mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operation of a base station in a wireless network , comprising: transmitting a narrowband Primary Synchronization Signal, NB-PSS, and a narrowband Secondary Synchronization Signal, NB-SSS, in a narrowband portion of a downlink system bandwidth, wherein: more than two occurrences of the NB-PSS and more than two occurrences of the NB-SSS are transmitted over a defined time interval; each occurrence of the NB-PSS is transmitted over multiple contiguous Orthogonal Frequency Division Multiplexing, OFDM, symbols and each occurrence of the NB-SSS is transmitted over multiple contiguous OFDM symbols; and each occurrence of the NB-SSS provides an indication of a location of the occurrence of the NB-SSS within the defined time interval. more than two occurrences of the NB-PSS and more than two occurrences of the NB-SSS are transmitted over a defined time interval; each occurrence of the NB-PSS is transmitted over multiple contiguous Orthogonal Frequency Division Multiplexing, OFDM, symbols and each occurrence of the NB-SSS is transmitted over multiple contiguous OFDM symbols; and each occurrence of the NB-SSS provides an indication of a location of the occurrence of the NB-SSS within the defined time interval.
Kitchen assembly comprising a hob positioned on a counter top , said hob having at least one hotplate or cooktop , said assembly further comprising a hood arranged above said hob , said hood being connected to suction means for creating an air suction field between said hob and said hood , and said assembly further comprising air jet means arranged at said hob , particularly said hotplate or cooktop , for creating an air stream , wherein said air stream is directed towards said hob and is adapted to reach said suction field , characterized in that said air jet means comprise at least one nozzle , wherein said nozzle is connected to a pumping member for repeatedly and alternately sucking in ambient air through said nozzle and blowing out said air through said nozzle to create said air stream .
A method for provisioning one or more Internet Protocol, IP, terminals connected to a first IP network, the method comprising: III. running a computer executable code on a computer on the first IP network which includes the steps of extracting the IP address of the computer, respectively addressing one or more media communication protocol requests to each IP address in the range or segment of IP addresses to which the IP address of the computer belongs, and unicasting said requests in the first IP network from the computer, identifying all IP terminals and corresponding media communication protocols from each media communication protocol response received by the computer to said requests unicast, and remotely provisioning the one or more IP terminals from the computer and/or a provisioning server, wherein said one or more media communication protocols are protocols associated with the transport of real-time voice and video over IP data networks. III. running a computer executable code on a computer on the first IP network which includes the steps of extracting the IP address of the computer, respectively addressing one or more media communication protocol requests to each IP address in the range or segment of IP addresses to which the IP address of the computer belongs, and unicasting said requests in the first IP network from the computer, identifying all IP terminals and corresponding media communication protocols from each media communication protocol response received by the computer to said requests unicast, and remotely provisioning the one or more IP terminals from the computer and/or a provisioning server, extracting the IP address of the computer, respectively addressing one or more media communication protocol requests to each IP address in the range or segment of IP addresses to which the IP address of the computer belongs, and unicasting said requests in the first IP network from the computer, identifying all IP terminals and corresponding media communication protocols from each media communication protocol response received by the computer to said requests unicast, and remotely provisioning the one or more IP terminals from the computer and/or a provisioning server,
A nuclear magnetic resonance flowmeter comprising at least one coil of electrically conductive material through which an electrical current flows when the apparatus is in use to generate a magnetic field in a region through which flows a fluid the flow of which is to be measured and throughout which there is a uniform weak magnetic field such as the Earth's magnetic field, electrical circuitry (46 to 52) connected to the said at least one coil to switch on and abruptly switch off such an electrical current, NMR sensor connected to the electrical circuitry (46 to 52) to provide a measure of the decay in the NMR signal from nuclei within such fluid following the abrupt switching off of such an electrical current, and a processor of the electrical circuitry formed and/or programmed to provide a measure of the flow of such fluid from the said measure of the decay, characterised in that the said at least one coil by means of which the magnetic field is generated is sufficiently large to completely surround a river .
Rectifier circuit, which has a cathode connection (K1, K4), an anode connection (A1, A4) and an electronic circuit provided between the cathode connection and the anode connection, said electronic circuit containing a MOS transistor (T1, T4) with integrated inverse diode (D6, D20), a capacitor (C1, C4) and a differential amplifier (T2/T15, T3/T16, R1/R13, R2/R14, R3/R15), wherein the first input of the differential amplifier is connected to the cathode connection and the second input of the differential amplifier is connected to the anode connection, characterized in that said rectifier circuit has a current amplifier stage (T4/T17, T5/T18), the input of which is connected to the output of the differential amplifier and the output of which is connected to the control input of the MOS transistor (T1/T4), in that said rectifier circuit has a limiter (D4/D18), which limits the potential difference between the cathode connection (K1/K4) and the anode connection (A1/A4) to a prescribed value, and in that said rectifier circuit has at least one overvoltage protection element (D5/D19) as protection element for the gate of the MOS transistor- (T1/T4), said overvoltage protection element being arranged between the source connection of the MOS transistor (T1/T4) and the input of the current amplifier stage (T4/T17, T5/T18).
A method for a selective catalytic reduction system , the system comprising a hydrolysis catalyst being dosed with Diesel Exhaust Fluid (DEF), the method comprising: providing a numerical model of a surface of a hydrolysis catalyst , the numerical model comprising a multi-phase spatial model of a hydrolysis catalyst to be modelled, the hydrolysis catalyst being divided into a plurality of discrete spatial units , the numerical model modelling characteristics of a plurality of states of matter for each of a plurality of substances; evaluating the numerical model to derive a predicted concentration of ammonia generated by the hydrolysis catalyst by determining values for a plurality of state parameters associated with each of the plurality of states of matter for each of the plurality of substances and evaluating the characteristics of each of the plurality of states of matter for each of the plurality of substances in each of the discrete spatial units ; and using the predicted concentration to control dosage of DEF onto the hydrolysis catalyst . providing a numerical model of a surface of a hydrolysis catalyst , the numerical model comprising a multi-phase spatial model of a hydrolysis catalyst to be modelled, the hydrolysis catalyst being divided into a plurality of discrete spatial units , the numerical model modelling characteristics of a plurality of states of matter for each of a plurality of substances; evaluating the numerical model to derive a predicted concentration of ammonia generated by the hydrolysis catalyst by determining values for a plurality of state parameters associated with each of the plurality of states of matter for each of the plurality of substances and evaluating the characteristics of each of the plurality of states of matter for each of the plurality of substances in each of the discrete spatial units ; and using the predicted concentration to control dosage of DEF onto the hydrolysis catalyst .
A lift arm assembly for a three point power lift of a tractor or another agricultural working machine, the lift arm assembly comprising a lift arm and an elongate lifting element , wherein the lift arm is connected to the lifting element via a bolt element guided along a displacement path in an elongated aperture , wherein a latching element is provided which is configured to be brought from a latching position (V) into an unlatching position, wherein in the latching position (V), the latching element encroaches into the displacement path and forms an abutment for the bolt element in order to secure the bolt element in a region of one of the two lengthwise ends of the elongated aperture against a movement in the direction towards the other lengthwise end of the elongated aperture , characterized in that the latching element is pivotably mounted about an axis of rotation and is configured to be brought into the latching position (V) or the unlatching position by a pivoting movement about the axis of rotation , wherein the latching element is hook-shaped and/or U-shaped in configuration.
Process for the manufacture of a tyre assemblage , characterized in that, the assemblage comprising: - a first woven or knitted fabric comprising one or more first threadlike elements , - a second woven or knitted fabric comprising one or more second threadlike elements , - a bearing structure comprising bearing elements connecting the first and second woven or knitted fabric(s) together, in which process: - each first threadlike element is coated with at least one layer of a first adhesive composition and each second threadlike element is coated with at least one layer of a second adhesive composition, - each first and second coated threadlike element is then heat treated, so as to crosslink each first and second adhesive composition, - each first and second coated and heat-treated threadlike element is then assembled with the bearing elements , so as to form the assemblage . - a first woven or knitted fabric comprising one or more first threadlike elements , - a second woven or knitted fabric comprising one or more second threadlike elements , - a bearing structure comprising bearing elements connecting the first and second woven or knitted fabric(s) together, - each first threadlike element is coated with at least one layer of a first adhesive composition and each second threadlike element is coated with at least one layer of a second adhesive composition, - each first and second coated threadlike element is then heat treated, so as to crosslink each first and second adhesive composition, - each first and second coated and heat-treated threadlike element is then assembled with the bearing elements , so as to form the assemblage .
A communication terminal for communicating with a base station in accordance with a predetermined procedure, the communication terminal comprising: a priority control section configured to define a relationship between priorities assigned to a plurality of MAC, Medium Access Control, control elements and priorities assigned to a DRB, Data Radio Bearer, and to SRBs, Signalling Radio Bearers, a priority being set for each of the plurality of MAC control elements; and a transmission message generation section configured to control transmission of information so as to transmit an SRB having a higher assigned priority earlier than a MAC control element having a lower assigned priority, in accordance with the relationship defined by the priority control section. a priority control section configured to define a relationship between priorities assigned to a plurality of MAC, Medium Access Control, control elements and priorities assigned to a DRB, Data Radio Bearer, and to SRBs, Signalling Radio Bearers, a priority being set for each of the plurality of MAC control elements; and a transmission message generation section configured to control transmission of information so as to transmit an SRB having a higher assigned priority earlier than a MAC control element having a lower assigned priority, in accordance with the relationship defined by the priority control section.
A process for producing carbon-coated particles, the process comprising the steps of: a. forming an emulsion by mixing particles, acrylonitrile monomers, an aqueous solvent, and optionally a polymerization initiator, said particles comprising an electrochemically active material; b. polymerizing the acrylonitrile monomers in the mixture of step (a) by emulsion polymerization; c. drying the particles from step (b) to form a nano-layer of poly(acrylonitrile) at a surface of the particles; and d. thermally treating the dried particles of step (c) to form the carbon-coated particles, said carbon consisting in a nano-layer of carbon comprising carbon fibers on the surface of the particles and polyaromatics consisting of carbon and nitrogen atoms, and wherein the thermal treatment is a carbonization step comprising heating the particles at a temperature of at least 500°C. a. forming an emulsion by mixing particles, acrylonitrile monomers, an aqueous solvent, and optionally a polymerization initiator, said particles comprising an electrochemically active material; b. polymerizing the acrylonitrile monomers in the mixture of step (a) by emulsion polymerization; c. drying the particles from step (b) to form a nano-layer of poly(acrylonitrile) at a surface of the particles; and d. thermally treating the dried particles of step (c) to form the carbon-coated particles, said carbon consisting in a nano-layer of carbon comprising carbon fibers on the surface of the particles and polyaromatics consisting of carbon and nitrogen atoms, and wherein the thermal treatment is a carbonization step comprising heating the particles at a temperature of at least 500°C.
Front headlamp with daytime running light for a motor vehicle, having a light guide at whose end at least one light-emitting diode (LED) is arranged to couple in LED light and with the light guide being embodied over its length at least in one partial region as a light-emitting region for emitting light, wherein the at least one LED is a blue LED for emitting blue LED light , characterized in that a lens which is coated with a phosphor as a phosphor converter for converting the blue LED light to homogeneous white light as daytime running light is arranged upstream of the light guide in a predetermined emission direction . having a light guide at whose end at least one light-emitting diode (LED) is arranged to couple in LED light and with the light guide being embodied over its length at least in one partial region as a light-emitting region for emitting light, wherein the at least one LED is a blue LED for emitting blue LED light , characterized in that a lens which is coated with a phosphor as a phosphor converter for converting the blue LED light to homogeneous white light as daytime running light is arranged upstream of the light guide in a predetermined emission direction .
A negative electrode active material for a lithium ion battery having composite particles , the composite particles including: a sodium silicate phase having a Vickers hardness of 150 Hv or more; and silicon particles dispersed in the sodium silicate phase . a sodium silicate phase having a Vickers hardness of 150 Hv or more; and silicon particles dispersed in the sodium silicate phase .
A low voltage electric power cable having a length (L) and comprising at least two insulated conductors arranged together in a bundle , at least one foil extending around the bundle , and an outer sheath extending around the at least one foil , wherein each of the at least two insulated conductors comprises a conductive core and an outer electrically insulating layer , wherein the at least two insulated conductors are arranged adjacent to each other along the length (L), wherein a recess is formed between two adjacent insulated conductors of the at least two insulated conductors , the recess extending in parallel with the two adjacent insulated conductors along the length (L), wherein the low voltage electric power cable comprises an elongated member , wherein the at least two insulated conductors extend in parallel with each other and the length (L), and wherein the elongated member is arranged between the at least one foil and the outer sheath and extends adjacent to the at least one foil along the recess , characterised in that the elongated member is arranged with a clearance fit underneath the outer sheath , wherein a clearance (C) between the elongated member and the outer sheath is at least 0.05 mm when the elongated member abuts against the at least one foil and is supported against each of the two adjacent insulated conductors of the at least two insulated conductors , and wherein the at least one foil is slidable in relation to the at least two insulated conductors in a radial direction of the cable . each of the at least two insulated conductors comprises a conductive core and an outer electrically insulating layer , wherein the at least two insulated conductors are arranged adjacent to each other along the length (L), wherein a recess is formed between two adjacent insulated conductors of the at least two insulated conductors , the recess extending in parallel with the two adjacent insulated conductors along the length (L), wherein the low voltage electric power cable comprises an elongated member , wherein the at least two insulated conductors extend in parallel with each other and the length (L), and wherein the elongated member is arranged between the at least one foil and the outer sheath and extends adjacent to the at least one foil along the recess , characterised in that the elongated member is arranged with a clearance fit underneath the outer sheath , wherein a clearance (C) between the elongated member and the outer sheath is at least 0.05 mm when the elongated member abuts against the at least one foil and is supported against each of the two adjacent insulated conductors of the at least two insulated conductors , and wherein the at least one foil is slidable in relation to the at least two insulated conductors in a radial direction of the cable .
An apparatus for measuring a volumetric flow rate of water flowing through a water pipe , comprising the water pipe with inlet and outlet openings as well as outflow and inflow openings , which are provided between the inlet and the outlet opening , a bypass tube connected to the outflow and inflow openings , a flow resistance element provided in the water pipe and between the outflow and inflow openings , and a flow sensor provided in the bypass tube , characterized in that the flow resistance element has a flexible movable resistance element of a flow divider, the passage area of which increases with increasing pressure difference across the resistance element due to the acting flow, and the flow sensor is configured as a vortex flow meter. the water pipe with inlet and outlet openings as well as outflow and inflow openings , which are provided between the inlet and the outlet opening , a bypass tube connected to the outflow and inflow openings , a flow resistance element provided in the water pipe and between the outflow and inflow openings , and a flow sensor provided in the bypass tube , characterized in that the flow resistance element has a flexible movable resistance element of a flow divider, the passage area of which increases with increasing pressure difference across the resistance element due to the acting flow, and the flow sensor is configured as a vortex flow meter.
A system for diagnosing a sleep disorder in a subject, the system comprising: a plurality of skin electrodes configured to sense electrical signals corresponding to a skin nerve activity in the subject; a signal detector configured to sample the electrical signals sensed by the plurality of skin electrodes , and generate signal data using the electrical signals; a processor configured to: receive the signal data from the signal detector ; assemble a time-series of data indicating the skin nerve activity using the signal data, including applying a bandpass filter that extends over a frequency range between approximately 500 Hz and approximately 1000 Hz to the signal data; identify a sleep disorder using the time-series of data; and generate a report indicative of the sleep disorder. a plurality of skin electrodes configured to sense electrical signals corresponding to a skin nerve activity in the subject; a signal detector configured to sample the electrical signals sensed by the plurality of skin electrodes , and generate signal data using the electrical signals; a processor configured to: receive the signal data from the signal detector ; assemble a time-series of data indicating the skin nerve activity using the signal data, including applying a bandpass filter that extends over a frequency range between approximately 500 Hz and approximately 1000 Hz to the signal data; identify a sleep disorder using the time-series of data; and generate a report indicative of the sleep disorder. receive the signal data from the signal detector ; assemble a time-series of data indicating the skin nerve activity using the signal data, including applying a bandpass filter that extends over a frequency range between approximately 500 Hz and approximately 1000 Hz to the signal data; identify a sleep disorder using the time-series of data; and generate a report indicative of the sleep disorder.