mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a receiver for estimating first large-scale channel properties associated to a first channel, wherein the first channel is associated to a first transmitter and second large-scale channel properties associated to a second channel, wherein the second channel is associated to a second transmitter, the method comprising: - receiving a first signal transmitted by the first transmitter and further receiving at least a second signal transmitted by the second transmitter, wherein the first and the second transmitters are synchronised to a common synchronisation reference, and wherein the first signal comprises a first reference signal and the second signal comprises a second reference signal; - jointly estimating the first large-scale channel properties and the second large-scale channel properties based on the first reference signal and the second reference signal; and - associating the jointly estimated first and second large-scale channel properties to the first channel associated to the first transmitter and to the second channel associated to the second transmitter, wherein the associated jointly estimated first and second large-scale channel properties are exploited to perform demodulation of data transmitted by the first transmitter and the second transmitter, and wherein the demodulation of the data transmitted by the first transmitter and the second transmitter is performed using the first reference signal. - receiving a first signal transmitted by the first transmitter and further receiving at least a second signal transmitted by the second transmitter, wherein the first and the second transmitters are synchronised to a common synchronisation reference, and wherein the first signal comprises a first reference signal and the second signal comprises a second reference signal; - jointly estimating the first large-scale channel properties and the second large-scale channel properties based on the first reference signal and the second reference signal; and - associating the jointly estimated first and second large-scale channel properties to the first channel associated to the first transmitter and to the second channel associated to the second transmitter, wherein the associated jointly estimated first and second large-scale channel properties are exploited to perform demodulation of data transmitted by the first transmitter and the second transmitter, and wherein the demodulation of the data transmitted by the first transmitter and the second transmitter is performed using the first reference signal.
A magnetic toner, comprising: magnetic toner particles which comprise a binder resin and treated magnetic particles; and an inorganic fine powder, wherein: the treated magnetic particles are surface-treated with a silane compound; the silane compound comprises a treated product obtained by subjecting an alkoxysilane to a hydrolysis treatment; the alkoxysilane has an alkyl group having 2 to 4 carbon atoms; the treated magnetic particles have a moisture adsorption amount per unit area based on a BET specific surface area of 0.300 mg/m 2 or less as measured according to the description; and the amount of extract which is extracted from the treated magnetic particles with styrene constitutes 25 mass% or less based on a total amount of the silane compound contained in the treated magnetic particles. magnetic toner particles which comprise a binder resin and treated magnetic particles; and an inorganic fine powder, wherein: the treated magnetic particles are surface-treated with a silane compound; the silane compound comprises a treated product obtained by subjecting an alkoxysilane to a hydrolysis treatment; the alkoxysilane has an alkyl group having 2 to 4 carbon atoms; the treated magnetic particles have a moisture adsorption amount per unit area based on a BET specific surface area of 0.300 mg/m 2 or less as measured according to the description; and the amount of extract which is extracted from the treated magnetic particles with styrene constitutes 25 mass% or less based on a total amount of the silane compound contained in the treated magnetic particles. the treated magnetic particles are surface-treated with a silane compound; the silane compound comprises a treated product obtained by subjecting an alkoxysilane to a hydrolysis treatment; the alkoxysilane has an alkyl group having 2 to 4 carbon atoms; the treated magnetic particles have a moisture adsorption amount per unit area based on a BET specific surface area of 0.300 mg/m 2 or less as measured according to the description; and the amount of extract which is extracted from the treated magnetic particles with styrene constitutes 25 mass% or less based on a total amount of the silane compound contained in the treated magnetic particles.
A wind turbine blade with a leading edge and a trailing edge, said blade comprising: an upper shell member and a lower shell member, each of the upper shell member and said lower shell member comprising a chord-wise forward edge and a rearward edge, the forward edges bonded at the leading edge and the rearward edges bonded at the trailing edge with a bond paste applied between the respective forward edges and rearward edges; at least one of the shell members (20,22) comprising a first inspection window defined therein along one of the leading edge or trailing edge at a location corresponding at least to a design minimum bond width of the bond paste applied at the respective leading edge or trailing edge (24,26); the first inspection window providing a visible access through the shell member (20,22) such that a visible indication is generated through the first inspection window when bond paste is injected and reaches the minimum bond width location or beyond in the chord-wise direction; further comprising a second inspection window defined in the opposite shell member (20,22) along the respective leading or trailing edge such that the first and second inspection windows are aligned along an axis at the minimum bond with location or beyond; characterized by an internal light source that is provided post-molding of the blade and at a location such that light generated within the blade will be externally visible through any inspection window that is not blocked by bond paste. an upper shell member and a lower shell member, each of the upper shell member and said lower shell member comprising a chord-wise forward edge and a rearward edge, the forward edges bonded at the leading edge and the rearward edges bonded at the trailing edge with a bond paste applied between the respective forward edges and rearward edges; at least one of the shell members (20,22) comprising a first inspection window defined therein along one of the leading edge or trailing edge at a location corresponding at least to a design minimum bond width of the bond paste applied at the respective leading edge or trailing edge (24,26); the first inspection window providing a visible access through the shell member (20,22) such that a visible indication is generated through the first inspection window when bond paste is injected and reaches the minimum bond width location or beyond in the chord-wise direction; further comprising a second inspection window defined in the opposite shell member (20,22) along the respective leading or trailing edge such that the first and second inspection windows are aligned along an axis at the minimum bond with location or beyond; characterized by an internal light source that is provided post-molding of the blade and at a location such that light generated within the blade will be externally visible through any inspection window that is not blocked by bond paste.
A communication control method for a mobile communication system, the method comprising: receiving from a base station, by a user equipment in RRC connected mode, an RRC connection release message for transitioning the user equipment from the RRC connected mode to an RRC idle mode, wherein the RRC connection release message includes information for the user equipment to determine whether to perform early data transmission; transition to the RRC idle mode, by the user equipment; transmitting, by the base station, a system information block, SIB, indicating an allowable amount of data allowed to be transmitted in an early data transmission which transmits uplink user data using message 3 during a random access procedure; receiving, by the user equipment in the RRC idle mode, the SIB; determining, by the user equipment, to perform the early data transmission when an amount of transmission data to the base station is less than or equal to the allowable amount of data indicated by the SIB. receiving from a base station, by a user equipment in RRC connected mode, an RRC connection release message for transitioning the user equipment from the RRC connected mode to an RRC idle mode, wherein the RRC connection release message includes information for the user equipment to determine whether to perform early data transmission; transition to the RRC idle mode, by the user equipment; transmitting, by the base station, a system information block, SIB, indicating an allowable amount of data allowed to be transmitted in an early data transmission which transmits uplink user data using message 3 during a random access procedure; receiving, by the user equipment in the RRC idle mode, the SIB; determining, by the user equipment, to perform the early data transmission when an amount of transmission data to the base station is less than or equal to the allowable amount of data indicated by the SIB.
A process for producing ammonium nitrate in which: a) a gaseous oxidiser feed composed at least substantially of ammonia, steam and an oxidising gas comprising oxygen is exposed to conditions whereby the ammonia is oxidised to produce a reaction mixture including nitrogen monoxide and water vapour, b) the reaction mixture is cooled in a heat exchanger whereby the nitrogen monoxide is oxidised, the water vapour is condensed and the products of the nitrogen monoxide oxidation react with and are absorbed by the condensed water to form a nitric acid stream, with substantially all of the nitrogen monoxide in the reaction mixture being converted to nitric acid, c) the nitric acid stream is reacted with a stream of ammonia in an ammonium nitrate producing stage to form the ammonium nitrate, d) at least 80% of the steam within the oxidiser feed is derived from the ammonium nitrate producing stage, and e) at least 10% of the ammonia within the oxidiser feed is derived and carried by the steam from the ammonium nitrate producing stage. a) a gaseous oxidiser feed composed at least substantially of ammonia, steam and an oxidising gas comprising oxygen is exposed to conditions whereby the ammonia is oxidised to produce a reaction mixture including nitrogen monoxide and water vapour, b) the reaction mixture is cooled in a heat exchanger whereby the nitrogen monoxide is oxidised, the water vapour is condensed and the products of the nitrogen monoxide oxidation react with and are absorbed by the condensed water to form a nitric acid stream, with substantially all of the nitrogen monoxide in the reaction mixture being converted to nitric acid, c) the nitric acid stream is reacted with a stream of ammonia in an ammonium nitrate producing stage to form the ammonium nitrate, d) at least 80% of the steam within the oxidiser feed is derived from the ammonium nitrate producing stage, and e) at least 10% of the ammonia within the oxidiser feed is derived and carried by the steam from the ammonium nitrate producing stage.
Fire service key repository having a container, which is formed from a body and from a closable front door, and having at least one mechanical key (6, 7) arranged within the container, wherein: - the fire service key repository has at least one key holder (4, 5) for receiving the mechanical key (6, 7) in a positionally stable manner, and - the mechanical key (6, 7) has an electronic or electromagnetic access authorization element integrated into the mechanical key (6, 7), characterized in that the fire service key repository furthermore has a warning unit for outputting a warning if the access authorization element is separated from the mechanical key (6, 7). - the fire service key repository has at least one key holder (4, 5) for receiving the mechanical key (6, 7) in a positionally stable manner, and - the mechanical key (6, 7) has an electronic or electromagnetic access authorization element integrated into the mechanical key (6, 7),
A method for controlling a supply voltage, the method comprising: providing a first periodic signal by providing a reference voltage to an oscillator; providing a second periodic signal by providing the supply voltage provided by a voltage source to the oscillator; providing a first count by measuring first periods of the first periodic signal; providing a second count by measuring second periods of the second periodic signal; comparing the first count with the second count; wherein the voltage source is a voltage regulator having an input voltage wherein the method further comprises adjusting the input voltage of the voltage regulator when the first count and the second count do not match. providing a first periodic signal by providing a reference voltage to an oscillator; providing a second periodic signal by providing the supply voltage provided by a voltage source to the oscillator; providing a first count by measuring first periods of the first periodic signal; providing a second count by measuring second periods of the second periodic signal; comparing the first count with the second count; wherein the voltage source is a voltage regulator having an input voltage wherein the method further comprises adjusting the input voltage of the voltage regulator when the first count and the second count do not match.
A system comprising: a sensor configured to sense a touch input at a touch surface formed by a skin surface of a user; a device configured to reduce sensitivity of the touch surface on the skin surface of the user to a haptic effect before interactions begin, the device selected from one of: Peltier cells, an actuator configured to generate vibrations to which the skin surface adapts over time, and a dispenser configured to dispense a topical anesthetic; a processor configured to receive an output signal from the sensor and generate a haptic control signal based on the output signal; and a haptic output device configured to generate the haptic effect based on the haptic control signal. a sensor configured to sense a touch input at a touch surface formed by a skin surface of a user; a device configured to reduce sensitivity of the touch surface on the skin surface of the user to a haptic effect before interactions begin, the device selected from one of: Peltier cells, an actuator configured to generate vibrations to which the skin surface adapts over time, and a dispenser configured to dispense a topical anesthetic; a processor configured to receive an output signal from the sensor and generate a haptic control signal based on the output signal; and a haptic output device configured to generate the haptic effect based on the haptic control signal.
A rotor for a rotary machine with a magnetically levitated rotor, which rotor can be magnetically levitated, which rotor has a magnetically effective core and a sheathing made of a thermoplastically processible fluoropolymer, the sheathing completely enclosing the magnetically effective core, and wherein the magnetically effective core comprises at least one permanent magnet, characterized in that each permanent magnet has a metallic coating for protection against acidic or chemically aggressive substances, and in that a plastic coating is provided between the metallic coating and the sheathing, which plastic coating consists of a polymer belonging to the family of parylenes.
An apparatus (100, 101) for detecting partial discharge for an electric power device, the apparatus (100, 101) comprising: an insulator having a predetermined shape; a receiving unit including a plurality of receiving electrodes (131 to 134, 135 to 137) that is installed inside or outside the insulator to receive a signal of each of a plurality of sub-bands(A to D); and a connection electrode connectable to a coaxial cable to transmit a signal of each of the plurality of receiving electrodes (131 to 134, 135 to 137) to the coaxial cable, characterized in that, wherein the plurality of receiving electrodes (131 to 134, 135 to 137) are arranged such that the plurality of receiving electrodes (131 to 134) are disposed to face each other based on the insulator outside of the insulator or the plurality of receiving electrodes (135 to 137) are disposed in parallel to each other based on at least one parallel maintaining electrode (151, 152) inside of the insulator, and wherein the plurality of receiving electrodes (131 to 134, 135 to 137) maintain the same capacitance and have different inductances between the respective receiving electrodes (131 to 134, 135 to 137), such that the plurality of receiving electrodes (131 to 134, 135 to 137) configures a multi-resonance circuit to form different resonant frequencies (a to d). an insulator having a predetermined shape; a receiving unit including a plurality of receiving electrodes (131 to 134, 135 to 137) that is installed inside or outside the insulator to receive a signal of each of a plurality of sub-bands(A to D); and a connection electrode connectable to a coaxial cable to transmit a signal of each of the plurality of receiving electrodes (131 to 134, 135 to 137) to the coaxial cable, characterized in that, wherein the plurality of receiving electrodes (131 to 134, 135 to 137) are arranged such that the plurality of receiving electrodes (131 to 134) are disposed to face each other based on the insulator outside of the insulator or the plurality of receiving electrodes (135 to 137) are disposed in parallel to each other based on at least one parallel maintaining electrode (151, 152) inside of the insulator, and wherein the plurality of receiving electrodes (131 to 134, 135 to 137) maintain the same capacitance and have different inductances between the respective receiving electrodes (131 to 134, 135 to 137), such that the plurality of receiving electrodes (131 to 134, 135 to 137) configures a multi-resonance circuit to form different resonant frequencies (a to d).
A method comprising: at one or more network functions for use in a mobile network, for each one of a plurality of user equipments, UEs: receiving a request which includes data indicative of a network resource usage event of the UE; determining whether or not the request contains an aggregation indication indicating that aggregation should be performed; when it is determined that the request does not contain an aggregation indication indicating that aggregation should be performed, generating a Charging Data Record, CDR, for the UE based on the data indicative of a network resource usage event of the UE; when it is determined that the request contains an aggregation indication indicating that aggregation should be performed, storing the data indicative of a network resource usage event of the UE in association with a group or aggregation ID of the UE; and in response to identifying a predetermined condition, aggregating each of the stored data indicative of the network resource usage events associated with the group or aggregation ID; and generating based on the aggregated data an aggregate CDR for the group or aggregation of the UEs. for each one of a plurality of user equipments, UEs: receiving a request which includes data indicative of a network resource usage event of the UE; determining whether or not the request contains an aggregation indication indicating that aggregation should be performed; when it is determined that the request does not contain an aggregation indication indicating that aggregation should be performed, generating a Charging Data Record, CDR, for the UE based on the data indicative of a network resource usage event of the UE; when it is determined that the request contains an aggregation indication indicating that aggregation should be performed, storing the data indicative of a network resource usage event of the UE in association with a group or aggregation ID of the UE; and determining whether or not the request contains an aggregation indication indicating that aggregation should be performed; when it is determined that the request does not contain an aggregation indication indicating that aggregation should be performed, generating a Charging Data Record, CDR, for the UE based on the data indicative of a network resource usage event of the UE; when it is determined that the request contains an aggregation indication indicating that aggregation should be performed, storing the data indicative of a network resource usage event of the UE in association with a group or aggregation ID of the UE; and in response to identifying a predetermined condition, aggregating each of the stored data indicative of the network resource usage events associated with the group or aggregation ID; and generating based on the aggregated data an aggregate CDR for the group or aggregation of the UEs.
Cleaning apparatus for cleaning a conveyor screw of a screw conveyor, comprising: a slide-like basic body for resting on at least two screw flights (12b-c) of the conveyor screw to displace the slide-like basic body in an axial direction by means of a rotational movement of the conveyor screw, and a cleaning device which is attached to the slide-like basic body, for cleaning the conveyor screw.