mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter system comprising: a plurality of mapping electrodes disposed in or near an anatomical structure configured to detect activation signals of physiological activity, each of the plurality of mapping electrodes having an electrode location; a processing system associated with the plurality of mapping electrodes , the processing system configured to record the detected activation signals and associate one of the plurality of mapping electrodes with each recorded activation signal, the processing system further configured to determine a dominant frequency of each recorded activation signal at each electrode location, characterized in that the processing system is further configured to determine a plurality of difference vectors at each electrode location, wherein a difference vector of the plurality of difference vectors for a respective electrode location represents a difference between the dominant frequency of a recorded activation signal at the respective electrode location and the dominant frequency of a recorded activation signal at a neighboring electrode location, and determine a wavefront vector at each electrode location based on the plurality of difference vectors, wherein the processing system is configured to determine a wavefront vector at each electrode location by calculating the sum of the plurality of difference vectors. a plurality of mapping electrodes disposed in or near an anatomical structure configured to detect activation signals of physiological activity, each of the plurality of mapping electrodes having an electrode location; a processing system associated with the plurality of mapping electrodes , the processing system configured to record the detected activation signals and associate one of the plurality of mapping electrodes with each recorded activation signal, the processing system further configured to determine a dominant frequency of each recorded activation signal at each electrode location, characterized in that the processing system is further configured to determine a plurality of difference vectors at each electrode location, wherein a difference vector of the plurality of difference vectors for a respective electrode location represents a difference between the dominant frequency of a recorded activation signal at the respective electrode location and the dominant frequency of a recorded activation signal at a neighboring electrode location, and determine a wavefront vector at each electrode location based on the plurality of difference vectors, wherein the processing system is configured to determine a wavefront vector at each electrode location by calculating the sum of the plurality of difference vectors.
A dishwasher comprising a flow controller for controlling water flow from a pump pumping water from a sump of said dish washer to a water conduit system of the dishwasher, the flow controller comprising: - a plate with openings forming water outlets to the water conduit system, and - a disc rotatably arranged in relation to the plate, the disc comprising openings arranged for allowing closing and opening of the water outlets in the plate during rotation of the disc; characterized in that the flow controller comprises a cavity formed between the disc and the plate configured to allow water to flow back from the water conduit system via a water outlet in the plate being closed by the disc and via the cavity to a-drain outlet in the plate whereby water can return from a closed water outlet in the plate via the drain outlet in the disc to the sump. - a plate with openings forming water outlets to the water conduit system, and - a disc rotatably arranged in relation to the plate, the disc comprising openings arranged for allowing closing and opening of the water outlets in the plate during rotation of the disc;
A printed circuit board comprising: a first insulating layer ; a second insulating layer below the first insulating layer ; an outer circuit layer on a top surface of the first insulating layer or a bottom surface of the second insulating layer ; at least one via formed through the first and second insulating layers ; and an inner circuit layer buried in the first and second insulating layers ; wherein the via and the inner circuit layer are made from an etched metal substrate ; wherein the via includes a center part having a first width and a contact part having a second width, the contact part makes contact with a surface of the first and second insulating layer , and the first width is larger than the second width, wherein an upper portion of the inner circuit layer is buried in the first insulating layer , and an lower portion of the inner circuit layer is buried in the second insulating layer ; wherein a top surface of the via is exposed through the top surface of the first insulating layer , and a bottom surface of the via is exposed through the bottom surface of the second insulating layer ; wherein the via has a hexagonal sectional shape, and wherein each of the upper and lower portions of the inner circuit layer has a triangular sectional shape. a first insulating layer ; a second insulating layer below the first insulating layer ; an outer circuit layer on a top surface of the first insulating layer or a bottom surface of the second insulating layer ; at least one via formed through the first and second insulating layers ; and an inner circuit layer buried in the first and second insulating layers ; wherein the via includes a center part having a first width and a contact part having a second width, the contact part makes contact with a surface of the first and second insulating layer , and the first width is larger than the second width, wherein an upper portion of the inner circuit layer is buried in the first insulating layer , and an lower portion of the inner circuit layer is buried in the second insulating layer ; wherein a top surface of the via is exposed through the top surface of the first insulating layer , and a bottom surface of the via is exposed through the bottom surface of the second insulating layer ; wherein the via has a hexagonal sectional shape, and wherein each of the upper and lower portions of the inner circuit layer has a triangular sectional shape.
A user equipment, UE, comprising: higher layer processor configured to acquire a dedicated radio resource control, RRC, message, the dedicated RRC message comprising information for indicating a configuration of a control resource set, CORESET; and physical downlink control channel, PDCCH, receiving unit configured to monitor a PDCCH in the CORESET, wherein the PDCCH consists of one or more control channel elements, CCEs, each of the one or more CCEs is mapped to 6 resource element groups, REGs, which includes a plurality of resource elements, REs, the CORESET consists of N resource blocks in a frequency domain, N is a multiple of 6 for the CORESET of which a time duration is set to one of a divisor of 6, the one of the divisor of 6 not being 1, and an REG bundling size is determined using the time duration of the CORESET. higher layer processor configured to acquire a dedicated radio resource control, RRC, message, the dedicated RRC message comprising information for indicating a configuration of a control resource set, CORESET; and physical downlink control channel, PDCCH, receiving unit configured to monitor a PDCCH in the CORESET, wherein the PDCCH consists of one or more control channel elements, CCEs, each of the one or more CCEs is mapped to 6 resource element groups, REGs, which includes a plurality of resource elements, REs, the CORESET consists of N resource blocks in a frequency domain, N is a multiple of 6 for the CORESET of which a time duration is set to one of a divisor of 6, the one of the divisor of 6 not being 1, and an REG bundling size is determined using the time duration of the CORESET. the PDCCH consists of one or more control channel elements, CCEs, each of the one or more CCEs is mapped to 6 resource element groups, REGs, which includes a plurality of resource elements, REs, the CORESET consists of N resource blocks in a frequency domain, N is a multiple of 6 for the CORESET of which a time duration is set to one of a divisor of 6, the one of the divisor of 6 not being 1, and an REG bundling size is determined using the time duration of the CORESET.
A microparticle/polyrotaxane-containing coating, comprising: a solvent-based coating material; a modified polyrotaxane having a caprolactone modification group (-CO(CH 2 ) 5 OH); and microparticles having an average particle size of smaller than 380 nm as measured in accordance with the Coulter counter method. a solvent-based coating material; a modified polyrotaxane having a caprolactone modification group (-CO(CH 2 ) 5 OH); and microparticles having an average particle size of smaller than 380 nm as measured in accordance with the Coulter counter method.
An elasticity information providing method performed by an ultrasound apparatus , the elasticity information providing method comprising: acquiring (S320) an elastography image of an object ; receiving information including a predetermined elastic modulus and a minimum area from a user; comparing an elastic modulus of the elastography image with the predetermined elastic modulus; detecting (S330) at least one region corresponding to the predetermined elastic modulus in the elastography image based on a result of the comparing, in consideration of the minimum area, such that the area of the detected region is the minimum area or more; and providing (S340) information about the detected region along with the elastography image. acquiring (S320) an elastography image of an object ; receiving information including a predetermined elastic modulus and a minimum area from a user; comparing an elastic modulus of the elastography image with the predetermined elastic modulus; detecting (S330) at least one region corresponding to the predetermined elastic modulus in the elastography image based on a result of the comparing, in consideration of the minimum area, such that the area of the detected region is the minimum area or more; and providing (S340) information about the detected region along with the elastography image.
Device for receiving an electric motor which extends along a longitudinal axis comprising a motor support capable of housing the electric motor , and comprising an intermediate wall , a collar and at least one decoupling means connecting the intermediate wall and the collar , the collar comprising at least one first means for immobilizing the electric motor , the receiving device comprising a ring distinct from the collar and comprising at least one second means for immobilizing the electric motor , the collar and the ring being connected to one another by at least one fastening means , wherein the ring comprises an insert means adapting dimensions of the receiving device to the dimensions of said motor characterized in that the insert means takes the form of at least one arm which emerges from the ring and which is capable of being inserted between said motor and said collar .
A reciprocating compressor comprising: a valve plate compartment having a high pressure sub-compartment and a low pressure sub-compartment; and a first dual temperature and pressure sensor and a second dual temperature and pressure sensor , the first dual temperature and pressure sensor has at least one sensing region located within the low pressure sub-compartment for sensing the temperature and pressure of the gas in the low pressure sub-compartment, the second dual temperature and pressure sensor has at least one sensing region located within the high pressure sub-compartment for sensing the temperature and pressure of the gas in the high pressure sub-compartment, such that the first dual temperature and pressure sensor and the second dual temperature and pressure sensor can simultaneously sense the pressure and temperature of the gas prior to and after compression by the compressor . a valve plate compartment having a high pressure sub-compartment and a low pressure sub-compartment; and a first dual temperature and pressure sensor and a second dual temperature and pressure sensor , the first dual temperature and pressure sensor has at least one sensing region located within the low pressure sub-compartment for sensing the temperature and pressure of the gas in the low pressure sub-compartment, the second dual temperature and pressure sensor has at least one sensing region located within the high pressure sub-compartment for sensing the temperature and pressure of the gas in the high pressure sub-compartment, such that the first dual temperature and pressure sensor and the second dual temperature and pressure sensor can simultaneously sense the pressure and temperature of the gas prior to and after compression by the compressor .
Rotor for a contrarotating turbine of a turbine engine comprising a drum capable of being rotated about a longitudinal axis (X) and a blading mounted radially inside the drum , the drum comprising a first inner hook delimiting a first open housing , the housing having an outer wall and an inner wall , the blading comprising at least one blade and an outer platform provided with a first spoiler placed inside said first housing , characterised in that the rotor comprises at least one foil fixed on the first spoiler , said foil comprising an elastic inner wing and an outer wing connected to one another via a core , said outer wing being arranged radially between the first spoiler and said outer wall , said inner wing having a first support with said inner wall and a second support with the first spoiler , said inner wing being arranged in the first housing so as to exert a force on the first spoiler at the level of said second support so as to press said first spoiler against said outer wall via said outer wing .
An ink j et that includes: a solenoid coil ; a plunger rod comprising: a magnetically susceptible shank having a first end received within a bore of the solenoid coil , and a second end opposite the first end , wherein the second end has a larger diameter than the first end and includes a cup-shaped cavity , and a tip formed of a resilient, chemically resistant material disposed in the cup-shaped cavity ; a nozzle including an orifice extending therethrough; and a spring biasing the second end of the shank toward the nozzle , wherein absent electrical power being supplied to the solenoid coil , the spring biases the tip into contact with the orifice of the nozzle and the tip deforms from its original shape to form a seal with the orifice ; and in response to electrical power being supplied to the solenoid coil , the tip moves away from the orifice of the nozzle against the bias of the spring and resumes its original shape. a solenoid coil ; a plunger rod comprising: a magnetically susceptible shank having a first end received within a bore of the solenoid coil , and a second end opposite the first end , wherein the second end has a larger diameter than the first end and includes a cup-shaped cavity , and a tip formed of a resilient, chemically resistant material disposed in the cup-shaped cavity ; a first end received within a bore of the solenoid coil , and a second end opposite the first end , wherein the second end has a larger diameter than the first end and includes a cup-shaped cavity , and a tip formed of a resilient, chemically resistant material disposed in the cup-shaped cavity ; a nozzle including an orifice extending therethrough; and a spring biasing the second end of the shank toward the nozzle , wherein absent electrical power being supplied to the solenoid coil , the spring biases the tip into contact with the orifice of the nozzle and the tip deforms from its original shape to form a seal with the orifice ; and in response to electrical power being supplied to the solenoid coil , the tip moves away from the orifice of the nozzle against the bias of the spring and resumes its original shape.
Process for preparing a support comprising the steps consisting in: - placing a substrate on a susceptor in a chamber of a deposition system, the susceptor having an exposed surface not covered by the substrate; - causing a precursor containing carbon and a precursor containing silicon to flow in the chamber at a deposition temperature in the range between 800°C and 1100°C so as to form at least one layer on an exposed face of the substrate, while at the same time forming depositions of carbon and of silicon on the exposed surface of the susceptor, the species deposited on the susceptor comprising less than 50% of carbon species; - and, directly after the removal of the substrate from the chamber, applying a first etch step by causing an etch gas to flow in the chamber at a first etching temperature not higher than the deposition temperature in the range between 700°C and 1050°C in order to eliminate at least some of the depositions of carbon and of silicon on the susceptor. - placing a substrate on a susceptor in a chamber of a deposition system, the susceptor having an exposed surface not covered by the substrate; - causing a precursor containing carbon and a precursor containing silicon to flow in the chamber at a deposition temperature in the range between 800°C and 1100°C so as to form at least one layer on an exposed face of the substrate, while at the same time forming depositions of carbon and of silicon on the exposed surface of the susceptor, the species deposited on the susceptor comprising less than 50% of carbon species; - and, directly after the removal of the substrate from the chamber, applying a first etch step by causing an etch gas to flow in the chamber at a first etching temperature not higher than the deposition temperature in the range between 700°C and 1050°C in order to eliminate at least some of the depositions of carbon and of silicon on the susceptor.
A group for supplying hot water in a machine for preparing and dispensing a beverage, comprising: a water accumulation chamber , wherein said accumulation chamber comprises an inlet for receiving water and an outlet and a heating path , wherein said heating path comprises an inlet for receiving water from the outlet of said accumulation chamber and an outlet for dispensing heated water into a brewing chamber for preparing a beverage, wherein said heating path comprises a path bounded by a heatable outer surface and an inner core , characterised in that said inner core comprises a temperature probe for detecting a temperature of the heated water, wherein said inner core comprises a longitudinal axis (A-A), a first end at the inlet (IN) of the heating path and a second opposite end and wherein said temperature probe is housed in a seat which extends longitudinally inside said core from said second end towards said first end so that said temperature probe detects the temperature of the water in proximity of said outlet . a water accumulation chamber , wherein said accumulation chamber comprises an inlet for receiving water and an outlet and a heating path , wherein said heating path comprises an inlet for receiving water from the outlet of said accumulation chamber and an outlet for dispensing heated water into a brewing chamber for preparing a beverage, wherein said heating path comprises a path bounded by a heatable outer surface and an inner core , characterised in that said inner core comprises a temperature probe for detecting a temperature of the heated water, wherein said inner core comprises a longitudinal axis (A-A), a first end at the inlet (IN) of the heating path and a second opposite end and wherein said temperature probe is housed in a seat which extends longitudinally inside said core from said second end towards said first end so that said temperature probe detects the temperature of the water in proximity of said outlet .
A vital signs monitor comprising: a housing ; a power supply ; a plurality of measurement modules within the housing , each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display , wherein the measurement modules are operable to communicate wirelessly with external sensors , the vital signs monitor has near field communication (NFC) transmission and receiving capabilities, such that the monitor may communicate with a further vital signs monitor using NFC technology, the further vital signs monitor comprising: a housing ; a power supply ; a plurality of measurement modules within the housing , each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display , and characterised in that the vital signs monitor includes one or more tracking devices, the one or more tracking devices being operable to signal an alarm when an external sensor moves out of a predetermined range with respect to the vital signs monitor . a housing ; a power supply ; a plurality of measurement modules within the housing , each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display , wherein the measurement modules are operable to communicate wirelessly with external sensors , the vital signs monitor has near field communication (NFC) transmission and receiving capabilities, such that the monitor may communicate with a further vital signs monitor using NFC technology, the further vital signs monitor comprising: a housing ; a power supply ; a plurality of measurement modules within the housing , each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display , and characterised in that the vital signs monitor includes one or more tracking devices, the one or more tracking devices being operable to signal an alarm when an external sensor moves out of a predetermined range with respect to the vital signs monitor . a housing ; a power supply ; a plurality of measurement modules within the housing , each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display , and characterised in that the vital signs monitor includes one or more tracking devices, the one or more tracking devices being operable to signal an alarm when an external sensor moves out of a predetermined range with respect to the vital signs monitor .
Rubber compound for a pneumatic tyre portion comprising a cross-linkable unsaturated chain polymeric base, a reinforcing filler, processing oil and vulcanization agents; said reinforcing filler comprising silica; said compound being characterized in that it comprises kraft lignin in a quantity of between 2 and 30 phr; the ratio in phr between said reinforcing filler and said processing oil being greater than or equal to 3.