mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reducing fuel consumption of a work vehicle , the work vehicle including an engine driving both a continuously variable transmission and a first hydraulic pump associated with a lift assembly of the work vehicle , the method comprising monitoring, by one or more computing devices , a pressure differential of a hydrostatic drive unit of the continuously variable transmission , the pressure differential being associated with a drive power requirement for driving the work vehicle , the method further comprising monitoring, by the one or more computing devices , a discharge pressure of the first hydraulic pump , the discharge pressure being associated with a hydraulic power requirement for operating the lift assembly , the hydraulic power requirement and the drive power requirement defining a total system power requirement for the work vehicle , the method being characterized by : analyzing, by the one or more computing devices , a fuel consumption function of the work vehicle based on at least the monitored pressure differential and the monitored discharge pressure to determine an input value that will minimize the fuel consumption function, the fuel consumption function relating fuel consumption for the engine to the total system power requirement; determining, by the one or more computing devices , a new engine speed value for the engine and a new swash plate angle value for the first hydraulic pump as a function of the input value and the fuel consumption function; actively adjusting, by the one or more computing devices , the operation of the engine to the new engine speed value; and actively adjusting, by the one or more computing devices, the operation of the first hydraulic pump such that a first swash plate of the first hydraulic pump is moved to the new swash plate angle. analyzing, by the one or more computing devices , a fuel consumption function of the work vehicle based on at least the monitored pressure differential and the monitored discharge pressure to determine an input value that will minimize the fuel consumption function, the fuel consumption function relating fuel consumption for the engine to the total system power requirement; determining, by the one or more computing devices , a new engine speed value for the engine and a new swash plate angle value for the first hydraulic pump as a function of the input value and the fuel consumption function; actively adjusting, by the one or more computing devices , the operation of the engine to the new engine speed value; and actively adjusting, by the one or more computing devices, the operation of the first hydraulic pump such that a first swash plate of the first hydraulic pump is moved to the new swash plate angle.
A display system for use in a Pepper's Ghost illusion, comprising: a light emissive display ; a cone , comprising a conical wall of semi-reflective material, wherein the cone comprises an attachment member for removably attaching the cone to the surface of a light emissive display; characterized by : a sensor adapted to detect the position of the attachment member of the cone , relative to the light emissive display; and a positioning processor arranged to position images, which have been distorted by an inverse of the distortion caused by the reflection of the cone, on the light emissive display responsive to the detected position of the attachment member of the cone relative to the light emissive display. a light emissive display ; a cone , comprising a conical wall of semi-reflective material, wherein the cone comprises an attachment member for removably attaching the cone to the surface of a light emissive display; characterized by : a sensor adapted to detect the position of the attachment member of the cone , relative to the light emissive display; and a positioning processor arranged to position images, which have been distorted by an inverse of the distortion caused by the reflection of the cone, on the light emissive display responsive to the detected position of the attachment member of the cone relative to the light emissive display. a sensor adapted to detect the position of the attachment member of the cone , relative to the light emissive display; and a positioning processor arranged to position images, which have been distorted by an inverse of the distortion caused by the reflection of the cone, on the light emissive display responsive to the detected position of the attachment member of the cone relative to the light emissive display.
Process for making an insole and/or footbed composed of at least two components of foamable polyurethane and/or thermoplastic polyurethane materials having different density, comprising the steps of: - casting in a first mould a first foamable polyurethane and/or thermoplastic polyurethane material with a Shore A hardness greater than 25 to make a first supporting element comprising at least one hull-shaped portion extending for at least 40% of the first supporting element at a rear portion of said first supporting element ; said hull-shaped portion comprising a cavity defined at least partially by perimeter edges having a height greater than 2 mm; - closing the first mould with a lid ; - opening said first mould after at least one stabilisation time of at least 120 seconds; - extracting the first supporting element from said first mould ; - inserting the first supporting element into a second mould ; - casting in said second mould a second foamable polyurethane and/or thermoplastic polyurethane material with hardness less than 15% with respect to the hardness of the first foamable polyurethane and/or thermoplastic polyurethane material so that said hull-shaped portion of the first supporting element accommodates, at least partially, said second foamable polyurethane and/or thermoplastic polyurethane material to make a second supporting element coupled to the first supporting element . - casting in a first mould a first foamable polyurethane and/or thermoplastic polyurethane material with a Shore A hardness greater than 25 to make a first supporting element comprising at least one hull-shaped portion extending for at least 40% of the first supporting element at a rear portion of said first supporting element ; said hull-shaped portion comprising a cavity defined at least partially by perimeter edges having a height greater than 2 mm; - closing the first mould with a lid ; - opening said first mould after at least one stabilisation time of at least 120 seconds; - extracting the first supporting element from said first mould ; - inserting the first supporting element into a second mould ; - casting in said second mould a second foamable polyurethane and/or thermoplastic polyurethane material with hardness less than 15% with respect to the hardness of the first foamable polyurethane and/or thermoplastic polyurethane material so that said hull-shaped portion of the first supporting element accommodates, at least partially, said second foamable polyurethane and/or thermoplastic polyurethane material to make a second supporting element coupled to the first supporting element .
A airfoil member comprising: a substrate along at least a portion of an airfoil of the airfoil member; a sheath having a channel receiving a portion of the substrate, the sheath and the substrate being galvanically dissimilar; and a plurality of separate spacers (320; 360; 380) between the sheath and the substrate and having a plurality of gaps between the spacers; characterized in that : the plurality of separate spacers comprise a plurality of ceramic elements. a substrate along at least a portion of an airfoil of the airfoil member; a sheath having a channel receiving a portion of the substrate, the sheath and the substrate being galvanically dissimilar; and a plurality of separate spacers (320; 360; 380) between the sheath and the substrate and having a plurality of gaps between the spacers; characterized in that : the plurality of separate spacers comprise a plurality of ceramic elements.
A method of communication, comprising: obtaining an information block; determining whether to segment the information block based on at least one power mode of a satellite; segmenting the information block into segments based on the determination; and sending the segments. obtaining an information block; determining whether to segment the information block based on at least one power mode of a satellite; segmenting the information block into segments based on the determination; and sending the segments.
A method for selecting a wireless device network communication link to a destination host through one of a plurality of available wireless protocol links, the method comprising: selecting a first protocol link from the plurality of available wireless protocol links based on predetermined criteria; establishing a first Transfer Control Protocol/Internet Protocol, TCP/IP, network connection through the first protocol link, wherein the wireless device has an assigned IP address, wherein the assigned IP address is a fixed IP address; generating a mapping table for mapping the wireless device to the first protocol link; detecting a change in status of the predetermined criteria of the first protocol link; selecting a second protocol link from the plurality of available wireless protocol links based on the change in status of the predetermined criteria; the method further characterized by establishing a second Transfer Control Protocol/Internet Protocol, TCP/IP, network connection through the second protocol link, using the assigned IP address for the wireless device ; updating the mapping table to map the wireless device to the second protocol link; and terminating the first network connection through the first protocol link, such that the wireless device does not lose network communication with the destination host . selecting a first protocol link from the plurality of available wireless protocol links based on predetermined criteria; establishing a first Transfer Control Protocol/Internet Protocol, TCP/IP, network connection through the first protocol link, wherein the wireless device has an assigned IP address, wherein the assigned IP address is a fixed IP address; generating a mapping table for mapping the wireless device to the first protocol link; detecting a change in status of the predetermined criteria of the first protocol link; selecting a second protocol link from the plurality of available wireless protocol links based on the change in status of the predetermined criteria; the method further characterized by establishing a second Transfer Control Protocol/Internet Protocol, TCP/IP, network connection through the second protocol link, using the assigned IP address for the wireless device ; updating the mapping table to map the wireless device to the second protocol link; and terminating the first network connection through the first protocol link, such that the wireless device does not lose network communication with the destination host .
A method of treating a textile comprising (i) contacting the textile with an aqueous solution comprising a nuclease enzyme, preferably a deoxyribonuclease or ribonuclease enzyme and from 0.05g/l to 1g/l of a surfactant system, said surfactant system comprising at least 80% by weight alkyl benzene sulphonate surfactant, preferably at least 85 % by weight linear alkyl benezene sulphonate; and from 0 to 0.5g/l sodium aluminosilicate; and optionally rinsing and drying the textile.
A spray gun for delivering liquid (L), said spray gun being provided with a handle , an inlet mouth associated with said handle and hydraulically connected to a tank ; an outlet mouth associated with said handle and connected to a fluid-tight tubular duct ; characterized in that said tubular duct has a respective end portion provided with a liquid-controlled outlet valve at a pressure value higher than a given calibration value.
A pharmaceutical composition comprising a compound having the structure of formula III, or a salt thereof: wherein X and Y are independently selected from hydrogen, chlorine, fluorine, bromine and iodine, and the pharmaceutical composition comprises one or more pharmaceutically acceptable excipients or additives.
Electrocatalyst for fuel cells comprising supported catalyst particles comprising a M core /M shell structure with M core = material of inner particle core M shell = material of outer particle shell wherein the medium diameter of said catalyst particles (d core+shell ) is in the range of 20 to 100 nm, preferably in the range of 20 to 50 nm, wherein the thickness of the outer particle shell (t shell ) is about 5 to 20 % of the inner particle core (d core ): t shell ∼ 0.05 - 0.2 d core ; wherein t shell = (d core+shell - d core ) / 2; and wherein the material of the inner particle core (M core ) comprises a ceramic material and the material of the outer particle shell (M shell ) comprises at least 3 atomic layers, and comprises a precious metal, a precious metal alloy or mixtures thereof, and the support material is an electrically conductive, high surface area carbon black or graphite. M core = material of inner particle core M shell = material of outer particle shell
Rotor for an electric rotating machine , in particular a synchronous machine , comprising a shaft and at least one pole shoe , a metal sheet being disposed between the shaft and the pole shoe , wherein the metal sheet has a first contact area , which is in contact with a contact area of the pole shoe , wherein the metal sheet and the pole shoe are formed from different materials characterised in that the first contact area of the metal sheet has a greater surface roughness than the contact area of the pole shoe .
A service indication method, executed by a network device, wherein the method comprises: receiving (S102), from a terminal device of a user, matching information specific to the user, or sending (S102) the matching information specific to the user to the terminal device of the user, wherein the matching information comprises one or more matching values, and one of the matching values corresponds to one or more services or corresponds to one or more service types; wherein after the receiving (S102), from a terminal device of a user, matching information specific to the user, or sending (S 102) the matching information specific to the user to the terminal device of the user, the method further comprises: receiving a message related to data of a target service or a target service type, or receiving the data of the target service or the target service type; wherein the message is triggered by the data of the target service or the target service type; and sending a first target matching value to the terminal device through a paging message; wherein the first target matching value corresponds to the target service or the target service type. receiving (S102), from a terminal device of a user, matching information specific to the user, or sending (S102) the matching information specific to the user to the terminal device of the user, wherein the matching information comprises one or more matching values, and one of the matching values corresponds to one or more services or corresponds to one or more service types; wherein after the receiving (S102), from a terminal device of a user, matching information specific to the user, or sending (S 102) the matching information specific to the user to the terminal device of the user, the method further comprises: receiving a message related to data of a target service or a target service type, or receiving the data of the target service or the target service type; wherein the message is triggered by the data of the target service or the target service type; and sending a first target matching value to the terminal device through a paging message; wherein the first target matching value corresponds to the target service or the target service type. receiving a message related to data of a target service or a target service type, or receiving the data of the target service or the target service type; wherein the message is triggered by the data of the target service or the target service type; and sending a first target matching value to the terminal device through a paging message; wherein the first target matching value corresponds to the target service or the target service type.
A method of operating a wind turbine having a plurality of blades , said method comprising the steps of: attaching a respective sensor to each of the blades (step 304); repeatedly taking first measurements of a structural characteristic of each of the blades, the measurements being taken by use of the sensors (step 306); establishing a tolerance band for the measurements based on initial said first measurements of the structural characteristic (step 308); wirelessly transmitting signals indicative of the first measurements only if the first measurements are outside of the tolerance band (step 310); receiving the transmitted signals at a controller (step 312); sending an actuator signal from the controller to at least one actuator associated with the turbine, the sending being in response to the receiving of the transmitted signals (step 314); performing an action associated with the turbine dependent upon the actuator signal, the action being performed by the at least one actuator (step 316); repeatedly taking second measurements of the structural characteristic of each of the blades, the measurements being taken by use of the sensors after the actuating step (step 318); and repeating the wirelessly transmitting, receiving, sending and performing steps for the second measurements (step 320). attaching a respective sensor to each of the blades (step 304); repeatedly taking first measurements of a structural characteristic of each of the blades, the measurements being taken by use of the sensors (step 306); establishing a tolerance band for the measurements based on initial said first measurements of the structural characteristic (step 308); wirelessly transmitting signals indicative of the first measurements only if the first measurements are outside of the tolerance band (step 310); receiving the transmitted signals at a controller (step 312); sending an actuator signal from the controller to at least one actuator associated with the turbine, the sending being in response to the receiving of the transmitted signals (step 314); performing an action associated with the turbine dependent upon the actuator signal, the action being performed by the at least one actuator (step 316); repeatedly taking second measurements of the structural characteristic of each of the blades, the measurements being taken by use of the sensors after the actuating step (step 318); and repeating the wirelessly transmitting, receiving, sending and performing steps for the second measurements (step 320).
A method at a network node for providing network services comprising: receiving at the network node a configuration request, wherein the configuration request identifies a mobile node ; characterised by determining a location of the mobile node by the network node ; selecting by the network node a directory agent from a plurality of directory agents , based at least on the location of the mobile node , the directory agents operable to monitor an Internet Protocol, IP, network having one or more service agents , and the plurality of directory agents operable to store location of one or more service agents and service information describing services offered by the one or more service agents ; and transmitting by the network node a configuration response to the mobile node , wherein the configuration response identifies the selected directory agent . receiving at the network node a configuration request, wherein the configuration request identifies a mobile node ; characterised by determining a location of the mobile node by the network node ; selecting by the network node a directory agent from a plurality of directory agents , based at least on the location of the mobile node , the directory agents operable to monitor an Internet Protocol, IP, network having one or more service agents , and the plurality of directory agents operable to store location of one or more service agents and service information describing services offered by the one or more service agents ; and transmitting by the network node a configuration response to the mobile node , wherein the configuration response identifies the selected directory agent .
An arc suppression device comprising: a current limiting circuit (AF1, AF2) provided in parallel with a breaker (S1) that switches supplying and interrupting of electric power from a power supply (V1) to a load; a first protector (PF2) that is provided before or after the current limiting circuit (AF1, AF2)and that interrupts current from the power supply if current of a predetermined amount or more flows in the current limiting circuit for a predetermined period or longer; and a second protector (PF1) that interrupts the current from the power supply after the first protector (PF2) interrupts the current from the power supply, characterised in that the current limiting circuit (AF1, AF2) interrupts its current from the power supply (V1) when the electric power from the power supply is supplied to the load, and interrupts its current from the power supply after the current of the predetermined amount or more generated by a potential difference generated in interruption flows for a period shorter than the predetermined period when the supply of the electric power from the power supply to the load is interrupted. a current limiting circuit (AF1, AF2) provided in parallel with a breaker (S1) that switches supplying and interrupting of electric power from a power supply (V1) to a load; a first protector (PF2) that is provided before or after the current limiting circuit (AF1, AF2)and that interrupts current from the power supply if current of a predetermined amount or more flows in the current limiting circuit for a predetermined period or longer; and a second protector (PF1) that interrupts the current from the power supply after the first protector (PF2) interrupts the current from the power supply, characterised in that the current limiting circuit (AF1, AF2) interrupts its current from the power supply (V1) when the electric power from the power supply is supplied to the load, and interrupts its current from the power supply after the current of the predetermined amount or more generated by a potential difference generated in interruption flows for a period shorter than the predetermined period when the supply of the electric power from the power supply to the load is interrupted.
A torque sensor unit comprising: - a ring magnet which can be connected to a first partial shaft for conjoint rotation and a magnetic flux conductor which can be connected to a second partial shaft , - a sensor unit having a first housing , wherein the sensor unit detects a change in rotational angle between the partial shafts , - a second housing , which surrounds the ring magnet and the magnetic flux conductor and is fixedly connected to the first housing of the sensor unit , characterized in that the second housing of the torque sensor unit has a housing opening into which the first housing of the sensor unit is pressed to form a frictional connection, wherein the housing opening has a first profile on at least two side faces . - a ring magnet which can be connected to a first partial shaft for conjoint rotation and a magnetic flux conductor which can be connected to a second partial shaft , - a sensor unit having a first housing , wherein the sensor unit detects a change in rotational angle between the partial shafts , - a second housing , which surrounds the ring magnet and the magnetic flux conductor and is fixedly connected to the first housing of the sensor unit , characterized in that the second housing of the torque sensor unit has a housing opening into which the first housing of the sensor unit is pressed to form a frictional connection, wherein the housing opening has a first profile on at least two side faces .