mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, applied to a terminal device (110, 300, 600) connecting with a first network and a second network, comprising: reducing, by the terminal device (110, 300, 600) when an uplink duty cycle of the second network is greater than a maximum uplink duty cycle of the second network, a power class of a total transmit power of the first network and the second network and/or the uplink duty cycle of the second network, causing a specific absorption ratio, SAR, value of the terminal device (110, 300, 600) to be less than or equal to a preset value, wherein the uplink duty cycle of the second network is a proportion of time domain resources that can be used for uplink transmission in a time unit; characterized by acquiring, by the terminal device (110, 300, 600), a current uplink-downlink ratio of the first network; determining, by the terminal device (110, 300, 600), the maximum uplink duty cycle of the second network according to the current uplink-downlink ratio of the first network, and a correspondence between uplink-downlink ratios of the first network and maximum uplink duty cycles of the second network; and reporting, by the terminal device (110, 300, 600), the maximum uplink duty cycle of the second network to a network device of the second network. reducing, by the terminal device (110, 300, 600) when an uplink duty cycle of the second network is greater than a maximum uplink duty cycle of the second network, a power class of a total transmit power of the first network and the second network and/or the uplink duty cycle of the second network, causing a specific absorption ratio, SAR, value of the terminal device (110, 300, 600) to be less than or equal to a preset value, wherein the uplink duty cycle of the second network is a proportion of time domain resources that can be used for uplink transmission in a time unit; characterized by acquiring, by the terminal device (110, 300, 600), a current uplink-downlink ratio of the first network; determining, by the terminal device (110, 300, 600), the maximum uplink duty cycle of the second network according to the current uplink-downlink ratio of the first network, and a correspondence between uplink-downlink ratios of the first network and maximum uplink duty cycles of the second network; and reporting, by the terminal device (110, 300, 600), the maximum uplink duty cycle of the second network to a network device of the second network.
A method of enhancing a voice signal received from a transmitting terminal, the method being performed by a receiving terminal in a noisy environment, the method comprising: detecting an energy level of a noise signal around the receiving terminal; checking a volume level set by the receiving terminal while the voice signal is received from the transmitting terminal by dividing the voice signal into a plurality of frames in a time domain and by checking the volume level set by a user of the receiving terminal for each of the plurality of frames; and selectively enhancing of the voice signal by: calculating a volume level difference value by subtracting an average value of volume levels of the receiving terminal in one or more frames prior to a current frame from a volume level of the receiving terminal in the current frame; determining a weight value based on the volume level difference value; multiplying the energy level of the noise signal by the weight value to obtain a weighted energy level; and selectively enhancing the voice signal based on the weighted energy level by multiplying a spectrum of the voice signal by a voice enhancement weight value that is determined based on the weighted energy level. detecting an energy level of a noise signal around the receiving terminal; checking a volume level set by the receiving terminal while the voice signal is received from the transmitting terminal by dividing the voice signal into a plurality of frames in a time domain and by checking the volume level set by a user of the receiving terminal for each of the plurality of frames; and selectively enhancing of the voice signal by: calculating a volume level difference value by subtracting an average value of volume levels of the receiving terminal in one or more frames prior to a current frame from a volume level of the receiving terminal in the current frame; determining a weight value based on the volume level difference value; multiplying the energy level of the noise signal by the weight value to obtain a weighted energy level; and selectively enhancing the voice signal based on the weighted energy level by multiplying a spectrum of the voice signal by a voice enhancement weight value that is determined based on the weighted energy level. calculating a volume level difference value by subtracting an average value of volume levels of the receiving terminal in one or more frames prior to a current frame from a volume level of the receiving terminal in the current frame; determining a weight value based on the volume level difference value; multiplying the energy level of the noise signal by the weight value to obtain a weighted energy level; and selectively enhancing the voice signal based on the weighted energy level by multiplying a spectrum of the voice signal by a voice enhancement weight value that is determined based on the weighted energy level.
An additive concentrate for a fuel for use in a fuel-injected internal combustion engine comprising a quaternary ammonium salt from the reaction of a tertiary amine and a hydrocarbyl-substituted alkyl-hydroxybenzoate of the formula: wherein R 6 is a hydrocarbyl group, and n is a number from 1 to 3, wherein the total carbon atoms of all of the R 6 groups is at least 8 up to 200 and R 6 does not contain N, S or O atoms, and R 7 is an alkyl group containing from 1 to 4 carbon atoms, and at least one component selected from the group consisting of diluents, carrier fluids, compatibilizers, cetane improvers, corrosion inhibitors, cold flow improvers (CFPP additive), pour point depressants, solvents, demulsifiers, lubricity additives, friction modifiers, amine stabilizers, combustion improvers, dispersants, antioxidants, heat stabilizers, conductivity improvers, metal deactivators, marker dyes, organic nitrate ignition accelerators, and cyclomatic manganese tricarbonyl compounds.
A method for operating a user equipment, UE, supporting a manual closed subscriber group, CSG, selection in a wireless network, the method comprising: selecting a CSG cell associated with a public land mobile network, PLMN, different from a registered PLMN, RPLMN, of the UE in the manual CSG selection mode; storing a PLMN selection mode corresponding to a duplicate value of the RPLMN before attempting a registration on the selected CSG cell; and camping on the RPLMN or equivalent PLMN, EPLMN, based on the stored PLMN selection mode in response to a failure of the registration on the selected CSG cell. selecting a CSG cell associated with a public land mobile network, PLMN, different from a registered PLMN, RPLMN, of the UE in the manual CSG selection mode; storing a PLMN selection mode corresponding to a duplicate value of the RPLMN before attempting a registration on the selected CSG cell; and camping on the RPLMN or equivalent PLMN, EPLMN, based on the stored PLMN selection mode in response to a failure of the registration on the selected CSG cell.
A method of separating glycopeptides, comprising: contacting a sample comprising glycopeptides to a hydrophilic enrichment substrate under conditions that permit the glycopeptides to bind to the hydrophilic enrichment substrate; washing the hydrophilic enrichment substrate to remove non-glycopeptide contaminants from the hydrophilic enrichment substrate; eluting the glycopeptides from the hydrophilic enrichment substrate with an ammonium formate and acetonitrile in water solution to create an enriched glycopeptide sample; applying the enriched glycopeptide sample to a separation column; and eluting the glycopeptides from the separation column, thereby separating glycopeptides in the sample. contacting a sample comprising glycopeptides to a hydrophilic enrichment substrate under conditions that permit the glycopeptides to bind to the hydrophilic enrichment substrate; washing the hydrophilic enrichment substrate to remove non-glycopeptide contaminants from the hydrophilic enrichment substrate; eluting the glycopeptides from the hydrophilic enrichment substrate with an ammonium formate and acetonitrile in water solution to create an enriched glycopeptide sample; applying the enriched glycopeptide sample to a separation column; and eluting the glycopeptides from the separation column, thereby separating glycopeptides in the sample.
Valve top for sanitary fittings comprising a head part holding a bottom part incorporating two inlet ducts and at least one outlet duct and a disk control system having a control disk that can be turned relative to a co-rotatably arranged passage disk, where a second outlet duct is arranged for water draw-off, where a connecting duct is provided in the control disk by means of which connecting duct, when the control disk is turned to a set position, a first inlet duct and the first outlet duct can be connected to each other relative to the passage disk, characterised in that the passage disk incorporates on its side oriented towards the control disk a recess that on at least one side connects a middle area surrounding the middle of the passage disk to the outer surface.
Apparatus for dispensing fluid flavouring additives for preparation of flavoured beverages, especially coffee-, tea- and/or milk-based beverages, having a receiving space for receiving a plurality of flavouring containers (15a - 15f), having a plurality of pumps (12a - 12f), each assigned to one of the flavouring containers (15a - 15f), which pumps are each connectible to the relevant flavouring container (15a - 15f) via a flexible suction line (14a - 14f), and having at least one flavouring line leading from the pumps (12a - 12f) to a beverage dispensing apparatus, wherein the suction lines (14a - 14f) each have a connector at their end to be connected to the flavouring container (15a - 15f), and the apparatus comprises a connection device which has corresponding counterpart connectors (18a - 18f) for the suction lines (14a - 14f), to which the suction lines (14a - 14f) can be connected instead of to the respective flavouring containers (15a - 15f) in order to perform a cleaning operation, and the connection device also has a connection for a cleaning agent supply line, which connection is connected to the counterpart connectors (18a - 18f), characterised in that non-return valves (17a - 17f) are arranged between the connection of the cleaning agent supply line and the counterpart connectors (18a - 18f). wherein the suction lines (14a - 14f) each have a connector at their end to be connected to the flavouring container (15a - 15f), and the apparatus comprises a connection device which has corresponding counterpart connectors (18a - 18f) for the suction lines (14a - 14f), to which the suction lines (14a - 14f) can be connected instead of to the respective flavouring containers (15a - 15f) in order to perform a cleaning operation, and the connection device also has a connection for a cleaning agent supply line, which connection is connected to the counterpart connectors (18a - 18f), characterised in that non-return valves (17a - 17f) are arranged between the connection of the cleaning agent supply line and the counterpart connectors (18a - 18f).
A cable support comprising: a stem portion having a central axis; a hook portion connected to an end of the stem portion wherein the hook portion has a centre line aligned to the central axis of the stem portion; and at least one wing portion extending laterally from the hook portion, characterized in that the at least one wing portion has a neck and a tab wherein the tab is connected to the hook portion through the neck and wherein the wing portion has a central axis, the neck being elongated along the central axis and the tab being elongated along a direction perpendicular to the central axis. a stem portion having a central axis; a hook portion connected to an end of the stem portion wherein the hook portion has a centre line aligned to the central axis of the stem portion; and at least one wing portion extending laterally from the hook portion, characterized in that the at least one wing portion has a neck and a tab wherein the tab is connected to the hook portion through the neck and wherein the wing portion has a central axis, the neck being elongated along the central axis and the tab being elongated along a direction perpendicular to the central axis.
A lighting device comprising: a light emitting device including a plurality of light emitting elements arranged in curve having a first curvature; and a honeycomb member having an extendable and contractible honeycomb structure, arranged in curve having a second curvature larger than the first curvature, in an emission direction of light emitted from the light emitting device. a light emitting device including a plurality of light emitting elements arranged in curve having a first curvature; and a honeycomb member having an extendable and contractible honeycomb structure, arranged in curve having a second curvature larger than the first curvature, in an emission direction of light emitted from the light emitting device.
Bottle for dispensing a fluid product comprising a body wherein a reservoir intended for the conditioning of said product is formed, said bottle further comprising a device for sampling of said conditioned product which is mounted in a sealed manner on said body, said device for sampling being provided with a push-button which is provided with a dispensing orifice of said product, said push-button able to be displaced reversibly on an actuating stroke of said device between a position at rest and a depressed position wherein the dispensing orifice is in communication with the reservoir by the intermediary of said device, said body being equipped with a filling valve of said reservoir which is arranged in order to allow for the putting into communication of a product source with said reservoir, the reservoir having an air depression which is arranged in order to be able to carry out the filling of the reservoir with product by putting into sealed communication of a product source with said reservoir by the intermediary of the valve in such a way that said depression induces the filling of said reservoir through suction of the product contained in said source, said bottle further comprising a cap, characterized in that the cap is associated to the body by forming a sealed internal space wherein said push-button is arranged, said internal space having an air depression and being arranged to maintain said push-button in depressed position in such a way as to be in communication with the reservoir.
A topically administrable aqueous ophthalmic suspension composition comprising: a carboxyvinyl polymer at a concentration of 0.1 to 0.5 w/v%; a galactomannan at a concentration of 0.1 to 0.4 w/v%; borate at a concentration of 0.4 to 2.0 w/v%; and a sparingly soluble particulate compound, said compound having a solubility in water at 25°C of 0.001 to 0.1 w/v%. a carboxyvinyl polymer at a concentration of 0.1 to 0.5 w/v%; a galactomannan at a concentration of 0.1 to 0.4 w/v%; borate at a concentration of 0.4 to 2.0 w/v%; and a sparingly soluble particulate compound, said compound having a solubility in water at 25°C of 0.001 to 0.1 w/v%.
A system for drilling a borehole in a subterranean formation, the system comprising: a tubular string; a drill bit (150, 250) coupled to the tubular string and comprising a bit body having a bit face positioned along the bit body; and a plasma inducing apparatus coupled to the drill bit (150, 250) and comprising an electrode assembly coupled to a downhole end of the drill bit (150, 250), wherein the electrode assembly comprises one or more pairs of electrodes positioned along the bit face of the drill bit (150, 250) and configured to emit an electrical discharge between the one or more pairs of electrodes to generate plasma for weakening the subterranean formation, the electrical discharge having an average electrical power that is less than 20 kilowatts (kW); and a power conversion assembly coupled to the tubular string, wherein the plasma inducing apparatus is configured to generate plasma from electric current generated within the power conversion assembly; wherein the drill bit (150, 250) comprises a cutting structure positioned along the bit face and comprising a plurality of cutter elements configured to cut into the subterranean formation as the subterranean formation is weakened by the electrical discharge emitted between the one or more pairs of electrodes. a tubular string; a drill bit (150, 250) coupled to the tubular string and comprising a bit body having a bit face positioned along the bit body; and a plasma inducing apparatus coupled to the drill bit (150, 250) and comprising an electrode assembly coupled to a downhole end of the drill bit (150, 250), wherein the electrode assembly comprises one or more pairs of electrodes positioned along the bit face of the drill bit (150, 250) and configured to emit an electrical discharge between the one or more pairs of electrodes to generate plasma for weakening the subterranean formation, the electrical discharge having an average electrical power that is less than 20 kilowatts (kW); and a power conversion assembly coupled to the tubular string, wherein the plasma inducing apparatus is configured to generate plasma from electric current generated within the power conversion assembly; wherein the drill bit (150, 250) comprises a cutting structure positioned along the bit face and comprising a plurality of cutter elements configured to cut into the subterranean formation as the subterranean formation is weakened by the electrical discharge emitted between the one or more pairs of electrodes.
Handpiece head for a dental handpiece, comprising a housing and a cover plate, wherein the housing is detachably connected to the cover plate by means of a screw connection, wherein the handpiece head comprises a snap-in connection, wherein the snap-in connection snaps in when the cover plate is screwed in, characterized in that the housing and/or the cover plate are elastically deformed during the screwing-in process and return to their original shape prior to the elastic deformation upon snapping in, wherein the cover plate comprises at least one depression, wherein the housing correspondingly comprises at least one elevation, wherein the elevation on the housing snaps into the corresponding depression on the cover plate when the cover plate is screwed in, wherein the snap-in connection is formed by the elevation and the depression, wherein if the cover plate is screwed into the housing, an outer surface of the cover plate comprises at least one depression, wherein an inner surface of the housing comprises at least one elevation, wherein the elevation on the housing snaps into the corresponding depression on the cover plate when the cover plate is screwed in, or if the cover plate is screwed onto the housing, an inner surface of the cover plate comprises at least one elevation, wherein an outer surface of the housing correspondingly comprises at least one depression, wherein the elevation on the cover plate snaps into the corresponding depression on the housing when the cover plate is screwed in, wherein a distance exists between the elevation and the depression in the snapped-in state.
Method for detecting a fuel leak during operation of a gas turbine in a fuel distribution system between a fuel regulator valve and at least one burner of the gas turbine, characterised in that a fuel consumption (m comb) of the gas turbine is approximated as a function of the mechanical power of the gas turbine, the fuel quantity (m fuel) supplied to the fuel distribution system is determined, and the leakage flow (m leak) is determined from the difference between the supplied fuel quantity (m fuel) and the fuel consumption (m comb).
A computer executed method comprising: providing a random number generator, providing a randomly generated address in the form of a fuse row address; and selecting said fuse row of addressable fuses in a memory array, to begin fuse sensing by a fuse sensing protocol, wherein the method further comprises randomly repeatedly picking a different row to sense until all rows of fuses have been sensed; the method further including providing a first string of bits to record a state, including at least one complement bit, and including storing said first string along an address line in a row and a second string that is a complement of the first string in an address line in a column; reading the string of bits in the row and the complementary string of bits in the column, and comparing the two strings. providing a random number generator, providing a randomly generated address in the form of a fuse row address; and selecting said fuse row of addressable fuses in a memory array, to begin fuse sensing by a fuse sensing protocol, wherein the method further comprises randomly repeatedly picking a different row to sense until all rows of fuses have been sensed; the method further including providing a first string of bits to record a state, including at least one complement bit, and including storing said first string along an address line in a row and a second string that is a complement of the first string in an address line in a column; reading the string of bits in the row and the complementary string of bits in the column, and comparing the two strings.
A firing material composition, comprising: silver particles; a binder component; a dispersion medium having a relative evaporation rate with respect to butyl acetate of 1.0×10 -5 to 1.0×10 -3 which is a converted value at the time of setting the value of the evaporation rate of butyl acetate measured according to the test method specified in ASTM D3539 to 1, and a diluent solvent having the relative evaporation rate with respect to butyl acetate of 0.001 to 4.0, wherein a content of the silver particles is a range of in a range of 20% to 80% by mass with respect to a total mass of the solid content in the firing material composition, wherein a content of the binder component is a range of 5% to 20% by mass with respect to the total mass of a solid content of the firing material composition, wherein a content of dispersion medium is in a range of 10% to 20% by mass with respect to a total mass of the firing material composition, wherein a content of the diluent solvent is in a range of 1% to 20% by mass with respect to a total mass of the firing material composition and wherein a content of the dispersion medium and the diluent solvent is in a range of 15% to 40% by mass with respect to a total mass of the firing material composition. silver particles; a binder component; a dispersion medium having a relative evaporation rate with respect to butyl acetate of 1.0×10 -5 to 1.0×10 -3 which is a converted value at the time of setting the value of the evaporation rate of butyl acetate measured according to the test method specified in ASTM D3539 to 1, and a diluent solvent having the relative evaporation rate with respect to butyl acetate of 0.001 to 4.0, wherein a content of the silver particles is a range of in a range of 20% to 80% by mass with respect to a total mass of the solid content in the firing material composition, wherein a content of the binder component is a range of 5% to 20% by mass with respect to the total mass of a solid content of the firing material composition, wherein a content of dispersion medium is in a range of 10% to 20% by mass with respect to a total mass of the firing material composition, wherein a content of the diluent solvent is in a range of 1% to 20% by mass with respect to a total mass of the firing material composition and wherein a content of the dispersion medium and the diluent solvent is in a range of 15% to 40% by mass with respect to a total mass of the firing material composition.