mhurhangee/ep-ind-claims huggingface dataset:
A dispersant composition for an electrochemical device comprising a polymer including a nitrile group-containing monomer unit and an alkylene structural unit, wherein the alkylene structural unit is a unit represented by a general formula: -CnH 2 n-, with n being an integer of 2 or more, and upon measurement of the polymer by dynamic light scattering, a value detected for volume-average particle diameter D50 is not less than 50 nm and not more than 800 nm, and one or more peaks are detected in a particle diameter range of not less than 5 μm and not more than 30 μm. the alkylene structural unit is a unit represented by a general formula: -CnH 2 n-, with n being an integer of 2 or more, and upon measurement of the polymer by dynamic light scattering, a value detected for volume-average particle diameter D50 is not less than 50 nm and not more than 800 nm, and one or more peaks are detected in a particle diameter range of not less than 5 μm and not more than 30 μm.
A pneumatic tire, comprising a cap tread and a base tread, the cap tread being formed from a cap tread rubber composition which comprises: at least one of styrene butadiene rubber or polybutadiene rubber; an isoprene-based rubber; a filler; and a plasticizer, the rubber composition comprising, based on 100% by mass of a rubber component therein, at least 90% by mass in total of the at least one of styrene butadiene rubber or polybutadiene rubber and 0.3% to 10% by mass of the isoprene-based rubber, the filler including, based on 100% by mass thereof, at least 80% by mass of silica, the rubber composition comprising, per 100 parts by mass of the rubber component, at least 110 parts by mass of the silica and at least 50 parts by mass of the plasticizer. at least one of styrene butadiene rubber or polybutadiene rubber; an isoprene-based rubber; a filler; and a plasticizer, the rubber composition comprising, based on 100% by mass of a rubber component therein, at least 90% by mass in total of the at least one of styrene butadiene rubber or polybutadiene rubber and 0.3% to 10% by mass of the isoprene-based rubber, the filler including, based on 100% by mass thereof, at least 80% by mass of silica, the rubber composition comprising, per 100 parts by mass of the rubber component, at least 110 parts by mass of the silica and at least 50 parts by mass of the plasticizer.
A medical apparatus assembly for treating a bone of a mammalian body extending along a longitudinal axis and having a periphery relative to the longitudinal axis and being segmented into at least first and second portions (36; 34) comprising: a framework having first and second end portions (74, 78) and a size and shape for extending around at least a portion of the periphery of the bone in an operational position spaced radially from the bone, a first mechanical assembly coupled to the first end portion of the framework and adapted for coupling the first end portion to the first portion of the bone and a second mechanical assembly coupled to the second end portion of the framework and adapted for coupling the second end portion to the second portion of the bone and at least one adjustment assembly carried by at least one of the framework and the first and second mechanical assemblies (48; 88) for moving the second mechanical assembly relative to the first mechanical assembly so as to reposition the second portion of the bone relative to the first portion of the bone, characterised in that the first mechanical assembly includes an outrigger which includes a targeting jig. a framework having first and second end portions (74, 78) and a size and shape for extending around at least a portion of the periphery of the bone in an operational position spaced radially from the bone, a first mechanical assembly coupled to the first end portion of the framework and adapted for coupling the first end portion to the first portion of the bone and a second mechanical assembly coupled to the second end portion of the framework and adapted for coupling the second end portion to the second portion of the bone and at least one adjustment assembly carried by at least one of the framework and the first and second mechanical assemblies (48; 88) for moving the second mechanical assembly relative to the first mechanical assembly so as to reposition the second portion of the bone relative to the first portion of the bone, characterised in that the first mechanical assembly includes an outrigger which includes a targeting jig.
A method for implementing a trunk service based on Long Term Evolution, LTE, characterized by comprising: setting up a Trunk Paging Channel, TPCH; after a first terminal initiates a group call, a network side correspondingly setting up a Trunk Group Control Channel, TGCCH, and a Trunk Group Traffic Channel, TGTCH, and issuing configuration information of the TGTCH through the TGCCH; a second terminal monitoring and finding a group call message of the first terminal through the TPCH, and monitoring the TGCCH to obtain the configuration information; and the second terminal setting up a local TGTCH bearer based on the configuration information to monitor the TGTCH; wherein, the first terminal and the second terminal are trunk user terminals; wherein, when the second terminal is in a cell where the first terminal is located, the second terminal obtains a scrambling code when the second terminal monitors and finding the group call message of the first terminal through the TPCH, to monitor the TGCCH so as to obtain the configuration information; wherein, when the second terminal is in a cell outside a cell where the first terminal is located, after the second terminal monitors and finds the group call message of the first terminal through the TPCH, the second terminal responds to the group call message to obtain a scrambling code, so as to monitor the TGCCH to obtain the configuration information. setting up a Trunk Paging Channel, TPCH; after a first terminal initiates a group call, a network side correspondingly setting up a Trunk Group Control Channel, TGCCH, and a Trunk Group Traffic Channel, TGTCH, and issuing configuration information of the TGTCH through the TGCCH; a second terminal monitoring and finding a group call message of the first terminal through the TPCH, and monitoring the TGCCH to obtain the configuration information; and the second terminal setting up a local TGTCH bearer based on the configuration information to monitor the TGTCH; wherein, the first terminal and the second terminal are trunk user terminals; wherein, when the second terminal is in a cell where the first terminal is located, the second terminal obtains a scrambling code when the second terminal monitors and finding the group call message of the first terminal through the TPCH, to monitor the TGCCH so as to obtain the configuration information; wherein, when the second terminal is in a cell outside a cell where the first terminal is located, after the second terminal monitors and finds the group call message of the first terminal through the TPCH, the second terminal responds to the group call message to obtain a scrambling code, so as to monitor the TGCCH to obtain the configuration information.
A camera assembly having a housing, a transparent dome, and configured to receive at least one camera head arranged in the housing, inside the transparent dome, wherein - the housing comprises a cooling arrangement having a heat dissipation portion arranged within the housing, said heat dissipating portion forming a channel for cooling airflow, which channel extends through an inlet in the transparent dome, wherein - said heat dissipation portion is made from a material configured to transfer heat efficiently, and wherein - the heat dissipation portion constitutes a physical barrier between the channel and a compartment where said at least one camera head is arranged. - the housing comprises a cooling arrangement having a heat dissipation portion arranged within the housing, said heat dissipating portion forming a channel for cooling airflow, which channel extends through an inlet in the transparent dome, wherein - said heat dissipation portion is made from a material configured to transfer heat efficiently, and wherein - the heat dissipation portion constitutes a physical barrier between the channel and a compartment where said at least one camera head is arranged.
A variant α-amylase polypeptide derived from a parental α-amylase polypeptide having the amino acid sequence of SEQ ID NO: 3 or SEQ ID NO: 4, the variant comprising one or more mutations, wherein the variant α-amylase has at least 90% or at least 95% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 3 or SEQ ID NO: 4, wherein at least one of the mutations is a mutation at position 5 to A,C,D,G,H,I,M,N,Q,S, or W, using SEQ ID NO: 3 for numbering, wherein the variant α-amylase exhibits α-amylase activity, wherein the variant α-amylase has a performance index relative to the parental amylase for detergent stability that is greater than 1.0, wherein the variant does not have significantly decreased expression, activity, or stability, with respect to the parent, whereby the PI for the variant is calculated by treating the variant α-amylase and the parent amylase with the same detergent, under the same conditions, at the same protein concentration and comparing the detergent stability of the variant with detergent stability of the parent amylase. wherein the variant α-amylase has at least 90% or at least 95% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 3 or SEQ ID NO: 4, wherein at least one of the mutations is a mutation at position 5 to A,C,D,G,H,I,M,N,Q,S, or W, using SEQ ID NO: 3 for numbering, wherein the variant α-amylase exhibits α-amylase activity, wherein the variant α-amylase has a performance index relative to the parental amylase for detergent stability that is greater than 1.0, wherein the variant does not have significantly decreased expression, activity, or stability, with respect to the parent, whereby the PI for the variant is calculated by treating the variant α-amylase and the parent amylase with the same detergent, under the same conditions, at the same protein concentration and comparing the detergent stability of the variant with detergent stability of the parent amylase.
A method of preparation of an N -monofluoroalkyl tropane of Formula (IIIA): which method comprises: (i) provision of a precursor which comprises an amine of Formula: (ii) alkylation of said precursor with an alkylating agent of formula F-(CH 2) 3 -I in the presence of a base and optionally in the presence of an iodide salt, in a suitable solvent, to give the N -monofluoroalkyl tropane of Formula (IIIA) wherein: m is 3. (i) provision of a precursor which comprises an amine of Formula: (ii) alkylation of said precursor with an alkylating agent of formula F-(CH 2) 3 -I in the presence of a base and optionally in the presence of an iodide salt, in a suitable solvent, to give the N -monofluoroalkyl tropane of Formula (IIIA)
An irrigation device (10, 50) comprising a solar collector for collecting solar energy; a growing chamber (12, 70) and a heating element (14, 82), the heating element being adapted to be in thermal contact with water having impurities, the growing chamber and the heating element being separated by a semi-permeable membrane; the irrigation device further comprising a heat conduit for transferring heat from the solar collector to the heating element to thereby cause water vapour to move across the membrane; the membrane being permeable to water vapour, but impermeable to said impurities so that the impurities remain whereas the water vapour moves to the growing chamber, wherein the heating element is adapted to be inserted into the ground.
An inkjet head wherein a plurality of nozzles for ejecting ink are arranged on an ink ejection face of the inkjet head in 4n rows (n: a natural number) extending parallel to each other in one direction such that projection points of the nozzles obtained by projecting all the nozzles constituting the 4n rows on an imaginary straight line extending in the one direction, in a direction parallel to a plane including therein the 4n rows, and perpendicular to each row, are arranged on the imaginary straight line at regular intervals, and the plurality of nozzles are arranged in a cycle corresponding to a distance between the projection points at both ends of 4n+1 projection points arranged on the imaginary straight line, characterized in that the total sum of products, each of which is obtained by multiplying a corresponding one of peak values of a modulation transfer function as the standardized absolute value of the complex number obtained by the Fourier transformation of the cyclic nozzle arrangement with respect to spatial frequency in the one direction with a corresponding value of a visual transfer function representing the sensitivity of human visual recognition to the spatial frequency of the corresponding one of the peak values, is not more than 0.10; wherein the visual transfer function is defined by the following formula: VTF = 5.05 × exp − 0.138 × x × f × π / 180 × 1 − exp − 0.1 × x × f × π / 180, where x represents an observation distance the value of which is determined from figures 12, 15 and 18, and f represents the spatial frequency of the nozzle arrangement in the one direction.
A computer-implemented method, comprising: receiving, by a first-party process being executed by a computing device, health information of a user associated with at least a subset of a plurality of different data types, the health information received from a data collection device of the user; storing, by the first-party process, the health information of the user in a secure storage device of the computing device; receiving, from a third-party application being executed by the computing device, an authorization request for accessing at least one data type of the plurality of different data types for the user; providing, to the third-party application, an indication that the authorization request was presented to the user without indicating whether the authorization request was approved or not, the indication that the authorization request was presented to the user being provided to the third-party application after the authorization request was presented to the user; receiving, from the third-party application, a request for the health information corresponding to the at least one data type; in accordance with a determination that the user has authorized access to the at least one data type, providing a value corresponding to the at least one data type to the third-party application; and in accordance with a determination that the user has not authorized access to the at least one data type, providing an empty result with no value corresponding to the at least one data type to the third-party application. receiving, by a first-party process being executed by a computing device, health information of a user associated with at least a subset of a plurality of different data types, the health information received from a data collection device of the user; storing, by the first-party process, the health information of the user in a secure storage device of the computing device; receiving, from a third-party application being executed by the computing device, an authorization request for accessing at least one data type of the plurality of different data types for the user; providing, to the third-party application, an indication that the authorization request was presented to the user without indicating whether the authorization request was approved or not, the indication that the authorization request was presented to the user being provided to the third-party application after the authorization request was presented to the user; receiving, from the third-party application, a request for the health information corresponding to the at least one data type; in accordance with a determination that the user has authorized access to the at least one data type, providing a value corresponding to the at least one data type to the third-party application; and in accordance with a determination that the user has not authorized access to the at least one data type, providing an empty result with no value corresponding to the at least one data type to the third-party application.
An apparatus, comprising a control unit configured to suppress at least partially a generation of charging data records, CDRs, characterized in that the control unit is further configured to: receive a setup message to set up a monitoring connection towards another entity to monitor lawfully intercepted traffic, analyze the received setup message, and responsive thereto, establish the monitoring connection towards said another entity, confirm that a preconfigured identifier representative for a lawful interception is included within said setup message, and responsive thereto, suppress at least partially a generation of CDRs of the lawfully intercepted traffic for said monitoring connection. receive a setup message to set up a monitoring connection towards another entity to monitor lawfully intercepted traffic, analyze the received setup message, and responsive thereto, establish the monitoring connection towards said another entity, confirm that a preconfigured identifier representative for a lawful interception is included within said setup message, and responsive thereto, suppress at least partially a generation of CDRs of the lawfully intercepted traffic for said monitoring connection.
A light-emitting diode chip (231. 241) comprising: a substrate (232, 242) with a top surface and a bottom surface; a semiconductor crystal layer (235, 245) formed on the bottom surface of the substrate (232, 242) and including a light-emitting layer (234, 244), wherein the substrate side is set as a top side of the light-emitting diode chip (231, 241) and the semiconductor crystal layer side is set as a bottom side of the light-emitting diode chip (231, 241); and electrodes (236, 237; 246, 247) opposite in polarit y formed on the bottom side of the light-emitting diode chip (231, 241), wherein at least a part of the substrate (232, 242) forms a light-extracting portion with grooves (233, 243) cut into the surface of the substrate (232, 242), characterized in that the top surface of the substrate (232, 242) is cut longitudinally and transversally by grooves (233, 243) being shaped like a V-form, so that truncated pyramids are formed, which are arranged in a lattice structure with each truncated pyramid extracting light emitted from the light-emitting layer (234, 244). a substrate (232, 242) with a top surface and a bottom surface; a semiconductor crystal layer (235, 245) formed on the bottom surface of the substrate (232, 242) and including a light-emitting layer (234, 244), wherein the substrate side is set as a top side of the light-emitting diode chip (231, 241) and the semiconductor crystal layer side is set as a bottom side of the light-emitting diode chip (231, 241); and electrodes (236, 237; 246, 247) opposite in polarit y formed on the bottom side of the light-emitting diode chip (231, 241), wherein at least a part of the substrate (232, 242) forms a light-extracting portion with grooves (233, 243) cut into the surface of the substrate (232, 242), characterized in that the top surface of the substrate (232, 242) is cut longitudinally and transversally by grooves (233, 243) being shaped like a V-form, so that truncated pyramids are formed, which are arranged in a lattice structure with each truncated pyramid extracting light emitted from the light-emitting layer (234, 244).
A method for producing a second audio signal to be distributed on a second set of channels based on a first audio signal present on a first set of channels, comprising: - receiving the first audio signal; - decomposing the first audio signal into audio components according to a set of spectral bands; - receiving a set of mapping coefficients for mapping the spectral band audio components of the first audio signal in the first set of channels onto corresponding spectral bands of the second set of channels, wherein the set of mapping coefficients represent ratios of the band-based output-to-input signal level and the set of mapping coefficients are provided for each temporal period indicating a transform window and transform windows are overlapped at particular time (t), and the set of mapping coefficients are time varying coefficients that are defined in an encoding process; - producing the second audio signal by mapping, by using the set of mapping coefficients, the audio components of the first audio signal in the spectral bands of the first set of channels onto corresponding spectral bands of the second set of channels, wherein the second set of channels has a different number of channels from that of the first set of channels; wherein the mapping step comprises: - multiplying, with respect to a particular one of the second channels, particular spectral band audio components of a particular one of the first channels with the respective mapping coefficients to produce multiplication products; and - summing the multiplication products to produce a sum with respect to the particular one of the first channels. - receiving the first audio signal; - decomposing the first audio signal into audio components according to a set of spectral bands; - receiving a set of mapping coefficients for mapping the spectral band audio components of the first audio signal in the first set of channels onto corresponding spectral bands of the second set of channels, wherein the set of mapping coefficients represent ratios of the band-based output-to-input signal level and the set of mapping coefficients are provided for each temporal period indicating a transform window and transform windows are overlapped at particular time (t), and the set of mapping coefficients are time varying coefficients that are defined in an encoding process; - producing the second audio signal by mapping, by using the set of mapping coefficients, the audio components of the first audio signal in the spectral bands of the first set of channels onto corresponding spectral bands of the second set of channels, wherein the second set of channels has a different number of channels from that of the first set of channels; - multiplying, with respect to a particular one of the second channels, particular spectral band audio components of a particular one of the first channels with the respective mapping coefficients to produce multiplication products; and - summing the multiplication products to produce a sum with respect to the particular one of the first channels.