mhurhangee/ep-ind-claims huggingface dataset:
A terminal apparatus comprising: a determining section configured to determine, for each subframe, power for physical uplink shared channel (PUSCH) transmission on a first component carrier which belongs to a first timing advance group, and to determine power for physical random access channel (PRACH) transmission on a second component carrier which belongs to a second TAG, the second TAG being different from the first TAG; a scaling section configured to scale (1604, 1605), when a total transmission power exceeds a maximum output power configured for the terminal apparatus P MAX, the power for PUSCH transmission so that the scaled total transmission power does not exceed P MAX within a transmission time interval where simultaneous uplink transmission on the PUSCH and on the PRACH occurs; and a transmitting section configured to transmit a transport block over the PUSCH of the first component carrier at the scaled power for PUSCH transmission, and to transmit a random access preamble over the PRACH of the second component carrier at the determined power for PRACH transmission. a determining section configured to determine, for each subframe, power for physical uplink shared channel (PUSCH) transmission on a first component carrier which belongs to a first timing advance group, and to determine power for physical random access channel (PRACH) transmission on a second component carrier which belongs to a second TAG, the second TAG being different from the first TAG; a scaling section configured to scale (1604, 1605), when a total transmission power exceeds a maximum output power configured for the terminal apparatus P MAX, the power for PUSCH transmission so that the scaled total transmission power does not exceed P MAX within a transmission time interval where simultaneous uplink transmission on the PUSCH and on the PRACH occurs; and a transmitting section configured to transmit a transport block over the PUSCH of the first component carrier at the scaled power for PUSCH transmission, and to transmit a random access preamble over the PRACH of the second component carrier at the determined power for PRACH transmission.
A shape measuring device comprising: a projection unit configured to project a pattern onto a measurement target; an image capturing unit configured to capture a picture image of a measurement target onto which the pattern is projected by the projection unit; a movement unit (50X; 50Y; 50Z) capable of moving a projected position of the pattern on the measurement target by relatively moving the projection unit and the measurement target, a region-of-interest setting unit configured to determine whether or not to set a region of interest based on an existence state of the image of the pattern in a reference region of interest set in a part of a region captured by the image capturing unit, the region of interest being set in part of a region captured by the image capturing unit and being for acquiring information used to measure the measurement target; and a measurement unit configured to measure the shape of the measurement target based on the position of an image of the pattern positioned in the region of interest of the picture image data. a projection unit configured to project a pattern onto a measurement target; an image capturing unit configured to capture a picture image of a measurement target onto which the pattern is projected by the projection unit; a movement unit (50X; 50Y; 50Z) capable of moving a projected position of the pattern on the measurement target by relatively moving the projection unit and the measurement target, a region-of-interest setting unit configured to determine whether or not to set a region of interest based on an existence state of the image of the pattern in a reference region of interest set in a part of a region captured by the image capturing unit, the region of interest being set in part of a region captured by the image capturing unit and being for acquiring information used to measure the measurement target; and a measurement unit configured to measure the shape of the measurement target based on the position of an image of the pattern positioned in the region of interest of the picture image data.
A method of wireless communication of a user equipment, UE, communicating with one or more base stations, comprising: determining a first preferred radio access technology, RAT, of a first application; determining an RAT used on a first carrier in communication with the one or more base stations; selectively allowing and disallowing the first application to communicate data with the one or more base stations on the first carrier based on the RAT used on the first carrier and the first preferred RAT; executing a first determination that the RAT used on the first carrier is lower than the first preferred RAT, wherein a RAT that is lower than the first preferred RAT is a RAT operating on a previous generation RAT to the preferred RAT and a RAT that is higher than the first preferred RAT is a RAT operatig on a subsequent generation RAT to the preferred RAT; executing a second determination that a second carrier is available, wherein the second carrier is in communication with the one or more base stations using the first preferred RAT; and using, in response to the first determination and the second determination, the second carrier and allowing the first application to communicate data with the one or more base stations on the second carrier; and suspending data communication of a second application using the second carrier with the one or more base stations for a predetermined time period unless an interruption occurs, wherein a second preferred RAT of the second application is lower than the RAT used on the second carrier. determining a first preferred radio access technology, RAT, of a first application; determining an RAT used on a first carrier in communication with the one or more base stations; selectively allowing and disallowing the first application to communicate data with the one or more base stations on the first carrier based on the RAT used on the first carrier and the first preferred RAT; executing a first determination that the RAT used on the first carrier is lower than the first preferred RAT, wherein a RAT that is lower than the first preferred RAT is a RAT operating on a previous generation RAT to the preferred RAT and a RAT that is higher than the first preferred RAT is a RAT operatig on a subsequent generation RAT to the preferred RAT; executing a second determination that a second carrier is available, wherein the second carrier is in communication with the one or more base stations using the first preferred RAT; and using, in response to the first determination and the second determination, the second carrier and allowing the first application to communicate data with the one or more base stations on the second carrier; and suspending data communication of a second application using the second carrier with the one or more base stations for a predetermined time period unless an interruption occurs, wherein a second preferred RAT of the second application is lower than the RAT used on the second carrier.
A method comprising: determining, by a computing system (112; 306), an expected position of the sun relative to a geographic area, wherein the computing system is configured to autonomously operate a vehicle (100; 200) based at least on image data generated by an image capture device (130; 210; 400) that is coupled to the vehicle; determining or predicting a position of an object, in the geographic area, to be imaged by the image capture device; based at least on a comparison of the position of the object to the expected position of the sun relative to the geographic area, making a determination, by the computing system, that travel of the vehicle through one or more locations within the geographic area is expected to result in the sun being proximate to the object within a field of view of the image capture device from a perspective of the image capture device; in response to making the determination, generating, by the computing system, a route for the vehicle in the geographic area based at least on the route avoiding travel of the vehicle through the one or more locations; and operating, by the computing system, the vehicle to travel in accordance with the generated route. determining, by a computing system (112; 306), an expected position of the sun relative to a geographic area, wherein the computing system is configured to autonomously operate a vehicle (100; 200) based at least on image data generated by an image capture device (130; 210; 400) that is coupled to the vehicle; determining or predicting a position of an object, in the geographic area, to be imaged by the image capture device; based at least on a comparison of the position of the object to the expected position of the sun relative to the geographic area, making a determination, by the computing system, that travel of the vehicle through one or more locations within the geographic area is expected to result in the sun being proximate to the object within a field of view of the image capture device from a perspective of the image capture device; in response to making the determination, generating, by the computing system, a route for the vehicle in the geographic area based at least on the route avoiding travel of the vehicle through the one or more locations; and operating, by the computing system, the vehicle to travel in accordance with the generated route.
Apparatus (PR, PR') for thermal treatment of a raw material in a pulsing hot gas stream, comprising: - at least one generator (1, 1', 1") of the pulsing hot gas stream and - an application space and - a downstream reaction space into which the pulsing hot gas stream from the generator (1, 1', 1") flows, wherein provided downstream of the application space is at least one pulsator (10, 10', 10") which is externally coupled to the reaction space and imparts at least one pressure oscillation on the pulsing hot gas stream to form a constructive interference in the reaction space. - at least one generator (1, 1', 1") of the pulsing hot gas stream and - an application space and - a downstream reaction space into which the pulsing hot gas stream from the generator (1, 1', 1") flows,
An industrial automation system comprising a control system configured to control operation of an industrial automation process, wherein the control system comprises: a feature extraction block configured to determine extracted features by transforming process data determined during operation of an industrial automation process based at least in part on feature extraction parameters; a feature selection block configured to determine selected features by selecting a subset of the extracted features based at least in part on feature selection parameters, wherein the selected features are expected to be representative of the operation of the industrial automation process; and a clustering block configured to determine a first expected operational state of the industrial automation system by mapping the selected features into a feature space based at least in part on clustering parameters, wherein the feature selection block is configured to determine the selected features to increase distance between one or more operational state categories in the feature space. a feature extraction block configured to determine extracted features by transforming process data determined during operation of an industrial automation process based at least in part on feature extraction parameters; a feature selection block configured to determine selected features by selecting a subset of the extracted features based at least in part on feature selection parameters, wherein the selected features are expected to be representative of the operation of the industrial automation process; and a clustering block configured to determine a first expected operational state of the industrial automation system by mapping the selected features into a feature space based at least in part on clustering parameters, wherein the feature selection block is configured to determine the selected features to increase distance between one or more operational state categories in the feature space.
An anordrin for use in a method of reducing a postmenopausal symptom in an individual, wherein the method comprises administering to the individual an effective amount of the anordrin.
An adhesion promoter composition, containing - at least one aqueous dispersion of a solid epoxy resin; - at least one polyamine; and - at least one compound V in hydrolytically releasable form, which can enter into a condensation reaction with the polyamine, characterized in that the adhesion promoter composition is used as a two-component system, wherein the aqueous dispersion of the solid epoxy resin is present in the first component and the polyamine in the second component, wherein the compound that releases Compound V after hydrolysis is an aldimine, an enamine, or an oxazolidine.. - at least one aqueous dispersion of a solid epoxy resin; - at least one polyamine; and - at least one compound V in hydrolytically releasable form, which can enter into a condensation reaction with the polyamine, characterized in that the adhesion promoter composition is used as a two-component system, wherein the aqueous dispersion of the solid epoxy resin is present in the first component and the polyamine in the second component, wherein the compound that releases Compound V after hydrolysis is an aldimine, an enamine, or an oxazolidine..
A vehicle interior material that is disposed in a lower side of windshield glass inside a compartment and comprises a grain structure comprising concavities (3, 203) and convexities (4, 104, 204) on the upper face thereof, the vehicle interior material (1, 101, 201) comprising at each of the convexities of the grain structure, a reflection face (6, 106) that is inclined with respect to a general upper face of the grain structure, characterized in that the reflection surface is a diffuse reflection surface (6, 106) formed at a set angle relative to the general upper surface, wherein the set angle corresponding to each of the convexities formed at a front side of the material is greater than the set angle corresponding to each of the convexities formed at a rear side of the material, and wherein a gloss value of the convexity (4, 104, 204) with the grain structure is higher that a gloss value of the concavity (3, 203).
Magazine insert for a pneumatic tube carrier, for receiving sample tubes filled with body fluids, comprising: - a magazine drum having a plurality of receiving chambers for the sample tubes, which receiving chambers are arranged annularly about the longitudinal axis of the magazine insert and which each extend through the magazine drum in an axial direction in relation to the longitudinal axis; - a fixing unit which can be pivoted about the longitudinal axis from a fixing position into a release position, a sample tube which is arranged in the relevant receiving chamber being held in the receiving chamber, fixed in position relative to the magazine drum, by means of the fixing unit which is arranged in the fixing position; characterized in that the magazine insert comprises: - a slide which is arranged in a central recess of the magazine drum and which can be displaced bidirectionally in an axial direction from a first functional position into a relevant second functional position, relative to the magazine drum; and - a driving element which is fastened to the slide and which extends in a radial direction into a control curve of the fixing unit, such that the fixing unit can be pivoted from the fixing position into the release position thereof by transferring the slide into the relevant second functional position thereof. - a magazine drum having a plurality of receiving chambers for the sample tubes, which receiving chambers are arranged annularly about the longitudinal axis of the magazine insert and which each extend through the magazine drum in an axial direction in relation to the longitudinal axis; - a fixing unit which can be pivoted about the longitudinal axis from a fixing position into a release position, a sample tube which is arranged in the relevant receiving chamber being held in the receiving chamber, fixed in position relative to the magazine drum, by means of the fixing unit which is arranged in the fixing position; - a slide which is arranged in a central recess of the magazine drum and which can be displaced bidirectionally in an axial direction from a first functional position into a relevant second functional position, relative to the magazine drum; and - a driving element which is fastened to the slide and which extends in a radial direction into a control curve of the fixing unit, such that the fixing unit can be pivoted from the fixing position into the release position thereof by transferring the slide into the relevant second functional position thereof.
A multiple differential feed point antenna (500, 1400), comprising: a radiating element (502, 1402) configured to have a fundamental resonance frequency being regarded as a first harmonic resonance frequency f o; and differential antenna feeds (F1, F2) wherein each one of the differential antenna feeds has differential antenna feed points with two connections and the differential antenna feed points are configured for differential antenna feeds and positioned on the configured radiating element at locations that correspond to current maxima of a harmonic frequency, the harmonic frequency being a multiple of the first harmonic resonance frequency, the differential antenna feeds being operable at an operating frequency to constructively combine their respective antenna radiation patterns, wherein the operating frequency corresponds to one of the fundamental resonance frequency or the harmonic frequency. a radiating element (502, 1402) configured to have a fundamental resonance frequency being regarded as a first harmonic resonance frequency f o; and differential antenna feeds (F1, F2) wherein each one of the differential antenna feeds has differential antenna feed points with two connections and the differential antenna feed points are configured for differential antenna feeds and positioned on the configured radiating element at locations that correspond to current maxima of a harmonic frequency, the harmonic frequency being a multiple of the first harmonic resonance frequency, the differential antenna feeds being operable at an operating frequency to constructively combine their respective antenna radiation patterns, wherein the operating frequency corresponds to one of the fundamental resonance frequency or the harmonic frequency.
A method of operating a memory system, the memory system having a memory controller coupled to, via a first integrated circuit buffer device, a first set of volatile memory devices (103a-103h) disposed on at least one first memory module using a first type of integrated circuit memory device defining a first memory hierarchy, the memory system including a second set of nonvolatile memory devices (104a-104h) disposed on at least one second memory module using a second type of integrated circuit memory device defining a second hierarchy coupled to, via a second integrated circuit buffer device, the at least one first memory module, the method comprising: transferring read data, via the second integrated circuit buffer device, from a portion of the second set of nonvolatile memory devices (104a-104h) along an upstream data path to the first set of volatile memory devices (103a-103h); storing the read data in a portion of the first set of volatile memory devices (103a-103h); accessing data stored in the portion of the first set of volatile memory devices (103a-103h), wherein the storing and the accessing operations occur concurrently. transferring read data, via the second integrated circuit buffer device, from a portion of the second set of nonvolatile memory devices (104a-104h) along an upstream data path to the first set of volatile memory devices (103a-103h); storing the read data in a portion of the first set of volatile memory devices (103a-103h); accessing data stored in the portion of the first set of volatile memory devices (103a-103h), wherein the storing and the accessing operations occur concurrently.
A process for the production of a gas mixture comprising hydrogen and carbon dioxide, the method comprising: (a) providing a hydrocarbon material; (b) subjecting the hydrocarbon material to catalytic partial oxidation so as to produce initial synthesis gas comprising carbon monoxide, hydrogen and carbon dioxide; (c) adding liquid water to the initial synthesis gas obtained in (b) in an amount sufficient to reduce the temperature of the synthesis gas to below 450°C and to obtain a synthesis gas mixture comprising H 2 O present in the highest amount, wherein the amount of liquid water injected is such that steam comprises 30 to 60 percent by volume relative to the total mixture, and wherein the liquid water is preheated to a temperature of 120 to 250°C, (d) and subjecting the synthesis gas mixture to a water gas shift reaction so as to react carbon monoxide with water under the formation of a gas mixture comprising hydrogen and carbon dioxide. (a) providing a hydrocarbon material; (b) subjecting the hydrocarbon material to catalytic partial oxidation so as to produce initial synthesis gas comprising carbon monoxide, hydrogen and carbon dioxide; (c) adding liquid water to the initial synthesis gas obtained in (b) in an amount sufficient to reduce the temperature of the synthesis gas to below 450°C and to obtain a synthesis gas mixture comprising H 2 O present in the highest amount, wherein the amount of liquid water injected is such that steam comprises 30 to 60 percent by volume relative to the total mixture, and wherein the liquid water is preheated to a temperature of 120 to 250°C, (d) and subjecting the synthesis gas mixture to a water gas shift reaction so as to react carbon monoxide with water under the formation of a gas mixture comprising hydrogen and carbon dioxide.
A transistor, in particular a wide bandgap semiconductor power transistor, comprising: - an epitaxial layer of a first conductivity type; - at least one well region of a second conductivity type formed in a selected area of the epitaxial layer; - at least one terminal region, in particular a source region, of the first conductivity type formed in or adjacent to the at least one well region; - at least one terminal electrode, in particular a source electrode, formed at least partly on a surface of a first part of the at least one terminal region; and - at least one resistive region formed within the at least one terminal region, the at least one resistive region comprising Manganese, Mn, as amphoteric dopant. - an epitaxial layer of a first conductivity type; - at least one well region of a second conductivity type formed in a selected area of the epitaxial layer; - at least one terminal region, in particular a source region, of the first conductivity type formed in or adjacent to the at least one well region; - at least one terminal electrode, in particular a source electrode, formed at least partly on a surface of a first part of the at least one terminal region; and - at least one resistive region formed within the at least one terminal region, the at least one resistive region comprising Manganese, Mn, as amphoteric dopant.