mhurhangee/patent-ind-claim-en huggingface dataset:
A combined power generation system comprising: a gas turbine combusting a fuel in a combustor to generate rotational force and discharging exhaust gas; a vaporizer vaporizing liquefied ammonia and supplying vaporized ammonia; an ammonia decomposer section decomposing the vaporized ammonia supplied from the vaporizer using the exhaust gas discharged from the gas turbine and generating decomposed gases; a heat recovery steam generator, HRSG, generating steam using the exhaust gas discharged from the gas turbine ; a first exhaust gas line through which the exhaust gas discharged from the gas turbine is transferred to the HRSG ; a steam turbine generating a rotational force with the steam transferred from the HRSG ; a decomposed gas supply line through which the decomposed gases generated in the ammonia decomposer section are supplied to the combustor ; a cold heat transfer line transferring a refrigerant that absorbed cold heat generated during vaporization of the liquefied ammonia in the vaporizer , and a condenser section , connected to the cold heat transfer line , condensing the steam discharged from the steam turbine using the cold heat supplied from the cold heat transfer line and discharging condensed water. a gas turbine combusting a fuel in a combustor to generate rotational force and discharging exhaust gas; a vaporizer vaporizing liquefied ammonia and supplying vaporized ammonia; an ammonia decomposer section decomposing the vaporized ammonia supplied from the vaporizer using the exhaust gas discharged from the gas turbine and generating decomposed gases; a heat recovery steam generator, HRSG, generating steam using the exhaust gas discharged from the gas turbine ; a first exhaust gas line through which the exhaust gas discharged from the gas turbine is transferred to the HRSG ; a steam turbine generating a rotational force with the steam transferred from the HRSG ; a decomposed gas supply line through which the decomposed gases generated in the ammonia decomposer section are supplied to the combustor ; a cold heat transfer line transferring a refrigerant that absorbed cold heat generated during vaporization of the liquefied ammonia in the vaporizer , and a condenser section , connected to the cold heat transfer line , condensing the steam discharged from the steam turbine using the cold heat supplied from the cold heat transfer line and discharging condensed water.
A system for detecting uncertainty in temperature detection systems, comprising: a temperature sensor ; and a controller connected to the temperature sensor and adapted to detect an electrical parameter of the temperature sensor , the controller operable upon execution to output an uncertainty indication when the electrical parameter is not within an expected value range based on an aircraft status indication , a historical value of the electrical parameter , and the electrical parameter ; characterised in that : the temperature sensor includes a ground sheath and a central conductor surrounded by the ground sheath , the ground sheath and the central conductor being electrically coupled to one another through a temperature dependent resistive element ; the electrical parameter of the temperature sensor is an electrical parameter of the temperature dependent resistive element ; and the aircraft status indication is an indication of a flight phase of an aircraft. a temperature sensor ; and a controller connected to the temperature sensor and adapted to detect an electrical parameter of the temperature sensor , the controller operable upon execution to output an uncertainty indication when the electrical parameter is not within an expected value range based on an aircraft status indication , a historical value of the electrical parameter , and the electrical parameter ; characterised in that : the temperature sensor includes a ground sheath and a central conductor surrounded by the ground sheath , the ground sheath and the central conductor being electrically coupled to one another through a temperature dependent resistive element ; the electrical parameter of the temperature sensor is an electrical parameter of the temperature dependent resistive element ; and the aircraft status indication is an indication of a flight phase of an aircraft. the temperature sensor includes a ground sheath and a central conductor surrounded by the ground sheath , the ground sheath and the central conductor being electrically coupled to one another through a temperature dependent resistive element ; the electrical parameter of the temperature sensor is an electrical parameter of the temperature dependent resistive element ; and the aircraft status indication is an indication of a flight phase of an aircraft.
A method of content preparation for a media streaming network performed by at least one processor, the method comprising receiving content; receiving a content preparation template, wherein the content preparation template includes first information specifying content parameters corresponding to the content, and second information specifying instructions for preparing the content for downlink streaming; preparing the content according to the content preparation template; and streaming the prepared content over the media streaming network to a media streaming client, wherein the preparing of the content is characterized by the following method steps: receiving a workflow creation request corresponding to the content; defining a workflow including inputs for media streams included in the content and outputs for common media application format, CMAF, representations corresponding to the content; instantiating at least one task included in the workflow for each media decoding and encoding, and/or media transcoding task; instantiating at least one manifest packager task which creates at least one manifest specified in the content preparation template; and transmitting a workflow creation response including an updated content preparation template based on the content preparation template. receiving content; receiving a content preparation template, wherein the content preparation template includes first information specifying content parameters corresponding to the content, and second information specifying instructions for preparing the content for downlink streaming; preparing the content according to the content preparation template; and streaming the prepared content over the media streaming network to a media streaming client, wherein the preparing of the content is characterized by the following method steps: receiving a workflow creation request corresponding to the content; defining a workflow including inputs for media streams included in the content and outputs for common media application format, CMAF, representations corresponding to the content; instantiating at least one task included in the workflow for each media decoding and encoding, and/or media transcoding task; instantiating at least one manifest packager task which creates at least one manifest specified in the content preparation template; and transmitting a workflow creation response including an updated content preparation template based on the content preparation template. receiving a workflow creation request corresponding to the content; defining a workflow including inputs for media streams included in the content and outputs for common media application format, CMAF, representations corresponding to the content; instantiating at least one task included in the workflow for each media decoding and encoding, and/or media transcoding task; instantiating at least one manifest packager task which creates at least one manifest specified in the content preparation template; and transmitting a workflow creation response including an updated content preparation template based on the content preparation template.
A hairdryer control method, wherein a temperature sensor is disposed in an air inlet channel of a hairdryer, the hairdryer control method comprising: obtaining an air inlet temperature collected by the temperature sensor in the air inlet channel; obtaining an upper temperature limit value corresponding to a standard temperature of the hairdryer in a current working mode, the upper temperature limit value being adapted to trigger temperature protection of the hairdryer; determining a temperature adjustment value corresponding to a temperature difference between the air inlet temperature and the standard temperature; and adjusting the upper temperature limit value corresponding to the standard temperature according to the temperature adjustment value so as to obtain the upper temperature limit value corresponding to the air inlet temperature. obtaining an air inlet temperature collected by the temperature sensor in the air inlet channel; obtaining an upper temperature limit value corresponding to a standard temperature of the hairdryer in a current working mode, the upper temperature limit value being adapted to trigger temperature protection of the hairdryer; determining a temperature adjustment value corresponding to a temperature difference between the air inlet temperature and the standard temperature; and adjusting the upper temperature limit value corresponding to the standard temperature according to the temperature adjustment value so as to obtain the upper temperature limit value corresponding to the air inlet temperature.
A cleaning sheet , including a central portion which is adapted to be placed on a cleaning side of a cleaning sheet mounting member of a cleaning tool , and an end portion which is formed on at least one side of the central portion in one direction and is adapted to be removably held by a holding member of the cleaning sheet mounting member, wherein: the central portion of the cleaning sheet has a hydrophobic first sheet , a hydrophobic second sheet , a hydrophilic third sheet and a hydrophobic fourth sheet , the third sheet is impregnated with cleaning solution and disposed between the first sheet and the second sheet , and at least part of the fourth sheet is disposed between the first sheet and the third sheet such that part of the third sheet is able to come in contact with the first sheet; and wherein at least one end portion of the cleaning sheet has a first part (200a1) having a first elongation rate and a second part (200a2) having a higher elongation rate than the first part, and the second part is disposed on the central portion side of the first part in one direction, and at least part of a boundary (200P1) between the first and second parts is adapted to be removably held by the holding member .
Method for inspecting a sample with respect to a contamination , comprising: determining a deviation of a decay time distribution of an autofluorescence of the sample excited by an electromagnetic radiation, from an expected decay time distribution (R); characterised in that the contamination comprises plastic, glass, metal or ceramic or consists of plastic, glass, metal or ceramic. determining a deviation of a decay time distribution of an autofluorescence of the sample excited by an electromagnetic radiation, from an expected decay time distribution (R); characterised in that the contamination comprises plastic, glass, metal or ceramic or consists of plastic, glass, metal or ceramic.
An auditing method for detecting at least one unauthorized operational activity in at least one website, comprising: using a processor coupled to at least one database for storing data related to the at least one unauthorized operational activity, and programmed to detect the at least one unauthorized operational activity in the at least one website; monitoring using the processor, the at least one website via a network , and rendering each webpage associated with the at least one website including underlying third party source or execution codes including hidden unique identifiers, to provide unauthorized operational status information about the at least one website using a plurality of status messages generated based on the data, the unauthorized operational status information including unauthorized modification of any one of said hidden unique identifiers; and examining the plurality of status messages and detecting an anomaly caused by the at least one unauthorized operational activity. using a processor coupled to at least one database for storing data related to the at least one unauthorized operational activity, and programmed to detect the at least one unauthorized operational activity in the at least one website; monitoring using the processor, the at least one website via a network , and rendering each webpage associated with the at least one website including underlying third party source or execution codes including hidden unique identifiers, to provide unauthorized operational status information about the at least one website using a plurality of status messages generated based on the data, the unauthorized operational status information including unauthorized modification of any one of said hidden unique identifiers; and examining the plurality of status messages and detecting an anomaly caused by the at least one unauthorized operational activity.
A method of forming an erasable optical coupler in a photonic device comprising a conventional optical waveguide formed in a crystalline wafer , characterised in that the method comprises: selectively implanting ions in a localised region of the wafer material adjacent to the conventional waveguide of the photonic device, to cause modification of the crystal lattice structure of, and a change in refractive index in, the ion implanted region of the wafer material to thereby form an ion implanted waveguide optically coupled to the adjacent conventional waveguide to couple light out therefrom, or in thereto, wherein the crystalline wafer material and ion implanted waveguide are such that the crystal lattice structure or wafer material composition can be modified to reduce or remove the optical coupling with the conventional waveguide by further modification of the refractive index in the ion implanted region forming the ion implanted waveguide, wherein the further modification of the refractive index of the ion implanted region comprises additional ion implantation or the application of heat.
A data transmission method of a 2 2n , n is a positive integer equal to or larger than 4, QAM modulation scheme in which 2 2n signal points arranged in a circular shape are used to transmit 2n-bit data, the 2 2n signal points arranged in the circular shape being obtained from 2 2n signal points arranged in a rectangular shape by rearranging a part of the 2 2n signal points arranged in the rectangular shape, the method characterized by : providing n area mapping tables for each dividing a signal area including 2 2n signal points into a plurality of areas, each assigning 2 bits to each area included in the rectangular arrangement by applying gray code that a Hamming distance between the adjacent areas differs by 1 and each assigning 2 bits to each area not included in the rectangular arrangement in such a way that an average Hamming distance between the adjacent areas becomes minimum; and dividing the 2n-bit data into n 2-bit data and locating the signal point for the 2n-bit data to a common portion among n signal areas obtained by referring, as to each of the n 2-bit data, to the n area mapping tables among which the divided areas differ in shape. providing n area mapping tables for each dividing a signal area including 2 2n signal points into a plurality of areas, each assigning 2 bits to each area included in the rectangular arrangement by applying gray code that a Hamming distance between the adjacent areas differs by 1 and each assigning 2 bits to each area not included in the rectangular arrangement in such a way that an average Hamming distance between the adjacent areas becomes minimum; and dividing the 2n-bit data into n 2-bit data and locating the signal point for the 2n-bit data to a common portion among n signal areas obtained by referring, as to each of the n 2-bit data, to the n area mapping tables among which the divided areas differ in shape.
A sanitation assembly (1;1') comprising: a first chamber with a first volume for receiving a first fluid, and a second chamber with a second volume for receiving a second fluid, wherein the first volume communicates with an outlet of the assembly via a first valve mechanism configured to allow discharge of the fluid from the first volume to the outlet at a predefined first opening pressure, wherein the second volume communicates with the outlet of the assembly via a second valve mechanism configured to allow discharge of the fluid from the second volume to the outlet at a predefined second opening pressure, wherein the predefined second opening pressure of the second valve mechanism is higher than the predefined first opening pressure of the first valve mechanism , wherein the outlet of the assembly is connected to a head of a vacuum pump or vacuum bar, and wherein the first and second valve mechanisms are normally closed valves that are configured to open at sub-ambient pressure existing at the outlet side of the respective valves . a first chamber with a first volume for receiving a first fluid, and a second chamber with a second volume for receiving a second fluid, wherein the first volume communicates with an outlet of the assembly via a first valve mechanism configured to allow discharge of the fluid from the first volume to the outlet at a predefined first opening pressure, wherein the second volume communicates with the outlet of the assembly via a second valve mechanism configured to allow discharge of the fluid from the second volume to the outlet at a predefined second opening pressure, wherein the predefined second opening pressure of the second valve mechanism is higher than the predefined first opening pressure of the first valve mechanism , wherein the outlet of the assembly is connected to a head of a vacuum pump or vacuum bar, and wherein the first and second valve mechanisms are normally closed valves that are configured to open at sub-ambient pressure existing at the outlet side of the respective valves .
A terminal device, comprising a processor and a memory , wherein the memory is configured to store a first application program; and the processor is configured to: receive positioning information; in responding to determining that the first application program is in a positioning service restricted state and is running in the background, provide no positioning service for the first application program, wherein the positioning service restricted state is a state indicating that the first application program is allowed to use a positioning service in first conditions and is prohibited from using the positioning service in second conditions, characterized in that the processor is configured to determine that the first application program is in the positioning service restricted state according to a tag set for the first application program. the memory is configured to store a first application program; and the processor is configured to: receive positioning information; in responding to determining that the first application program is in a positioning service restricted state and is running in the background, provide no positioning service for the first application program, wherein the positioning service restricted state is a state indicating that the first application program is allowed to use a positioning service in first conditions and is prohibited from using the positioning service in second conditions, characterized in that the processor is configured to determine that the first application program is in the positioning service restricted state according to a tag set for the first application program. receive positioning information; in responding to determining that the first application program is in a positioning service restricted state and is running in the background, provide no positioning service for the first application program, wherein the positioning service restricted state is a state indicating that the first application program is allowed to use a positioning service in first conditions and is prohibited from using the positioning service in second conditions, characterized in that the processor is configured to determine that the first application program is in the positioning service restricted state according to a tag set for the first application program.
Method for controlling a dimmer comprising a temperature sensor and a transistor, preferably a MOSFET-type transistor, the dimmer supplying a lighting load with power using an electrical power supply signal (SA) obtained by cutting of a input signal of the dimmer which is periodic, a duty cycle of the cutting corresponding to the length of time for which, in an observed half-cycle of the input signal, the transistor is closed, divided by the duration of a half-cycle of the input signal, which method comprises, in a first mode (M1) in which the cutting of the input signal is performed according to a leading-edge mode with an initial switching slope and an initial duty cycle, the following step: a) Measuring the temperature in the dimmer using the temperature sensor; which method is characterized by the following steps: b) when the measured temperature is higher than a maximum operating temperature of the dimmer, changing to a second operating mode (M2) in which the cutting of the input signal is performed according to a trailing-edge mode, and in that it further comprises, in step b), before changing to the second operating mode (M2), a step consisting in checking whether the lighting load is compatible with the trailing-edge mode. a) Measuring the temperature in the dimmer using the temperature sensor;
Method for redistributing a laundry load in a drum of a washing machine in order to reduce the unbalance generated to the nonuniform distribution of said laundry load in said drum , the redistribution of the laundry load being carried out by running the drum speed below or slightly below a settling speed which depends on the amount of the laundry load, wherein said washing machine comprises: a casing , a laundry drum mounted inside the casing to rotate about a rotation axis , an electric motor designed to rotate said laundry drum about said rotation axis , and an electronic control system , the method being characterized by comprising the following steps: - generating a sinusoidal motor speed profile (RS(t)), - controlling said electric motor based on said sinusoidal motor speed profile (RS), - estimating unbalance value indicative of the unbalance of said load in the laundry drum , - estimating an inertia value indicative of the inertia of the load in the laundry drum , - varying the amplitude of said sinusoidal speed profile based on said estimated unbalance value and said inertia value, - controlling said electric motor based on said modified sinusoidal motor speed profile. - generating a sinusoidal motor speed profile (RS(t)), - controlling said electric motor based on said sinusoidal motor speed profile (RS), - estimating unbalance value indicative of the unbalance of said load in the laundry drum , - estimating an inertia value indicative of the inertia of the load in the laundry drum , - varying the amplitude of said sinusoidal speed profile based on said estimated unbalance value and said inertia value, - controlling said electric motor based on said modified sinusoidal motor speed profile.