mhurhangee/ep-ind-claims huggingface dataset:
A device for measuring a frequency of an input signal that is expected to comprise a carrier signal either being unmodulated or being modulated in a serial coded format, the device comprising: - a reference clock counter for generating a measurement period which is adapted to count edges of a reference clock signal that has a constant reference frequency, wherein the measurement period is defined by the duration the reference clock counter needs to count from a predefined initial value to a predefined final value, and wherein counting of the reference clock counter is temporarily halted when an absence of edges in the input signal is detected, - an input signal counter for counting edges of the input signal during the measurement period, - sampling means for detecting whether the input signal contains edges, - control means for reading a count value (CNT 2) of the input signal counter on expiration of the measurement period and to derive the frequency of the input signal from the count value (CNT 2) of the input signal counter, wherein the reference clock counter for generating the measurement period extends the measurement period by a time period during which the absence of edges in the input signal is detected, wherein the time period during which the absence of edges in the input signal is detected is the duration of the modulated carrier signal. - a reference clock counter for generating a measurement period which is adapted to count edges of a reference clock signal that has a constant reference frequency, wherein the measurement period is defined by the duration the reference clock counter needs to count from a predefined initial value to a predefined final value, and wherein counting of the reference clock counter is temporarily halted when an absence of edges in the input signal is detected, wherein the measurement period is defined by the duration the reference clock counter needs to count from a predefined initial value to a predefined final value, and wherein counting of the reference clock counter is temporarily halted when an absence of edges in the input signal is detected, - an input signal counter for counting edges of the input signal during the measurement period, - sampling means for detecting whether the input signal contains edges, - control means for reading a count value (CNT 2) of the input signal counter on expiration of the measurement period and to derive the frequency of the input signal from the count value (CNT 2) of the input signal counter,
A method comprising: receiving and encapsulating a first media packet from a stream of media packets from a real-time communications application; receiving and encapsulating a second media packet from the stream of media packets from the real-time communications application, the second media packet being the media packet following the first media packet in the stream; combining the encapsulated first media packet and the encapsulated second media packet into a frame; receiving and encapsulating a third media packet from the stream of media packets from the real-time communications application, the third media packet being the media packet following the second media packet; combining the encapsulated second media packet and the encapsulated third media packet of the stream into another frame; and transmitting (350, 360) the frame and the another frame to a receiver (110, 140). receiving and encapsulating a first media packet from a stream of media packets from a real-time communications application; receiving and encapsulating a second media packet from the stream of media packets from the real-time communications application, the second media packet being the media packet following the first media packet in the stream; combining the encapsulated first media packet and the encapsulated second media packet into a frame; receiving and encapsulating a third media packet from the stream of media packets from the real-time communications application, the third media packet being the media packet following the second media packet; combining the encapsulated second media packet and the encapsulated third media packet of the stream into another frame; and transmitting (350, 360) the frame and the another frame to a receiver (110, 140).
Automatic coupling system for railway vehicles, which system is intended to be provided on board a first railway vehicle and comprises: - a telemetry system configured to carry out measurements between the first railway vehicle and a second railway vehicle and to determine, on the basis of the measurements, a distance between the first railway vehicle and the second railway vehicle and/or a relative speed between the first railway vehicle and the second railway vehicle, and - a control device configured to control a braking system and/or a traction system of the first railway vehicle in dependence on the distance and/or the relative speed determined by the telemetry system, in order to move the first railway vehicle closer to the second railway vehicle for the mechanical coupling thereof, characterised in that the telemetry system is configured to determine a relative acceleration between the first railway vehicle and the second railway vehicle and to control the first railway vehicle in dependence on the relative acceleration. - a telemetry system configured to carry out measurements between the first railway vehicle and a second railway vehicle and to determine, on the basis of the measurements, a distance between the first railway vehicle and the second railway vehicle and/or a relative speed between the first railway vehicle and the second railway vehicle, and - a control device configured to control a braking system and/or a traction system of the first railway vehicle in dependence on the distance and/or the relative speed determined by the telemetry system, in order to move the first railway vehicle closer to the second railway vehicle for the mechanical coupling thereof,
A mop head having a handle attachment being displaceable along a frame and including a slider being displaceably (direction S) received in a guide groove in the frame, wherein the slider has at least one engagement surface (4, 5) for frictional engagement with a respective cooperating surface (21, 22) of the guide groove; characterized in that: biasing means (9, 10, 11, 12) are provided for biasing the surface/-s of the slider against the cooperating surface/-s of the guide groove with a force, and the handle attachment and its slider are depressable against the force from said biasing means for relieving the engagement between the slider and guide groove surface/-s. biasing means (9, 10, 11, 12) are provided for biasing the surface/-s of the slider against the cooperating surface/-s of the guide groove with a force, and the handle attachment and its slider are depressable against the force from said biasing means for relieving the engagement between the slider and guide groove surface/-s.
A communication method, executed by a terminal device, the method comprising: receiving a measurement object configuration from a network device, wherein the measurement object configuration comprises mobility measurement configurations of one or more channel state information-reference signals, CSI-RSs, and a first parameter of a synchronization signal block associated with the CSI-RSs, wherein the first parameter is used for receiving the synchronization signal block associated with the CSI-RSs, and the measurement object configuration is used to indicate a terminal device to perform mobility measurement based on the measurement object configuration; wherein the terminal has a plurality of serving cells, and different serving cells have different timing information; and sending a mobility measurement result to the network device; characterized in that the mobility measurement configurations of the CSI-RSs further comprise a serving cell identity that is used to determine timing information of a cell for which the terminal device needs to perform measurement. receiving a measurement object configuration from a network device, wherein the measurement object configuration comprises mobility measurement configurations of one or more channel state information-reference signals, CSI-RSs, and a first parameter of a synchronization signal block associated with the CSI-RSs, wherein the first parameter is used for receiving the synchronization signal block associated with the CSI-RSs, and the measurement object configuration is used to indicate a terminal device to perform mobility measurement based on the measurement object configuration; wherein the terminal has a plurality of serving cells, and different serving cells have different timing information; and sending a mobility measurement result to the network device; characterized in that the mobility measurement configurations of the CSI-RSs further comprise a serving cell identity that is used to determine timing information of a cell for which the terminal device needs to perform measurement.
Method for exhaust gas recirculation, in particular on internal combustion engines, for reducing NOx emissions, by actuating an EGR valve and/or a throttle flap, in which during a predetermined period of time after determination of an NOx value for the determination of the values for actuating the EGR valve and/or the throttle flap a mathematical model is employed, in which the currently determined NOx values, the period of time that has elapsed since the completion of the NOx measurement, and those parameters of the internal combustion engine which are relevant for NOx reduction are included, wherein the NOx emissions in transient operation are estimated from various variables by means of a mathematical relationship, characterized in that, the current state of the NOx content or the current NOx fraction in the exhaust gas is determined and stored by means of a physical model of the internal combustion engine, wherein the physical model is operated in parallel with the mathematical model and in that, depending on the operating state of the internal combustion engine, the control device selects the lowest NOx prediction from the mathematical model or the physical model and converts it into corresponding control signals, in particular control signals for the EGR valve 2 and the throttle flap 3.
A mobile operating unit for an elevator, comprising an operating interface manually operable by a user to control movement of an elevator car; and at least a first button for being pressed by a user to signal an elevator control system to move the elevator car upwards, and a second button for being pushed by a user to signal the elevator control system to move the elevator car downwards; characterized by further comprising an orientation sensor for sensing orientation of the mobile operating unit. an operating interface manually operable by a user to control movement of an elevator car; and at least a first button for being pressed by a user to signal an elevator control system to move the elevator car upwards, and a second button for being pushed by a user to signal the elevator control system to move the elevator car downwards; characterized by further comprising an orientation sensor for sensing orientation of the mobile operating unit.
A system for controlling a peripheral drilling operation, comprising: a first sensor (305, 310) operatively connected to a first drilling operation component of the peripheral drilling operation; a second sensor (305, 310) operatively connected to a second drilling operation component of the peripheral drilling operation; a first microcontroller (315, 320, 405, 410, 415, 420) configured to: obtain a first property of the first drilling operation component associated with the peripheral drilling operation from the first sensor (305, 310), and communicate the first property to a second microcontroller (315, 320, 405, 410, 415, 420), via a wireless network (400, 505, 510); and the second microcontroller (315, 320, 405, 410, 415, 420) configured to: obtain a second property of the second drilling operation component associated with a drilling process from the second sensor (305, 310), and adjust the second drilling operation component, based on the first property and the second property. a first sensor (305, 310) operatively connected to a first drilling operation component of the peripheral drilling operation; a second sensor (305, 310) operatively connected to a second drilling operation component of the peripheral drilling operation; a first microcontroller (315, 320, 405, 410, 415, 420) configured to: obtain a first property of the first drilling operation component associated with the peripheral drilling operation from the first sensor (305, 310), and communicate the first property to a second microcontroller (315, 320, 405, 410, 415, 420), via a wireless network (400, 505, 510); and obtain a first property of the first drilling operation component associated with the peripheral drilling operation from the first sensor (305, 310), and communicate the first property to a second microcontroller (315, 320, 405, 410, 415, 420), via a wireless network (400, 505, 510); and the second microcontroller (315, 320, 405, 410, 415, 420) configured to: obtain a second property of the second drilling operation component associated with a drilling process from the second sensor (305, 310), and adjust the second drilling operation component, based on the first property and the second property. obtain a second property of the second drilling operation component associated with a drilling process from the second sensor (305, 310), and adjust the second drilling operation component, based on the first property and the second property.
A process for producing an organic transistor comprising a plastic substrate, a gate electrode, and a gate insulating film, the gate electrode being formed on the plastic substrate and the gate electrode being covered by the gate insulating film; said process comprising forming the gate insulating film by applying and baking a solution containing an organic solvent-soluble polyimide, wherein the baking temperature for the polyimide film is at most 180°C, and wherein the organic solvent-soluble polyimide is a polyimide obtainable by cyclodehydration of a polyamic acid having repeating units represented by the following formula, wherein A is a tetravalent organic group having an alicyclic structure, B 1 is at least one bivalent organic group selected from the following formulae to, and B 2 is a bivalent organic group other than the following formulae to: (wherein each R 5 independently is a hydrogen, a methyl group or a trifluoromethyl group), each of b1 and b2 represents a compositional ratio, and b1 and b2 have a relationship of 0.5≤(b1/(b1+b2))≤1 in ratio (mol). wherein A is a tetravalent organic group having an alicyclic structure, B 1 is at least one bivalent organic group selected from the following formulae to, and B 2 is a bivalent organic group other than the following formulae to: (wherein each R 5 independently is a hydrogen, a methyl group or a trifluoromethyl group), each of b1 and b2 represents a compositional ratio, and b1 and b2 have a relationship of 0.5≤(b1/(b1+b2))≤1 in ratio (mol).
A method, comprising: asynchronously generating at least one pulse of microwave electromagnetic energy; frequency-multiplying the at least one pulse to generate at least one frequency-multiplied pulse; filtering at least one spurious harmonic of the at least one frequency-multiplied pulse to generate at least one filtered pulse, the at least one spurious harmonic generated by frequency-multiplying the at least one pulse; exciting a sample using the at least one filtered pulse; and detecting an emission from the sample, the emission elicited at least in part by the at least one filtered pulse. asynchronously generating at least one pulse of microwave electromagnetic energy; frequency-multiplying the at least one pulse to generate at least one frequency-multiplied pulse; filtering at least one spurious harmonic of the at least one frequency-multiplied pulse to generate at least one filtered pulse, the at least one spurious harmonic generated by frequency-multiplying the at least one pulse; exciting a sample using the at least one filtered pulse; and detecting an emission from the sample, the emission elicited at least in part by the at least one filtered pulse.
A processor comprising: a cache hierarchy comprising at least two cache levels; a first prefetch unit associated with a first cache at a first cache level of said cache hierarchy; a second prefetch unit associated with a second cache at a second cache level of said cache hierarchy; and a prefetch training mechanism associated with the first cache; characterized in that the prefetch training mechanism is configured to generate training information for each of a plurality of streams, wherein the first prefetch unit is configured to issue prefetch requests for prefetching data corresponding to the plurality of streams into the first cache, based on the training information; wherein the first prefetch unit is configured to convey said training information to the second prefetch unit; and wherein the second prefetch unit is configured to issue prefetch requests for prefetching data corresponding to the plurality of streams into the second cache, based on the training information. a cache hierarchy comprising at least two cache levels; a first prefetch unit associated with a first cache at a first cache level of said cache hierarchy; a second prefetch unit associated with a second cache at a second cache level of said cache hierarchy; and a prefetch training mechanism associated with the first cache; characterized in that the prefetch training mechanism is configured to generate training information for each of a plurality of streams, wherein the first prefetch unit is configured to issue prefetch requests for prefetching data corresponding to the plurality of streams into the first cache, based on the training information; wherein the first prefetch unit is configured to convey said training information to the second prefetch unit; and wherein the second prefetch unit is configured to issue prefetch requests for prefetching data corresponding to the plurality of streams into the second cache, based on the training information.
A method for managing a container image, the method comprising by executing instructions with a processor: determining a priority level at which a container is to be executed; determining a first expected location for a first set of layers (131, 134) of the container; determining a second expected location for a second set of layers (132, 133) of the container, the first expected location and the second expected location determined based on the determined priority level; mounting the first set of layers (131, 134) from the first expected location; initiating execution of the container based on the first set of layers (131, 134); and mounting the second set of layers (132, 133) from the second expected location after the initiation of the execution of the container based on the first set of layers (131, 134). determining a priority level at which a container is to be executed; determining a first expected location for a first set of layers (131, 134) of the container; determining a second expected location for a second set of layers (132, 133) of the container, the first expected location and the second expected location determined based on the determined priority level; mounting the first set of layers (131, 134) from the first expected location; initiating execution of the container based on the first set of layers (131, 134); and mounting the second set of layers (132, 133) from the second expected location after the initiation of the execution of the container based on the first set of layers (131, 134).
A butyl rubber composition comprising halogenated butyl rubber, styrene-isobutylene block copolymer, white filler, white reinforcing agent, brominated alkylphenol-formaldehyde resin, phenol resin, and methylol melamine, 5 to 45 parts by weight of the styrene-isobutylene block copolymer being added to 100 parts by weight of the halogenated butyl rubber, wherein: - the white filler is at least one selected from a group consisting of talc, mica, sericite, montmorillonite, and clay; and - the white reinforcing agent is silicic acid. - the white filler is at least one selected from a group consisting of talc, mica, sericite, montmorillonite, and clay; and - the white reinforcing agent is silicic acid.
A hook element for ensuring the locking of at least one wheel of a vehicle on a ground made of a planar structure with openings,,, wherein the hook element has a hook mouth with a hook base and with a first side and a second side, which has a free end, and a hook shaft with a receiving end, at which receiving end a belt receiver is arranged, characterized in that the hook element is bent above the hook base in the region of the first side or of the second side or centrally in the hook base starting at 90 degrees laterally relative to the hook shaft and the folded region forms a resting portion.
A method for forming a virtual cell in a wireless communication system, the method comprising: determining, by a base station, BS, at least one beam among a first plurality of beams of the BS through beam training with a terminal; transmitting, by the BS, first information regarding the at least one beam to a neighboring BS; transmitting, by the BS, second information on the neighboring BS to the terminal; and wherein at least one collaborative beam is determined among a second plurality of beams of the neighboring BS based on the first information, and wherein the at least one collaborative beam has a coverage which is at least partly overlapped with a coverage of the at least one beam. determining, by a base station, BS, at least one beam among a first plurality of beams of the BS through beam training with a terminal; transmitting, by the BS, first information regarding the at least one beam to a neighboring BS; transmitting, by the BS, second information on the neighboring BS to the terminal; and wherein at least one collaborative beam is determined among a second plurality of beams of the neighboring BS based on the first information, and wherein the at least one collaborative beam has a coverage which is at least partly overlapped with a coverage of the at least one beam.
An antibody or mixture of antibodies directed against an enteric pathogen or group of said pathogens and a probiotic or mixture of probiotics directed against at least some of said pathogens or groups thereof for use in treating chronic enteric pathogen infections in animals suffering from such infections or displaying diseases or conditions consistent with such infections, the antibody component and the probiotic component not being in functional contact until the antibody component has substantially bound the pathogen(s) in the animal.
A system for controlling a double-star synchronous machine (MSDE) with unconnected neutrals (N1, N2), the first and second stars, each with N first branches (A1, B1, C1) spaced regularly and N second branches (A2, B2, C2) spaced regularly, being offset from one another by an angle such that said 2N branches form N pairs ((B1, A2), (C1, B2) and (A1, C2)) formed by a first branch and a second branch separated by an angle substantially equal to 90°, N being greater than or equal to three, the system being supplied by a primary source of electric energy and comprising means of converting the electric energy delivered by said primary source into 2N respective secondary supply sources of said 2N branches, characterised in that it comprises respective N control units (UC1, UC2, UC3) of two of said secondary supply sources associated with one of said pairs of branches ((B1, A2), (C1, B2), (A1, C2)) separated by an angle substantially equal to 90°.