mhurhangee/patent-ind-claim-en huggingface dataset:
A method for designing beam patterns to increase aggregate capacity within a satellite communications system, comprising: determining a first beam pattern of a plurality of user spot beams of a first satellite serving a first geographic area, wherein determining a first beam pattern comprises identifying the location of a plurality of user spot beams of the first satellite; identifying a plurality of regions of interest within the first geographic area covered by the first beam pattern; determining the user spot beams of the first beam pattern covering each of the plurality of regions of interest; determining a normalized distance metric for each of the user spot beams of the first beam pattern covering each of the plurality of regions of interest, the normalized distance metric based on a distance from the center of the user spot beam to a region of interest; determining a second beam pattern of a second satellite such that at least one of a plurality of user spot beams of the second beam pattern has a lower normalized distance metric for at least one of the plurality of regions of interest relative to the normalized distance metrics of the user spot beams of the first beam pattern covering each of the plurality of regions of interest; and assigning one or more terminals within the plurality of regions of interest to at least one of the plurality of user spot beams of the second beam pattern. determining a first beam pattern of a plurality of user spot beams of a first satellite serving a first geographic area, wherein determining a first beam pattern comprises identifying the location of a plurality of user spot beams of the first satellite; identifying a plurality of regions of interest within the first geographic area covered by the first beam pattern; determining the user spot beams of the first beam pattern covering each of the plurality of regions of interest; determining a normalized distance metric for each of the user spot beams of the first beam pattern covering each of the plurality of regions of interest, the normalized distance metric based on a distance from the center of the user spot beam to a region of interest; determining a second beam pattern of a second satellite such that at least one of a plurality of user spot beams of the second beam pattern has a lower normalized distance metric for at least one of the plurality of regions of interest relative to the normalized distance metrics of the user spot beams of the first beam pattern covering each of the plurality of regions of interest; and assigning one or more terminals within the plurality of regions of interest to at least one of the plurality of user spot beams of the second beam pattern.
Lock body for a pin lock , having a lock body of multipart design, comprising a main body and a divider , mounted on the main body , with a plurality of bores for receiving springs and locking pins, wherein the divider has at least two rows of bores , characterized in that a key withdrawal position of the pin lock is defined by each of the bore rows. having a lock body of multipart design, comprising a main body and a divider , mounted on the main body , with a plurality of bores for receiving springs and locking pins, wherein the divider has at least two rows of bores , characterized in that a key withdrawal position of the pin lock is defined by each of the bore rows.
Fireproof and thermal insulator product , which comprises a material combination of: - an Alkaline Earth Silicate material, and - alumina, such that the alumina is bonded onto the Alkaline Earth Silicate material, wherein the Alkaline Earth Silicate material and the alumina are in the form of a layer, the layer of Alkaline Earth Silicate being between 2 mm and 20 mm thick, and the layer of alumina being between 0.5 mm and 2 mm thick. - an Alkaline Earth Silicate material, and - alumina,
A gaseous fuel injector for supplying gaseous fuel to a gaseous fuel combustion engine, the gaseous fuel injector comprising an injector housing adapted to receive an injector assembly and supply gaseous fuel thereto, the injector housing having an inlet at a first end, a nozzle with an outlet at a second open end and a chamber between the inlet and the outlet , wherein the injector housing comprises an ignition arrangement at the second open end and, wherein the nozzle comprises a nozzle body , wherein the nozzle comprises an outer coating of a suitable electrical insulator material forming an insulating ring around the nozzle body and substantially along the entire length of the nozzle body wherein the nozzle comprises a heat shield or insulator comprising a sleeve around the insulating ring and, wherein the heat shield/ insulator sleeve forms the primary electrode by comprising a current conducting material characterized in that the heat shield/ insulator sleeve comprises an outer coating of a suitable electrical insulator material, the heat shield/ insulator sleeve comprises a short cone section extending downwardly beyond the outlet at the second open end of the nozzle to define a small annular cavity just below the outlet and configured to terminate just above spray apertures of the injector assembly , wherein the nozzle body comprises a short cone section at the second open end and the short cone section of the heat shield/ insulator sleeve encompasses the short cone section of the nozzle body to form a minor annular space therebetween.
A submersible habitat chamber providing a contained environment for repairing subsea cable , the habitat chamber comprising first and second shell parts assembled to at least partly define the contained environment in which the cable repair can take place, a first seal provided between the first and second shell parts , a cable seal provided for engagement with the cable received, in use, within the habitat, and at least one access port through at least one of the shell parts to allow a user to access the contained environment from outside the habitat and thus allow access to a cable section for repair, wherein the habitat further comprises purging means, washing means and/or drying means and, characterised in that the habitat chamber comprises one or more compressible cable seals which allows for the creation of a pressure-controlled environment wherein the habitat chamber is provided with differential pressure control means, wherein said differential pressure control means permits the contained environment to be maintained at a target differential pressure from about 0Pa to about 10000Pa greater than the external pressure at the depth at which the submersible habitat chamber is positioned during subsea cable repair.
A method for leakage detection for a terminal device , wherein the terminal device comprises a plurality of power-consuming components divided into a first set and a second set , when the terminal device is fully charged and remains coupled with an adapter , the first set of power-consuming components is powered by the adapter the method comprising: obtaining information indicative of power consumption of a battery of the terminal device ; and determining whether the terminal device experiences leakage according to the information indicative of power consumption of the battery , on condition that the second set of power-consuming components is in a non-working state, when the terminal device is fully charged and remains coupled with the adapter , characterized in that : when the terminal device is fully charged and remains coupled with the adapter , the second set of power consuming components is powered by the battery . obtaining information indicative of power consumption of a battery of the terminal device ; and determining whether the terminal device experiences leakage according to the information indicative of power consumption of the battery , on condition that the second set of power-consuming components is in a non-working state, when the terminal device is fully charged and remains coupled with the adapter , characterized in that : when the terminal device is fully charged and remains coupled with the adapter , the second set of power consuming components is powered by the battery .
Cosmetic composition, notably a hair composition, comprising: - one or more anionic surfactants, - one or more amphoteric surfactants, - one or more cationic polysaccharides, and - one or more unsaturated fatty alcohols, in a total content of less than 1% by weight relative to the total weight of the composition; said composition being clear. - one or more anionic surfactants, - one or more amphoteric surfactants, - one or more cationic polysaccharides, and - one or more unsaturated fatty alcohols, in a total content of less than 1% by weight relative to the total weight of the composition;
A chip-type ceramic semiconductor electronic component , which is a positive thermistor or a negative thermistor, comprising: a ceramic body comprising a ceramic semiconductor; a pair of first external electrodes formed on both end surfaces of the ceramic body ; and a pair of second external electrodes formed to cover the first external electrodes and extend partially on side surfaces of the ceramic body , wherein the second external electrodes comprise a conductive agent and a thermosetting resin hardenable at a temperature of 500°C or lower, and wherein each of the first external electrodes is formed by sputtering, characterized in that each of the second external electrodes is 1 to 35 μm in thickness. a ceramic body comprising a ceramic semiconductor; a pair of first external electrodes formed on both end surfaces of the ceramic body ; and a pair of second external electrodes formed to cover the first external electrodes and extend partially on side surfaces of the ceramic body , wherein the second external electrodes comprise a conductive agent and a thermosetting resin hardenable at a temperature of 500°C or lower, and wherein each of the first external electrodes is formed by sputtering, characterized in that each of the second external electrodes is 1 to 35 μm in thickness.
An antimicrobial peptide (AMP) comprising an amino acid sequence selected from the group consisting of: Sequence SEQ ID NO. NH 2 -ALWMTL K KKVLKAAAKALNAVLVGANA- amide 7 NH 2 -ALWMTLLKKVLKA K AKALNAVLVGANA- amide 8 NH 2 -ALWMTL K KKVLKA K AKALNAVLVGANA- amide 9 NH 2 -ALWMTL K KKVLKA K AKAALNAVLVGANA- amide 12 NH 2 -ALWMTL K KKVLKA K AK- amide 13 NH 2 -ALWMT K LKKVLKA K AKALNAVLVGANA- amide 14 NH 2 -ALWMTL K KKVLKA K AKALNAVL S GANA- amide 15 NH 2 -ALWMTL K KKVLKA K AKALNAVL K GANA- amide 16 NH 2 -ALWMTL K KKVLKA K AKALNAVLAGVNA- amide 17 NH 2 -ALWMTL K KKVLKA K AK L LNAVLVGANA- amide 18 NH 2 -ALWMTL K KKVLKA K AKALNAVLVG L NA- amide 19 NH 2 -ALWMTL K KKVLKA K AKLLNAVLVG L NA- amide 20 or a pharmaceutically-acceptable salt thereof.
A method for fault management on a unidirectional user plane interface of a Multimedia Broadcast / Multicast Service, MBMS, bearer for point-to-multipoint delivery of MBMS traffic from a source node, where the source node is a MBMS Gateway (MBMS-GW), to at least one destination node, the method performed by a destination node, where the destination node is a E-UTRAN NodeB (eNB), and comprising: defining a fault detection time interval associated with the MBMS bearer ; starting a timer responsive to receiving a first synchronization packet from the source node over the unidirectional user plane interface ; and detecting a fault on the unidirectional user plane interface responsive to determining that the timer exceeds the fault detection time interval and a subsequent synchronization packet has not been received during the fault detection time interval . defining a fault detection time interval associated with the MBMS bearer ; starting a timer responsive to receiving a first synchronization packet from the source node over the unidirectional user plane interface ; and detecting a fault on the unidirectional user plane interface responsive to determining that the timer exceeds the fault detection time interval and a subsequent synchronization packet has not been received during the fault detection time interval .
A method combining gesture detection by an accelerometer and gesture detection with a touch panel for switching a wristwatch from a first power mode to a second power mode, comprising: using an accelerometer with embedded signal processing capabilities for generating an acceleration signal used for detecting a gesture on a cover glass of said wristwatch; determining the frequency of said acceleration signal, and/or the direction of said acceleration signal relatively to the surface of said glass, and/or the slope of said acceleration signal as measured by said accelerometer being a three dimensional accelerometer; discriminating between gesture on a cover glass and no gesture on the cover glass based on said frequency of said acceleration signal, and/or said direction of said acceleration signal, and/or said slope of said acceleration signal , waking up a microcontroller in said wristwatch upon detection of a gesture by said accelerometer , using said microcontroller for detecting said gesture and for discriminating between gesture and no gesture based at least on signals from a touch panel underneath said cover glass . using an accelerometer with embedded signal processing capabilities for generating an acceleration signal used for detecting a gesture on a cover glass of said wristwatch; determining the frequency of said acceleration signal, and/or the direction of said acceleration signal relatively to the surface of said glass, and/or the slope of said acceleration signal as measured by said accelerometer being a three dimensional accelerometer; discriminating between gesture on a cover glass and no gesture on the cover glass based on said frequency of said acceleration signal, and/or said direction of said acceleration signal, and/or said slope of said acceleration signal , waking up a microcontroller in said wristwatch upon detection of a gesture by said accelerometer , using said microcontroller for detecting said gesture and for discriminating between gesture and no gesture based at least on signals from a touch panel underneath said cover glass .
A method for controlling balanced frosting of outdoor units in a multi-connection air conditioning system, the method comprising: calculating frosting degrees of all outdoor units in an outdoor unit set; judging whether the outdoor unit set satisfies a frosting imbalance condition based on the frosting degrees of all the outdoor units and a preset frosting imbalance threshold; and if the outdoor unit set satisfies the frosting imbalance condition, selectively controlling actual output capacities of the outdoor units in the outdoor unit set based on the frosting degrees of all the outdoor units, and making a total amount of the actual output capacities of all the outdoor units not less than a required total amount of the output capacity of the outdoor unit set. calculating frosting degrees of all outdoor units in an outdoor unit set; judging whether the outdoor unit set satisfies a frosting imbalance condition based on the frosting degrees of all the outdoor units and a preset frosting imbalance threshold; and if the outdoor unit set satisfies the frosting imbalance condition, selectively controlling actual output capacities of the outdoor units in the outdoor unit set based on the frosting degrees of all the outdoor units, and making a total amount of the actual output capacities of all the outdoor units not less than a required total amount of the output capacity of the outdoor unit set.
A composition comprising ingredients (A) and (B): where Ingredient (A) is a catalytically effective amount of a catalytically active reaction product of a reaction of a Zr precursor and a ligand, where the Zr precursor is distinct from a reaction product of the Zr precursor and the ligand, and the ligand is selected from the group consisting of ligands , , , , , and or or or or a ligand of general formula (iii) where each A 6 is independently selected from halogen atom and a monovalent hydrocarbon group, subscript d is an integer from 0 to 4, Q 3 is a carboxylic acid group, and Q 4 is selected from a carboxylic acid group, OH, H, a monovalent hydrocarbon group, and a group of formula PA 7 A 8 , where A 7 and A 8 are each independently selected from H, a halogen atom, an alkyl group, an aryl group, and an aralkyl group; or a ligand of general formula (v) where subscript f is an integer from 0 to 4, subscript g is an integer from 0 to 4, each A 10 and each A 11 are independently selected from a monovalent hydrocarbon group and a monovalent halogenated hydrocarbon group, subscript h is an integer from 1 to 6, each Q 5 is independently selected from O, P, S, and CH 2 ; and Ingredient (B) is a silicon containing base polymer having an average, per molecule, of one or more hydrolyzable substituents, and Ingredient (A) is capable of catalyzing a condensation reaction of the hydrolyzable substituents on ingredient (B).
An image processing apparatus comprising: a controller configured to transfer image data having a plurality of color components; a first processing module configured to receive the image data transferred from the controller, and execute image processing; and a second processing module configured to receive the image data transferred from the controller via the first processing module, and execute image processing on the image data, characterized in that the image processing apparatus is further configured such that processed data obtained by the first processing module by performing the image processing on the received image data is transferred to the controller, processed data obtained by the second processing module by performing the image processing on the image data received via the first processing module is transferred to the controller via the first processing module, and the number of color components as targets of the image processing to be executed by the first processing module is smaller than the number of color components as targets of the image processing to be executed by the second processing module. a controller configured to transfer image data having a plurality of color components; a first processing module configured to receive the image data transferred from the controller, and execute image processing; and a second processing module configured to receive the image data transferred from the controller via the first processing module, and execute image processing on the image data, characterized in that the image processing apparatus is further configured such that processed data obtained by the first processing module by performing the image processing on the received image data is transferred to the controller, processed data obtained by the second processing module by performing the image processing on the image data received via the first processing module is transferred to the controller via the first processing module, and the number of color components as targets of the image processing to be executed by the first processing module is smaller than the number of color components as targets of the image processing to be executed by the second processing module.
A handle configured for use with a catheter system, the handle comprising: a non-planar surface included along an interior of the handle ; a distal end configured for coupling with a catheter shaft ; a proximal end configured for coupling with an electrical cable for communication with an electronic control unit; and a compliant circuit disposed on the non-planar surface , wherein the compliant circuit is conformed to the non-planar surface , and wherein the compliant circuit includes: a first connection interface located at a distal end of the compliant circuit , the first connection interface configured for electrical communication with an electrode or a sensor of the catheter shaft , and a second connection interface located at a proximal end of the compliant circuit , the second connection interface configured for electrical communication with the electronic control unit. a non-planar surface included along an interior of the handle ; a distal end configured for coupling with a catheter shaft ; a proximal end configured for coupling with an electrical cable for communication with an electronic control unit; and a compliant circuit disposed on the non-planar surface , wherein the compliant circuit is conformed to the non-planar surface , and wherein the compliant circuit includes: a first connection interface located at a distal end of the compliant circuit , the first connection interface configured for electrical communication with an electrode or a sensor of the catheter shaft , and a second connection interface located at a proximal end of the compliant circuit , the second connection interface configured for electrical communication with the electronic control unit. a first connection interface located at a distal end of the compliant circuit , the first connection interface configured for electrical communication with an electrode or a sensor of the catheter shaft , and a second connection interface located at a proximal end of the compliant circuit , the second connection interface configured for electrical communication with the electronic control unit.
A method of operating an engine assembly of a motor vehicle , the assembly comprising an engine and a controller configured to shut down and restart the engine automatically, wherein the method comprises the steps of: determining a speed (V) of the vehicle and a brake pressure (P b ) of a brake system of the motor vehicle ; shutting down the engine when the brake pressure (P b ) of the brake system of the motor vehicle is above a first threshold value (P 1 ) and when the speed (V) of the vehicle is below a threshold speed or a further threshold speed; restarting the engine when the brake pressure (P b ) falls below a second threshold value (P 2 ), wherein the second threshold value (P 2 ) is initially at a pre-adjustment value; determining a rate of change of speed of the vehicle ; and adjusting the second threshold value (P 2 ) when the speed (V) of the vehicle drops below the threshold speed and when the rate of change of speed of the vehicle is less than a threshold rate, and maintaining the second threshold value (P 2 ) otherwise. determining a speed (V) of the vehicle and a brake pressure (P b ) of a brake system of the motor vehicle ; shutting down the engine when the brake pressure (P b ) of the brake system of the motor vehicle is above a first threshold value (P 1 ) and when the speed (V) of the vehicle is below a threshold speed or a further threshold speed; restarting the engine when the brake pressure (P b ) falls below a second threshold value (P 2 ), wherein the second threshold value (P 2 ) is initially at a pre-adjustment value; determining a rate of change of speed of the vehicle ; and adjusting the second threshold value (P 2 ) when the speed (V) of the vehicle drops below the threshold speed and when the rate of change of speed of the vehicle is less than a threshold rate, and maintaining the second threshold value (P 2 ) otherwise.