mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing a connection between a user equipment and a base station of a radio network, wherein connection parameters used to establish a first connection between the user equipment and the base station have been stored in a memory of the user equipment and in a memory of the base station prior to the releasing of the first connection, the method comprises the following steps of: - comparing the stored connection parameters with connection parameters to be used to establish a second connection between the user equipment and the base station, - generating a connection establishment request comprising the connection parameters to be used for establishing the second connection that differ from the stored connection parameters, wherein said connection establishment request does not include connection parameters that do not differ from stored connection parameters; - transmitting the connection establishment request to the base station. - comparing the stored connection parameters with connection parameters to be used to establish a second connection between the user equipment and the base station, - generating a connection establishment request comprising the connection parameters to be used for establishing the second connection that differ from the stored connection parameters, wherein said connection establishment request does not include connection parameters that do not differ from stored connection parameters; - transmitting the connection establishment request to the base station.
A mechanical regenerative braking system (10, 40) for installation on a bogie of a non-powered railway vehicle, characterised in that the regenerative system (10, 40) includes: an energy storage system for storing energy in mechanical or kinetic form; and a transmission system which is selectively operable between different modes including: i) a braking mode in which it transmits mechanical or kinetic energy from an axle of the bogie to the energy storage system; ii) a drive mode in which it transmits mechanical or kinetic energy from the energy storage system to the axle of the bogie; and iii) an idle mode in which the energy storage system is charged but not being charged further nor is it applying a tractive effort to the axle of the bogie; and a control unit which is, in use, in communication with a prime mover and the transmission system so as to receive control signals from the prime mover and automatically operate the mode of the transmission system in response to the control signals. an energy storage system for storing energy in mechanical or kinetic form; and a transmission system which is selectively operable between different modes including: i) a braking mode in which it transmits mechanical or kinetic energy from an axle of the bogie to the energy storage system; ii) a drive mode in which it transmits mechanical or kinetic energy from the energy storage system to the axle of the bogie; and iii) an idle mode in which the energy storage system is charged but not being charged further nor is it applying a tractive effort to the axle of the bogie; and i) a braking mode in which it transmits mechanical or kinetic energy from an axle of the bogie to the energy storage system; ii) a drive mode in which it transmits mechanical or kinetic energy from the energy storage system to the axle of the bogie; and iii) an idle mode in which the energy storage system is charged but not being charged further nor is it applying a tractive effort to the axle of the bogie; and a control unit which is, in use, in communication with a prime mover and the transmission system so as to receive control signals from the prime mover and automatically operate the mode of the transmission system in response to the control signals.
An internal combustion engine comprising - at least one turbocharger which has a compressor, - at least one mixture cooler, - a bypass valve, by means of which the compressor and the at least one mixture cooler can be bypassed at least by a partial flow of a fuel-air mixture provided for combustion, and - an open-loop or closed-loop control unit connected to the bypass valve for the open-loop or closed-loop control of a degree of opening of the bypass valve, wherein the open-loop or closed-loop control unit is adapted to at least partly open and/or keep at least partially opened the bypass valve when the internal combustion engine is started, characterised in that the open-loop or closed-loop control unit is further so adapted that the compressor of the turbocharger and the at least one mixture cooler can be bypassed by the bypass valve in both directions in such a way that as soon as the action of the turbocharger starts and a higher pressure is present downstream of the compressor and the mixture cooler than upstream of the compressor a partial flow of the fuel-air mixture is passed back into the feed line of the compressor by opening of the bypass valve to control the internal combustion engine. - at least one turbocharger which has a compressor, - at least one mixture cooler, - a bypass valve, by means of which the compressor and the at least one mixture cooler can be bypassed at least by a partial flow of a fuel-air mixture provided for combustion, and - an open-loop or closed-loop control unit connected to the bypass valve for the open-loop or closed-loop control of a degree of opening of the bypass valve,
A compact device for generating particles carrying a charge, such as electrons, comprising at least the following elements disposed in a single chamber evacuated using a vacuum system: a first charged particles accelerator section comprising a first means for generating accelerated particles in an accelerator section, said particles accelerator section being fed with high voltage HF power using the power generated by a second section that is made up of at least one second means (8, 20, 21) for generating packets of particles, which means generates HF power that is different to that which is produced by modulating the speed of the particles, wherein the accelerator section of said device comprises an accelerating structure comprising a set of cavities (9 1, 9 2,...) disposed in series relative to each other, said accelerating structure receiving RF power from the tube section that is produced by the electrons detached from the cathode passing through a first cavity, which produces a first speed modulation, generating packets of electrons that will interact with a second cavity or extraction cavity acting as a resonator producing the HF power that will feed the cavities disposed in series via an adapted physical link, and characterised in that said chamber comprises at least the following elements: • a cathode support receiving a first cathode used for said accelerator section and a second cathode belonging to said power generator tube. • a cathode support receiving a first cathode used for said accelerator section and a second cathode belonging to said power generator tube.
A method for classifying an emission, the method comprising: placing a first acoustic sensor and a second acoustic sensor in a training mode and activating a non-hazardous emission; generating a first reference acoustic profile at the first acoustic sensor in the training mode, wherein the first reference acoustic profile includes sound pressure levels sensed across a plurality of frequencies in response to the non-hazardous emission; generating a second reference acoustic profile at the second acoustic sensor in the training mode, wherein the second reference acoustic profile includes sound pressure levels sensed across a plurality of frequencies in response to the non-hazardous emission; generating a first acoustic profile at the first acoustic sensor; generating a second acoustic profile at the second acoustic sensor; detecting a potential alarm when the first acoustic sensor and/or the second acoustic sensor detects a sound pressure level above a sound pressure level of the normal background noise by some amount; comparing the first acoustic profile to the first reference acoustic profile to generate a first difference if a potential alarm is detected; comparing the second acoustic profile to the second reference acoustic profile to generate a second difference if the first difference does not exceed a threshold; and classifying the emission as one of a hazardous emission or a non-hazardous emission in response to the first difference and the second difference. placing a first acoustic sensor and a second acoustic sensor in a training mode and activating a non-hazardous emission; generating a first reference acoustic profile at the first acoustic sensor in the training mode, wherein the first reference acoustic profile includes sound pressure levels sensed across a plurality of frequencies in response to the non-hazardous emission; generating a second reference acoustic profile at the second acoustic sensor in the training mode, wherein the second reference acoustic profile includes sound pressure levels sensed across a plurality of frequencies in response to the non-hazardous emission; generating a first acoustic profile at the first acoustic sensor; generating a second acoustic profile at the second acoustic sensor; detecting a potential alarm when the first acoustic sensor and/or the second acoustic sensor detects a sound pressure level above a sound pressure level of the normal background noise by some amount; comparing the first acoustic profile to the first reference acoustic profile to generate a first difference if a potential alarm is detected; comparing the second acoustic profile to the second reference acoustic profile to generate a second difference if the first difference does not exceed a threshold; and classifying the emission as one of a hazardous emission or a non-hazardous emission in response to the first difference and the second difference.
A system to transmit data in a voice-activated network, comprising: a first microphone, of a sensing device, to receive a first instance of a first input audio signal; a second microphone, of the sensing device, to receive a second instance of the first input audio signal; a natural language processor component executed by the sensing device, to parse the first instance of the first input audio signal to identify an activation phrase; an interface, of the sensing device, to transmit, at a first time point, the first instance of the first input audio signal to a client device based on identification of the activation phrase in the first instance of the first input audio signal, the client device comprising a second natural language processor component; the interface, of the sensing device, to transmit, at a second time point after the first time point, the second instance of the first input audio signal to the client device; and the interface, of the sensing device, to transmit an audio signal associated with at least one of the first instance of the first input audio signal and the second instance of the first input audio signal to the client device based on a confirmation message from the client device of an identification of the activation phrase in the second instance of the first input audio signal. a first microphone, of a sensing device, to receive a first instance of a first input audio signal; a second microphone, of the sensing device, to receive a second instance of the first input audio signal; a natural language processor component executed by the sensing device, to parse the first instance of the first input audio signal to identify an activation phrase; an interface, of the sensing device, to transmit, at a first time point, the first instance of the first input audio signal to a client device based on identification of the activation phrase in the first instance of the first input audio signal, the client device comprising a second natural language processor component; the interface, of the sensing device, to transmit, at a second time point after the first time point, the second instance of the first input audio signal to the client device; and the interface, of the sensing device, to transmit an audio signal associated with at least one of the first instance of the first input audio signal and the second instance of the first input audio signal to the client device based on a confirmation message from the client device of an identification of the activation phrase in the second instance of the first input audio signal.
A layout system for a cargo area of a vehicle, the system comprising: a divider comprising: a first rod, a second rod, and a screen having flexibility and being hung between the first rod and the second rod; and a pair of cargo side-trims installed in the vehicle to form sidewalls of the cargo area comprising rails, the rails comprising guide rail portions for guiding end portions of the first and the second rods (50A, 50B) at least along a font-rear direction of the vehicle, wherein the guide rail portions include horizontal portions, characterized in that the guide rail portions further include extending portions extending from the respective horizontal portions toward a lower rear of the vehicle; and the rails further comprise rail-side securing portions connected to the guide rail portions, respectively, the rail-side securing portions are for holding the end portions of the first and the second rods (50A, 50B) to secure the first and the second rods (50A, 50B) to the cargo side-trims. a divider comprising: a first rod, a second rod, and a screen having flexibility and being hung between the first rod and the second rod; and a pair of cargo side-trims installed in the vehicle to form sidewalls of the cargo area comprising rails, the rails comprising guide rail portions for guiding end portions of the first and the second rods (50A, 50B) at least along a font-rear direction of the vehicle, wherein the guide rail portions include horizontal portions, characterized in that the guide rail portions further include extending portions extending from the respective horizontal portions toward a lower rear of the vehicle; and the rails further comprise rail-side securing portions connected to the guide rail portions, respectively, the rail-side securing portions are for holding the end portions of the first and the second rods (50A, 50B) to secure the first and the second rods (50A, 50B) to the cargo side-trims.
A trap, comprising: a housing having an entrance, a rear wall, a first side wall, a second side wall, a roof, and a base extending between the rear wall, the first side wall, and the second side wall; the entrance being located opposite the rear wall; the roof extending between the rear wall, the first side wall, and the second side wall; a trigger structure; a pivoting structure; characterized in that the trigger structure is pivotally coupled to the first and second side walls (104, 105) at a first location adjacent the base, the pivoting structure is pivotally coupled to the first and second side walls (104, 105) at a second location and adapted to releasably engage with the trigger structure; and a trigger plate located at an upper portion of the trigger structure such that, when triggered by a rodent, the trigger plate causing a latch mechanism on the trigger structure to disengage the pivoting structure, causing the pivoting structure to pivot towards the rear wall thereby moving the rodent towards the rear wall and trapping the rodent between at least the pivoting structure and the rear wall of the housing. a housing having an entrance, a rear wall, a first side wall, a second side wall, a roof, and a base extending between the rear wall, the first side wall, and the second side wall; the entrance being located opposite the rear wall; the roof extending between the rear wall, the first side wall, and the second side wall; a trigger structure; a pivoting structure; characterized in that the trigger structure is pivotally coupled to the first and second side walls (104, 105) at a first location adjacent the base, the pivoting structure is pivotally coupled to the first and second side walls (104, 105) at a second location and adapted to releasably engage with the trigger structure; and a trigger plate located at an upper portion of the trigger structure such that, when triggered by a rodent, the trigger plate causing a latch mechanism on the trigger structure to disengage the pivoting structure, causing the pivoting structure to pivot towards the rear wall thereby moving the rodent towards the rear wall and trapping the rodent between at least the pivoting structure and the rear wall of the housing.
An under-display camera assembly, comprising: an organic light-emitting diode display screen, a display region of which includes an under-display camera region and a non-under-display camera region, and a pixel density of the under-display camera region being set to be less than a pixel density of the non-under-display camera region; and a camera module, an optical axis of which is perpendicular to a surface of the organic light-emitting diode display screen, and the camera module being located at a rear end of the under-display camera region; wherein each pixel in the under-display camera region has a light-emitting layer and an isolation column surrounding the light-emitting layer, a side wall of the isolation column is inclined and an opening formed by the isolation column surrounding the light-emitting layer gradually expands from bottom to top, and the side wall of the isolation column has a light-blocking layer, wherein the light-blocking layer is formed on the side wall of the isolation column and made of a black insulating material, wherein, the light-emitting layer is formed at a bottom of a groove and a depth of the groove is greater than a height of the light-emitting layer, and a side wall of the groove is the side wall of the isolation column. an organic light-emitting diode display screen, a display region of which includes an under-display camera region and a non-under-display camera region, and a pixel density of the under-display camera region being set to be less than a pixel density of the non-under-display camera region; and a camera module, an optical axis of which is perpendicular to a surface of the organic light-emitting diode display screen, and the camera module being located at a rear end of the under-display camera region; wherein each pixel in the under-display camera region has a light-emitting layer and an isolation column surrounding the light-emitting layer, a side wall of the isolation column is inclined and an opening formed by the isolation column surrounding the light-emitting layer gradually expands from bottom to top, and the side wall of the isolation column has a light-blocking layer, wherein the light-blocking layer is formed on the side wall of the isolation column and made of a black insulating material, wherein, the light-emitting layer is formed at a bottom of a groove and a depth of the groove is greater than a height of the light-emitting layer, and a side wall of the groove is the side wall of the isolation column.
A method of producing a titanium oxide in which titanium tetrachloride is hydrolyzed using a liquid-phase method, the method comprising: a step of adding an aqueous titanium tetrachloride solution to warm water having a higher temperature than the aqueous titanium tetrachloride solution, wherein in the step, the temperature of the warm water is 30°C to 95°C and the aqueous titanium tetrachloride solution is added to the warm water such that an increase rate of titanium atomic concentration in the warm water is 0.25 mmol/L/min to 5.0 mmol/L/min, and a titanium atomic concentration in the warm water after the step is 280 mmol/L or lower. a step of adding an aqueous titanium tetrachloride solution to warm water having a higher temperature than the aqueous titanium tetrachloride solution, wherein in the step, the temperature of the warm water is 30°C to 95°C and the aqueous titanium tetrachloride solution is added to the warm water such that an increase rate of titanium atomic concentration in the warm water is 0.25 mmol/L/min to 5.0 mmol/L/min, and a titanium atomic concentration in the warm water after the step is 280 mmol/L or lower.
A system (200, 300) comprising: a controller (220, 306) configured with configuration parameters to control the operation of one or more elevators of an elevator system, wherein the controller (220, 306) is configured to collect usage data from the one or more elevators, wherein the controller (220, 306) is configured to transmit the usage data to a server (210, 314); the server (210, 314) coupled to the controller (220, 306), wherein the server (210, 314) is configured to receive and analyze the usage data associated with the operation of the one or more elevators, wherein the server (210, 314) is configured to determine optimized configuration parameters for operating the one or more elevators based at least in part on analyzing the usage data; wherein the controller (220, 306) is configured to receive the determined optimized configuration parameters from the server (210, 314) and the controller (220, 306) is configured to operate the one or more elevators based at least in part on the determined optimized configuration, characterized in that, the system further comprises a user device (206, 310) operably coupled to the server (210, 314), configured to send a request to the server (210, 314), wherein the request is associated with the one or more elevators. a controller (220, 306) configured with configuration parameters to control the operation of one or more elevators of an elevator system, wherein the controller (220, 306) is configured to collect usage data from the one or more elevators, wherein the controller (220, 306) is configured to transmit the usage data to a server (210, 314); the server (210, 314) coupled to the controller (220, 306), wherein the server (210, 314) is configured to receive and analyze the usage data associated with the operation of the one or more elevators, wherein the server (210, 314) is configured to determine optimized configuration parameters for operating the one or more elevators based at least in part on analyzing the usage data; wherein the controller (220, 306) is configured to receive the determined optimized configuration parameters from the server (210, 314) and the controller (220, 306) is configured to operate the one or more elevators based at least in part on the determined optimized configuration, characterized in that, the system further comprises a user device (206, 310) operably coupled to the server (210, 314), configured to send a request to the server (210, 314), wherein the request is associated with the one or more elevators.
A composition comprising nicotinamide mononucleotide and/or nicotinamide riboside, for use in treating or preventing a disease accompanied by dysfunction of a meibomian gland.
A method of transmitting reactive power between a at least one wind turbine and a power system through a transformer connected between the at least one wind turbine and the power system, the wind turbine including a power converter, the method including a first step of ramping a reactive power from a maximum reactive import towards a maximum reactive export up to when a first threshold is reached, a second step of connecting at least one passive device (120, 130) to the transformer and reducing a reactive power of the power converter of an amount corresponding to the reactive contribution from the passive device (120, 130), a third step of ramping the reactive power towards the maximum reactive export up to when the maximum reactive export is reached. a first step of ramping a reactive power from a maximum reactive import towards a maximum reactive export up to when a first threshold is reached, a second step of connecting at least one passive device (120, 130) to the transformer and reducing a reactive power of the power converter of an amount corresponding to the reactive contribution from the passive device (120, 130), a third step of ramping the reactive power towards the maximum reactive export up to when the maximum reactive export is reached.