mhurhangee/ep-ind-claims huggingface dataset:
A method of triggering an active device of a vehicle comprising: generating a steering signal from a steering angle and a rate of change of steering angle of the vehicle, said signal representing an advance in time in comparison to said steering angle; determining a conditioned vehicle lateral acceleration (17; 23) in dependence on said steering signal and a measured vehicle lateral acceleration, said conditioned vehicle lateral acceleration (17; 23) being advanced in time in comparison with said measured vehicle lateral acceleration; and triggering an active device of the vehicle if said conditioned vehicle lateral acceleration (17; 23) exceeds a threshold lateral acceleration. generating a steering signal from a steering angle and a rate of change of steering angle of the vehicle, said signal representing an advance in time in comparison to said steering angle; determining a conditioned vehicle lateral acceleration (17; 23) in dependence on said steering signal and a measured vehicle lateral acceleration, said conditioned vehicle lateral acceleration (17; 23) being advanced in time in comparison with said measured vehicle lateral acceleration; and triggering an active device of the vehicle if said conditioned vehicle lateral acceleration (17; 23) exceeds a threshold lateral acceleration.
A method for determining structural parameters of a rail track using a measurement system comprising a sensor array configured to measure at least the vertical and/or lateral irregularities of a rail under influence of different loads at a plurality of points along the rail, and at different distances from a wheel, and to provide signals corresponding to said rail irregularities, the sensor array and the wheel being positioned in a railway car being a measurement vehicle adjacent to the contact point between said wheel and said rail; and a processor configured to process the signals from the sensor array; the method comprising measuring from the moving measurement vehicle at least the vertical and/or lateral irregularities of said rail with the sensor array along the rail, thereby providing signals corresponding to the geometrical irregularities at different distance from said wheel, i.e. under different load influence; providing a model describing the deflection shape of a rail, wherein the deflection shape is dependent on structural parameters of the rail and on the loads on the rail, said model being stored in the processor; and characterized by, in the processor comparing said geometrical irregularities under different load influence in order to separate deflection due to the wheel load(s) from non-loaded geometrical irregularities, thus generating a measured deflection shape; generating at least one theoretical rail deflection shape using the model by varying the structural parameters and the load in the model; comparing at least one of said theoretical deflection shapes with said measured deflection shape for each point of the rail; and determining the structural parameters of that theoretical deflection shape which best matches said measured deflection shape. measuring from the moving measurement vehicle at least the vertical and/or lateral irregularities of said rail with the sensor array along the rail, thereby providing signals corresponding to the geometrical irregularities at different distance from said wheel, i.e. under different load influence; providing a model describing the deflection shape of a rail, wherein the deflection shape is dependent on structural parameters of the rail and on the loads on the rail, said model being stored in the processor; and comparing said geometrical irregularities under different load influence in order to separate deflection due to the wheel load(s) from non-loaded geometrical irregularities, thus generating a measured deflection shape; generating at least one theoretical rail deflection shape using the model by varying the structural parameters and the load in the model; comparing at least one of said theoretical deflection shapes with said measured deflection shape for each point of the rail; and determining the structural parameters of that theoretical deflection shape which best matches said measured deflection shape.
A talc particulate having a d 50 of from 0.5 to 5.0 μm and a lamellarity index of from 2.8 to 45.0, and comprising less than 500 ppm of particles having a particle size of equal to or greater than 45 μm.
A transmission apparatus comprising: preamble signal circuitry that generates a preamble signal including a preamble; header signal circuitry (12, 13, 14) that generates a header signal including a header and an extension header; OFDM signal circuitry (105, 201, 51-1, 51-2) that generates an OFDM signal by performing an IFFT processing on one or more payload signals; frame generation circuitry (106, 28-1, 28-2) that generates a frame by allocating the preamble signal to a first channel at a first time, allocating the header signal to the first channel at a second time, allocating the preamble signal to a second channel at the first time, allocating the header signal to the second channel at the second time, the second channel being adjacent to the first channel, the first channel and the second channel having same bandwidth, and allocating the OFDM signal to a frequency-shifted bonding channel at a third time, the frequency-shifted bonding channel being a channel obtained by frequency-shifting a bonding channel including the first channel and the second channel; and transmission circuitry (31,32) that transmits the frame. preamble signal circuitry that generates a preamble signal including a preamble; header signal circuitry (12, 13, 14) that generates a header signal including a header and an extension header; OFDM signal circuitry (105, 201, 51-1, 51-2) that generates an OFDM signal by performing an IFFT processing on one or more payload signals; frame generation circuitry (106, 28-1, 28-2) that generates a frame by allocating the preamble signal to a first channel at a first time, allocating the header signal to the first channel at a second time, allocating the preamble signal to a second channel at the first time, allocating the header signal to the second channel at the second time, the second channel being adjacent to the first channel, the first channel and the second channel having same bandwidth, and allocating the OFDM signal to a frequency-shifted bonding channel at a third time, the frequency-shifted bonding channel being a channel obtained by frequency-shifting a bonding channel including the first channel and the second channel; and transmission circuitry (31,32) that transmits the frame. allocating the preamble signal to a first channel at a first time, allocating the header signal to the first channel at a second time, allocating the preamble signal to a second channel at the first time, allocating the header signal to the second channel at the second time, the second channel being adjacent to the first channel, the first channel and the second channel having same bandwidth, and allocating the OFDM signal to a frequency-shifted bonding channel at a third time, the frequency-shifted bonding channel being a channel obtained by frequency-shifting a bonding channel including the first channel and the second channel; and transmission circuitry (31,32) that transmits the frame.
A mobile terminal, comprising a display screen, a housing, and a camera device, wherein the display screen is mounted on the housing; the housing is provided with an opening and is formed with an accommodating cavity in communication with the opening to accommodate the camera device; the mobile terminal further comprises a position detection mechanism arranged in the accommodating cavity; the position detection mechanism comprises a circuit board, a bracket, a first magnet, and a Hall sensor; the camera device comprises a camera and a driving assembly; the camera is arranged on the bracket, and the driving assembly is connected to the bracket for driving the bracket to move to drive the camera to stretch out of or retract into the housing; the Hall sensor is arranged on the circuit board, and the Hall sensor comprises a first working surface (a) and a second working surface (b) respectively extending in different directions wherein the driving assembly comprises a driving member, an adapter, and a lead screw; one end of the adapter is fixedly connected to the bracket, and the other end of the adapter is rotatably connected to the lead screw; the lead screw is further rotatably connected to the driving member; the driving member can drive the lead screw to rotate, so that the adapter drives the bracket to move, and the camera stretches out of or retracts into the housing from the opening.
An X-ray imaging apparatus, comprising: an X-ray source configured to radiate X-rays onto a subject region; a collimator located between the X-ray source and an X-ray detector, and configured to adjust a range of X-ray radiation; the X-ray detector configured to detect the radiated X-rays and obtain a plurality of frame images of the subject region; and a region of interest, ROI, filter located between the collimator and the X-ray detector, and configured to filter the X-rays radiated from the X-ray source so that X-rays having a dose lower than a dose of a ROI are incident on a non-ROI which is inside of the subject region; the ROI filter is configured to be movable toward one of the collimator and the X-ray detector; and the X-ray imaging apparatus characterized in that the apparatus further comprising a controller configured to control the ROI filter to move in a three-dimensional space defined by an x-axis, a y-axis, and a z-axis according to a movement of the ROI or a size of the ROI. an X-ray source configured to radiate X-rays onto a subject region; a collimator located between the X-ray source and an X-ray detector, and configured to adjust a range of X-ray radiation; the X-ray detector configured to detect the radiated X-rays and obtain a plurality of frame images of the subject region; and a region of interest, ROI, filter located between the collimator and the X-ray detector, and configured to filter the X-rays radiated from the X-ray source so that X-rays having a dose lower than a dose of a ROI are incident on a non-ROI which is inside of the subject region; the ROI filter is configured to be movable toward one of the collimator and the X-ray detector; and the X-ray imaging apparatus characterized in that the apparatus further comprising a controller configured to control the ROI filter to move in a three-dimensional space defined by an x-axis, a y-axis, and a z-axis according to a movement of the ROI or a size of the ROI.
An ink composition for ultraviolet curable ink-jet recording, containing carbon black, a photopolymerizable compound, and a photopolymerization initiator, comprising: a polymer dispersant containing a basic functional group; and a phthalocyanine sulfonic acid based compound; wherein a BET specific surface area of said carbon black is within a range from 200 to 300 m 2 /g; and wherein said phthalocyanine sulfonic acid based compound is at least one selected from the group consisting of non-metallic phthalocyanine sulfonic acids; metal phthalocyanine sulfonic acids in which a central metal is Cu, Fe, Ni, Co, or Ti; and metal salts thereof. a polymer dispersant containing a basic functional group; and a phthalocyanine sulfonic acid based compound; wherein a BET specific surface area of said carbon black is within a range from 200 to 300 m 2 /g; and wherein said phthalocyanine sulfonic acid based compound is at least one selected from the group consisting of non-metallic phthalocyanine sulfonic acids; metal phthalocyanine sulfonic acids in which a central metal is Cu, Fe, Ni, Co, or Ti; and metal salts thereof.
A method for reducing a paging zone for a mobile station in a wireless communication system, the wireless communication system including a plurality of base stations capable of supporting a plurality of application types, the method comprising: determining a radius of the paging zone; receiving a location update for the mobile station; receiving a call setup request for the mobile station, the call setup request associated with an application type; and reducing the radius of the paging zone based on the application type, a speed of the mobile station and an amount of time elapsed since receiving the location update. determining a radius of the paging zone; receiving a location update for the mobile station; receiving a call setup request for the mobile station, the call setup request associated with an application type; and reducing the radius of the paging zone based on the application type, a speed of the mobile station and an amount of time elapsed since receiving the location update.
Intervertebral fusion implant for fusing two adjacent vertebrae (9, 9'), comprising - an adjustable support body, the base surface and cover surface (23, 24) of which are configured to bear on end plates (92, 93) of the adjacent vertebrae (9, 9'), - a side bracket, which can be pivoted laterally about a hinge and the base and cover of which have a planar design, and - an actuation means for pivoting out the side bracket into a position spread from the support body, wherein - the side bracket is configured as a toggle expander with a pivot arm and a spreader arm and the spreader arm is locked on the support body in the working position, characterized in that a sliding piece is attached to the spreader arm and displaced by the actuation means during the spreading and it preferably latches into recesses when the working position is reached. - an adjustable support body, the base surface and cover surface (23, 24) of which are configured to bear on end plates (92, 93) of the adjacent vertebrae (9, 9'), - a side bracket, which can be pivoted laterally about a hinge and the base and cover of which have a planar design, and - an actuation means for pivoting out the side bracket into a position spread from the support body, wherein - the side bracket is configured as a toggle expander with a pivot arm and a spreader arm and the spreader arm is locked on the support body in the working position, characterized in that a sliding piece is attached to the spreader arm and displaced by the actuation means during the spreading and it preferably latches into recesses when the working position is reached.
A method, performed by a receiver (200, 500, 600), for cancelling intermodulation interference, the method comprising: - receiving a digital signal sample, - obtaining a power of the received digital signal sample, - obtaining based on the obtained power, at least one model value from a model that models model values of a non-linearity in amplitude and phase of a received signal that passes through passive and active components (211, 213, 215) in the receiver, the model values corresponding to a plurality of powers of the received signal, - determining a power of a blocking signal in the receiver, and if the power of the blocking signal is higher than a first threshold and/or if the power of the received digital signal sample is lower than a second threshold, then - cancelling intermodulation interference by multiplying the received digital signal sample with the obtained at least one model value, thereby obtaining an output digital signal sample from which intermodulation interference, inflicted by the receiver, is cancelled. - receiving a digital signal sample, - obtaining a power of the received digital signal sample, - obtaining based on the obtained power, at least one model value from a model that models model values of a non-linearity in amplitude and phase of a received signal that passes through passive and active components (211, 213, 215) in the receiver, the model values corresponding to a plurality of powers of the received signal, - determining a power of a blocking signal in the receiver, and - cancelling intermodulation interference by multiplying the received digital signal sample with the obtained at least one model value, thereby obtaining an output digital signal sample from which intermodulation interference, inflicted by the receiver, is cancelled.
A rotary brush washing apparatus for removing particulate matter from rotary brushes, comprising: (a) a housing; characterizing in: (b) a carrier assembly disposed within the housing for supporting the rotary brushes for revolving about the housing and simultaneously spinning the individual rotary brushes about the axis of the individual rotary brushes; (c) a cleaning solution applicator for applying cleaning solution on the brushes as the rotary brushes revolve about the housing and simultaneously spin about the longitudinal axis of individual rotary brushes; and (d) a sprayer for applying spray on the rotary brushes for removing the particulate matter from the rotary brushes as the rotary brushes revolve about the housing and simultaneously spin about the longitudinal axes of the individual rotary brushes. (a) a housing; (b) a carrier assembly disposed within the housing for supporting the rotary brushes for revolving about the housing and simultaneously spinning the individual rotary brushes about the axis of the individual rotary brushes; (c) a cleaning solution applicator for applying cleaning solution on the brushes as the rotary brushes revolve about the housing and simultaneously spin about the longitudinal axis of individual rotary brushes; and (d) a sprayer for applying spray on the rotary brushes for removing the particulate matter from the rotary brushes as the rotary brushes revolve about the housing and simultaneously spin about the longitudinal axes of the individual rotary brushes.
A method for generating a cardiac tissue mimetic, comprising the steps of a. providing cardiomyocytes, b. providing fibroblasts, c. mixing said cardiomyocytes and said fibroblasts at a ratio from 2.5:1 to 10:1, thereby providing a first mixture, d. incubating said first mixture, such that said cardiomyocytes and said fibroblasts form a spherical structure, e. adding endothelial cells to said spherical structure at a ratio of cardiomyocytes to endothelial cells from 1.5:1 to 4:1, thereby providing a second mixture, f. incubating said second mixture, such that a cardiac tissue mimetic is formed. a. providing cardiomyocytes, b. providing fibroblasts, c. mixing said cardiomyocytes and said fibroblasts at a ratio from 2.5:1 to 10:1, thereby providing a first mixture, d. incubating said first mixture, such that said cardiomyocytes and said fibroblasts form a spherical structure, e. adding endothelial cells to said spherical structure at a ratio of cardiomyocytes to endothelial cells from 1.5:1 to 4:1, thereby providing a second mixture, f. incubating said second mixture, such that a cardiac tissue mimetic is formed.
Polypropylene film comprising 4 layers to which are arranged in the order of to, wherein layers to comprise biaxially oriented polypropylene and wherein layer comprises polyurethane and nanoparticles and has a layer thickness of 25 to 300 nm, layer comprises polymers having functional groups which can form covalent bonds with polyurethane and is bonded directly to layer, layer has at least a layer thickness of 50% of the total thickness of the film and layer is an outer layer of the film and comprises an antiblock agent. layer comprises polyurethane and nanoparticles and has a layer thickness of 25 to 300 nm, layer comprises polymers having functional groups which can form covalent bonds with polyurethane and is bonded directly to layer, layer has at least a layer thickness of 50% of the total thickness of the film and layer is an outer layer of the film and comprises an antiblock agent.
A structure comprising layered coated supports and passageways between adjacent layered coated supports, wherein each layered coated support comprises a support having a first and second side, and a composite coated on at least the first side of the support, the composite comprising an active material, and having features formed in the surface of the composite; and the passageways being formed at the contact of the features in a composite coating on the first side of a layered structure with a side of an adjacent layered structure.
Rubber mixture, characterized in that it comprises - at least one synthetic diene rubber, and - at least one carbon black, and - at least one silane, and - at least one amphiphilic compound, where the silane is a mercaptosilane and where the amphiphilic compound is a nonionic surfactant and where the nonionic surfactant is a polyoxyethylene fatty acid ester. - at least one synthetic diene rubber, and - at least one carbon black, and - at least one silane, and - at least one amphiphilic compound, where the silane is a mercaptosilane and where the amphiphilic compound is a nonionic surfactant and where the nonionic surfactant is a polyoxyethylene fatty acid ester.
A method of displaying information, the method comprising: receiving, at a first device (602, 702), a first message that is sent from a second device using a Short Message Service, SMS, protocol; if the first device (602,702) is configured to associate the first message with an underlying rich content message, sending, by the first device (602, 702), indicia of said first message to a server, a determination being made by said server, based on said indicia, that said server has a second message that corresponds to said first message; receiving, at the first device (602, 702), said second message from said server, said second message comprising text and an entity, said first message comprising said text and a text representation of said entity; and displaying, by the first device (602, 702), said text and said entity to a user without displaying said first message; and if the first device (602, 702) is not configured to associate the first message with an underlying rich content message, enabling a user to select a link included in the first message to obtain the rich content message by displaying on said display, said text and said entity to said user without displaying said first message. receiving, at a first device (602, 702), a first message that is sent from a second device using a Short Message Service, SMS, protocol; if the first device (602,702) is configured to associate the first message with an underlying rich content message, sending, by the first device (602, 702), indicia of said first message to a server, a determination being made by said server, based on said indicia, that said server has a second message that corresponds to said first message; receiving, at the first device (602, 702), said second message from said server, said second message comprising text and an entity, said first message comprising said text and a text representation of said entity; and displaying, by the first device (602, 702), said text and said entity to a user without displaying said first message; and if the first device (602, 702) is not configured to associate the first message with an underlying rich content message, enabling a user to select a link included in the first message to obtain the rich content message by displaying on said display, said text and said entity to said user without displaying said first message.
A lead-through module receiving a cable, pipe or wire, characterized in that it has two base parts (1, 16, 19) forming an outer part of the module and two holding parts (2, 14, 20) forming an inner part of the module, that the inner part is turnable in the outer part and that the cable, pipe or wire is received inside the inner part of the module.