfer, wherein the request includes an indication of an amount of data to be transferred and one or more of the following: one or more service constraints associated with the data transfer; and a trajectory of the UE • obtaining predicted capacity for network resources needed to execute the data transfer according to the information included with the request; • determining, based on the predicted capacity, whether the request can be fulfilled according to the information included with the request; • determining, if it is determined that the service cannot be fulfilled, a counter-proposal for executing the data transfer, wherein the counter-proposal includes one or more of a further time interval during which the request can be fulfilled and a further amount of data, less than the indicated amount, for which the request can be fulfilled; and • sending a response to the request based on the result of the determination, wherein if it is determined that the service cannot be fulfilled, the response includes the counter-proposal.
Boat comprising at least two oscillating hydrodynamic profiles or foils (20, 30), symmetrical to the longitudinal middle axis of the hull of said boat and hinged in their upper portion, one for each body side, to the topside of said hull so that they can rotate moving away and close to said hull, whereby each of said foil (20, 30) comprises: - fastening means positioned at their upper end, by means of which the foil is hinged to the body side of said hull; and characterized in that each of said foil (20, 30) further comprises: - a first portion having such shape that it can approach the body side of the boat adhering to the same along its whole development; - a second portion, whose hydrodynamic profile is configured to exert a lift thrust after the boat proceeds in water, said second portion being configured to be vertically positioned when said first portion is approached to the shape of the hull, and in that said hull and said foils (20, 30) can take: - a first rest configuration in which said foils (20, 30) have their first portions approached to the shape of the hull, and their second portions vertically positioned at the middle of the hull and under it; - a second configuration in which said second portions are substantially horizontal; - any intermediate configuration between these two. each of said foil (20, 30) comprises: - fastening means positioned at their upper end, by means of which the foil is hinged to the body side of said hull; - fastening means positioned at their upper end, by means of which the foil is hinged to the body side of said hull; and characterized in that each of said foil (20, 30) further comprises: - a first portion having such shape that it can approach the body side of the boat adhering to the same along its whole development; - a second portion, whose hydrodynamic profile is configured to exert a lift thrust after the boat proceeds in water, said second portion being configured to be vertically positioned when said first portion is approached to the shape of the hull, - a first portion having such shape that it can approach the body side of the boat adhering to the same along its whole development; - a second portion, whose hydrodynamic profile is configured to exert a lift thrust after the boat proceeds in water, said second portion being configured to be vertically positioned when said first portion is approached to the shape of the hull, and in that said hull and said foils (20, 30) can take: - a first rest configuration in which said foils (20, 30) have their first portions approached to the shape of the hull, and their second portions vertically positioned at the middle of the hull and under it; - a second configuration in which said second portions are substantially horizontal; - any intermediate configuration between these two. - a first rest configuration in which said foils (20, 30) have their first portions approached to the shape of the hull, and their second portions vertically positioned at the middle of the hull and under it; - a second configuration in which said second portions are substantially horizontal; - any intermediate configuration between these two.
Method for producing a multi-layer body having a partially shaped second layer, wherein a diffractive first relief structure is moulded in a first region of a replication layer, wherein a first layer is applied to the replication layer in the first region and in a second region, in which the first relief structure is not moulded in the replication layer, having a constant surface density in relation to a plane spanned by the replication layer, characterised in that a photo-sensitive layer or photo-sensitive wash mask is exposed through the first layer, such that the photo-sensitive layer or wash mask is exposed differently in the first and in the second regions due to the first relief structure, and the second layer is removed in the first region though not in the second region or in the second region though not in the first region by using the exposed photo-sensitive layer or wash mask as a mask layer.
An acceleration limit control method comprising: determining an acceleration limit based on information on a passenger; determining a disturbance torque due to a disturbance, other than a drive source of a vehicle, based on at least a slope; determining a torque limit satisfying the acceleration limit based on the disturbance torque; and determining an output torque to be generated by the drive source based on the torque limit and a driver's requested torque characterized in that determining the acceleration limit comprises determining that an execution condition is satisfied when a rear-facing car seat is installed in the vehicle, and determining the disturbance torque comprises: obtaining a feedback disturbance torque based on the output torque and a vehicle speed; obtaining a feedforward disturbance torque based on the slope; and determining the disturbance torque based on the feedback disturbance torque and the feedforward disturbance torque. determining an acceleration limit based on information on a passenger; determining a disturbance torque due to a disturbance, other than a drive source of a vehicle, based on at least a slope; determining a torque limit satisfying the acceleration limit based on the disturbance torque; and determining an output torque to be generated by the drive source based on the torque limit and a driver's requested torque characterized in that determining the acceleration limit comprises determining that an execution condition is satisfied when a rear-facing car seat is installed in the vehicle, and determining the disturbance torque comprises: obtaining a feedback disturbance torque based on the output torque and a vehicle speed; obtaining a feedforward disturbance torque based on the slope; and determining the disturbance torque based on the feedback disturbance torque and the feedforward disturbance torque. obtaining a feedback disturbance torque based on the output torque and a vehicle speed; obtaining a feedforward disturbance torque based on the slope; and determining the disturbance torque based on the feedback disturbance torque and the feedforward disturbance torque.
A human body back-scattering inspection method comprising steps of: generating an X-ray beam; modulating the X-ray beam and forming a flying-spot X-ray beam; receiving a scattered ray generated by irradiating the flying-spot X-ray beam onto a human body under inspection, and generating an electric signal; obtaining a back-scattering scan image of the human body based on the electric signal; distinguishing a body image from a background image in the back-scattering scan image; and calculating a feature parameter of the background image to determine whether a radioactive substance is carried with the human body; characterized in that the step of calculating a feature parameter of the background image to determine whether a radioactive substance is carried with the human body comprises: calculating an average luminance value of pixels in the background image; and determining whether a radioactive substance is carried with the human body if the average luminance value is larger than a preset value. generating an X-ray beam; modulating the X-ray beam and forming a flying-spot X-ray beam; receiving a scattered ray generated by irradiating the flying-spot X-ray beam onto a human body under inspection, and generating an electric signal; obtaining a back-scattering scan image of the human body based on the electric signal; distinguishing a body image from a background image in the back-scattering scan image; and calculating a feature parameter of the background image to determine whether a radioactive substance is carried with the human body; characterized in that the step of calculating a feature parameter of the background image to determine whether a radioactive substance is carried with the human body comprises: calculating an average luminance value of pixels in the background image; and determining whether a radioactive substance is carried with the human body if the average luminance value is larger than a preset value. calculating an average luminance value of pixels in the background image; and determining whether a radioactive substance is carried with the human body if the average luminance value is larger than a preset value.