mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an eyelet , the method comprising: a first processing step of preparing a metal member and forming a first processed product of the metal member ; and a second processing step of punching the first processed product to form a second processed product, wherein in the first processing step, the first processed product is formed to have a plate-shaped portion and a cylindrical portion protruding from an area excluding a peripheral portion of one surface of the plate-shaped portion , an outer peripheral surface of the cylindrical portion being a shear surface, the method being characterized in that , in the second processing step, a lower die in which a hole is formed in a thickness direction from a placement surface is prepared, the cylindrical portion is inserted in the hole , the peripheral portion is supported in contact with the placement surface , and by an upper die having a diameter smaller than that of the hole , an entirety of the cylindrical portion and a part of the plate-shaped portion are punched out from the plate-shaped portion side. a first processing step of preparing a metal member and forming a first processed product of the metal member ; and a second processing step of punching the first processed product to form a second processed product, wherein in the first processing step, the first processed product is formed to have a plate-shaped portion and a cylindrical portion protruding from an area excluding a peripheral portion of one surface of the plate-shaped portion , an outer peripheral surface of the cylindrical portion being a shear surface, the method being characterized in that , in the second processing step, a lower die in which a hole is formed in a thickness direction from a placement surface is prepared, the cylindrical portion is inserted in the hole , the peripheral portion is supported in contact with the placement surface , and by an upper die having a diameter smaller than that of the hole , an entirety of the cylindrical portion and a part of the plate-shaped portion are punched out from the plate-shaped portion side.
Method for changing printing plates on a cylinder, comprising the following rotation steps including - a first rotation of the cylinder in a first direction to dismount a first printing plate from the circumferential surface of the cylinder , - a second rotation of the cylinder in an opposite second direction to mount a second printing plate replacing said first printing plate to the circumferential surface of the cylinder , and the steps of opening including - opening a first clamping device and releasing a leading edge of said first printing plate , - opening a second clamping device and releasing a trailing edge of said first printing plate , wherein said first clamping device and said second clamping device are both opened before the first rotation of said cylinder , characterized in that said first clamping device and said second clamping device both remain open during an intermediate rotation in the second direction, said intermediate rotation occurring between said first and second rotations. - a first rotation of the cylinder in a first direction to dismount a first printing plate from the circumferential surface of the cylinder , - a second rotation of the cylinder in an opposite second direction to mount a second printing plate replacing said first printing plate to the circumferential surface of the cylinder , - opening a first clamping device and releasing a leading edge of said first printing plate , - opening a second clamping device and releasing a trailing edge of said first printing plate ,
A sliding cam system for an internal combustion engine, having: a camshaft ; a multiplicity of cam carriers with in each case at least two cams , wherein the multiplicity of cam carriers is arranged rotationally conjointly and axially displaceably on the camshaft ; a multiplicity of fluid-operated actuator devices which are designed to respectively axially displace one cam carrier of the multiplicity of cam carriers ; and a fluid feed device which is provided for the feed of a fluid in fluidic connection upstream of the multiplicity of actuator devices for the actuation of the multiplicity of actuator devices , wherein: at least two actuator devices of the multiplicity of actuator devices are fluidically coupled for simultaneous actuation. a camshaft ; a multiplicity of cam carriers with in each case at least two cams , wherein the multiplicity of cam carriers is arranged rotationally conjointly and axially displaceably on the camshaft ; a multiplicity of fluid-operated actuator devices which are designed to respectively axially displace one cam carrier of the multiplicity of cam carriers ; and a fluid feed device which is provided for the feed of a fluid in fluidic connection upstream of the multiplicity of actuator devices for the actuation of the multiplicity of actuator devices , wherein: at least two actuator devices of the multiplicity of actuator devices are fluidically coupled for simultaneous actuation.
A wireless communication apparatus comprising: a first wireless communication unit configured to perform pairing and wireless communication with a wireless terminal that connects to a first network and performs wireless communication; a second wireless communication unit configured to connect to a second network and perform wireless communication, wherein the wireless communication with the second network is under communication limitation until an access right is verified; and a control unit configured to control the second wireless communication unit to transmit information on pairing with the wireless terminal in order to remove said communication limitations with the second network ; characterized in that a determination to remove said communication limitations with the second network is based on whether or not pairing information coincident with the pairing information transmitted by the second wireless communication unit has been transmitted from the wireless terminal . a first wireless communication unit configured to perform pairing and wireless communication with a wireless terminal that connects to a first network and performs wireless communication; a second wireless communication unit configured to connect to a second network and perform wireless communication, wherein the wireless communication with the second network is under communication limitation until an access right is verified; and a control unit configured to control the second wireless communication unit to transmit information on pairing with the wireless terminal in order to remove said communication limitations with the second network ; characterized in that a determination to remove said communication limitations with the second network is based on whether or not pairing information coincident with the pairing information transmitted by the second wireless communication unit has been transmitted from the wireless terminal .
A method of sequencing a nucleic acid characterised by the steps of generating a stream of single nucleoside triphosphates by progressive enzymatic digestion of the nucleic acid; producing at least one oligonucleotide used probe by reacting, in the presence of a polymerase, at least one of the single nucleoside triphosphates with a corresponding biological probe comprising (a) a first oligonucleotide which is wholly single-stranded including an exonuclease blocking-site, a restriction endonuclease recognition-site located on the 5' side of the blocking-site and including a single nucleotide capture-site for capturing the single nucleoside triphosphate, and at least one fluorophore region located on the 5' side of the recognition-site arranged so as to render the fluorophore(s) quenched and (b) a second and a third single-stranded oligonucleotide each separate from the first oligonucleotide and capable of hybridising to complementary regions on the first oligonucleotide flanking the 3' and 5' sides of the capture-site; cleaving the first oligonucleotide strand of the used probe at the recognition-site with a restriction endonuclease to create a first oligonucleotide component bearing the fluorophores; digesting the first oligonucleotide component with an enzyme having 3'-5' exonucleolytic activity to yield fluorophores in a detectable state and detecting the fluorophores released in step ; wherein the restriction endonuclease is a nicking endonuclease adapted to cleave only the first oligonucleotide; and wherein steps and are iterated and step is carried out after or concurrently with the iteration; characterised in that step is carried out in the presence of a ligase to create a substantially double-stranded used probe in the vicinity of the recognition-site. wherein the restriction endonuclease is a nicking endonuclease adapted to cleave only the first oligonucleotide; and wherein steps and are iterated and step is carried out after or concurrently with the iteration; characterised in that step is carried out in the presence of a ligase to create a substantially double-stranded used probe in the vicinity of the recognition-site.
Process for the production of balsamic vinegar, comprising the steps of: - providing a first must obtained from pressed grapes; - concentrating the first must, thereby obtaining a concentrated must; - blending the concentrated must with wine vinegar, thereby obtaining a blend or blend precursor that will be subjected to refinement and/or ageing in order to become balsamic vinegar, characterized in that the step of concentrating the must is carried out in cold conditions, at about ambient temperature, wherein the step of concentrating the must is carried out in high vacuum. - providing a first must obtained from pressed grapes; - concentrating the first must, thereby obtaining a concentrated must; - blending the concentrated must with wine vinegar, thereby obtaining a blend or blend precursor that will be subjected to refinement and/or ageing in order to become balsamic vinegar,
An amplifier configured to operate at low, middle or high linearity modes, the amplifier comprising: an input of a first low noise amplifier (LNA 410) coupled to an input of a second low noise amplifier (LNA 420) for providing amplification; a first source degeneration inductor coupled to the first low noise amplifier (LNA 410) for providing impedance matching; a -g 3 generation block having an input coupled to an output of the second low noise amplifier (LNA 420) and an output coupled to the output of the first low noise amplifier (LNA 410) for canceling third-order transconductance distortion of the first low noise amplifier (LNA 410); a first switch coupled to the output of the second low noise amplifier (LNA 420) at a first end and to the -g 3 generation block at a second end and aligned in parallel to the -g 3 generation block for operating the amplifier at one of the low, middle or high linearity modes; and a second switch coupled to the output of the second low noise amplifier (LNA 420) at a first end and to a supply at a second end. an input of a first low noise amplifier (LNA 410) coupled to an input of a second low noise amplifier (LNA 420) for providing amplification; a first source degeneration inductor coupled to the first low noise amplifier (LNA 410) for providing impedance matching; a -g 3 generation block having an input coupled to an output of the second low noise amplifier (LNA 420) and an output coupled to the output of the first low noise amplifier (LNA 410) for canceling third-order transconductance distortion of the first low noise amplifier (LNA 410); a first switch coupled to the output of the second low noise amplifier (LNA 420) at a first end and to the -g 3 generation block at a second end and aligned in parallel to the -g 3 generation block for operating the amplifier at one of the low, middle or high linearity modes; and a second switch coupled to the output of the second low noise amplifier (LNA 420) at a first end and to a supply at a second end.
A mobile station, MS, or user equipment, UE, having a dual access non access stratum, NAS, signaling priority mode, having computer circuitry configured to: send a first packet data network, PDN, connectivity request message to a specific Access Point Name, APN, with a first low priority indicator set to a status that the MS or UE is configured for NAS signaling low priority; receive a reject message with an evolved packet system (EPS) session management, ESM, cause value indicating a rejection due to insufficient resources; and send a second PDN connectivity request message to the specific APN in response to receiving the reject message with the ESM cause value indicating the rejection due to insufficient resources, wherein the second PDN connectivity request message includes a second low priority indicator set to a status that the MS or UE is not configured for NAS signaling low priority. send a first packet data network, PDN, connectivity request message to a specific Access Point Name, APN, with a first low priority indicator set to a status that the MS or UE is configured for NAS signaling low priority; receive a reject message with an evolved packet system (EPS) session management, ESM, cause value indicating a rejection due to insufficient resources; and send a second PDN connectivity request message to the specific APN in response to receiving the reject message with the ESM cause value indicating the rejection due to insufficient resources, wherein the second PDN connectivity request message includes a second low priority indicator set to a status that the MS or UE is not configured for NAS signaling low priority.
Operating device for lighting means , having a circuit for dividing a rectified alternating voltage to direct voltages of lower levels, wherein the circuit comprises a Power Factor Correction, PFC, block comprising a plurality of half bridge converters that are arranged such that the sum of the input voltage drops across the half bridge converters corresponds to the value of the rectified alternating voltage, wherein the circuit is the first active stage in a power supply for the lighting means , each of the half bridge converters is operated with a fixed frequency, and each of the half bridge converters is operated with the same frequency.
An information provision apparatus for providing information for reaching a destination to a driver of a vehicle (V) which includes a chargeable electricity storage unit and is driven by using electric energy supplied from the electricity storage unit , the information provision apparatus comprising: an arrival determination section which is configured to determine whether or not the vehicle (V) can reach the destination from the present location in such a manner as to satisfy a predetermined condition, on the basis of present location information, which is information regarding a present location of the vehicle (V), destination information, which is information regarding the destination, and electric energy remaining amount information, which is information regarding a remaining amount of electric energy stored in the electricity storage unit , characterized by a rental car information acquisition section which is configured to acquire rental car information, which is information regarding a rental car to which the driver can change from the vehicle (V) without changing to another mode of transportation or via another mode of transportation, and which specifies the location of the rental car, when the arrival determination section determines that the vehicle (V) cannot reach the destination from the present location without charging the chargeable electrictiy storage unit ; and an information provision section which is configured to provide the rental car information acquired by the rental car information acquisition section , when the arrival determination section determines that the vehicle (V) cannot reach the destination from the present location. an arrival determination section which is configured to determine whether or not the vehicle (V) can reach the destination from the present location in such a manner as to satisfy a predetermined condition, on the basis of present location information, which is information regarding a present location of the vehicle (V), destination information, which is information regarding the destination, and electric energy remaining amount information, which is information regarding a remaining amount of electric energy stored in the electricity storage unit , characterized by a rental car information acquisition section which is configured to acquire rental car information, which is information regarding a rental car to which the driver can change from the vehicle (V) without changing to another mode of transportation or via another mode of transportation, and which specifies the location of the rental car, when the arrival determination section determines that the vehicle (V) cannot reach the destination from the present location without charging the chargeable electrictiy storage unit ; and an information provision section which is configured to provide the rental car information acquired by the rental car information acquisition section , when the arrival determination section determines that the vehicle (V) cannot reach the destination from the present location.
A combination consisting of an alpha-amylase (EC 3.2.1.1), which is thermo-labile and has activity in a range of from 30 to 65 °C, an amyloglucosidase (EC 3.2.1.3), which is thermo-stable and has optimum activity at about 60-65 °C, and a maltogenic amylase (EC 3.2.1.133), which has optimal activity in a range of from 50 to 75 °C, and wherein the thermo-labile alpha-amylase, the thermo-stable amyloglucosidase and the maltogenic amylase are present in ratios corresponding to from 20 to 48 Fau or from 28 to 40 Fau of the thermo-labile alpha-amylase, from 578 to 1650 Agu or from 660 to 1650 Agu of the thermo-stable amyloglucosidase, and from 500 to 2500 Manu or from 1000 to 2500 Manu of the maltogenic amylase. from 20 to 48 Fau or from 28 to 40 Fau of the thermo-labile alpha-amylase, from 578 to 1650 Agu or from 660 to 1650 Agu of the thermo-stable amyloglucosidase, and from 500 to 2500 Manu or from 1000 to 2500 Manu of the maltogenic amylase.
A data processing method, applied to a blockchain node, and comprising: receiving (S102) a data processing request sent by a first user, wherein the data processing request comprises first original data to be processed; invoking (S104) a first smart contract deployed in a blockchain network; extracting (S104) a feature value of the first original data based on the first smart contract, wherein the extracting the feature value of the first original data comprises: determining (S104-2) data type information of the first original data based on the first smart contract; obtaining (S104-4), based on the data type information, a target extraction rule from an association relationship between data type information and extraction rules comprised in the first smart contract; and extracting (S104-6) the feature value of the first original data based on the target extraction rule; matching (S106) the feature value with historical data saved in the blockchain network so as to determine whether there is target historical data, in the historical data, whose similarity with the first original data satisfies a predetermined condition; and processing (S108) the first original data based on matching result information obtained from the matching, wherein the matching result information indicates whether the target historical data exists in the historical data. receiving (S102) a data processing request sent by a first user, wherein the data processing request comprises first original data to be processed; invoking (S104) a first smart contract deployed in a blockchain network; extracting (S104) a feature value of the first original data based on the first smart contract, wherein the extracting the feature value of the first original data comprises: determining (S104-2) data type information of the first original data based on the first smart contract; obtaining (S104-4), based on the data type information, a target extraction rule from an association relationship between data type information and extraction rules comprised in the first smart contract; and extracting (S104-6) the feature value of the first original data based on the target extraction rule; determining (S104-2) data type information of the first original data based on the first smart contract; obtaining (S104-4), based on the data type information, a target extraction rule from an association relationship between data type information and extraction rules comprised in the first smart contract; and extracting (S104-6) the feature value of the first original data based on the target extraction rule; matching (S106) the feature value with historical data saved in the blockchain network so as to determine whether there is target historical data, in the historical data, whose similarity with the first original data satisfies a predetermined condition; and processing (S108) the first original data based on matching result information obtained from the matching, wherein the matching result information indicates whether the target historical data exists in the historical data.
A refrigerant compressor group for a refrigeration system , comprising at least two piston compressors that operate in parallel between a common low-pressure connector and a common high-pressure connector , are operable individually and each have an electric motor and cylinder units that are driven by this, characterised in that , in the refrigerant compressor group , an overall mass flow throughput in the refrigerant compressor group that is variable within the range from a minimum mass flow throughput to a maximum mass flow throughput is adjustable in that , in the case of at least one of the piston compressors , its mass flow throughput is adjustable by speed selection (D) with the aid of a frequency converter for the electric motor , and in that , in the case of at least one of the piston compressors , its mass flow throughput is adjustable by cylinder selection (Z), and in that an operating condition controller for the refrigerant compressor group is provided which, on the basis of a performance request signal (LA) of the refrigeration system that is transmitted to the operating condition controller , controls the overall mass flow throughput by open or closed-loop control by predetermining the cylinder selection (Z) and the speed selection (D).
A method for measuring interference in a wireless communication system, performed by a terminal, the method comprising: receiving (S1410) first information for configuring one or more resources for a semi-persistent interference measurement; receiving (S1420) second information for either enabling or disabling the terminal to perform the semi-persistent interference measurement in the one or more resources; and performing (S1430) the semi-persistent interference measurement for the one or more resources configured by the first information, based on the second information, wherein the first information includes a periodicity of the one or more resources, and wherein the configuration of the one or more resources is applied after a specific time duration from a timing related to the reception of the second information. receiving (S1410) first information for configuring one or more resources for a semi-persistent interference measurement; receiving (S1420) second information for either enabling or disabling the terminal to perform the semi-persistent interference measurement in the one or more resources; and performing (S1430) the semi-persistent interference measurement for the one or more resources configured by the first information, based on the second information, wherein the first information includes a periodicity of the one or more resources, and wherein the configuration of the one or more resources is applied after a specific time duration from a timing related to the reception of the second information.