mhurhangee/patent-ind-claim-en huggingface dataset:
A health monitoring system comprising: a storage that stores shape information about a bowl of a toilet and water amount information about a puddle of water in said bowl; a measurement unit for measuring fluid information about a fluid in the puddle of water into which urine excreted by a user of the toilet has flowed, the fluid information contains water temperature information generated as a result of measurement of the water temperature of at least one of a puddle of water and a puddle of water into which the excreted urine has flowed; an analysis part configured to analyse the excreted urine by assaying a fluid model formed by modeling the fluid based on the fluid information and at least one of the shape information and the water amount information and further configured to generate excreted urine information; an imaging part that includes a film that changes in color in response to a component in the puddle of water into which the excreted urine has flowed, the imaging part being configured to expose said film to the puddle of water into which the excreted urine has flowed, and imaging means for generating imaging information by capturing an image of the film; a correction part configured to correct the imaging information based on water amount information and the excreted urine information containing the amount of the excreted urine; an assay part configured to assay a urine component based on corrected imaging information; an estimation part configured to estimate a disease of the user based on the urine component. a storage that stores shape information about a bowl of a toilet and water amount information about a puddle of water in said bowl; a measurement unit for measuring fluid information about a fluid in the puddle of water into which urine excreted by a user of the toilet has flowed, the fluid information contains water temperature information generated as a result of measurement of the water temperature of at least one of a puddle of water and a puddle of water into which the excreted urine has flowed; an analysis part configured to analyse the excreted urine by assaying a fluid model formed by modeling the fluid based on the fluid information and at least one of the shape information and the water amount information and further configured to generate excreted urine information; an imaging part that includes a film that changes in color in response to a component in the puddle of water into which the excreted urine has flowed, the imaging part being configured to expose said film to the puddle of water into which the excreted urine has flowed, and imaging means for generating imaging information by capturing an image of the film; a correction part configured to correct the imaging information based on water amount information and the excreted urine information containing the amount of the excreted urine; an assay part configured to assay a urine component based on corrected imaging information; an estimation part configured to estimate a disease of the user based on the urine component.
A flow control module , comprising: a housing having an inlet and an outlet and a passageway extending between the inlet and the outlet, the passageway defining a flow path through the flow control module; a first solenoid assembly mounted to the housing, the first solenoid assembly configured as an on/off solenoid assembly such that the first solenoid assembly is operable to allow a flow of fluid along the flow path through the flow control module in an on position and prevent the flow of fluid along the flow path through the flow control module in an off position; a second solenoid assembly mounted to the housing, the second solenoid assembly configured as a proportional solenoid assembly, the second solenoid assembly configured to proportionally control the flow of fluid along the flow path through the flow control module downstream from the first solenoid assembly relative to the flow path through the flow control module; a flow body having a flow passage therethrough, the flow body situated in the housing along the flow path and interposed between the first solenoid assembly and the second solenoid assembly; wherein the first solenoid assembly includes a first armature , and wherein the second solenoid assembly includes a second armature and an outer sleeve surrounding the second armature; characterised in that the second armature includes an annular flow channel formed into an outer surface of the second armature. a housing having an inlet and an outlet and a passageway extending between the inlet and the outlet, the passageway defining a flow path through the flow control module; a first solenoid assembly mounted to the housing, the first solenoid assembly configured as an on/off solenoid assembly such that the first solenoid assembly is operable to allow a flow of fluid along the flow path through the flow control module in an on position and prevent the flow of fluid along the flow path through the flow control module in an off position; a second solenoid assembly mounted to the housing, the second solenoid assembly configured as a proportional solenoid assembly, the second solenoid assembly configured to proportionally control the flow of fluid along the flow path through the flow control module downstream from the first solenoid assembly relative to the flow path through the flow control module; a flow body having a flow passage therethrough, the flow body situated in the housing along the flow path and interposed between the first solenoid assembly and the second solenoid assembly; wherein the first solenoid assembly includes a first armature , and wherein the second solenoid assembly includes a second armature and an outer sleeve surrounding the second armature; characterised in that the second armature includes an annular flow channel formed into an outer surface of the second armature. wherein the first solenoid assembly includes a first armature , and wherein the second solenoid assembly includes a second armature and an outer sleeve surrounding the second armature; characterised in that the second armature includes an annular flow channel formed into an outer surface of the second armature.
A method for generating an identifier for an equipment state of a vehicle, comprising determining first information about one or more available software components and their software versions; determining second information about one or more available hardware components and their hardware versions; generating a hash value based on the first information, the second information, and a software content of the one or more software components; and providing the hash value as an identifier for the equipment state of the vehicle, further comprising storing the hash value in a decentralized database, characterized in that the storage is performed in a multidimensional graph. determining first information about one or more available software components and their software versions; determining second information about one or more available hardware components and their hardware versions; generating a hash value based on the first information, the second information, and a software content of the one or more software components; and providing the hash value as an identifier for the equipment state of the vehicle, further comprising storing the hash value in a decentralized database, characterized in that the storage is performed in a multidimensional graph.
An implantable device for control over the size of emphysematous bullae in a lung, comprising: i. an elongated central region having a fixed axial length ; ii. a first end including a first anchor ; wherein said first anchor comprises a self-curling anchor region such that in the absence of force the first anchor region is curled to a degree of curvature from 30 degrees to 180 degrees, or a hinged arm extending in a direction substantially towards said second end; iii. a second end including a second anchor ; wherein said second anchor comprises a self-curling anchor region such that in the absence of force the second anchor region is curled to a degree of curvature from 30 degrees to 180 degrees, or a hinged arm extending in a direction substantially towards said first end; and characterized by iv. the first end comprising a releasable or severable engagement feature for securing to an attachment of a delivery device; wherein the engagement feature comprises a ring; a magnet; a string or tether with a hook or eyelet at the proximal end; a rotatable connector; or a screw engagement. i. an elongated central region having a fixed axial length ; ii. a first end including a first anchor ; wherein said first anchor comprises a self-curling anchor region such that in the absence of force the first anchor region is curled to a degree of curvature from 30 degrees to 180 degrees, or a hinged arm extending in a direction substantially towards said second end; iii. a second end including a second anchor ; wherein said second anchor comprises a self-curling anchor region such that in the absence of force the second anchor region is curled to a degree of curvature from 30 degrees to 180 degrees, or a hinged arm extending in a direction substantially towards said first end; and characterized by iv. the first end comprising a releasable or severable engagement feature for securing to an attachment of a delivery device;
Insulating element for thermal insulation, comprising a vacuum cell , wherein the vacuum cell has a wall which has a corrugation .
A spark plug electrode material comprising: a substrate formed of Ir or Ir alloy; and an antioxidant film covering a surface of the substrate, wherein the substrate comprises an underlying layer formed of Au on a surface of the substrate, characterized in that the material has a Ni film having a thickness of 3.0 μm or more and 8.0 μm or less as the antioxidant film. the substrate comprises an underlying layer formed of Au on a surface of the substrate, characterized in that the material has a Ni film having a thickness of 3.0 μm or more and 8.0 μm or less as the antioxidant film.
A method for wireless communications at a user equipment, UE, characterized by comprising: receiving a first waveform from a base station, where the first waveform is configured to indicate a time period during which the base station has channel access over an unlicensed spectrum; performing a clear channel assessment, CCA, responsive to the first waveform to determine availability of the unlicensed spectrum for the UE; and transmitting a second waveform over the unlicensed spectrum when a determination is made that the unlicensed spectrum is available, where the second waveform is configured to provide information to the base station for data transmissions to the UE during the time period. receiving a first waveform from a base station, where the first waveform is configured to indicate a time period during which the base station has channel access over an unlicensed spectrum; performing a clear channel assessment, CCA, responsive to the first waveform to determine availability of the unlicensed spectrum for the UE; and transmitting a second waveform over the unlicensed spectrum when a determination is made that the unlicensed spectrum is available, where the second waveform is configured to provide information to the base station for data transmissions to the UE during the time period.
An optical sensor module comprising: a window ; an optical source including a Vertical Cavity Surface Emitting Laser, VCSEL, device comprising a cavity having a laser gain section between first and second DBR mirrors and a third mirror external to the cavity, the VCSEL device being operable to generate a narrow divergence source beam directed through the window at an angle perpendicular to a plane of the window toward an object, the narrow divergence source beam having a full-width half-maximum beam divergence of no more than 10 degrees; an optical detector to sense light reflected back from the object illuminated by the narrow divergence source beam ; and a computation device operable to determine a distance to the object or a physical characteristic of the object based at least in part on a signal from the optical detector ; wherein the laser gain section and the first and second DBR mirrors are mounted on a first side of a substrate and the third mirror is mounted on a second side of the substrate opposite the first side; and wherein the substrate comprises bonded glass for increasing a thickness of the substrate . a window ; an optical source including a Vertical Cavity Surface Emitting Laser, VCSEL, device comprising a cavity having a laser gain section between first and second DBR mirrors and a third mirror external to the cavity, the VCSEL device being operable to generate a narrow divergence source beam directed through the window at an angle perpendicular to a plane of the window toward an object, the narrow divergence source beam having a full-width half-maximum beam divergence of no more than 10 degrees; an optical detector to sense light reflected back from the object illuminated by the narrow divergence source beam ; and a computation device operable to determine a distance to the object or a physical characteristic of the object based at least in part on a signal from the optical detector ; wherein the laser gain section and the first and second DBR mirrors are mounted on a first side of a substrate and the third mirror is mounted on a second side of the substrate opposite the first side; and wherein the substrate comprises bonded glass for increasing a thickness of the substrate .
A method of communicating power and data between an inboard computer and an outboard computer , the method comprising: driving, by the inboard computer , a power signal through a first isolation transformer ; receiving, by the outboard computer , the power signal through a second isolation transformer ; powering a processor of the outboard computer using the received power signal; selectively connecting, by the processor of the outboard computer , a load connected across the second isolation transformer to transmit data to the inboard computer ; and monitoring, by the inboard computer, a current through the first isolation transformer to receive the data from the outboard computer; monitoring, by the inboard computer , the current through the first isolation transformer to receive the data from the outboard computer comprises: amplifying the current through a sense resistor connected in series with the first isolation transformer ; and comparing the amplified current to a reference value to generate a detected data bit signal. driving, by the inboard computer , a power signal through a first isolation transformer ; receiving, by the outboard computer , the power signal through a second isolation transformer ; powering a processor of the outboard computer using the received power signal; selectively connecting, by the processor of the outboard computer , a load connected across the second isolation transformer to transmit data to the inboard computer ; and monitoring, by the inboard computer, a current through the first isolation transformer to receive the data from the outboard computer; monitoring, by the inboard computer , the current through the first isolation transformer to receive the data from the outboard computer comprises: amplifying the current through a sense resistor connected in series with the first isolation transformer ; and comparing the amplified current to a reference value to generate a detected data bit signal. amplifying the current through a sense resistor connected in series with the first isolation transformer ; and comparing the amplified current to a reference value to generate a detected data bit signal.
A load cell comprising a spring body having an outer support ring , having an inner force introduction element , and having an annular deformation section via which the support ring and the force introduction element are fixedly connected to one another; a measuring transducer (27, 41; 47) for generating an output signal corresponding to a weight acting on the force introduction element ; and means which are electrically connected to the measuring transducer (27, 41; 47) and which are configured to output the output signal generated by the measuring transducer (27, 41; 47) to external, characterized in that the means for the external output of the output signal are provided at the force introduction element , the force introduction element is configured as a vertically oriented force introduction pipe , and the means for the external output of the output signal are arranged in the interior of the force introduction pipe . a spring body having an outer support ring , having an inner force introduction element , and having an annular deformation section via which the support ring and the force introduction element are fixedly connected to one another; a measuring transducer (27, 41; 47) for generating an output signal corresponding to a weight acting on the force introduction element ; and means which are electrically connected to the measuring transducer (27, 41; 47) and which are configured to output the output signal generated by the measuring transducer (27, 41; 47) to external, characterized in that the means for the external output of the output signal are provided at the force introduction element , the force introduction element is configured as a vertically oriented force introduction pipe , and the means for the external output of the output signal are arranged in the interior of the force introduction pipe .
A gas cooktop, comprising a burner, a nozzle, and an ejector tube, wherein the ejector tube is configured to be adapted to mixing a gas flow entering from the nozzle with primary air and then delivering the mixture to the burner, the ejector tube comprising a tube body provided with a gas inlet and a gas outlet , wherein a spacing between the nozzle and the gas inlet of the ejector tube is set to be adjustable, characterized in that a plurality of air filling through holes are provided around a wall body of the tube body.
A mobile telecommunications network including: a network core operable to provide core network functions; and a radio access network having control means , and radio means for wireless communication with mobile terminals registered with the telecommunications network; wherein the control means includes a client function and the network core includes a director function; and wherein user traffic between the control means and the network core is routed via the client function and in that the network includes channel controller means operable to control the dynamic establishment of an in-band, per bearer control channel between the client function and the director function , the control channel enabling the discovery of services available in the radio access network by transmitting user related control traffic that is recognisable as non-user data traffic. a network core operable to provide core network functions; and a radio access network having control means , and radio means for wireless communication with mobile terminals registered with the telecommunications network; wherein the control means includes a client function and the network core includes a director function; and wherein user traffic between the control means and the network core is routed via the client function and in that the network includes channel controller means operable to control the dynamic establishment of an in-band, per bearer control channel between the client function and the director function , the control channel enabling the discovery of services available in the radio access network by transmitting user related control traffic that is recognisable as non-user data traffic.
A method of supplementing a satellite based system approach during low visibility conditions, the method comprising: acquiring satellite range measurements; acquiring additional measurements from at least one additional onboard independent sensor ; assigning standard deviation values for satellite range measurements and for each additional measurement from the at least one additional onboard independent sensor ; determining a weighted position solution using the acquired satellite range measurements, the acquired additional measurements and the assigned standard deviation values; determining fault-free and fault-mode protection levels for the weighted position solution by applying the standard deviation values to both the satellite range measurements and the additional measurements; comparing the protection levels against alert limits; generating an alert when any of the protection levels are higher than the alert limit; the method being characterised by further comprising: applying at least one discriminator that utilizes vehicle positions derived from the acquired satellite range measurements and from the additional measurements from the at least one additional onboard independent sensor to determine if a fault is present in the weighted position solution; generating an alert if an output of the discriminator is outside a set tolerance value needed for low visibility operation. acquiring satellite range measurements; acquiring additional measurements from at least one additional onboard independent sensor ; assigning standard deviation values for satellite range measurements and for each additional measurement from the at least one additional onboard independent sensor ; determining a weighted position solution using the acquired satellite range measurements, the acquired additional measurements and the assigned standard deviation values; determining fault-free and fault-mode protection levels for the weighted position solution by applying the standard deviation values to both the satellite range measurements and the additional measurements; comparing the protection levels against alert limits; generating an alert when any of the protection levels are higher than the alert limit; the method being characterised by further comprising: applying at least one discriminator that utilizes vehicle positions derived from the acquired satellite range measurements and from the additional measurements from the at least one additional onboard independent sensor to determine if a fault is present in the weighted position solution; generating an alert if an output of the discriminator is outside a set tolerance value needed for low visibility operation. applying at least one discriminator that utilizes vehicle positions derived from the acquired satellite range measurements and from the additional measurements from the at least one additional onboard independent sensor to determine if a fault is present in the weighted position solution; generating an alert if an output of the discriminator is outside a set tolerance value needed for low visibility operation.