mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine engine comprising: an engine core having a compressor section , a combustor section , and a turbine section in axial arrangement and defining an engine centerline , and which are operationally separated into a stator fixed about the centerline and a rotor rotatable about the centerline, wherein the compressor section comprises a compressor and the turbine section comprises a turbine ; a first swirler provided on the stator for inducing rotation of an airflow passing through the engine core; a second swirler provided on the rotor downstream of and in fluid communication with the first swirler for reducing a rotational speed of the airflow from the first swirler; and a shaft having a plurality of apertures with the shaft disposed between the first swirler and the second swirler and the first swirler being in fluid communication with the second swirler through the apertures ; wherein the turbine comprises a turbine disk and a turbine blade mounted to the turbine disk ; the shaft drivingly connects the turbine to the compressor ; and the second swirler is mounted to the shaft , characterized in that the second swirler includes a plurality of circumferentially spaced blades, wherein the circumferentially spaced blades are linear, and wherein at least some of the blades are angled between 30 and 75 degrees relative to the engine centreline. an engine core having a compressor section , a combustor section , and a turbine section in axial arrangement and defining an engine centerline , and which are operationally separated into a stator fixed about the centerline and a rotor rotatable about the centerline, wherein the compressor section comprises a compressor and the turbine section comprises a turbine ; a first swirler provided on the stator for inducing rotation of an airflow passing through the engine core; a second swirler provided on the rotor downstream of and in fluid communication with the first swirler for reducing a rotational speed of the airflow from the first swirler; and a shaft having a plurality of apertures with the shaft disposed between the first swirler and the second swirler and the first swirler being in fluid communication with the second swirler through the apertures ; wherein the turbine comprises a turbine disk and a turbine blade mounted to the turbine disk ; the shaft drivingly connects the turbine to the compressor ; and the second swirler is mounted to the shaft , characterized in that the second swirler includes a plurality of circumferentially spaced blades, wherein the circumferentially spaced blades are linear, and wherein at least some of the blades are angled between 30 and 75 degrees relative to the engine centreline.
A computer-implemented allelotyping method comprising: receiving a first text-based computer file including one or more records, each of the one or more records comprising nucleotide sequence data generated by a read of a massively parallel sequencing (MPS) instrument; determining, for each of the one or more records of the first text-based file, whether a portion of the nucleotide sequence data of the record represents a short tandem repeat, STR, associated with a locus using a text string matching procedure to identify whether another portion of the nucleotide sequence data of the record represents either a known flanking sequence associated with the locus or a primer sequence used to amplify the locus; placing each portion of the nucleotide sequence data determined to represent an STR associated with a locus into one of a number of locus-specific lists based upon the associated locus, such that each of the locus-specific lists contains only nucleotide sequence data determined to represent short tandem repeats associated with the same locus; determining, for each of the locus-specific lists, a number of occurrences within the locus-specific list of identical nucleotide sequence data representing a unique STR; and generating a second text-based computer file including one or more records, each of the one or more records corresponding to a unique STR for which the number of occurrences of identical nucleotide sequence data representing the unique STR exceeded an abundance threshold. receiving a first text-based computer file including one or more records, each of the one or more records comprising nucleotide sequence data generated by a read of a massively parallel sequencing (MPS) instrument; determining, for each of the one or more records of the first text-based file, whether a portion of the nucleotide sequence data of the record represents a short tandem repeat, STR, associated with a locus using a text string matching procedure to identify whether another portion of the nucleotide sequence data of the record represents either a known flanking sequence associated with the locus or a primer sequence used to amplify the locus; placing each portion of the nucleotide sequence data determined to represent an STR associated with a locus into one of a number of locus-specific lists based upon the associated locus, such that each of the locus-specific lists contains only nucleotide sequence data determined to represent short tandem repeats associated with the same locus; determining, for each of the locus-specific lists, a number of occurrences within the locus-specific list of identical nucleotide sequence data representing a unique STR; and generating a second text-based computer file including one or more records, each of the one or more records corresponding to a unique STR for which the number of occurrences of identical nucleotide sequence data representing the unique STR exceeded an abundance threshold.
A three-dimensional dental scanning system for scanning a dental object, comprising: a scanning surface configured to support the dental object; a scanning section configured to capture a 3D scan of the dental object; a motion section configured to move the scanning surface and scanning section relative to each other in five axes of motion, whilst retaining the scanning surface in a substantially horizontal plane, and a control unit configured to control the motion section and the scanning section to obtain a 3D scan of the dental object, characterised in that the control unit is configured to: a) identify a region of a point cloud of the dental object captured at a level of detail below a predetermined detail level; b) identify a scanning position for capturing the identified region; and c) control the motion section to move the scanning surface and scanning section to scan the identified region. a scanning surface configured to support the dental object; a scanning section configured to capture a 3D scan of the dental object; a motion section configured to move the scanning surface and scanning section relative to each other in five axes of motion, whilst retaining the scanning surface in a substantially horizontal plane, and a control unit configured to control the motion section and the scanning section to obtain a 3D scan of the dental object, characterised in that the control unit is configured to: a) identify a region of a point cloud of the dental object captured at a level of detail below a predetermined detail level; b) identify a scanning position for capturing the identified region; and c) control the motion section to move the scanning surface and scanning section to scan the identified region. a) identify a region of a point cloud of the dental object captured at a level of detail below a predetermined detail level; b) identify a scanning position for capturing the identified region; and c) control the motion section to move the scanning surface and scanning section to scan the identified region.
A water-soluble silicone defoaming agent composition, comprising: (A) one or two or more types of polyether-modified silicone, polyglycerin-modified silicone, or a mixture thereof, in which the average value of HLB is within a range of 0.5 to 5.0; (B) one or more types selected from triethylene glycol mono-n-butyl ether and triethylene glycol butyl methyl ether; and (C) water. (A) one or two or more types of polyether-modified silicone, polyglycerin-modified silicone, or a mixture thereof, in which the average value of HLB is within a range of 0.5 to 5.0; (B) one or more types selected from triethylene glycol mono-n-butyl ether and triethylene glycol butyl methyl ether; and (C) water.
Assembly for charging a load , comprising: a cable charging device , comprising a connector interface for wired connection to a mains supply , a contactless charging device , comprising an inductive power receiving coil , and a DC/DC converter comprising an isolating transformer and an output rectifier configured for coupling to the load, wherein the transformer comprises a first side and a second side , the second side being coupled to the output rectifier , wherein the first side comprises a first port and a second port , wherein the first port and the second port are inductively coupled to the second side , wherein the cable charging device is coupled to the first port and wherein the contactless charging device is coupled to the second port , characterised in that the inductive power receiving coil is coupled to the second port through an AC current carrying cable . a cable charging device , comprising a connector interface for wired connection to a mains supply , a contactless charging device , comprising an inductive power receiving coil , and a DC/DC converter comprising an isolating transformer and an output rectifier configured for coupling to the load, wherein the transformer comprises a first side and a second side , the second side being coupled to the output rectifier , wherein the first side comprises a first port and a second port , wherein the first port and the second port are inductively coupled to the second side , wherein the cable charging device is coupled to the first port and wherein the contactless charging device is coupled to the second port ,
A process for recovering isoprenol essentially free of formaldehyde from a stream of crude isoprenol containing isoprenol, water and formaldehyde, the process comprising subjecting the stream of crude isoprenol or an isoprenol containing fraction thereof to distillation in a low-boiler separation tower operated at a pressure of 2.5 bara or higher to obtain a distillate stream containing aqueous formaldehyde and a bottoms stream containing isoprenol.
A 3-(2-hydroxybenzoyloxy)-4-(trimethylammonio)-butyric acid betaine hydrosulfonate of formula (I) where Y - is an arylsulfonate Ar-SO 3 - , where Ar stands for an unsubstituted phenyl functional group or for a C1-C4 alkyl-substituted phenyl functional group.
A wireless power feeding device comprising: a power transmission coil (L1, L4) for power transmission to an outer power receiving device , a resonance coil (L2) for receiving the magnetic field emitted by the power transmission coil (L1) and emitting a larger magnetic field for power transmission by passing a resonance current therethrough, a communication coil for data communication with the power receiving device , wherein the communication coil comprises: a first receiver ; and a second receiver connected in series with the first receiver , wherein each induction voltage in the first receiver and the second receiver is generated in opposing directions when current passes through the power transmission coil (L1) in order to transmit power to the power receiving device . a power transmission coil (L1, L4) for power transmission to an outer power receiving device , a resonance coil (L2) for receiving the magnetic field emitted by the power transmission coil (L1) and emitting a larger magnetic field for power transmission by passing a resonance current therethrough, a communication coil for data communication with the power receiving device , wherein the communication coil comprises: a first receiver ; and a second receiver connected in series with the first receiver , wherein each induction voltage in the first receiver and the second receiver is generated in opposing directions when current passes through the power transmission coil (L1) in order to transmit power to the power receiving device . a first receiver ; and a second receiver connected in series with the first receiver , wherein each induction voltage in the first receiver and the second receiver is generated in opposing directions when current passes through the power transmission coil (L1) in order to transmit power to the power receiving device .
A method of flushing touchdown bearings within a compressor , the method comprising: driving a rotating shaft using an electric motor ; injecting a working fluid toward the touchdown bearing through a supply line in fluid communication with the touchdown bearing; when the compressor is operational, levitating the rotating shaft using a magnetic bearing disposed adjacent to the electric motor, wherein the working fluid is injected approximately continuously by the supply line; and when the compressor is shutdown, rotating and supporting the rotating shaft using a touchdown bearing disposed adjacent to the rotating shaft. driving a rotating shaft using an electric motor ; injecting a working fluid toward the touchdown bearing through a supply line in fluid communication with the touchdown bearing; when the compressor is operational, levitating the rotating shaft using a magnetic bearing disposed adjacent to the electric motor, wherein the working fluid is injected approximately continuously by the supply line; and when the compressor is shutdown, rotating and supporting the rotating shaft using a touchdown bearing disposed adjacent to the rotating shaft.
A lighting system comprising: a plurality of laser source arrangements for generating a plurality of laser output beams , wherein each laser source arrangement is individually addressable; a phosphor screen arrangement to which the laser output beams are directed for generating a combined phosphor-converted output beam pattern, wherein the phosphor screen arrangement comprises a plurality of surface regions , each surface region arranged for receiving light from one of the plurality of laser source arrangements; and a controller for selectively addressing the plurality of laser source arrangements in order to generate from the phosphor screen arrangement a phosphor-converted output beam pattern having a pre-determined output pattern, the phosphor-converted output beam pattern being formed of a plurality of co-operating component beam portions, each generated from a respective one of the plurality of surface regions of the phosphor screen arrangement , characterized in that the phosphor-converted output beam pattern is projected via one or more optical elements from the phosphor screen arrangement onto a pixelated display unit , the optical elements being arranged between the phosphor screen arrangement and the pixelated display unit and adapted to project the phosphor-converted output beam pattern onto the pixelated display unit in such a way that each of the component beam portions is imaged onto a respective receiving portion of the pixelated display unit . a plurality of laser source arrangements for generating a plurality of laser output beams , wherein each laser source arrangement is individually addressable; a phosphor screen arrangement to which the laser output beams are directed for generating a combined phosphor-converted output beam pattern, wherein the phosphor screen arrangement comprises a plurality of surface regions , each surface region arranged for receiving light from one of the plurality of laser source arrangements; and a controller for selectively addressing the plurality of laser source arrangements in order to generate from the phosphor screen arrangement a phosphor-converted output beam pattern having a pre-determined output pattern, the phosphor-converted output beam pattern being formed of a plurality of co-operating component beam portions, each generated from a respective one of the plurality of surface regions of the phosphor screen arrangement , characterized in that the phosphor-converted output beam pattern is projected via one or more optical elements from the phosphor screen arrangement onto a pixelated display unit , the optical elements being arranged between the phosphor screen arrangement and the pixelated display unit and adapted to project the phosphor-converted output beam pattern onto the pixelated display unit in such a way that each of the component beam portions is imaged onto a respective receiving portion of the pixelated display unit .
An air-based fryer , comprising: - a food preparation chamber comprising an outer wall , an inner wall defining a food receiving space with an air inlet and an air discharge opening , and a circulation channel defined between the outer wall and the inner wall ; - an air heater for heating air in the food preparation chamber ; - a fan for moving a flow of hot air successively through the air inlet , the food receiving space , the discharge opening , and the channel ; - a steam generator comprising at least one nozzle extended into the food receiving space , for spraying temperature-controlled steam onto the food; the air-based fryer being characterized by - a controller adapted to control the steam generator to spray steam to food placed in the food receiving space for a first predetermined period, and to control the air heater and the fan to circulate hot air to the food for a subsequent second predetermined period. - a food preparation chamber comprising an outer wall , an inner wall defining a food receiving space with an air inlet and an air discharge opening , and a circulation channel defined between the outer wall and the inner wall ; - an air heater for heating air in the food preparation chamber ; - a fan for moving a flow of hot air successively through the air inlet , the food receiving space , the discharge opening , and the channel ; - a steam generator comprising at least one nozzle extended into the food receiving space , for spraying temperature-controlled steam onto the food; the air-based fryer being characterized by - a controller adapted to control the steam generator to spray steam to food placed in the food receiving space for a first predetermined period, and to control the air heater and the fan to circulate hot air to the food for a subsequent second predetermined period.
A method of monitoring power consumption of an electrical device, the method comprising: identifying an electrical device using a power load signature unique to that device and using a neural network or other artificial intelligence tool to determine the likelihood of a specific signature being attributable to a particular device, the power load signature being derived from power consumption measurements and including usage patterns of the power consumption measurements over time across three phases; and monitoring power consumption of such an identified device. identifying an electrical device using a power load signature unique to that device and using a neural network or other artificial intelligence tool to determine the likelihood of a specific signature being attributable to a particular device, the power load signature being derived from power consumption measurements and including usage patterns of the power consumption measurements over time across three phases; and monitoring power consumption of such an identified device.
A guidewire stop (100; 200) configured to lock a medical device onto a guidewire , said guidewire stop comprising a locking element , an actuator coupled to the locking element , and a locking tube (110; 210), wherein the locking tube (110; 201) is configured so that at least a section of the guidewire and at least part of the locking element or actuator can pass through the locking tube (110; 210); wherein the locking tube (110; 210) comprises an unlocking element (120; 220) configured to unlock the medical device from the guidewire ; and wherein the guidewire stop (100; 200) is configured to have at least the following three configurations: - an initial unlocked configuration in which the guidewire stop (100; 200) and the medical device are movable relative to the guidewire ; - a first locked configuration in which the locking element is not engaged with the unlocking element (120; 220) and in which the guidewire stop (100; 200) and the medical device are not movable relative to the guidewire ; and - a first unlocked configuration in which the locking element is engaged with the unlocking element (120; 220) and in which the guidewire stop (100; 200) and the medical device are movable relative to the guidewire , wherein the unlocking element (120; 220) is a hole, fissure, indentation, cavity, orifice, window, gap, dent, cut, puncture or perforation in the locking tube (110; 201), and wherein the unlocking element (120; 220) has a size and shape allowing the unlocking element (120; 220) and the locking element to be engaged with one another. - an initial unlocked configuration in which the guidewire stop (100; 200) and the medical device are movable relative to the guidewire ; - a first locked configuration in which the locking element is not engaged with the unlocking element (120; 220) and in which the guidewire stop (100; 200) and the medical device are not movable relative to the guidewire ; and - a first unlocked configuration in which the locking element is engaged with the unlocking element (120; 220) and in which the guidewire stop (100; 200) and the medical device are movable relative to the guidewire ,
A method for wireless communication, comprising: receiving , by a multi-subscriber identification module user equipment (115-a), multi-SIM UE, a session initiation protocol, SIP, INVITE from a first user equipment , UE, requesting to establish a SIP session on a first network, the SIP INVITE including a first network address of the multi-SIM UE that is associated with a first SIM of the multi-SIM UE; determining , by the multi-SIM UE, that a redirection criterion is satisfied; and based at least in part on determining that the redirection criterion is satisfied, transmitting , by the multi-SIM UE in response to the SIP INVITE received from the first UE, a SIP redirection response including a second network address of the multi-SIM UE on a second network that is associated with a second SIM of the multi-SIM UE. receiving , by a multi-subscriber identification module user equipment (115-a), multi-SIM UE, a session initiation protocol, SIP, INVITE from a first user equipment , UE, requesting to establish a SIP session on a first network, the SIP INVITE including a first network address of the multi-SIM UE that is associated with a first SIM of the multi-SIM UE; determining , by the multi-SIM UE, that a redirection criterion is satisfied; and based at least in part on determining that the redirection criterion is satisfied, transmitting , by the multi-SIM UE in response to the SIP INVITE received from the first UE, a SIP redirection response including a second network address of the multi-SIM UE on a second network that is associated with a second SIM of the multi-SIM UE.