mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a station of a wireless local area network for soft combining of multiple transmissions of the same data, the method comprising: - receiving a first frame from another station (110a, 110b, 110c) of the wireless local area network; - determining a radio characteristic of the first frame, wherein the radio characteristic comprises at least one of: an average received power, an angle of arrival and an impulse response; - comparing the radio characteristic of the first frame with a radio characteristic determined for a previously received second frame, the comparing comprising estimating a difference between the radio characteristic of the first frame and the radio characteristic determined for the previously received second frame; - determining whether to combine information from the first frame with information from the previously received second frame based on the comparison, wherein it is determined to combine the information when the estimated difference is below a threshold value; and when it is determined to combine the information: soft combining information from the first frame with information from the previously received second frame. - receiving a first frame from another station (110a, 110b, 110c) of the wireless local area network; - determining a radio characteristic of the first frame, wherein the radio characteristic comprises at least one of: an average received power, an angle of arrival and an impulse response; - comparing the radio characteristic of the first frame with a radio characteristic determined for a previously received second frame, the comparing comprising estimating a difference between the radio characteristic of the first frame and the radio characteristic determined for the previously received second frame; - determining whether to combine information from the first frame with information from the previously received second frame based on the comparison, wherein it is determined to combine the information when the estimated difference is below a threshold value;
An optical fiber comprising: a core group composed of a plurality of cores (11, 12, 13, 14, 15, 16) extending along a fiber axis; a common cladding surrounding the core group; and a coating covering an outer periphery of the common cladding, wherein in a cross section of the optical fiber perpendicular to the fiber axis, the common cladding has a circular outer peripheral shape and a core group constellation being a constellation of the plurality of cores (11, 12, 13, 14, 15, 16) has symmetry, and wherein, in the cross section, core group symmetry being the symmetry of the core group constellation is at least one of line symmetry and rotational symmetry, characterized in that in the cross section, a core group position in the common cladding is separated in a predetermined separation direction from a cladding center of the common cladding and, as a result, all types of cladding symmetry featuring a structure of the common cladding surrounding the core group constellation are broken, the cladding symmetry serving as symmetry of a figure defined, in the cross section, by a combination of the common cladding and the core group constellation. a core group composed of a plurality of cores (11, 12, 13, 14, 15, 16) extending along a fiber axis; a common cladding surrounding the core group; and a coating covering an outer periphery of the common cladding, wherein in a cross section of the optical fiber perpendicular to the fiber axis, the common cladding has a circular outer peripheral shape and a core group constellation being a constellation of the plurality of cores (11, 12, 13, 14, 15, 16) has symmetry, and wherein, in the cross section, core group symmetry being the symmetry of the core group constellation is at least one of line symmetry and rotational symmetry, characterized in that in the cross section, a core group position in the common cladding is separated in a predetermined separation direction from a cladding center of the common cladding and, as a result, all types of cladding symmetry featuring a structure of the common cladding surrounding the core group constellation are broken, the cladding symmetry serving as symmetry of a figure defined, in the cross section, by a combination of the common cladding and the core group constellation.
A computer-implemented method for treatment planning of a treatment of a patient for a radiation therapy system, the radiation therapy system comprising a radiation therapy unit having a fixed radiation focus point, wherein a spatial dose distribution surrounding the focus point can be changed by adjusting beam shape setting, including collimator settings, of a collimator body, said collimator body being arranged in sectors and having a plurality of collimator passage inlets directing radiation emanating from radioactive sources of a source carrier arrangement of the therapy system to said focus point, said method comprising the steps of: generating non-uniformly spaced isocenter positions in a target volume; choosing isocenter positions of the generated fixed isocenter positions for subsequent optimization, wherein each chosen isocenter position represents a subset of the generated isocenter positions; setting a number of objectives reflecting clinical criteria for regions of interest, wherein different objectives are set for different regions including targets to be treated during treatment of the patient, organs at risk and/or healthy tissue; providing a convex optimization problem that steers the delivered radiation according to the objectives; calculating dose rates for specific treatment configurations including sector and collimator settings and irradiation time for the chosen isocenters using said convex optimization problem; creating treatment plans including determining shots to be delivered during treatment based on the treatment configurations, wherein each shot is modelled by a spatial dose volume distribution of radiation, the shape of said spatial distribution depending on the specific sector and collimator setting and irradiation time; and selecting an optimal treatment plan that satisfies the clinical criteria. generating non-uniformly spaced isocenter positions in a target volume; choosing isocenter positions of the generated fixed isocenter positions for subsequent optimization, wherein each chosen isocenter position represents a subset of the generated isocenter positions; setting a number of objectives reflecting clinical criteria for regions of interest, wherein different objectives are set for different regions including targets to be treated during treatment of the patient, organs at risk and/or healthy tissue; providing a convex optimization problem that steers the delivered radiation according to the objectives; calculating dose rates for specific treatment configurations including sector and collimator settings and irradiation time for the chosen isocenters using said convex optimization problem; creating treatment plans including determining shots to be delivered during treatment based on the treatment configurations, wherein each shot is modelled by a spatial dose volume distribution of radiation, the shape of said spatial distribution depending on the specific sector and collimator setting and irradiation time; and selecting an optimal treatment plan that satisfies the clinical criteria.
Heating device for the vehicle interior of a motor vehicle, wherein the heating device is arranged as an IR radiator in a reflector housing, characterised in that the IR radiator is formed with a textile-based heating strip arranged in the reflector housing and - the textile-based heating strip is produced from a basalt/stainless steel mixed yarn. - the textile-based heating strip is produced from a basalt/stainless steel mixed yarn.
An uplink power control method for carrier aggregation for multiple base stations, comprising: receiving (403, 504) from a second base station, by an apparatus, a maximum transmission power value determined by a first base station; transmitting (408, 507) with a power limited to the maximum transmission power value, by the apparatus, a second uplink to the second base station which does not have a control plane interface; and transmitting, by the apparatus, a first uplink to the first base station. receiving (403, 504) from a second base station, by an apparatus, a maximum transmission power value determined by a first base station; transmitting (408, 507) with a power limited to the maximum transmission power value, by the apparatus, a second uplink to the second base station which does not have a control plane interface; and transmitting, by the apparatus, a first uplink to the first base station.
A method of verifying and recording information about a communications services plan purchased by a user having a telephony device, the communications services plan covering communications services that will be provided by a first telephony service provider, the user's telephony device receiving its native telephony service from a native service provider, the method comprising: receiving information from the user's telephony device about the purchased communications services plan, such communications services plan being purchased from a third party merchant; interacting with the third party merchant via data communications that pass between the first telephony service provider and the third party merchant, and using the received information, to verify that the user purchased the communications services plan from the third party merchant using the user's telephony device; and recording information about the purchased communications services plan in a mobile plan database of the first telephony service provider, wherein the information is recorded against an identifier characterised in that the method is performed by the first telephony service provider; and the communications services plan is for communications services that will be provided by the first telephony service provider, which is not the native service provider, to the user's telephony device, such that the user can obtain telephony services from both the first telephony service provider and the native service provider. receiving information from the user's telephony device about the purchased communications services plan, such communications services plan being purchased from a third party merchant; interacting with the third party merchant via data communications that pass between the first telephony service provider and the third party merchant, and using the received information, to verify that the user purchased the communications services plan from the third party merchant using the user's telephony device; and recording information about the purchased communications services plan in a mobile plan database of the first telephony service provider, wherein the information is recorded against an identifier
A method for determining sensitivity of a subject to an anti-cancer agent being a combination of fluorouracil or a salt thereof and oxaliplatin or a salt thereof, comprising measuring the level of calcium-binding protein S100A10 in a specimen derived from the subject.
An adjustable cage assembly for a flow control device, the adjustable cage assembly comprising: a first cage body; and a second cage body, each of the first and second cage bodies including: a first wall segment having an interior surface and an exterior surface; a first locking feature formed on the interior surface of the first wall segment; a second wall segment having an interior surface and an exterior surface; a second locking feature formed on the exterior surface of the second wall segment; wherein the first wall segment and the second wall segment are spaced in a circumferential direction to form a first opening therebetween, and wherein the first locking feature of the first cage body is configured to engage the second locking feature of the second cage body to rotationally secure the first cage body relative to the second cage body at one of a plurality of alignments to at least partially align the first opening of the first cage body with the first opening of the second cage body to form a corresponding plurality of opening profiles (162; 206; 226; 246) for flow across the first and second cage bodies. a first cage body; and a second cage body, each of the first and second cage bodies including: a first wall segment having an interior surface and an exterior surface; a first locking feature formed on the interior surface of the first wall segment; a second wall segment having an interior surface and an exterior surface; a second locking feature formed on the exterior surface of the second wall segment; wherein the first wall segment and the second wall segment are spaced in a circumferential direction to form a first opening therebetween, and wherein the first locking feature of the first cage body is configured to engage the second locking feature of the second cage body to rotationally secure the first cage body relative to the second cage body at one of a plurality of alignments to at least partially align the first opening of the first cage body with the first opening of the second cage body to form a corresponding plurality of opening profiles (162; 206; 226; 246) for flow across the first and second cage bodies. a first wall segment having an interior surface and an exterior surface; a first locking feature formed on the interior surface of the first wall segment; a second wall segment having an interior surface and an exterior surface; a second locking feature formed on the exterior surface of the second wall segment; wherein the first wall segment and the second wall segment are spaced in a circumferential direction to form a first opening therebetween, and wherein the first locking feature of the first cage body is configured to engage the second locking feature of the second cage body to rotationally secure the first cage body relative to the second cage body at one of a plurality of alignments to at least partially align the first opening of the first cage body with the first opening of the second cage body to form a corresponding plurality of opening profiles (162; 206; 226; 246) for flow across the first and second cage bodies.
A biodiesel fuel composition comprising a) a biodiesel fuel and b) a polymer or copolymer of the formula In-Poly- y obtained by nitroxyl mediated controlled free radical polymerization, wherein In is the initiator fragment starting the polymerization reaction; E is an end group bearing at least one stable free nitroxyl radical, which is bound via an oxygen atom to the polymer or copolymer; or is a group which results from a substitution or elimination reaction of the attached stable free nitroxyl radical; Poly is any polymer or copolymer formed from ethylenically unsaturated monomer(s); y is a number 1 or greater than 1 indicating the average number of end groups E attached to Poly. a) a biodiesel fuel and b) a polymer or copolymer of the formula In-Poly- y obtained by nitroxyl mediated controlled free radical polymerization, wherein In is the initiator fragment starting the polymerization reaction; E is an end group bearing at least one stable free nitroxyl radical, which is bound via an oxygen atom to the polymer or copolymer; or is a group which results from a substitution or elimination reaction of the attached stable free nitroxyl radical; Poly is any polymer or copolymer formed from ethylenically unsaturated monomer(s); y is a number 1 or greater than 1 indicating the average number of end groups E attached to Poly. In is the initiator fragment starting the polymerization reaction; E is an end group bearing at least one stable free nitroxyl radical, which is bound via an oxygen atom to the polymer or copolymer; or is a group which results from a substitution or elimination reaction of the attached stable free nitroxyl radical; Poly is any polymer or copolymer formed from ethylenically unsaturated monomer(s); y is a number 1 or greater than 1 indicating the average number of end groups E attached to Poly.
Method of generating and handling of Digital Subscriber Line, DSL connection-profiles thereby providing an adaptation functionality of a DSL-connection, comprising the steps of: - collecting (1, 2), each time a service is requested by a user of a DSL-connection. individual service-based-data, wherein the individual service-based-data comprise the start time and end time of use of the requested service and a transmit spectrum routed via the DSL-connection during the use of the requested service; - analyzing the collected individual service-based-data and based thereon assigning to the analyzed collected individual service-based-data a current individual DSL-connection profile comprising individual repetition times of the current individual DSL-connection profile and an individual mean transmit data rate; - comparing the current individual DSL-connection profile with any individual DSL-connection profile already stored in an operations scheduling memory - depending on the result of the step of comparing, updating an already stored individual DSL-connection profile based on the current individual DSL-connection profile or storing the current individual DSL-connection profile as a further individual DSL-connection profile in the operations scheduling memory, - wherein, prior to each time of repetition of any stored individual DSL-connection profile, a start time of correspondingly adjusting a condition of the DSL-connection is set to respectively match a respective imminent stored individual DSL-connection profile with the synchronization thereof already finished. - collecting (1, 2), each time a service is requested by a user of a DSL-connection. individual service-based-data, wherein the individual service-based-data comprise the start time and end time of use of the requested service and a transmit spectrum routed via the DSL-connection during the use of the requested service; - analyzing the collected individual service-based-data and based thereon assigning to the analyzed collected individual service-based-data a current individual DSL-connection profile comprising individual repetition times of the current individual DSL-connection profile and an individual mean transmit data rate; - comparing the current individual DSL-connection profile with any individual DSL-connection profile already stored in an operations scheduling memory - depending on the result of the step of comparing, updating an already stored individual DSL-connection profile based on the current individual DSL-connection profile or storing the current individual DSL-connection profile as a further individual DSL-connection profile in the operations scheduling memory, - wherein, prior to each time of repetition of any stored individual DSL-connection profile, a start time of correspondingly adjusting a condition of the DSL-connection is set to respectively match a respective imminent stored individual DSL-connection profile with the synchronization thereof already finished.
A heat exchanger plate (50; 300; 350; 360) for a heat exchanger (20; 500; 600) of a gas turbine engine for providing heat transfer between a first flow along a first flowpath and a second flow along a second flowpath, the heat exchanger plate (50; 300; 350; 360) comprising: a first face and a second face opposite the first face; a leading edge along the second flowpath and a trailing edge along the second flowpath; a proximal edge having at least one inlet port along the first flowpath and at least one outlet port along the first flowpath; and at least one passageway along the first flowpath, wherein the at least one passageway comprises: an inlet plenum extending from the at least one inlet port of the plate (50; 300; 350; 360); an outlet plenum extending to the at least one outlet port of the plate (50; 300; 350; 360); and a plurality of legs fluidically in parallel between the inlet plenum and the outlet plenum, characterised in that: the leading edge is 88° to 92° off the proximal edge; and the trailing edge is more than 95° off the proximal edge in exterior angle so that a length decreases from the proximal edge to a distal edge. a first face and a second face opposite the first face; a leading edge along the second flowpath and a trailing edge along the second flowpath; a proximal edge having at least one inlet port along the first flowpath and at least one outlet port along the first flowpath; and at least one passageway along the first flowpath, wherein the at least one passageway comprises: an inlet plenum extending from the at least one inlet port of the plate (50; 300; 350; 360); an outlet plenum extending to the at least one outlet port of the plate (50; 300; 350; 360); and a plurality of legs fluidically in parallel between the inlet plenum and the outlet plenum, an inlet plenum extending from the at least one inlet port of the plate (50; 300; 350; 360); an outlet plenum extending to the at least one outlet port of the plate (50; 300; 350; 360); and a plurality of legs fluidically in parallel between the inlet plenum and the outlet plenum, characterised in that: the leading edge is 88° to 92° off the proximal edge; and the trailing edge is more than 95° off the proximal edge in exterior angle so that a length decreases from the proximal edge to a distal edge. the leading edge is 88° to 92° off the proximal edge; and the trailing edge is more than 95° off the proximal edge in exterior angle so that a length decreases from the proximal edge to a distal edge.
A medical system for imaging, comprising: a processor; a shape sensing system coupled to a medical instrument, the shape sensing system configured to measure a shape and position of the medical instrument; an imaging system configured to generate an image of a subject; and memory coupled to the processor, the memory including: an optical shape sensing module configured to receive shape sensing data from the shape sensing system; characterized in that the system further comprises an image generation module configured to detect and digitally remove image artifacts of the medical instrument from the generated image based on at least the shape and the position of the medical instrument as measured by the shape sensing system. a processor; a shape sensing system coupled to a medical instrument, the shape sensing system configured to measure a shape and position of the medical instrument; an imaging system configured to generate an image of a subject; and memory coupled to the processor, the memory including: an optical shape sensing module configured to receive shape sensing data from the shape sensing system; characterized in that the system further comprises an image generation module configured to detect and digitally remove image artifacts of the medical instrument from the generated image based on at least the shape and the position of the medical instrument as measured by the shape sensing system. an optical shape sensing module configured to receive shape sensing data from the shape sensing system; characterized in that the system further comprises an image generation module configured to detect and digitally remove image artifacts of the medical instrument from the generated image based on at least the shape and the position of the medical instrument as measured by the shape sensing system. an image generation module configured to detect and digitally remove image artifacts of the medical instrument from the generated image based on at least the shape and the position of the medical instrument as measured by the shape sensing system.