mhurhangee/patent-ind-claim-en huggingface dataset:
Method for automatically assigning at least one installation device to at least one cooking hob of an inductive stove having a plurality of cooking hobs which are each inductively heated by means of at least one heating coil , the stove comprising a stove controller for actuating the heating coils with an assignment signal and the installation device comprising an induction coil which can be inductively coupled to the heating coils of the stove , and a transmission unit , the transmission unit being supplied with an operating energy when a voltage is induced by means of at least one of the heating coils in the induction coil of the installation device installed on the cooking hob assigned to said heating coil , and the transmission unit of the installation device transmitting, by means of the operating energy, a response signal which identifies the installation device to a receiving unit of the stove controller or of a third device which is in signal-transmitting connection with the stove controller, characterised in that the response signal correlates with the assignment signal induced by means of at least one of the heating coils assigned to said cooking hob in the induction coil of the installation device , and the response signal is compared with the assignment signal of the at least one heating coil of said cooking hob in an evaluation unit of the stove controller or of the third device, which evaluation unit is in signal-transmitting connection with the receiving unit , and the identified installation device is assigned to said cooking hob on the basis of said comparison. the stove comprising a stove controller for actuating the heating coils with an assignment signal and the installation device comprising an induction coil which can be inductively coupled to the heating coils of the stove , and a transmission unit , the transmission unit being supplied with an operating energy when a voltage is induced by means of at least one of the heating coils in the induction coil of the installation device installed on the cooking hob assigned to said heating coil , and the transmission unit of the installation device transmitting, by means of the operating energy, a response signal which identifies the installation device to a receiving unit of the stove controller or of a third device which is in signal-transmitting connection with the stove controller, characterised in that the response signal correlates with the assignment signal induced by means of at least one of the heating coils assigned to said cooking hob in the induction coil of the installation device , and the response signal is compared with the assignment signal of the at least one heating coil of said cooking hob in an evaluation unit of the stove controller or of the third device, which evaluation unit is in signal-transmitting connection with the receiving unit , and the identified installation device is assigned to said cooking hob on the basis of said comparison.
A lubricant composition comprising: (a) a first low viscosity polyalkylene oxide based fluid with a first alcohol as an initiator; wherein the first low viscosity polyalkylene oxide based fluid is copolymer formed with a combination of propylene oxide and butylene oxide and has a number average molecular weight of less than 600; wherein the concentration of the first low viscosity polyalkylene oxide based fluid is from 30 weight percent to 90 weight percent, based on the total weight of the components in the lubricant composition; and (b) a second high viscosity polyalkylene oxide based fluid with a second alcohol as an initiator; wherein the second high viscosity polyalkylene oxide based fluid is a copolymer formed with 50/50 w/w or 45/55 w/w ethylene oxide/propylene oxide and has a number average molecular weight of 1,590 to 3,930; wherein the concentration of the second high viscosity polyalkylene oxide based fluid is from 10 weight percent to 70 weight percent, based on the total weight of the components in the lubricant composition; and wherein the first low viscosity polyalkylene oxide based fluid is different from the second high viscosity polyalkylene oxide based fluid. (a) a first low viscosity polyalkylene oxide based fluid with a first alcohol as an initiator; wherein the first low viscosity polyalkylene oxide based fluid is copolymer formed with a combination of propylene oxide and butylene oxide and has a number average molecular weight of less than 600; wherein the concentration of the first low viscosity polyalkylene oxide based fluid is from 30 weight percent to 90 weight percent, based on the total weight of the components in the lubricant composition; and (b) a second high viscosity polyalkylene oxide based fluid with a second alcohol as an initiator; wherein the second high viscosity polyalkylene oxide based fluid is a copolymer formed with 50/50 w/w or 45/55 w/w ethylene oxide/propylene oxide and has a number average molecular weight of 1,590 to 3,930; wherein the concentration of the second high viscosity polyalkylene oxide based fluid is from 10 weight percent to 70 weight percent, based on the total weight of the components in the lubricant composition; and wherein the first low viscosity polyalkylene oxide based fluid is different from the second high viscosity polyalkylene oxide based fluid.
Method for transmitting a signal from a transmitter over a channel to a receiver on a Power Line Network, wherein said signal is OFDM modulated on a set of sub-carriers, comprising: determining an OFDM tonemap for said set of sub-carriers based on a channel estimation; generating a tonemap feedback signal, which is descriptive of said OFDM tonemap; and transmitting said tonemap feedback signal from said receiver to said transmitter ; characterized by determining an eigenbeamforming encoding matrix for said set of sub-carriers based on a channel estimation; generating an eigenbeamforming feedback signal, which is descriptive of said eigenbeamforming encoding matrix; and transmitting said eigenbeamforming feedback signal from said receiver to said transmitter in cases, when said eigenbeamforming feedback signal is different from the last eigenbeamforming feedback signal. determining an OFDM tonemap for said set of sub-carriers based on a channel estimation; generating a tonemap feedback signal, which is descriptive of said OFDM tonemap; and transmitting said tonemap feedback signal from said receiver to said transmitter ; characterized by determining an eigenbeamforming encoding matrix for said set of sub-carriers based on a channel estimation; generating an eigenbeamforming feedback signal, which is descriptive of said eigenbeamforming encoding matrix; and transmitting said eigenbeamforming feedback signal from said receiver to said transmitter in cases, when said eigenbeamforming feedback signal is different from the last eigenbeamforming feedback signal.
A method of auditing a log, comprising: transmitting (S110) a collected log file to a Kafka message queue, so as to arrange the log file in the Kafka message queue; storing (S120) the log file in the Kafka message queue directly in a first database, extracting a plurality of fields of the log file in the Kafka message queue, and storing the log file in a second database and transmitting the log file to an elastic search engine according to the plurality of fields extracted; counting (S130) each field of the log file stored in the second database by a distributed processing engine, so as to determine an abnormal log field information; and giving an alarm (S250) on the abnormal log field information, wherein the counting (S130) each field of the log file stored in the second database by a distributed processing engine, so as to determine an abnormal log field information comprises: associating each field of the log file stored in the second database; determining whether a log volume corresponding to the associated field satisfies a predetermined rule or not; and determining an associated field corresponding to a log volume not satisfying the predetermined rule as the abnormal log field information. transmitting (S110) a collected log file to a Kafka message queue, so as to arrange the log file in the Kafka message queue; storing (S120) the log file in the Kafka message queue directly in a first database, extracting a plurality of fields of the log file in the Kafka message queue, and storing the log file in a second database and transmitting the log file to an elastic search engine according to the plurality of fields extracted; counting (S130) each field of the log file stored in the second database by a distributed processing engine, so as to determine an abnormal log field information; and giving an alarm (S250) on the abnormal log field information, wherein the counting (S130) each field of the log file stored in the second database by a distributed processing engine, so as to determine an abnormal log field information comprises: associating each field of the log file stored in the second database; determining whether a log volume corresponding to the associated field satisfies a predetermined rule or not; and determining an associated field corresponding to a log volume not satisfying the predetermined rule as the abnormal log field information.
Oxycombustion process wherein a combustor is fed with a fuel that produces ashes when combusted, a comburent and compounds under the form of coherent aggregates having the following features: Young modulus ≥10 4 MPa, particle sizes having a granulometric distribution wherein the particle sizes are higher than 75 μm for at least 60% by weight of the granulometric distribution, the aggregates having the above features when they are introduced into the combustor, the amount of aggregates on the fuel ashes ranging from ≥5% in % by weight up to at most 1:1 by weight, the combustor being isothermal and flameless, the comburent being oxygen having a titre higher than 80% by volume, the complement to 100% being inert gases and/or nitrogen.
A method of making a fibrous sheet, the method comprising: (a) forming a nascent web from an aqueous solution of papermaking fibers; (b) dewatering the nascent web to form a dewatered web having a consistency from about ten percent solids to about seventy percent solids; (c) moving the dewatered web on a transfer surface ; (d) transferring the dewatered web from the transfer surface to a molding roll at a molding zone, the molding roll having an exterior patterned surface , the exterior patterned surface of the molding roll comprising a plurality of recesses, papermaking fibers of the dewatered web being redistributed on the plurality of recesses of the exterior patterned surface of the molding roll in order to form a molded paper web ; (e) transferring the molded paper web to a drying section; and (f) drying the molded paper web in the drying section to form a fibrous sheet. (a) forming a nascent web from an aqueous solution of papermaking fibers; (b) dewatering the nascent web to form a dewatered web having a consistency from about ten percent solids to about seventy percent solids; (c) moving the dewatered web on a transfer surface ; (d) transferring the dewatered web from the transfer surface to a molding roll at a molding zone, the molding roll having an exterior patterned surface , the exterior patterned surface of the molding roll comprising a plurality of recesses, papermaking fibers of the dewatered web being redistributed on the plurality of recesses of the exterior patterned surface of the molding roll in order to form a molded paper web ; (e) transferring the molded paper web to a drying section; and (f) drying the molded paper web in the drying section to form a fibrous sheet.
Process for the production of 2,3,3,3-tetrafluoropropene, comprising: - a gas-phase catalytic fluorination reaction of a halopropane and/or halopropene to give 2,3,3,3-tetrafluoropropene by means of hydrogen fluoride; - the recovery of a gas stream resulting from the reaction; - the cooling and the partial condensation of the gas stream resulting from the reaction to give a partially condensed stream; - the separation of the partially condensed stream into a gas fraction and a liquid fraction; - the compression of the gas fraction to give a compressed gas fraction; - the distillation of the compressed gas fraction in order to provide a stream comprising, on the one hand, HCl and, on the other hand, 2,3,3,3-tetrafluoropropene, unreacted HF, 2-chloro-3,3,3-trifluoropropene and 1,1,1,2,2-pentafluoropropane. - a gas-phase catalytic fluorination reaction of a halopropane and/or halopropene to give 2,3,3,3-tetrafluoropropene by means of hydrogen fluoride; - the recovery of a gas stream resulting from the reaction; - the cooling and the partial condensation of the gas stream resulting from the reaction to give a partially condensed stream; - the separation of the partially condensed stream into a gas fraction and a liquid fraction; - the compression of the gas fraction to give a compressed gas fraction; - the distillation of the compressed gas fraction in order to provide a stream comprising, on the one hand, HCl and, on the other hand, 2,3,3,3-tetrafluoropropene, unreacted HF, 2-chloro-3,3,3-trifluoropropene and 1,1,1,2,2-pentafluoropropane.
A method for controlling a luminaire of an illumination network comprising a plurality of luminaries, said method comprising: monitoring a primary communication network ; monitoring an alternative communication network ; receiving a command from the primary communication network and another command from the alternative communication network; prioritizing the received commands using a priority setting; and executing an application in response to the prioritized received command, said application controlling the operation of the luminaire and wherein the primary communication network and the alternative communication network are independent the method characterized in that : the primary communication network is either a wired network or wireless network and the alternative communication network is a wireless network and the priority setting involves a setting whereby a first command from the alternative communication network is maintained for at least a predetermined period of time and second commands received from the primary communication network are ignored if received within the predetermined period of time after the first command was received from the alternative communication network. monitoring a primary communication network ; monitoring an alternative communication network ; receiving a command from the primary communication network and another command from the alternative communication network; prioritizing the received commands using a priority setting; and executing an application in response to the prioritized received command, said application controlling the operation of the luminaire and wherein the primary communication network and the alternative communication network are independent the primary communication network is either a wired network or wireless network and the alternative communication network is a wireless network and the priority setting involves a setting whereby a first command from the alternative communication network is maintained for at least a predetermined period of time and second commands received from the primary communication network are ignored if received within the predetermined period of time after the first command was received from the alternative communication network.
A method of reducing congestion in a mobile telecommunications system , the system comprising a plurality of mobile terminals , one or more relay nodes and a base station , the mobile terminals, relay nodes and base station being configured to communicate via a wireless interface, the method comprising: determining (S1201) first path information indicating one or more paths for transmitting data from the plurality of mobile terminals to the base station, wherein a path comprises a series of one or more edges, the series of edges being from one or more mobile terminals to the base station, directly or via one or more relay nodes; estimating (S1202), based on the first path information, a congestion likelihood for a first relay node to cause congestion for data transmission in the system; and if (S1203) the estimated congestion likelihood for the first relay node is above a first threshold, determining (S1204) second path information different to the first path information; estimating, based on the second path information, a congestion likelihood for the first relay node to cause congestion for data transmission in the system; and if the estimated congestion likelihood for the first relay node based on the second path information is below the estimated congestion likelihood for the first relay node based on the first path information, transmitting the data between the mobile terminals and the base station using the second path instead of the first path, wherein the first path information is determined based on a first type of criteria and wherein the second path information is determined based on a second type of criteria not used for determining the first path information. determining (S1201) first path information indicating one or more paths for transmitting data from the plurality of mobile terminals to the base station, wherein a path comprises a series of one or more edges, the series of edges being from one or more mobile terminals to the base station, directly or via one or more relay nodes; estimating (S1202), based on the first path information, a congestion likelihood for a first relay node to cause congestion for data transmission in the system; and if (S1203) the estimated congestion likelihood for the first relay node is above a first threshold, determining (S1204) second path information different to the first path information; estimating, based on the second path information, a congestion likelihood for the first relay node to cause congestion for data transmission in the system; and if the estimated congestion likelihood for the first relay node based on the second path information is below the estimated congestion likelihood for the first relay node based on the first path information, transmitting the data between the mobile terminals and the base station using the second path instead of the first path, wherein the first path information is determined based on a first type of criteria and wherein the second path information is determined based on a second type of criteria not used for determining the first path information.
A power amplification device, comprising: a first DC power supply that outputs a first drain voltage; a Doherty amplifier including a carrier amplifier and a peak amplifier , which are connected in parallel, and amplifies an RF signal; a voltage control circuit that outputs a first instruction to output a first low voltage when an output power is equal to or lower than a first given value, and outputs a second instruction to output a first high voltage when the output power is larger than the first given value; and a first voltage converter circuit that applies the first drain voltage to a drain terminal of the peak amplifier , applies a second drain voltage obtained by subjecting the first drain voltage to voltage conversion to a drain terminal of the carrier amplifier according to the first instruction, and applies the first drain voltage to the drain terminal of the carrier amplifier according to the second instruction. a first DC power supply that outputs a first drain voltage; a Doherty amplifier including a carrier amplifier and a peak amplifier , which are connected in parallel, and amplifies an RF signal; a voltage control circuit that outputs a first instruction to output a first low voltage when an output power is equal to or lower than a first given value, and outputs a second instruction to output a first high voltage when the output power is larger than the first given value; and a first voltage converter circuit that applies the first drain voltage to a drain terminal of the peak amplifier , applies a second drain voltage obtained by subjecting the first drain voltage to voltage conversion to a drain terminal of the carrier amplifier according to the first instruction, and applies the first drain voltage to the drain terminal of the carrier amplifier according to the second instruction.
A vapor compression system (440; 480) comprising: a compressor having a suction port and a discharge port ; a heat rejection heat exchanger coupled to the discharge port to receive compressed refrigerant; a heat absorption heat exchanger ; a first lubricant flowpath from the heat rejection heat exchanger to the compressor; a first pump along the first lubricant flowpath; a second lubricant flowpath from the heat absorption heat exchanger to the compressor; and a second pump along the second lubricant flowpath; characterised by : a first liquid level switch associated with the first pump; a second liquid level switch associated with the second pump; and a controller configured to: responsive to the first liquid level switch indicating low, stop the first pump and start the second pump; and responsive to the second liquid level switch indicating low, stop the second pump and start the first pump. a compressor having a suction port and a discharge port ; a heat rejection heat exchanger coupled to the discharge port to receive compressed refrigerant; a heat absorption heat exchanger ; a first lubricant flowpath from the heat rejection heat exchanger to the compressor; a first pump along the first lubricant flowpath; a second lubricant flowpath from the heat absorption heat exchanger to the compressor; and a second pump along the second lubricant flowpath; characterised by : a first liquid level switch associated with the first pump; a second liquid level switch associated with the second pump; and a controller configured to: responsive to the first liquid level switch indicating low, stop the first pump and start the second pump; and responsive to the second liquid level switch indicating low, stop the second pump and start the first pump. a first liquid level switch associated with the first pump; a second liquid level switch associated with the second pump; and a controller configured to: responsive to the first liquid level switch indicating low, stop the first pump and start the second pump; and responsive to the second liquid level switch indicating low, stop the second pump and start the first pump. responsive to the first liquid level switch indicating low, stop the first pump and start the second pump; and responsive to the second liquid level switch indicating low, stop the second pump and start the first pump.
Method for the production of a bar of aluminium or aluminium alloy, wherein an extruded bar undergoes a solution heat treatment in a solution heat treatment furnace , this treatment heats the bar to a temperature between 350 - 600°C; wherein a pickling and/or cleaning treatment of the bar, after solution heat treatment , is then carried out using a solution of water and citric acid or water and tartaric acid or combinations thereof, having reached a state of activation of the pickling process; wherein both the pickling treatment and a hardening treatment of the bar, after solution heat treatment , are carried out simultaneously. wherein a pickling and/or cleaning treatment of the bar, after solution heat treatment , is then carried out using a solution of water and citric acid or water and tartaric acid or combinations thereof, having reached a state of activation of the pickling process; wherein both the pickling treatment and a hardening treatment of the bar, after solution heat treatment , are carried out simultaneously.