mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, LTE , in a 3rd Generation Partnership Project, 3GPP, New Radio, NR, wireless communication system, the method comprising: determining an adjustment factor Δ TF, b,f,c ( i ) for a 3GPP NR physical uplink control channel, PUCCH, format 1 transmission power in a PUCCH transmission occasion i on an uplink bandwidth part, BWP, b of a carrier f of a cell c as Δ TF , b , ƒ , c i = 10 log 10 N ref PUCCH N symb PUCCH + 10 log 10 O UCI , wherein: N ref PUCCH is a reference number of PUCCH symbols, N symb PUCCH is a number of PUCCH symbols in the PUCCH transmission occasion i that is larger than or equal to 4, O UCI is a number of uplink control information, UCI, bits included in a PUCCH in the PUCCH transmission occasion i , and log 10 ( ) is a logarithm function with base 10; and transmitting the PUCCH in the PUCCH transmission occasion i with the 3GPP NR PUCCH format 1 transmission power adjusted by Δ TF,b,f,c ( i ), wherein O UCI corresponds to 1 or 2. N ref PUCCH is a reference number of PUCCH symbols, N symb PUCCH is a number of PUCCH symbols in the PUCCH transmission occasion i that is larger than or equal to 4, O UCI is a number of uplink control information, UCI, bits included in a PUCCH in the PUCCH transmission occasion i , and log 10 ( ) is a logarithm function with base 10; and transmitting the PUCCH in the PUCCH transmission occasion i with the 3GPP NR PUCCH format 1 transmission power adjusted by Δ TF,b,f,c ( i ), wherein O UCI corresponds to 1 or 2.
A time-resolved fluorescent immunochromatographic test strip for detecting vancomycin, comprising a bottom plate and a sample absorption pad, a fluorescent microsphere pad, a nitrocellulose membrane coated with a vancomycin-carrier protein conjugate, and an absorbent pad which are sequentially overlapped and pasted on the bottom plate, wherein: the fluorescent microsphere pad is sprayed with a fluorescent microsphere-labeled vancomycin monoclonal antibody, and the vancomycin monoclonal antibody is prepared by using a vancomycin-bovine serum albumin conjugate as an immunogen; the preparation method of the vancomycin-bovine serum albumin conjugate comprises the following steps: 1) mixing a sodium periodate aqueous solution with a vancomycin aqueous solution to carry out a redox reaction to obtain a reaction mixture; 2) mixing bovine serum albumin with a carbonate buffer to obtain a bovine serum albumin solution; and 3) mixing the reaction mixture in step 1) with the bovine serum albumin solution in step 2), and carrying out a coupling reaction to obtain vancomycin-bovine serum albumin conjugate, and wherein steps 1) and 2) are not chronologically limited. the fluorescent microsphere pad is sprayed with a fluorescent microsphere-labeled vancomycin monoclonal antibody, and the vancomycin monoclonal antibody is prepared by using a vancomycin-bovine serum albumin conjugate as an immunogen; the preparation method of the vancomycin-bovine serum albumin conjugate comprises the following steps: 1) mixing a sodium periodate aqueous solution with a vancomycin aqueous solution to carry out a redox reaction to obtain a reaction mixture; 2) mixing bovine serum albumin with a carbonate buffer to obtain a bovine serum albumin solution; and 3) mixing the reaction mixture in step 1) with the bovine serum albumin solution in step 2), and carrying out a coupling reaction to obtain vancomycin-bovine serum albumin conjugate, and 1) mixing a sodium periodate aqueous solution with a vancomycin aqueous solution to carry out a redox reaction to obtain a reaction mixture; 2) mixing bovine serum albumin with a carbonate buffer to obtain a bovine serum albumin solution; and 3) mixing the reaction mixture in step 1) with the bovine serum albumin solution in step 2), and carrying out a coupling reaction to obtain vancomycin-bovine serum albumin conjugate, and wherein steps 1) and 2) are not chronologically limited.
Luminaire , comprising - a light-transmissive element through which light of a primary light source being provided inside of the luminaire can be emitted to an outside of the luminaire and - an indicator light source being provided inside of the luminaire , characterised by further comprising - an elastically compressible light guide member extending between the indicator light source and the light-transmissive element for guiding the light of the indicator light source towards the light-transmissive element such that the guided light is emitted through the light-transmissive element to the outside of the luminaire , wherein the light guide member further extends between the indicator light source and the light-transmissive element such that deformation energy of deformed, damaged or deflected parts of the light-transmissive element being in the vicinity of the indicator light source is absorbed by the elastically compressible structure of the light guide member . - a light-transmissive element through which light of a primary light source being provided inside of the luminaire can be emitted to an outside of the luminaire and - an indicator light source being provided inside of the luminaire , characterised by further comprising - an elastically compressible light guide member extending between the indicator light source and the light-transmissive element for guiding the light of the indicator light source towards the light-transmissive element such that the guided light is emitted through the light-transmissive element to the outside of the luminaire , wherein the light guide member further extends between the indicator light source and the light-transmissive element such that deformation energy of deformed, damaged or deflected parts of the light-transmissive element being in the vicinity of the indicator light source is absorbed by the elastically compressible structure of the light guide member .
A chlorin based on the formulas 1, 2 or 3: wherein: B is: R 1 is: independently an unsubstituted alkyl group or a fluoroalkyl group consisting of 4-15 carbon atoms R 2 is independently a substituent either in the meta- or para- position of the phenyl ring with R 2 = -OH, -COOH, -COOCH 3 , -NH 2 , -COOX, -NHX, OX, -NH-Y-COOH, or -CO-Y-NH 2 . wherein: X is a polyethyleneglycol-residue with (CH 2 CH 2 O) n CH 3 with n = 1-30 or a carbohydrate moiety Y is peptides or oligopeptides wherein n=1-30. B is: R 1 is: independently an unsubstituted alkyl group or a fluoroalkyl group consisting of 4-15 carbon atoms R 2 is independently a substituent either in the meta- or para- position of the phenyl ring with R 2 = -OH, -COOH, -COOCH 3 , -NH 2 , -COOX, -NHX, OX, -NH-Y-COOH, or -CO-Y-NH 2 . wherein: X is a polyethyleneglycol-residue with (CH 2 CH 2 O) n CH 3 with n = 1-30 or a carbohydrate moiety Y is peptides or oligopeptides wherein n=1-30. R 1 is: independently an unsubstituted alkyl group or a fluoroalkyl group consisting of 4-15 carbon atoms R 2 is independently a substituent either in the meta- or para- position of the phenyl ring with R 2 = -OH, -COOH, -COOCH 3 , -NH 2 , -COOX, -NHX, OX, -NH-Y-COOH, or -CO-Y-NH 2 . wherein: X is a polyethyleneglycol-residue with (CH 2 CH 2 O) n CH 3 with n = 1-30 or a carbohydrate moiety Y is peptides or oligopeptides wherein n=1-30. X is a polyethyleneglycol-residue with (CH 2 CH 2 O) n CH 3 with n = 1-30 or a carbohydrate moiety Y is peptides or oligopeptides wherein n=1-30.
Method for determining transmission parameters of data emitted using a plurality of emission frequencies and an adaptive coding and modulation mode, characterized in that it includes: • a first step of determining, for each frequency, the value of a first parameter representing the ratio of the power of the signal emitted using said frequency to the power of the noise present on said frequency, • a second step of determining the value of a second parameter representing a ratio of the number of frequencies for which the value of said first parameter is below a first threshold dependant on the modulation and coding scheme, and the total number of frequencies, • a third step of determining the value of a third parameter representing a variance in the dispersion of the values taken by said first parameters, • a fourth step of determining the value of a fourth parameter representing the mean of the values of the first parameters decreased by a value dependent on the value of the second and third parameters, • a fifth step of determining a type of modulation and a type of error-correcting code and their respective parameters to be used for the transmission of the data on the basis of the value of said fourth parameter. • a first step of determining, for each frequency, the value of a first parameter representing the ratio of the power of the signal emitted using said frequency to the power of the noise present on said frequency, • a second step of determining the value of a second parameter representing a ratio of the number of frequencies for which the value of said first parameter is below a first threshold dependant on the modulation and coding scheme, and the total number of frequencies, • a third step of determining the value of a third parameter representing a variance in the dispersion of the values taken by said first parameters, • a fourth step of determining the value of a fourth parameter representing the mean of the values of the first parameters decreased by a value dependent on the value of the second and third parameters, • a fifth step of determining a type of modulation and a type of error-correcting code and their respective parameters to be used for the transmission of the data on the basis of the value of said fourth parameter.
Process for preparing a biocidal, bactericidal and/or bacteriostatic material, said process comprising: a. preparation of a polymer precursor solution comprising: i. at least one monomer A having a porphyrin group and at least one radical polymerizable function, ii. at least one radical polymerizable monomer B, iii. a photoinitiator, iv. at least one of the monomers chosen from: 1. a monomer C comprising a quaternary amine and a radical polymerizable function; and/or 2. a monomer D comprising copper and a radical polymerizable function; b. contacting the polymer precursor solution obtained in (a) with a support, resulting in the impregnation of said support with said polymer precursor solution; and c. the implementation by UV irradiation of the polymerization of the polymer precursor solution impregnated in the support according to step (b), said UV irradiation being carried out at an absorption wavelength less than the maximum absorption wavelength λmax of monomer A; d. optionally, activation by light irradiation of monomer A. a. preparation of a polymer precursor solution comprising: i. at least one monomer A having a porphyrin group and at least one radical polymerizable function, ii. at least one radical polymerizable monomer B, iii. a photoinitiator, iv. at least one of the monomers chosen from: 1. a monomer C comprising a quaternary amine and a radical polymerizable function; and/or 2. a monomer D comprising copper and a radical polymerizable function; i. at least one monomer A having a porphyrin group and at least one radical polymerizable function, ii. at least one radical polymerizable monomer B, iii. a photoinitiator, iv. at least one of the monomers chosen from: 1. a monomer C comprising a quaternary amine and a radical polymerizable function; and/or 2. a monomer D comprising copper and a radical polymerizable function; 1. a monomer C comprising a quaternary amine and a radical polymerizable function; and/or 2. a monomer D comprising copper and a radical polymerizable function; b. contacting the polymer precursor solution obtained in (a) with a support, resulting in the impregnation of said support with said polymer precursor solution; and c. the implementation by UV irradiation of the polymerization of the polymer precursor solution impregnated in the support according to step (b), said UV irradiation being carried out at an absorption wavelength less than the maximum absorption wavelength λmax of monomer A; d. optionally, activation by light irradiation of monomer A.
A torque converter , including a lock-up clutch mechanism , adapted to rotate about an axis, comprising: a torus having an interior torus chamber and comprising an impeller having an impeller perimeter friction surface portion , a stator , and a turbine comprising a reactive turbine-piston having opposite first and second turbine-piston perimeter friction surface portions , said turbine being drivable in a rotary direction around said axis by hydrokinetic energy supplied from said impeller; a casing associated with said torus and providing a casing chamber n variable fluid communication with said torus chamber and axially juxtaposed to said torus chamber on an opposite side of said turbine-piston relative to said torus chamber; and said lock-up clutch mechanism comprising a secondary piston having a secondary-piston perimeter friction surface portion , sealed about a perimeter thereof to said casing, fixed in rotation with respect to said casing, located axially adjacent said turbine piston in said casing chamber, wherein said secondary piston is configured to axially move, in response to an effective fluid pressure increase in said casing chamber relative to said torus chamber, to engage said secondary-piston perimeter friction surface portion with said first turbine-piston perimeter friction surface portion, and further configured to thereafter urge said second turbine-piston perimeter friction surface portion into engagement with said impeller perimeter friction surface portion, thereby eliminating relative rotary motion between said turbine-piston and said impeller. a torus having an interior torus chamber and comprising an impeller having an impeller perimeter friction surface portion , a stator , and a turbine comprising a reactive turbine-piston having opposite first and second turbine-piston perimeter friction surface portions , said turbine being drivable in a rotary direction around said axis by hydrokinetic energy supplied from said impeller; a casing associated with said torus and providing a casing chamber n variable fluid communication with said torus chamber and axially juxtaposed to said torus chamber on an opposite side of said turbine-piston relative to said torus chamber; and said lock-up clutch mechanism comprising a secondary piston having a secondary-piston perimeter friction surface portion , sealed about a perimeter thereof to said casing, fixed in rotation with respect to said casing, located axially adjacent said turbine piston in said casing chamber, wherein said secondary piston is configured to axially move, in response to an effective fluid pressure increase in said casing chamber relative to said torus chamber, to engage said secondary-piston perimeter friction surface portion with said first turbine-piston perimeter friction surface portion, and further configured to thereafter urge said second turbine-piston perimeter friction surface portion into engagement with said impeller perimeter friction surface portion, thereby eliminating relative rotary motion between said turbine-piston and said impeller.
A coupling element comprising at least one coupling member having a first end and a second end , wherein said coupling member has a flat face on a first side thereof, the at least one coupling member includes a first plurality of barbs disposed successively therealong from the first end, a first set of said first plurality of barbs extending from said flat face and extending in cantilever manner from said flat face and depending away from said first end so as to hinder or prevent the removal of the coupling element from a bore in a surface of a first article into which the coupling member has been inserted from the first end, wherein said at least one coupling member has a curved face on a second side thereof, opposite said first side, a second set of said first plurality of barbs extending from said curved face or a plurality or ridges or projections being disposed successively along said second side of the at least one coupling member. wherein said coupling member has a flat face on a first side thereof, the at least one coupling member includes a first plurality of barbs disposed successively therealong from the first end, a first set of said first plurality of barbs extending from said flat face and extending in cantilever manner from said flat face and depending away from said first end so as to hinder or prevent the removal of the coupling element from a bore in a surface of a first article into which the coupling member has been inserted from the first end, wherein said at least one coupling member has a curved face on a second side thereof, opposite said first side, a second set of said first plurality of barbs extending from said curved face or a plurality or ridges or projections being disposed successively along said second side of the at least one coupling member.
Rifaximin in combination with at least one proton pump inhibitor and optionally a further antibiotic for use in a method for treating or preventing enteropathy in an individual undergoing NSAID administration, wherein the NSAID is diclofenac, ketoprofen, naproxen, ibuprofen, acetylsalicylic acid or mixtures thereof and wherein rifaximin is in gastroresistant form or in form of gastroresistant microgranules and is orally administered in an amount of from 20 mg to 3300 mg per day.
A method for certification by a control unit of a vehicle , comprising the steps of: - generation of a first signed certificate , comprising at least one public key and containing a vehicle-specific feature, and a private key associated therewith; - one-time introduction of the first signed certificate and the associated private key into the control unit ; - signing of a second certificate , comprising an additional public key , in the control unit , by means of the private key associated with the first signed certificate ; and - provision of the second signed certificate together with the first signed certificate . - generation of a first signed certificate , comprising at least one public key and containing a vehicle-specific feature, and a private key associated therewith; - one-time introduction of the first signed certificate and the associated private key into the control unit ; - signing of a second certificate , comprising an additional public key , in the control unit , by means of the private key associated with the first signed certificate ; and - provision of the second signed certificate together with the first signed certificate .
A method for charging a battery using a multi-stage constant current charging scheme, in which a plurality of sequential stages are predetermined over which the open circuit voltage OCV of an anode of the battery decreases with time, and in which for each stage there is a predetermined charging rate at a constant current, wherein such predetermined sequential stages are defined based on the value of the slope dOCV/dSOC, i.e. the differential of the OCV with respect to the state of charge SOC of the battery, such that the value of the slope dOCV/dSOC at any of the boundaries of any stage containing a maximum (P3, P4) or a minimum (P1, P2) differs from the value of the slope dOCV/dSOC at that maximum or minimum by no more than a predetermined difference S 0 ; the method comprising: monitoring the SOC or the charging voltage of the battery; determining (S110) from the SOC or the charging voltage of the battery in which of the stages the battery is; applying the respective predetermined charging rate for the duration of the stage; and repeating the above process for each successive stage. monitoring the SOC or the charging voltage of the battery; determining (S110) from the SOC or the charging voltage of the battery in which of the stages the battery is; applying the respective predetermined charging rate for the duration of the stage; and repeating the above process for each successive stage.
Method for the onsite calibration of a Rogowski sensor to be calibrated (CC) which is intended, in operation, to be connected to a multiphase electricity meter by being positioned on a phase to be calibrated (PhC), the method being characterized in that it comprises the first steps of: - positioning the Rogowski sensor to be calibrated on a first reference phase (PhB), on which a first already-calibrated reference Rogowski sensor (CB) is positioned, or positioning the first reference Rogowski sensor on the phase to be calibrated; - acquiring a first calibration current measurement produced by the Rogowski sensor to be calibrated (CC), a first reference current measurement produced by the first reference Rogowski sensor (CB), and a first reference voltage measurement on a first positioning phase (PhB; PhC) on which are positioned the Rogowski sensor to be calibrated and the first reference Rogowski sensor following the positioning step; - using the first calibration current measurement, the first reference current measurement and the first reference voltage measurement to produce first calibration parameters (K 1 , Δφ 1 ) of the Rogowski sensor to be calibrated. - positioning the Rogowski sensor to be calibrated on a first reference phase (PhB), on which a first already-calibrated reference Rogowski sensor (CB) is positioned, or positioning the first reference Rogowski sensor on the phase to be calibrated; - acquiring a first calibration current measurement produced by the Rogowski sensor to be calibrated (CC), a first reference current measurement produced by the first reference Rogowski sensor (CB), and a first reference voltage measurement on a first positioning phase (PhB; PhC) on which are positioned the Rogowski sensor to be calibrated and the first reference Rogowski sensor following the positioning step; - using the first calibration current measurement, the first reference current measurement and the first reference voltage measurement to produce first calibration parameters (K 1 , Δφ 1 ) of the Rogowski sensor to be calibrated.
A cap for a port of an intravenous device, the cap comprising: a body having a cavity; and an absorbent material containing an antimicrobial solution, the absorbent material being contained within the body such that it is compressible; characterized in that the cap further comprises: an actuator positioned within the cavity, the actuator having a lumen ; wherein when the cap is connected to a female luer port of an intravenous device, the actuator is advanced into the cavity and compresses the absorbent material causing the antimicrobial solution to flow onto an intraluminal surface of the port . a body having a cavity; and an absorbent material containing an antimicrobial solution, the absorbent material being contained within the body such that it is compressible; characterized in that the cap further comprises: an actuator positioned within the cavity, the actuator having a lumen ; wherein when the cap is connected to a female luer port of an intravenous device, the actuator is advanced into the cavity and compresses the absorbent material causing the antimicrobial solution to flow onto an intraluminal surface of the port . an actuator positioned within the cavity, the actuator having a lumen ; wherein when the cap is connected to a female luer port of an intravenous device, the actuator is advanced into the cavity and compresses the absorbent material causing the antimicrobial solution to flow onto an intraluminal surface of the port .