mhurhangee/ep-ind-claims huggingface dataset:
A system for providing a service capability exposure function, SCEF, as a Diameter routing agent, DRA, feature, the system comprising: a DRA including a plurality of message processors (502A, 502B, 502C, 502D); and a cellular device connectivity, CDC, service module implemented on the DRA for providing SCEF services as a feature of the DRA, the SCEF services including determining for received non-Internet protocol, non-IP, messages whether to invoke Internet of things, loT, service handling based on an access point name or other message attribute that identifies an application and for forwarding the received messages requiring loT service to a service capability server, SCS, or an application server, AS, for receiving the loT service handling, wherein providing SCEF services as a feature of the DRA includes implementing the CDC service module on one of the message processors of the DRA. a DRA including a plurality of message processors (502A, 502B, 502C, 502D); and a cellular device connectivity, CDC, service module implemented on the DRA for providing SCEF services as a feature of the DRA, the SCEF services including determining for received non-Internet protocol, non-IP, messages whether to invoke Internet of things, loT, service handling based on an access point name or other message attribute that identifies an application and for forwarding the received messages requiring loT service to a service capability server, SCS, or an application server, AS, for receiving the loT service handling, wherein providing SCEF services as a feature of the DRA includes implementing the CDC service module on one of the message processors of the DRA.
An apparatus for preparing a center-filled consumable product comprising, in sequential order: a. an extruder, which extrudes a continuous tubular rope of consumable product; b. a rope sizer for reducing the diameter of said extruded continuous tubular rope; d. a relaxation conveyor for moving said rope from said rope sizer to said cutting apparatus comprising c. an oscillating swing arm for depositing the rope onto the relaxation conveyor in a continuous wave pattern; and e. a cutting apparatus for cutting said continuous rope into said consumable product. a. an extruder, which extrudes a continuous tubular rope of consumable product; b. a rope sizer for reducing the diameter of said extruded continuous tubular rope; d. a relaxation conveyor for moving said rope from said rope sizer to said cutting apparatus comprising c. an oscillating swing arm for depositing the rope onto the relaxation conveyor in a continuous wave pattern; and e. a cutting apparatus for cutting said continuous rope into said consumable product.
A compound of the formula: wherein X is N or CR b; Z is O or CH 2; is A is or a six-membered aromatic ring containing one or two nitrogen atoms which is optionally substituted with one or two substituents independently selected from the group consisting of tetrazolyl and C 1-3 alkyl; R 1 is H, OH or O(C 1-3 alkyl); R 2 is H or C 1-3 alkyl; R 4 is H or C 1-3 alkyl; R 5 is H or C 1-3 alkyl; R 6 is H or C 1-3 alkyl; R 7 is H, C 1-3 alkyl or O(C 1-3 alkyl); R a is H or C 1-3 alkyl; R b is H, OH, C 1-3 alkyl or (C=O)OC 1-3 alkyl; R x is H, halo, C 1-3 alkyl or O(C 1-3 alkyl); n is 0, 1 or 2; - - - - is an optional bond; or a pharmaceutically acceptable salt thereof. wherein X is N or CR b; Z is O or CH 2; is A is or a six-membered aromatic ring containing one or two nitrogen atoms which is optionally substituted with one or two substituents independently selected from the group consisting of tetrazolyl and C 1-3 alkyl; R 1 is H, OH or O(C 1-3 alkyl); R 2 is H or C 1-3 alkyl; R 4 is H or C 1-3 alkyl; R 5 is H or C 1-3 alkyl; R 6 is H or C 1-3 alkyl; R 7 is H, C 1-3 alkyl or O(C 1-3 alkyl); R a is H or C 1-3 alkyl; R b is H, OH, C 1-3 alkyl or (C=O)OC 1-3 alkyl; R x is H, halo, C 1-3 alkyl or O(C 1-3 alkyl); n is 0, 1 or 2; - - - - is an optional bond;
A method for processing a liquid electrostatic ink composition, the method comprising: providing an initial liquid electrostatic ink composition comprising chargeable toner particles dispersed in a first liquid carrier, removing at least some of the liquid carrier from the initial liquid electrostatic ink composition using supercritical fluid extraction to provide a concentrated composition comprising the chargeable toner particles, adding a second liquid carrier to the concentrated composition to form a final liquid electrostatic ink composition. providing an initial liquid electrostatic ink composition comprising chargeable toner particles dispersed in a first liquid carrier, removing at least some of the liquid carrier from the initial liquid electrostatic ink composition using supercritical fluid extraction to provide a concentrated composition comprising the chargeable toner particles, adding a second liquid carrier to the concentrated composition to form a final liquid electrostatic ink composition.
A method of determining the likelihood that a subject has lung cancer, the method comprising (a) subjecting mRNA of a biological sample of the subject to a gene expression analysis, wherein the gene expression analysis comprises (i) determining mRNA expression levels in the biological sample of one or more informative genes that relate to lung cancer status, and (ii) determining mRNA expression levels in the biological sample of one or more genomic correlate genes that relate to one or more self-reportable characteristics of the subject, wherein said one or more genomic correlate genes are different from said informative genes; and (b) generating a lung cancer risk assessment using a lung-cancer classifier, based on the expression levels determined in (i) and (ii), wherein the lung cancer risk assessment is indicative of the likelihood that the subject has lung cancer, wherein the genomic correlate genes comprise (i) SLC7A11, CLND10 or TKT when the one or more self-reportable characteristics of the subject include smoking, or (ii) AKR1C2 or RUNX1T1 when the one or more self-reportable characteristics of the subject include smoking history, or (iii) CD52, SYT8, TNNT3, ALXI, KLRKI, RASA3, CERS3, ASPA, GRP, APOCI, EPHX3, REEPI, FAM198B, PCDHB4, PCDHB16, FOXD1, SPARC, NKAPL, or GPR110 when the one or more self-reportable characteristics of the subject include age. (a) subjecting mRNA of a biological sample of the subject to a gene expression analysis, wherein the gene expression analysis comprises (i) determining mRNA expression levels in the biological sample of one or more informative genes that relate to lung cancer status, and (ii) determining mRNA expression levels in the biological sample of one or more genomic correlate genes that relate to one or more self-reportable characteristics of the subject, wherein said one or more genomic correlate genes are different from said informative genes; and (i) determining mRNA expression levels in the biological sample of one or more informative genes that relate to lung cancer status, and (ii) determining mRNA expression levels in the biological sample of one or more genomic correlate genes that relate to one or more self-reportable characteristics of the subject, wherein said one or more genomic correlate genes are different from said informative genes; and (b) generating a lung cancer risk assessment using a lung-cancer classifier, based on the expression levels determined in (i) and (ii), wherein the lung cancer risk assessment is indicative of the likelihood that the subject has lung cancer, (i) SLC7A11, CLND10 or TKT when the one or more self-reportable characteristics of the subject include smoking, or (ii) AKR1C2 or RUNX1T1 when the one or more self-reportable characteristics of the subject include smoking history, or (iii) CD52, SYT8, TNNT3, ALXI, KLRKI, RASA3, CERS3, ASPA, GRP, APOCI, EPHX3, REEPI, FAM198B, PCDHB4, PCDHB16, FOXD1, SPARC, NKAPL, or GPR110 when the one or more self-reportable characteristics of the subject include age.
A method for the preparation of a gelcoated substrate comprising the steps of (a) applying a first gelcoat composition comprising - a reactive polyester resin system comprising a polyol and a carboxylic acid, a carboxylic acid ester and/or a carboxylic acid anhydride; - a particulate inorganic filler at a content of at least 0.001 wt.-%, relative to the total weight of the gelcoat composition; and - a reactive diluent; to a substrate; wherein the substrate is a sanitary basin selected from the group consisting of sinks, washbasins, spas, shower basins, and lavatories, or a surface selected from the group consisting of table tops and counter tops; (a 2) applying a second gelcoat composition differing from the gelcoat composition applied in step (a); (b) allowing the first gelcoat composition to solidify; and (b 2) allowing the second gelcoat composition to solidify. (a) applying a first gelcoat composition comprising - a reactive polyester resin system comprising a polyol and a carboxylic acid, a carboxylic acid ester and/or a carboxylic acid anhydride; - a particulate inorganic filler at a content of at least 0.001 wt.-%, relative to the total weight of the gelcoat composition; and - a reactive diluent; to a substrate; wherein the substrate is a sanitary basin selected from the group consisting of sinks, washbasins, spas, shower basins, and lavatories, or a surface selected from the group consisting of table tops and counter tops; - a reactive polyester resin system comprising a polyol and a carboxylic acid, a carboxylic acid ester and/or a carboxylic acid anhydride; - a particulate inorganic filler at a content of at least 0.001 wt.-%, relative to the total weight of the gelcoat composition; and - a reactive diluent; (a 2) applying a second gelcoat composition differing from the gelcoat composition applied in step (a); (b) allowing the first gelcoat composition to solidify; and (b 2) allowing the second gelcoat composition to solidify.
A degradable drug-loading stent, comprising a stent body, wherein the stent body is provided with a drug-loading groove at an outer surface thereof; the stent body has a contracted state and an expanded state, the stent body is capable of being switched from the contracted state to the expanded state by radial expansion, the stent body has a mesh columnar structure in the expanded state, and the drug-loading groove has a depth that is 10% to 60% of a wall thickness of the mesh columnar structure; wherein the stent body comprises a plurality of supporting unit rings and connecting rods, the supporting unit rings are connected by the connecting rods to form the mesh columnar structure, and the drug-loading groove is at least arranged on an outer surface of at least one of the supporting unit rings; characterized in that the drug-loading groove on at least one of the supporting unit rings comprises a plurality of convoluted groove sections and a plurality of connecting groove sections, two adjacent convoluted groove sections being connected by one connecting groove sections. wherein the stent body comprises a plurality of supporting unit rings and connecting rods, the supporting unit rings are connected by the connecting rods to form the mesh columnar structure, and the drug-loading groove is at least arranged on an outer surface of at least one of the supporting unit rings; characterized in that the drug-loading groove on at least one of the supporting unit rings comprises a plurality of convoluted groove sections and a plurality of connecting groove sections, two adjacent convoluted groove sections being connected by one connecting groove sections.
Assembly comprising a cover for a fused load disconnector and a metal clip for holding fuses in accommodation compartments which are provided in the cover of the fused load disconnector, wherein the metal clip has: - a front section, - two wall sections which extend substantially perpendicularly from the front section, and - in each case one retaining web on the wall sections, wherein the retaining web projects laterally outward from the associated wall sections, characterized by clamping lugs which are each arranged in the accommodation compartment and which, between them and a guide web, have an intermediate space for accommodating the two retaining webs which during assembly - centred by the clamping lugs - can be pushed in an assembly direction into the intermediate spaces and therefore into the cover and can be fixedly clamped by the clamping lugs which spring back. - a front section, - two wall sections which extend substantially perpendicularly from the front section, and - in each case one retaining web on the wall sections, wherein the retaining web projects laterally outward from the associated wall sections,
A method for producing a detergent composition which comprises the step of adding a protease variant which was obtained by a method comprising introducing into a parent subtilase a deletion at a position corresponding to position 53 of the mature polypeptide consisting of SEQ ID NO: 2 and an additional deletion of one or more amino acids selected from the group consisting of Ser, Glu, Thr, Asn or Pro in the loop corresponding to positions 54, 55, 56 or 57 of the mature polypeptide consisting of SEQ ID NO: 2, wherein the variant has at least 95% identity to SEQ ID NO: 2.
An electrically-reconfigurable antenna, comprising: a plurality of antenna elements linked together by a plurality of independently-controllable radio frequency, RF, interface circuits that support impedance, Z, reciprocity during transmit, TX, and receive, RX, modes of operation, wherein each of said plurality of RF interface circuits controls only one pair of said plurality of antenna elements, wherein said plurality of antenna elements comprise a plurality of rows and a plurality of columns of radiators, and the plurality of RF interface circuits comprise a plurality of duplexers, wherein the plurality of RF interface circuits include feed circuits that are coupled to antenna radiators in the columns and feed circuits that are coupled to antenna radiators in the rows, wherein the plurality of RF interface circuits that are coupled to antenna radiators in the columns each have two outputs connected to only two adjacent respective ones of the antenna radiators in the same column, wherein the plurality of RF interface circuits that are coupled to antenna radiators in the rows each have two outputs connected to only two adjacent respective ones of the antenna radiators in the same column, wherein the plurality of RF interface circuits are each configured to selectively activate and control current of the two radiators connected thereto, and wherein the plurality of RF interface circuits are configured to selectively activate any subset of the radiators. a plurality of antenna elements linked together by a plurality of independently-controllable radio frequency, RF, interface circuits that support impedance, Z, reciprocity during transmit, TX, and receive, RX, modes of operation, wherein each of said plurality of RF interface circuits controls only one pair of said plurality of antenna elements, wherein said plurality of antenna elements comprise a plurality of rows and a plurality of columns of radiators, and the plurality of RF interface circuits comprise a plurality of duplexers, wherein the plurality of RF interface circuits include feed circuits that are coupled to antenna radiators in the columns and feed circuits that are coupled to antenna radiators in the rows, wherein the plurality of RF interface circuits that are coupled to antenna radiators in the columns each have two outputs connected to only two adjacent respective ones of the antenna radiators in the same column, wherein the plurality of RF interface circuits that are coupled to antenna radiators in the rows each have two outputs connected to only two adjacent respective ones of the antenna radiators in the same column, wherein the plurality of RF interface circuits are each configured to selectively activate and control current of the two radiators connected thereto, and wherein the plurality of RF interface circuits are configured to selectively activate any subset of the radiators.
A plastic sheet (10, 40, 50, 60, 70) comprising: a plastic layer including a first surface and a second surface on an opposite side of the plastic layer from the first surface; and a plurality of first cylindrical lenses formed on the first surface, extending along a first axis, having a pitch P3 and a height, wherein the plastic layer includes a print portion (11, 51, 81) that is to be colored by exposure to a laser beam, the print portion (11, 51, 81) includes a focal point of the cylindrical lens, and the plastic layer is configured to allow a laser beam that enters the cylindrical lens to pass through to the print portion (11, 51, 81), and a plurality of second cylindrical lenses formed on the second surface having a pitch P4 and a height, characterized in that the pitch P3 and/or height of the first cylindrical lenses differs from the pitch P4 and/or height of the second cylindrical lenses, and the direction in which the first cylindrical lenses extend intersects with the direction in which the second cylindrical lenses extend. a plastic layer including a first surface and a second surface on an opposite side of the plastic layer from the first surface; and a plurality of first cylindrical lenses formed on the first surface, extending along a first axis, having a pitch P3 and a height, wherein the plastic layer includes a print portion (11, 51, 81) that is to be colored by exposure to a laser beam, the print portion (11, 51, 81) includes a focal point of the cylindrical lens, and the plastic layer is configured to allow a laser beam that enters the cylindrical lens to pass through to the print portion (11, 51, 81), and a plurality of second cylindrical lenses formed on the second surface having a pitch P4 and a height, characterized in that the pitch P3 and/or height of the first cylindrical lenses differs from the pitch P4 and/or height of the second cylindrical lenses, and the direction in which the first cylindrical lenses extend intersects with the direction in which the second cylindrical lenses extend.
A method of decoding a bit stream signal as an audio time signal, the method including the steps of: decoding a bit stream signal as a preliminary audio time signal according to a coding mode selected from a plurality of coding modes, wherein the plurality of coding modes includes at least a first coding mode which includes a post-filtering step and at least a second coding mode which does not include the post-filtering step, wherein the post-filtering step applies a pitch-enhancement filter to the preliminary audio time signal, thereby obtaining an audio time signal, wherein the post-filtering step is selectively omitted responsive to post-filtering information encoded in the bit stream signal, the post-filtering information being indicative of an encoder-side decision of whether or not to omit the post-filtering step, whereby the post-filtering step is selectively omitted in the first coding mode, and wherein the post-filtering step further includes attenuating noise located in spectral valleys. decoding a bit stream signal as a preliminary audio time signal according to a coding mode selected from a plurality of coding modes, wherein the plurality of coding modes includes at least a first coding mode which includes a post-filtering step and at least a second coding mode which does not include the post-filtering step, wherein the post-filtering step applies a pitch-enhancement filter to the preliminary audio time signal, thereby obtaining an audio time signal, wherein the post-filtering step is selectively omitted responsive to post-filtering information encoded in the bit stream signal, the post-filtering information being indicative of an encoder-side decision of whether or not to omit the post-filtering step, whereby the post-filtering step is selectively omitted in the first coding mode, and wherein the post-filtering step further includes attenuating noise located in spectral valleys.
A wheel, shaft, and rim comprising a plurality of load cells for detecting wheel forces and/or moments on tire test stands in the laboratory and on mobile test vehicles based on the piezoelectric measuring principle wherein each load cell comprises a base plate and a cover plate disposed opposite of the base plate as well as two or more plate-shaped quartz sensors two-dimensionally arranged between said plates; wherein said base plate and said cover plate are designed with an elongated shape and encase the quartz sensors there between which are disposed in a row with respect to the longitudinal direction of plates, and are pretensioned by the plates,; characterized in that all measuring lines and neutral conductors of said quartz sensors of each of said load cells are led to a common plug of the load cell; that said load cells are evenly distributed around a shaft in the region of a rim to which a tire will be mounted afterwards; that the base plate and the cover plate are configured with bevelled or rounded corners, in particular oval-like in shape; and that the load cells are arranged around said shaft in the form of a circle.
An outsole formed of a polymer crosslinked product, wherein the polymer crosslinked product comprises a rubber and a thermoplastic resin; has a JIS A hardness, according JIS K 6253, of 90 or less and a tear strength, according JIS K 6252, of 392.266 N/cm or more; and has a relationship of the expression below between a storage modulus (E 23) at 23 °C and 10 Hz and a storage modulus (E 160) at 160 °C and 10 Hz: 4 ≤ E 23 / E 160 ≤ 35 and wherein a density, according JIS K 7112, of the polymer crosslinked product is 1.0 g/cm 3 or less. wherein the polymer crosslinked product comprises a rubber and a thermoplastic resin; has a JIS A hardness, according JIS K 6253, of 90 or less and a tear strength, according JIS K 6252, of 392.266 N/cm or more; and has a relationship of the expression below between a storage modulus (E 23) at 23 °C and 10 Hz and a storage modulus (E 160) at 160 °C and 10 Hz: 4 ≤ E 23 / E 160 ≤ 35 and wherein a density, according JIS K 7112, of the polymer crosslinked product is 1.0 g/cm 3 or less.