mhurhangee/patent-ind-claim-en huggingface dataset:
Method for transmitting messages, in a physical or radiofrequency channel, by means of at least two applications executed in an ITS station, said messages comprising at least two messages of different types, the method being characterized in that it comprises the steps of: - determining a set of properties relating to a target quality of service; - determining , in association with each application and each message type, a set of quality of service indicator values, each quality of service value representing a property relating to said target quality of service; - selecting , for each message type, a set of quality of service indicator values according to a selection criterion dependent on quality of service specifications; - determining , for each message type, a priority coefficient according to the values of the selected set of quality of service values; - determining , for each message type, a resource allocation rate according to the priority coefficients associated with all of the message types; - determining , for each message type, a share of channel resources according to said resource allocation rate and a usage limit for the channel; - determining , for each application, a stock of resources for a current transmission cycle; - generating and transmitting the message of the application having the largest stock of resources. - determining a set of properties relating to a target quality of service; - determining , in association with each application and each message type, a set of quality of service indicator values, each quality of service value representing a property relating to said target quality of service; - selecting , for each message type, a set of quality of service indicator values according to a selection criterion dependent on quality of service specifications; - determining , for each message type, a priority coefficient according to the values of the selected set of quality of service values; - determining , for each message type, a resource allocation rate according to the priority coefficients associated with all of the message types; - determining , for each message type, a share of channel resources according to said resource allocation rate and a usage limit for the channel; - determining , for each application, a stock of resources for a current transmission cycle; - generating and transmitting the message of the application having the largest stock of resources.
A ground fault detection device comprising: an electric field sensor ; a power source ; and a control system coupled to the electric field sensor and the power source, the control system comprising one or more processors and a data store coupled to the one or more processors having instructions stored thereon which, when executed by the one or more processors, causes the one or more processors to perform operations comprising: obtaining output signals from the electric field sensor at measurement intervals, the output signals indicating respective values of a net electric field resulting from a combination of respective electric fields from two or more electrical power transmission lines that are proximate to the electric field sensor, wherein the measurement intervals are determined based on criteria comprising one or more of: a time of day, a state of charge of the power source, and whether an electrical fault has been detected; detecting, based on a change in the output signal, an electrical fault in one of the two or more electrical power transmission lines; and sending, to a server system , data indicating detection of the electrical fault. an electric field sensor ; a power source ; and a control system coupled to the electric field sensor and the power source, the control system comprising one or more processors and a data store coupled to the one or more processors having instructions stored thereon which, when executed by the one or more processors, causes the one or more processors to perform operations comprising: obtaining output signals from the electric field sensor at measurement intervals, the output signals indicating respective values of a net electric field resulting from a combination of respective electric fields from two or more electrical power transmission lines that are proximate to the electric field sensor, wherein the measurement intervals are determined based on criteria comprising one or more of: a time of day, a state of charge of the power source, and whether an electrical fault has been detected; detecting, based on a change in the output signal, an electrical fault in one of the two or more electrical power transmission lines; and sending, to a server system , data indicating detection of the electrical fault. obtaining output signals from the electric field sensor at measurement intervals, the output signals indicating respective values of a net electric field resulting from a combination of respective electric fields from two or more electrical power transmission lines that are proximate to the electric field sensor, wherein the measurement intervals are determined based on criteria comprising one or more of: a time of day, a state of charge of the power source, and whether an electrical fault has been detected; detecting, based on a change in the output signal, an electrical fault in one of the two or more electrical power transmission lines; and sending, to a server system , data indicating detection of the electrical fault.
A method for manufacturing an optical element including, in the following sequence : a first step of forming an aluminum nitride single crystal layer by a chemical vapor phase deposition method on an aluminum nitride seed substrate made of aluminum nitride of which an outermost face is an aluminum nitride single crystal face , a second step of obtaining an optical element multilayered body by forming an optical element layer on said aluminum nitride single crystal layer , and a third step of removing said aluminum nitride seed substrate from said optical element multilayered body , wherein a thickness of said aluminum nitride single crystal layer in said first step is 50 μm or more, and wherein said optical element layer in said second step is an LED element layer. a first step of forming an aluminum nitride single crystal layer by a chemical vapor phase deposition method on an aluminum nitride seed substrate made of aluminum nitride of which an outermost face is an aluminum nitride single crystal face , a second step of obtaining an optical element multilayered body by forming an optical element layer on said aluminum nitride single crystal layer , and a third step of removing said aluminum nitride seed substrate from said optical element multilayered body , wherein a thickness of said aluminum nitride single crystal layer in said first step is 50 μm or more, and wherein said optical element layer in said second step is an LED element layer.
A wireless communication method, comprising: obtaining , by a terminal device, feature information of a first air interface format; receiving, by the terminal device, first indication information, wherein the first indication information indicates different time lengths of a first timer for different first air interface formats; starting, by the terminal device, a first timer when a second time expires, wherein the time length of the first timer is determined based on the first indication information and the feature information of the first air interface format, different first air interface formats correspond to different time lengths of the first timer, a running of the first timer provides a duration for the terminal device to monitor a downlink control channel to obtain control information that indicates retransmission of first transmission data, the second timer is started when the first transmission data is sent or received, wherein the second timer is an uplink hybrid automatic repeat request, HARQ, round trip time timer or a downlink HARQ round trip time timer; wherein the feature information of the first air interface format comprises at least one of the following: a subcarrier spacing or a cyclic prefix length. obtaining , by a terminal device, feature information of a first air interface format; receiving, by the terminal device, first indication information, wherein the first indication information indicates different time lengths of a first timer for different first air interface formats; starting, by the terminal device, a first timer when a second time expires, wherein the time length of the first timer is determined based on the first indication information and the feature information of the first air interface format, different first air interface formats correspond to different time lengths of the first timer, a running of the first timer provides a duration for the terminal device to monitor a downlink control channel to obtain control information that indicates retransmission of first transmission data, the second timer is started when the first transmission data is sent or received, wherein the second timer is an uplink hybrid automatic repeat request, HARQ, round trip time timer or a downlink HARQ round trip time timer; wherein the feature information of the first air interface format comprises at least one of the following: a subcarrier spacing or a cyclic prefix length.
A roll forming machine comprising a pair of processing rolls arranged to face each other, the pair of processing rolls each including cutting parts formed on an outer circumferential portion such that the cutting parts mesh with each other to machine a sheet (W) insertable between the processing rolls , the roll forming machine being characterized by interference preventing means including a pair of dummy rotating bodies arranged on rotary shafts of the pair of processing rolls , each dummy rotating body including dummy cutting parts the number of which is equal to the number of the cutting parts of each processing roll , wherein, in response to rotational phase deviation between the processing rolls , the interference preventing means is configured to prevent interference between the cutting parts of the processing rolls based on rotational phase deviation that simultaneously occurs between the dummy rotating bodies , wherein the interference preventing means sets a first clearance (C1) between the dummy cutting parts of the dummy rotating bodies to be smaller than a second clearance (C2) between the cutting parts of the processing rolls , and in response to rotational phase deviation, the interference preventing means is configured to cause interference to occur between the dummy cutting parts of the dummy rotating bodies , wherein the second clearance (C2) is a gap between the distal end of each cutting part and the proximal end of the corresponding cutting part , which mesh with each other, while pressing the workpiece in a state where there is no rotational phase deviation between the rolls, and wherein the first clearance (C1) is a gap between the distal end of each dummy cutting part and the proximal end of the corresponding dummy cutting part when the distal end of each cutting part and the proximal end of the corresponding cutting part mesh with each other with the second clearance (C2) in between.
An absorbent core comprising: a front portion ; a back portion ; a crotch portion position between the front portion and the back portion ; and a longitudinal axis extending along a length of said core and crossing said front, crotch and back portions , the absorbent core having a width extending perpendicular to said length and a perimeter comprising at least two opposing ends and at least two opposing sides positioned between said ends characterized in that the absorbent core comprises one or more substantially interconnected channels substantially free of three-dimensional absorbent material extending through the crotch portion along and substantially parallel to the longitudinal axis and further extending along at least a portion of said width of the core from one side of the core to the other, preferably said one or more substantially interconnected channels being symmetric or asymmetric about the longitudinal axis, wherein at least one of the interconnected channels , preferably each of said channels , forms a shape having a closed end in the form of a U-bend, wherein the closed end is positioned proximal to the back portion of the absorbent core , and wherein at least one of the interconnected channels , preferably each said channel , forms a shape having an open end in the form of two diverging ends or a funnel-shape, wherein the open end is positioned proximal to the front portion of the absorbent core and distal from said closed end. a front portion ; a back portion ; a crotch portion position between the front portion and the back portion ; and a longitudinal axis extending along a length of said core and crossing said front, crotch and back portions , the absorbent core having a width extending perpendicular to said length and a perimeter comprising at least two opposing ends and at least two opposing sides positioned between said ends characterized in that the absorbent core comprises one or more substantially interconnected channels substantially free of three-dimensional absorbent material extending through the crotch portion along and substantially parallel to the longitudinal axis and further extending along at least a portion of said width of the core from one side of the core to the other, preferably said one or more substantially interconnected channels being symmetric or asymmetric about the longitudinal axis, wherein at least one of the interconnected channels , preferably each of said channels , forms a shape having a closed end in the form of a U-bend, wherein the closed end is positioned proximal to the back portion of the absorbent core , and wherein at least one of the interconnected channels , preferably each said channel , forms a shape having an open end in the form of two diverging ends or a funnel-shape, wherein the open end is positioned proximal to the front portion of the absorbent core and distal from said closed end.
A method for handling a deteriorating AP-to-AP wireless link in an integrated access and backhaul, IAB, network the method being performed by a first access point, AP, in the IAB network , the method comprising: identifying (S102) signal deterioration of a first AP-to-AP wireless link between the first AP and a second AP in the IAB network , the first AP-to-AP wireless link being used for backhauling data for customer premises equipment, CPEs, served by the second AP and for backhauling data for CPEs served by a third AP in the IAB network , wherein the second AP has a second AP-to-AP wireless link to the third AP for backhauling data for the CPEs served by the third AP , and in response thereto: relaying (S104) the backhauling data via a first CPE of the CPEs served by the second AP on a first direct wireless link between the first AP and said first CPE .
A VEGF antagonist for use in treating a patient having an ophthalmic disorder, wherein the patient has: (a) a single allele having a nucleotide other than a thymine at the locus rs 1617640, and wherein the ophtalmic disorder is age-related macular degeneration (AMD); or (b) two alleles having a nucleotide other than a thymine at the locus rs1617640, and wherein the ophtalmic disorder is age-related macular degeneration (AMD) or diabetic macular edema (DME). (a) a single allele having a nucleotide other than a thymine at the locus rs 1617640, and wherein the ophtalmic disorder is age-related macular degeneration (AMD); or (b) two alleles having a nucleotide other than a thymine at the locus rs1617640, and wherein the ophtalmic disorder is age-related macular degeneration (AMD) or diabetic macular edema (DME).
A process for treating pyrotechnic materials, comprising: - preparing an aqueous suspension of particles of pyrotechnic materials, the preparation comprising crushing the pyrotechnic materials several times, including a final crushing in water; - in a reactor, hydrothermally oxidizing the resulting suspension at a pressure of 230 to 280 bar and at a temperature of 450°C to 600°C, the hydrothermal oxidation reaction being carried out only in the presence of water. - preparing an aqueous suspension of particles of pyrotechnic materials, the preparation comprising crushing the pyrotechnic materials several times, including a final crushing in water; - in a reactor, hydrothermally oxidizing the resulting suspension at a pressure of 230 to 280 bar and at a temperature of 450°C to 600°C, the hydrothermal oxidation reaction being carried out only in the presence of water.
Conveyor module , comprising: a module body , comprising: a pair of first link ends extending in a first direction of travel, each first link end having a first transverse opening therethrough, wherein at least one of the first link ends has a bayonet keyway ; a second link end extending in a second direction of travel opposite the first direction, the second link end having a second transverse opening therethrough; a pin configured to be received in the first transverse openings , the pin having a shaft and a lever affixed at a first end of the shaft , characterized in that the pin has a bayonet tab on the shaft to cooperate with the bayonet keyway thereby retaining the pin in the first transverse openings , wherein the lever comprises a first locking portion and the module body comprises a second locking portion configured to couple with the first locking portion to prevent rotation of the pin . a module body , comprising: a pair of first link ends extending in a first direction of travel, each first link end having a first transverse opening therethrough, wherein at least one of the first link ends has a bayonet keyway ; a second link end extending in a second direction of travel opposite the first direction, the second link end having a second transverse opening therethrough; a pair of first link ends extending in a first direction of travel, each first link end having a first transverse opening therethrough, wherein at least one of the first link ends has a bayonet keyway ; a second link end extending in a second direction of travel opposite the first direction, the second link end having a second transverse opening therethrough; a pin configured to be received in the first transverse openings , the pin having a shaft and a lever affixed at a first end of the shaft , characterized in that the pin has a bayonet tab on the shaft to cooperate with the bayonet keyway thereby retaining the pin in the first transverse openings , wherein the lever comprises a first locking portion and the module body comprises a second locking portion configured to couple with the first locking portion to prevent rotation of the pin .
Method of controlling colours in a printing press by means of a computer , wherein the computer implements a first inline colour control mode for colour control purposes to attain desired target colour values , wherein the first inline colour control mode is stopped while the printing press is started after a standstill of the machine and not reactivated until a desired printing speed has been reached, wherein the computer implements a second separate colour control mode during the start of the printing press until the desired printing speed is reached, said second ink control mode attaining the desired target colour values by introducing an amount of ink required for this purpose to the inking units in question, wherein the first inline colour control mode implements a closed control loop whereas the second colour control mode represents an open control loop, said closed control loop of the first inline colour control mode including feedback in the form of colour measurements and analysis of measured colour values by the computer to attain the desired target colour values , wherein the colour measurements are taken by means of an inline camera system disposed downstream of the last printing unit of the printing press , and wherein the open control loop of the second colour control mode implements the introduction of the amount of ink required for the desired target colour values into the inking units without feedback in the form of colour measurements and analysis of measured colour values by the computer . wherein the first inline colour control mode is stopped while the printing press is started after a standstill of the machine and not reactivated until a desired printing speed has been reached, wherein the computer implements a second separate colour control mode during the start of the printing press until the desired printing speed is reached, said second ink control mode attaining the desired target colour values by introducing an amount of ink required for this purpose to the inking units in question, wherein the first inline colour control mode implements a closed control loop whereas the second colour control mode represents an open control loop, said closed control loop of the first inline colour control mode including feedback in the form of colour measurements and analysis of measured colour values by the computer to attain the desired target colour values , wherein the colour measurements are taken by means of an inline camera system disposed downstream of the last printing unit of the printing press , and wherein the open control loop of the second colour control mode implements the introduction of the amount of ink required for the desired target colour values into the inking units without feedback in the form of colour measurements and analysis of measured colour values by the computer .
A package comprising a bag of flexible material comprising a first face and a second face , said package further comprising a folded element folded along a folding line , wherein the folding line is parallel to the upper end of the bag and divides the folded element into a first portion and a second portion such that said first portion extends along said first face and said second portion extends along said second face , characterised in that: said package further comprises a container interposed between said bag and said folded element , for example between said first portion and said first face .
A secretory immunoglobulin A (sIgA)-binding nucleic acid molecule that binds to sIgA with a dissociation constant of 37.7 nM or less, wherein the sIgA-binding nucleic acid molecule comprises the following polynucleotide (a): (a) a polynucleotide consisting of SEQ ID No. 11 or 21; in the polynucleotides shown in the following Table: SEQ ID No. Modified base Base sequence 11 KS9 21 KS9 the underlined thymines in the polynucleotides consisting of the respective base sequences of SEQ ID Nos. 11 and 21 are nucleotide residues represented by the following chemical formula : (a) a polynucleotide consisting of SEQ ID No. 11 or 21; in the polynucleotides shown in the following Table: SEQ ID No. Modified base Base sequence 11 KS9 21 KS9 the underlined thymines in the polynucleotides consisting of the respective base sequences of SEQ ID Nos. 11 and 21 are nucleotide residues represented by the following chemical formula :