mhurhangee/ep-ind-claims huggingface dataset:
A User Equipment, UE, comprising: a transmission/reception unit (306, 308) configured to transmit a request message for a first service authorization to a device equipped with a ProSe function, to request authorization for the UE to be directly detected as a relay User Equipment, UE, by a proximity User Equipment, UE, positioned in proximity or for the UE to perform direct communication with the proximity UE; and a control unit; wherein the transmission/reception unit (306, 308) is configured to receive an authorization message for the request message from the device equipped with the ProSe function; and characterized in that the transmission/reception unit (306, 308) is further configured to receive a Relay Service Code from the device equipped with the ProSe function, the Relay Service Code is a code indicating a connectivity service provided by the UE, and the control unit is configured to start counting a timer in a case of receiving a timer value included in the authorization message and indicating a period of time during which the first service authorization for the connectivity service is valid. a transmission/reception unit (306, 308) configured to transmit a request message for a first service authorization to a device equipped with a ProSe function, to request authorization for the UE to be directly detected as a relay User Equipment, UE, by a proximity User Equipment, UE, positioned in proximity or for the UE to perform direct communication with the proximity UE; and a control unit; wherein the transmission/reception unit (306, 308) is configured to receive an authorization message for the request message from the device equipped with the ProSe function; and characterized in that the transmission/reception unit (306, 308) is further configured to receive a Relay Service Code from the device equipped with the ProSe function, the Relay Service Code is a code indicating a connectivity service provided by the UE, and the control unit is configured to start counting a timer in a case of receiving a timer value included in the authorization message and indicating a period of time during which the first service authorization for the connectivity service is valid.
An antibody or an antigen-binding fragment thereof that selectively binds to an epitope within the core region of transglutaminase type 2 and that inhibits human TG2 cross-linking lysine and glutamine with Nε(γ-glutamyl)lysine isopeptide bonds, wherein the antibody or antigen-binding fragment thereof comprises the following amino acid sequences: (i) KASQDINSYLT (LCDR1); LVNRLVD (LCDR2); LQYDDFPYT (LCDR3); THAMS (HCDR1); TISSGGRSTYYPDSVKG (HCDR2); and LISTY (HCDR3); or (ii) KASQDINSYLT (LCDR1); LTNRLMD (LCDR2); LQYVDFPYT (LCDR3); SSAMS (HCDR1); TISSGGRSTYYPDSVKG (HCDR2); and LISPY (HCDR3); or (iii) KASQDINSYLT (LCDR1); RTNRLFD (LCDR2); LQYDDFPYT (LCDR3); SSAMS (HCDR1); TISVGGGKTYYPDSVKG (HCDR2); and LISLY (HCDR3). (i) KASQDINSYLT (LCDR1); LVNRLVD (LCDR2); LQYDDFPYT (LCDR3); THAMS (HCDR1); TISSGGRSTYYPDSVKG (HCDR2); and LISTY (HCDR3); or (ii) KASQDINSYLT (LCDR1); LTNRLMD (LCDR2); LQYVDFPYT (LCDR3); SSAMS (HCDR1); TISSGGRSTYYPDSVKG (HCDR2); and LISPY (HCDR3); or (iii) KASQDINSYLT (LCDR1); RTNRLFD (LCDR2); LQYDDFPYT (LCDR3); SSAMS (HCDR1); TISVGGGKTYYPDSVKG (HCDR2); and LISLY (HCDR3).
Vice comprising a stationary rear jaw and a front jaw, which is displaceable along a guide relative to the rear jaw via a threaded spindle, one end of which, having a handle, is rotatably mounted in the front jaw, wherein the threaded spindle has an external thread, which corresponds with an internal thread arranged on the rear jaw, characterised in that the internal thread is inserted in a coupling bolt displaceably arranged in the rear jaw at an angle (α) of between 2° and 8° to the orthogonal of the threaded spindle axis and is designed as a partial thread with a semicircular cross-section, which merges into an elongated hole-shaped lead-through, which is designed in such a manner that the threaded spindle can be brought into or out of engagement with the partial thread by displacing the coupling bolt.
A compound of formula wherein each u is independently selected from 0 and 1; and each R 2 and R 4 is independently selected from carboxy, carboxyalkyl, alkoxycarbonylalkyl, aminoalkyl, (amino)(carboxy)alkyl and (amino)(carboxy)alkoxy; wherein any alkyl moiety is a C1-C6 alkyl; or a pharmaceutically acceptable salt thereof. each u is independently selected from 0 and 1; and each R 2 and R 4 is independently selected from carboxy, carboxyalkyl, alkoxycarbonylalkyl, aminoalkyl, (amino)(carboxy)alkyl and (amino)(carboxy)alkoxy; wherein any alkyl moiety is a C1-C6 alkyl; or a pharmaceutically acceptable salt thereof.
A protective clip for shielding a needle tip comprising an elongated arm and a body section; characterized in that - the arm comprises a shielding section on a distal end of the arm and a ledge extending from a proximal end of the arm opposite the distal end of the arm, and the body section comprises a proximal opening, a distal opening, a free end and a fixed distal end not axially movable relative to the arm; - wherein the shielding section of the arm is moveable from a pre-activated or first position wherein the free end of the body section abuts the ledge of the arm to form a curved resilient force generating body section configured for axially expanding the body section when activated, the proximal opening and the distal opening are in alignment for receiving a needle defining a needle axis and having a needle tip, such that the shielding section is biased radially outwardly by the needle toward the needle axis, to an activated or second position wherein the bias on the arm is released to allow the free end of the body section to separate from the ledge of the arm and the shielding section to move radially inwardly toward the needle axis and distally of the needle tip. - the arm comprises a shielding section on a distal end of the arm and a ledge extending from a proximal end of the arm opposite the distal end of the arm, and the body section comprises a proximal opening, a distal opening, a free end and a fixed distal end not axially movable relative to the arm; - wherein the shielding section of the arm is moveable from a pre-activated or first position wherein the free end of the body section abuts the ledge of the arm to form a curved resilient force generating body section configured for axially expanding the body section when activated, the proximal opening and the distal opening are in alignment for receiving a needle defining a needle axis and having a needle tip, such that the shielding section is biased radially outwardly by the needle toward the needle axis, to an activated or second position wherein the bias on the arm is released to allow the free end of the body section to separate from the ledge of the arm and the shielding section to move radially inwardly toward the needle axis and distally of the needle tip.
An analysis data processing method for processing a plurality of chromatogram data obtained for one sample or a plurality of chromatogram data respectively obtained for a plurality of samples, comprising: a) a time-axis adjusting step in which time axes of a plurality of target chromatogram data selected for a comparative analysis from the aforementioned plurality of chromatogram data are adjusted so that appearance times of the same component coincide with each other; b) a data rectifying step in which, if there is a chromatogram data having an incidence of missing data at a point in time within a head section and a tail section of the plurality of target chromatogram data after the time-axis adjustment, said data missing resulting from one or both of the head and tail sections of a chromatogram data not having a counterpart section of another chromatogram data in the corresponding time range, the plurality of target chromatogram data is rectified by deleting data included in a time range where the missing of data has occurred; and c) a table creating step (S6, S7) in which the plurality of target chromatogram data that have undergone the data rectifying step on the head section and the tail section are compiled into a two-dimensional table with data values of each chromatogram data arranged in order of time in a longitudinal or lateral direction and the target chromatogram data arranged in a lateral or longitudinal direction orthogonal to the time-order direction. a) a time-axis adjusting step in which time axes of a plurality of target chromatogram data selected for a comparative analysis from the aforementioned plurality of chromatogram data are adjusted so that appearance times of the same component coincide with each other; b) a data rectifying step in which, if there is a chromatogram data having an incidence of missing data at a point in time within a head section and a tail section of the plurality of target chromatogram data after the time-axis adjustment, said data missing resulting from one or both of the head and tail sections of a chromatogram data not having a counterpart section of another chromatogram data in the corresponding time range, the plurality of target chromatogram data is rectified by deleting data included in a time range where the missing of data has occurred; and c) a table creating step (S6, S7) in which the plurality of target chromatogram data that have undergone the data rectifying step on the head section and the tail section are compiled into a two-dimensional table with data values of each chromatogram data arranged in order of time in a longitudinal or lateral direction and the target chromatogram data arranged in a lateral or longitudinal direction orthogonal to the time-order direction.
A method for determining the presence or absence of an expansion of the CGG repeat tract in the 5'-untranslated region (5'-UTR) of fragile X related mental retardation gene 1 in an individual, said method comprising: a) amplifying all or portion of said 5'-UTR CGG repeat tract using as template FMR1 encoding nucleic acid obtained from a sample from said individual, said amplifying being achieved with at least a primer pair, said primer pair comprising (i) a downstream primer that comprises a CCG repeat segment which contains less than four consecutive CCG triplet repeats and/or (ii) an upstream primer that comprises a CGG repeat segment which contains less than four consecutive CGG triplet repeats, wherein said downstream primer hybridizes to the junction between the 3' end of the CGG repeat tract in the FMR1 gene and sequence directly 3' thereto, or wherein said upstream primer hybridizes to the junction between the 5' end of the CGG repeat tract in the FMR1 gene and sequence directly 5' thereto, said amplifying generating amplicons that contain at least a portion of the CGG repeat tract; and b) separating said amplicons according to size, wherein the size of said amplicons indicates the presence or absence of expansion of said CGG repeat tract in said 5'-UTR of FMR1 gene. a) amplifying all or portion of said 5'-UTR CGG repeat tract using as template FMR1 encoding nucleic acid obtained from a sample from said individual, said amplifying being achieved with at least a primer pair, said primer pair comprising (i) a downstream primer that comprises a CCG repeat segment which contains less than four consecutive CCG triplet repeats and/or (ii) an upstream primer that comprises a CGG repeat segment which contains less than four consecutive CGG triplet repeats, wherein said downstream primer hybridizes to the junction between the 3' end of the CGG repeat tract in the FMR1 gene and sequence directly 3' thereto, or wherein said upstream primer hybridizes to the junction between the 5' end of the CGG repeat tract in the FMR1 gene and sequence directly 5' thereto, said amplifying generating amplicons that contain at least a portion of the CGG repeat tract; and (i) a downstream primer that comprises a CCG repeat segment which contains less than four consecutive CCG triplet repeats and/or (ii) an upstream primer that comprises a CGG repeat segment which contains less than four consecutive CGG triplet repeats, wherein said downstream primer hybridizes to the junction between the 3' end of the CGG repeat tract in the FMR1 gene and sequence directly 3' thereto, or wherein said upstream primer hybridizes to the junction between the 5' end of the CGG repeat tract in the FMR1 gene and sequence directly 5' thereto, said amplifying generating amplicons that contain at least a portion of the CGG repeat tract; and b) separating said amplicons according to size, wherein the size of said amplicons indicates the presence or absence of expansion of said CGG repeat tract in said 5'-UTR of FMR1 gene.
A quantum dot having a perovskite crystal structure represented by Chemical Formula 1: Chemical Formula 1 ABX 3 wherein, A is a Group IA metal selected from Rb, Cs, Fr, and a combination thereof, B is a Group IVA metal selected from Si, Ge, Sn, Pb, and a combination thereof, X is a halogen selected from F, Cl, Br, and I, BF 4, or a combination thereof,; wherein the quantum dot has a size of 1 nanometer to 50 nanometers; wherein in the quantum dot, an atomic ratio of halogen atoms relative to the Group IA metal atoms is greater than 3.0; and wherein the quantum dot further comprises at least one of a first dopant and a second dopant, wherein the first dopant comprises potassium or a first metal having a crystal ionic radius of less than 133 picometers, wherein the first metal is different from the Group IA metal and the Group IVA metal, and wherein the second dopant comprises a non-metal element that forms a bond with the Group IVA metal, preferably wherein the first metal has a smaller crystal ionic radius of the Group IVA metal of the B in Chemical Formula 1. wherein, A is a Group IA metal selected from Rb, Cs, Fr, and a combination thereof, B is a Group IVA metal selected from Si, Ge, Sn, Pb, and a combination thereof, X is a halogen selected from F, Cl, Br, and I, BF 4, or a combination thereof,; wherein the quantum dot has a size of 1 nanometer to 50 nanometers; wherein in the quantum dot, an atomic ratio of halogen atoms relative to the Group IA metal atoms is greater than 3.0; and wherein the quantum dot further comprises at least one of a first dopant and a second dopant, wherein the first dopant comprises potassium or a first metal having a crystal ionic radius of less than 133 picometers, wherein the first metal is different from the Group IA metal and the Group IVA metal, and wherein the second dopant comprises a non-metal element that forms a bond with the Group IVA metal, preferably wherein the first metal has a smaller crystal ionic radius of the Group IVA metal of the B in Chemical Formula 1.
Inductive sensor device comprising: a scale unit having scale elements that are arranged in a first line extending in a measuring direction and that are adapted to create a field pattern P(x) in measuring direction, wherein the scale elements are arranged in the first line at a spacing s(x) between two directly adjacent scale elements that varies along the measuring direction, the scale unit comprises a second line of scale elements, a sensor unit comprising a receive circuit with at least a first receive coil set and a second receive coil set, that are assigned to the first line of scale elements and displaced relative to each other in measuring direction, and a third receive coil set having at least one receive coil assigned to the second line of scale elements, wherein the sensor unit and the scale unit are moveable relative to each other in measuring direction, characterized in that between the first receive coil set and the second receive coil set a gap exists in measuring direction, wherein the receive circuit is adapted to determine the spatial phases φ 1, φ 2, φ 3 of the receive coil sets (36, 37, 50) and to make a coarse determination of the relative position x between the sensor unit and the scale unit by using the difference between the first spatial phase φ 1 of the first receive coil set and the second spatial phase φ 2 of the second receive coil set and to make a more precise determination of the relative position x by comparing at least one of the first or second spatial phases φ 1, φ 2 with the third spatial phase φ 1, φ 2. a scale unit having scale elements that are arranged in a first line extending in a measuring direction and that are adapted to create a field pattern P(x) in measuring direction, wherein the scale elements are arranged in the first line at a spacing s(x) between two directly adjacent scale elements that varies along the measuring direction, the scale unit comprises a second line of scale elements, a sensor unit comprising a receive circuit with at least a first receive coil set and a second receive coil set, that are assigned to the first line of scale elements and displaced relative to each other in measuring direction, and a third receive coil set having at least one receive coil assigned to the second line of scale elements, wherein the sensor unit and the scale unit are moveable relative to each other in measuring direction, characterized in that between the first receive coil set and the second receive coil set a gap exists in measuring direction, wherein the receive circuit is adapted to determine the spatial phases φ 1, φ 2, φ 3 of the receive coil sets (36, 37, 50) and to make a coarse determination of the relative position x between the sensor unit and the scale unit by using the difference between the first spatial phase φ 1 of the first receive coil set and the second spatial phase φ 2 of the second receive coil set and to make a more precise determination of the relative position x by comparing at least one of the first or second spatial phases φ 1, φ 2 with the third spatial phase φ 1, φ 2.
A method for enhancing efficacy of an agrichemical by using a composition comprising hydroxypropyl cellulose, an organic solvent having a saturated vapor pressure of 50 mmHg or higher at 25°C, and water, wherein when a total of the composition and the agrichemical is taken as 100 wt%, a content of the organic solvent is 0.02 to 1 wt%, and a weight ratio of the hydroxypropyl cellulose to the organic solvent (hydroxypropyl cellulose/organic solvent) is in a range of 0.1 to 2.
A peptide compound having at least 80% sequence identity to a compound of formula: GVRAKAGVRN(Nle)FKSESY (SEQ ID NO: 10) wherein at least one protecting group and/or at least one labelling agent is optionally connected to said peptide compound at an N- and/or C-terminal end.
A connection structure of an integrated brake device for a rail vehicle, comprising a brake valve, a dust collector, an intermediate body, an air cylinder and a connection assembly: wherein the intermediate body is of a plate-type structure, the brake valve and the dust collector are mounted on one side of the intermediate body, the air cylinder is mounted on the other side of the intermediate body, the air cylinder is connected to the intermediate body by means of the connection assembly, and characterized by a support assembly to facilitate connection between the connection structure and a rail vehicle body or any other connection component, wherein the support assembly is located between the air cylinder and the intermediate body, and the support assembly is mounted on the intermediate body.
A method for displaying application program information in a windowing environment, the method comprising: assigning a terminal an Internet Protocol address; after the assigning, automatically downloading one or more images to the terminal through a network link between the terminal and a remotely located application server; receiving at the terminal, windowing information supplied by an application program resident and executing on the remotely located application server; providing at the terminal, windowing functionality to permit use of the application program resident and executing on the remotely located application server, displaying application data sent from the remotely located application server; displaying at the terminal, the windowing information supplied by the application program resident and executing on the remotely located application server; transferring file information to and from the terminal using a communications protocol; determining a path from an FTP base directory of the remotely located application server to the terminal, the remotely located application server configured to retain control, base-image files, and option image files; downloading files to the terminal; updating a boot block and a non-volatile memory in the terminal; and automatically rebooting the terminal after updating. assigning a terminal an Internet Protocol address; after the assigning, automatically downloading one or more images to the terminal through a network link between the terminal and a remotely located application server; receiving at the terminal, windowing information supplied by an application program resident and executing on the remotely located application server; providing at the terminal, windowing functionality to permit use of the application program resident and executing on the remotely located application server, displaying application data sent from the remotely located application server; displaying at the terminal, the windowing information supplied by the application program resident and executing on the remotely located application server; transferring file information to and from the terminal using a communications protocol; determining a path from an FTP base directory of the remotely located application server to the terminal, the remotely located application server configured to retain control, base-image files, and option image files; downloading files to the terminal; updating a boot block and a non-volatile memory in the terminal; and automatically rebooting the terminal after updating.
A caliper device (20; 120) comprising a coupling member (30; 130) coupled to a bracket (21; 121) and movable relative to the bracket (21; 121), the bracket (21; 121) being suitable to be attached to a vehicle having a wheel, wherein the coupling member (30; 130) supports two arms (40, 50), two brake shoes are located to hold a disc that rotates together with the wheel of the vehicle, when the two arms (40, 50) rotate, the two brake shoes are selectively moved between a position contacting the disc and a position separated from the disc, and the caliper device (20; 120) being characterized by further comprising a resistance application portion (70; 100) that applies a resistance to relative movement of the coupling member (30; 130) and the bracket (21; 121).