mhurhangee/patent-ind-claim-en huggingface dataset:
A system for sensing a differential pressure and for verifying correct operation of the system, the system comprising: a differential-pressure sensor including four resistive elements (32A-32D) configured in a Wheatstone bridge configuration having two biasing nodes (34+, 34-) and two sensing nodes (36+, 36-), at least one of the four resistive elements comprising a sensing transducer having a resistance that varies in response to variations of a parameter value of the differential pressure; characterized by a biasing network configured to selectively provide first and second biasing conditions to the differential-pressure sensor via the first and second biasing nodes, so as to bias the differential-pressure sensor in two different biasing conditions; and a verification module configured to verify correct operation of the system based on a consistency determination of first and second output electrical signals generated at the two sensing nodes of the Wheatstone bridge in response to the first and second biasing conditions, respectively, selectively provided to the differential-pressure sensor, the first and second output electrical signals indicative of the parameter value of the differential pressure. a differential-pressure sensor including four resistive elements (32A-32D) configured in a Wheatstone bridge configuration having two biasing nodes (34+, 34-) and two sensing nodes (36+, 36-), at least one of the four resistive elements comprising a sensing transducer having a resistance that varies in response to variations of a parameter value of the differential pressure; characterized by a biasing network configured to selectively provide first and second biasing conditions to the differential-pressure sensor via the first and second biasing nodes, so as to bias the differential-pressure sensor in two different biasing conditions; and a verification module configured to verify correct operation of the system based on a consistency determination of first and second output electrical signals generated at the two sensing nodes of the Wheatstone bridge in response to the first and second biasing conditions, respectively, selectively provided to the differential-pressure sensor, the first and second output electrical signals indicative of the parameter value of the differential pressure.
An apparatus comprising: a transmitter that transmits a scheduling request in response to data arriving at a buffer, wherein the scheduling request comprises an indication of a traffic type, a requested number of scheduling transmissions, an expected number of transmissions, an expected scheduling interval, a latency requirement, or some combination thereof, and wherein the indication comprises one bit that indicates a buffer status report will not be sent; and a receiver that receives an uplink grant in response to transmitting the scheduling request, wherein the transmitter transmits the data in response to receiving the uplink grant. a transmitter that transmits a scheduling request in response to data arriving at a buffer, wherein the scheduling request comprises an indication of a traffic type, a requested number of scheduling transmissions, an expected number of transmissions, an expected scheduling interval, a latency requirement, or some combination thereof, and wherein the indication comprises one bit that indicates a buffer status report will not be sent; and a receiver that receives an uplink grant in response to transmitting the scheduling request, wherein the transmitter transmits the data in response to receiving the uplink grant.
A botulinum toxin-human epidermal growth factor fusion protein with increased skin cell proliferation and anti-oxidation effect which consists of the amino acid sequence of SEQ ID NO: 2.
A method for task scheduling in a computing device, comprising: receiving a task comprising a task performance level indication; identifying candidate processors for execution of the task comprising identifying least-loaded processors of a plurality of processors; determining a plurality of task scheduling cases, each task scheduling case representing execution of the task on a respective processor of the candidate processors concurrently with one or more other tasks executing on the plurality of processors, each processor supplied by a voltage regulator of a plurality of voltage regulators; determining , for each task scheduling case, a total regulator input power level of the plurality of voltage regulators; selecting one of the task scheduling cases having a lowest total regulator input power level among the plurality of task scheduling cases; and executing the task on a processor associated with the selected one of the task scheduling cases, wherein determining, for each task scheduling case, the total regulator input power level comprises: determining , for each task scheduling case, a regulator input power level of each of the plurality of voltage regulators based on the task performance level indication, the one or more other tasks executing on the plurality of processors, and an efficiency level of each voltage regulator; and determining , for each task scheduling case, the total regulator input power level based on the plurality of task scheduling cases by summing the regulator input power levels of the plurality of voltage regulators. receiving a task comprising a task performance level indication; identifying candidate processors for execution of the task comprising identifying least-loaded processors of a plurality of processors; determining a plurality of task scheduling cases, each task scheduling case representing execution of the task on a respective processor of the candidate processors concurrently with one or more other tasks executing on the plurality of processors, each processor supplied by a voltage regulator of a plurality of voltage regulators; determining , for each task scheduling case, a total regulator input power level of the plurality of voltage regulators; selecting one of the task scheduling cases having a lowest total regulator input power level among the plurality of task scheduling cases; and executing the task on a processor associated with the selected one of the task scheduling cases, determining , for each task scheduling case, a regulator input power level of each of the plurality of voltage regulators based on the task performance level indication, the one or more other tasks executing on the plurality of processors, and an efficiency level of each voltage regulator; and determining , for each task scheduling case, the total regulator input power level based on the plurality of task scheduling cases by summing the regulator input power levels of the plurality of voltage regulators.
An apparatus for unsheathing and resheathing a needle device comprising: a housing ; and a clamp having at least two jaw members , configured to receive at least a portion of a needle sheath ; characterised in that the apparatus comprises an indexed push mechanism for opening or clamping the clamp , the indexed push mechanism comprising: a cam member that is coaxial with the clamp along an axis (A) and that is movable in an axial direction along the axis (A), relative to the housing , by pushing the needle device along the axis (A); and a ratchet member that is rotatable about the axis (A) relative to the housing and movable in the axial direction between a first position and a second position upon movement of the cam member ; wherein in the first position of the ratchet member , the jaw members are in an open configuration for receipt or release of the needle sheath , and in the second position of the ratchet member , the ratchet member and/or the cam member holds the jaw members in a gripping position for gripping the needle sheath . a housing ; and a clamp having at least two jaw members , configured to receive at least a portion of a needle sheath ; characterised in that the apparatus comprises an indexed push mechanism for opening or clamping the clamp , the indexed push mechanism comprising: a cam member that is coaxial with the clamp along an axis (A) and that is movable in an axial direction along the axis (A), relative to the housing , by pushing the needle device along the axis (A); and a ratchet member that is rotatable about the axis (A) relative to the housing and movable in the axial direction between a first position and a second position upon movement of the cam member ; a cam member that is coaxial with the clamp along an axis (A) and that is movable in an axial direction along the axis (A), relative to the housing , by pushing the needle device along the axis (A); and a ratchet member that is rotatable about the axis (A) relative to the housing and movable in the axial direction between a first position and a second position upon movement of the cam member ;
A master aircraft , comprising: a flight emulator comprising a pilot control interface and a motion-control seat , wherein the flight emulator is configured to allow a user of the flight emulator to assume control of a slave aircraft connected in communication to the flight emulator through a network , and wherein the pilot control interface is configured to provide an input to operate the slave aircraft ; characterized in that the motion-control seat is selectively articulated to minimize for the user the perception of the motion of, orientation of, or forces acting on the master aircraft while simulating the motion of, orientation of, or forces acting on the slave aircraft when the user assumes control of the slave aircraft . a flight emulator comprising a pilot control interface and a motion-control seat , wherein the flight emulator is configured to allow a user of the flight emulator to assume control of a slave aircraft connected in communication to the flight emulator through a network , and wherein the pilot control interface is configured to provide an input to operate the slave aircraft ; characterized in that the motion-control seat is selectively articulated to minimize for the user the perception of the motion of, orientation of, or forces acting on the master aircraft while simulating the motion of, orientation of, or forces acting on the slave aircraft when the user assumes control of the slave aircraft .
A pharmaceutical composition comprising 7-hydroxy-cannabidol (7-OH-CBD) and a pharmaceutically acceptable carrier for use in the treatment of non-alcoholic fatty liver disease (NAFLD).
A method of forming an electrically conductive carbon allotrope material, the method comprising: depositing a first material comprising a polymer and a sulfonic acid onto a carbon allotrope material to form a second material; curing the second material; and rinsing the second material with a rinsing agent. depositing a first material comprising a polymer and a sulfonic acid onto a carbon allotrope material to form a second material; curing the second material; and rinsing the second material with a rinsing agent.
A sectional header system for an agricultural vehicle , said sectional header system including: a center section configured for connection to a chassis of said agricultural vehicle , said center section having a pair of lateral ends ; at least one additional section ; and at least one coupling assembly including at least one actuator and at least one connector , said at least one coupling assembly connecting the center section to the at least one additional section ; and said at least one coupling assembly is removably connecting the center section to the at least one additional section ; and the at least one additional section is configured to be coupled to the center section in harvesting of a crop material; and the at least one additional section is configured to be decoupled from the center section in transportation of the sectional header system , characterized in that the at least one additional section includes a pair of transport wheels to support the at least one additional section in transportation; and a tongue configured to connect the at least one additional section to the agricultural vehicle or another vehicle in transportation. a center section configured for connection to a chassis of said agricultural vehicle , said center section having a pair of lateral ends ; at least one additional section ; and at least one coupling assembly including at least one actuator and at least one connector , said at least one coupling assembly connecting the center section to the at least one additional section ; and said at least one coupling assembly is removably connecting the center section to the at least one additional section ; and the at least one additional section is configured to be coupled to the center section in harvesting of a crop material; and the at least one additional section is configured to be decoupled from the center section in transportation of the sectional header system , characterized in that the at least one additional section includes a pair of transport wheels to support the at least one additional section in transportation; and a tongue configured to connect the at least one additional section to the agricultural vehicle or another vehicle in transportation.
Essentially transparent temperable glazing comprising a system of thin layers deposited under vacuum by magnetron comprising two silver functional layers, each with a thickness of from 7 to 20 nm, and a set of dielectric layers positioned between the glass substrate and the first silver layer, where appropriate between each silver layer, and above the silver layer furthest from the substrate, and having antisolar and/or low-emissivity properties, comprising, as protective surface layer, a layer based on titanium oxide and on ZrO 2 , said protective surface layer having a thickness ≤ 35 nm, and in which the silver layers are deposited on a layer based on zinc oxide optionally doped with tin, Al or Ga.
A method in a wireless device, the method comprising: measuring power of a Device-to-Device, D2D, signal used by the wireless device for D2D operation; determining a power difference between the measured power of the D2D signal and a physical Device-to-Device Synchronization Signal, D2DSS; estimating power of a D2DSS using the measured power of the D2D signal and the determined power difference; and performing a D2D operation using the estimated power of the D2DSS. measuring power of a Device-to-Device, D2D, signal used by the wireless device for D2D operation; determining a power difference between the measured power of the D2D signal and a physical Device-to-Device Synchronization Signal, D2DSS; estimating power of a D2DSS using the measured power of the D2D signal and the determined power difference; and performing a D2D operation using the estimated power of the D2DSS.
An interferometric measurement system for measuring an optical fiber , the optical fiber comprising multiple primary cores and an auxiliary core, the system comprising: interferometric detection circuitry configured to detect measurement interferometric pattern data associated with each of the multiple primary cores and the auxiliary core; and data processing circuitry configured to: determine a shape of the optical fiber based on the detected measurement interferometric pattern data for the multiple primary cores, determine a predicted phase or strain value of the auxiliary core based on the detected measurement interferometric pattern data for the multiple primary cores, determine a measurement-based phase or strain value of the auxiliary core based on the detected measurement interferometric pattern data for the auxiliary core; determine a difference between the predicted phase or strain value of the auxiliary core and the measurement-based phase or strain value of the auxiliary core, and detect an error associated with the determined shape of the optical fiber based on the difference. interferometric detection circuitry configured to detect measurement interferometric pattern data associated with each of the multiple primary cores and the auxiliary core; and data processing circuitry configured to: determine a shape of the optical fiber based on the detected measurement interferometric pattern data for the multiple primary cores, determine a predicted phase or strain value of the auxiliary core based on the detected measurement interferometric pattern data for the multiple primary cores, determine a measurement-based phase or strain value of the auxiliary core based on the detected measurement interferometric pattern data for the auxiliary core; determine a difference between the predicted phase or strain value of the auxiliary core and the measurement-based phase or strain value of the auxiliary core, and detect an error associated with the determined shape of the optical fiber based on the difference. determine a shape of the optical fiber based on the detected measurement interferometric pattern data for the multiple primary cores, determine a predicted phase or strain value of the auxiliary core based on the detected measurement interferometric pattern data for the multiple primary cores, determine a measurement-based phase or strain value of the auxiliary core based on the detected measurement interferometric pattern data for the auxiliary core; determine a difference between the predicted phase or strain value of the auxiliary core and the measurement-based phase or strain value of the auxiliary core, and detect an error associated with the determined shape of the optical fiber based on the difference.
An aerial fiber optic cable (1a; 1b; 1c) comprising an optical fiber unit , one or more strength members (11a; 11b; 11c) and a sheath (12a; 12b; 12c), wherein said optical fiber unit comprises a number of optical fibers , an inner layer , which is radially outer to the optical fibers and embeds the optical fibers , and an outer layer which is radially outer to the inner layer , the outer layer comprising particulate material which is partially embedded into the outer layer , said one or more strength members (11a; 11b; 11c) are arranged in a radial outer position with respect to said optical fiber unit , said sheath (12a; 12b; 12c) is extruded over said optical fiber unit and said one or more strength members (11a; 11b; 11c), and characterised in that the particulate material provides the outer layer with a rough external surface, and said external surface is in direct contact with at least one of the strength members (11a; 11b; 11c) or the sheath (12a; 12b; 12c) and provides a grab surface for at least one of the strength members (11a; 11b; 11c) or the sheath (12a; 12b; 12c). said optical fiber unit comprises a number of optical fibers , an inner layer , which is radially outer to the optical fibers and embeds the optical fibers , and an outer layer which is radially outer to the inner layer , the outer layer comprising particulate material which is partially embedded into the outer layer , said one or more strength members (11a; 11b; 11c) are arranged in a radial outer position with respect to said optical fiber unit , said sheath (12a; 12b; 12c) is extruded over said optical fiber unit and said one or more strength members (11a; 11b; 11c), and characterised in that the particulate material provides the outer layer with a rough external surface, and said external surface is in direct contact with at least one of the strength members (11a; 11b; 11c) or the sheath (12a; 12b; 12c) and provides a grab surface for at least one of the strength members (11a; 11b; 11c) or the sheath (12a; 12b; 12c).
An anti-counterfeiting element characterized by comprising: a substrate which is at least partially pervious to light, comprising a first surface and a second surface opposite each other; and an anti-counterfeiting image formed on the first surface of the substrate, the anti-counterfeiting image comprising a plurality of imaging pixel groups (A,B,C), and the imaging pixel groups being arranged aperiodically and/or without an axis of symmetry; and a sampling-synthesis layer with optical characteristics formed on the second surface of the substrate; wherein target visual images corresponding to the imaging pixel groups can be presented through a light-pervious part of the substrate and the sampling-synthesis layer; the imaging pixel groups comprise opening-containing light absorption micro-structures , characterised in that the micro-structures have spectral absorption characteristics; the opening width of the light absorption micro-structures is less than 1 μm; the ratio of the opening depth to the opening width of the light absorption micro-structures is greater than 0.3. a substrate which is at least partially pervious to light, comprising a first surface and a second surface opposite each other; and an anti-counterfeiting image formed on the first surface of the substrate, the anti-counterfeiting image comprising a plurality of imaging pixel groups (A,B,C), and the imaging pixel groups being arranged aperiodically and/or without an axis of symmetry; and a sampling-synthesis layer with optical characteristics formed on the second surface of the substrate; wherein target visual images corresponding to the imaging pixel groups can be presented through a light-pervious part of the substrate and the sampling-synthesis layer; the imaging pixel groups comprise opening-containing light absorption micro-structures , characterised in that the micro-structures have spectral absorption characteristics; the opening width of the light absorption micro-structures is less than 1 μm; the ratio of the opening depth to the opening width of the light absorption micro-structures is greater than 0.3.
A control system for a vehicle , the control system comprising one or more controllers , wherein the control system is configured to: in a first operating mode , control a loudspeaker system of the vehicle to direct audio output into a cabin of the vehicle; and in a second, user-requestable operating mode , control the loudspeaker system of the vehicle to direct audio output to a vehicle-rearward location relative to the audio output in the first operating mode , wherein the second operating mode requires a rear tailgate closure of a rear cargo area of the vehicle to be opened, characterized in that , in the first operating mode , one or more functions are enabled and, in the second operating mode , the one or more functions are inhibited, wherein the one or more functions include at least one of: access to the loudspeaker system by a telephony function; access to a vehicle cabin microphone by the telephony function; a hands-free powered tailgate request function that is configured to initiate powered closing and/or opening of the rear tailgate closure by a rear tailgate power mechanism in dependence on a detected hands-free user action; and a proximity-based vehicle locking function. in a first operating mode , control a loudspeaker system of the vehicle to direct audio output into a cabin of the vehicle; and in a second, user-requestable operating mode , control the loudspeaker system of the vehicle to direct audio output to a vehicle-rearward location relative to the audio output in the first operating mode , wherein the second operating mode requires a rear tailgate closure of a rear cargo area of the vehicle to be opened, characterized in that , in the first operating mode , one or more functions are enabled and, in the second operating mode , the one or more functions are inhibited, wherein the one or more functions include at least one of: access to the loudspeaker system by a telephony function; access to a vehicle cabin microphone by the telephony function; a hands-free powered tailgate request function that is configured to initiate powered closing and/or opening of the rear tailgate closure by a rear tailgate power mechanism in dependence on a detected hands-free user action; and a proximity-based vehicle locking function. access to the loudspeaker system by a telephony function; access to a vehicle cabin microphone by the telephony function; a hands-free powered tailgate request function that is configured to initiate powered closing and/or opening of the rear tailgate closure by a rear tailgate power mechanism in dependence on a detected hands-free user action; and a proximity-based vehicle locking function.