mhurhangee/patent-ind-claim-en huggingface dataset:
A resource processing method, comprising: transmitting (S302), by a first User equipment, UE, configuration information of a transmission and/or reception resource or resource pool to a second UE, wherein the transmission and/or reception resource or resource pool is used for indicating resource information used for discovery or communication between the second UE and the first UE; wherein before transmitting (S302), by the first UE, the configuration information of the transmission and/or reception resource or resource pool to the second UE, the method further comprises at least one of the following: receiving, by the first UE, the configuration information of the transmission and/or reception resource or resource pool sent, through broadcast signaling or Radio Resource Control, RRC-dedicated signaling, by a base station; determining, by the first UE, the configuration information of the transmission and/or reception resource or resource pool under a normal state and the configuration information of the transmission and/or reception resource or resource pool under an exception state, wherein the exception state refers to a state that the first UE undergoes an exception, and the normal state refers to a state that the first UE does not undergo an exception. transmitting (S302), by a first User equipment, UE, configuration information of a transmission and/or reception resource or resource pool to a second UE, wherein the transmission and/or reception resource or resource pool is used for indicating resource information used for discovery or communication between the second UE and the first UE; wherein before transmitting (S302), by the first UE, the configuration information of the transmission and/or reception resource or resource pool to the second UE, the method further comprises at least one of the following: receiving, by the first UE, the configuration information of the transmission and/or reception resource or resource pool sent, through broadcast signaling or Radio Resource Control, RRC-dedicated signaling, by a base station; determining, by the first UE, the configuration information of the transmission and/or reception resource or resource pool under a normal state and the configuration information of the transmission and/or reception resource or resource pool under an exception state, wherein the exception state refers to a state that the first UE undergoes an exception, and the normal state refers to a state that the first UE does not undergo an exception. receiving, by the first UE, the configuration information of the transmission and/or reception resource or resource pool sent, through broadcast signaling or Radio Resource Control, RRC-dedicated signaling, by a base station; determining, by the first UE, the configuration information of the transmission and/or reception resource or resource pool under a normal state and the configuration information of the transmission and/or reception resource or resource pool under an exception state, wherein the exception state refers to a state that the first UE undergoes an exception, and the normal state refers to a state that the first UE does not undergo an exception.
A computing device comprising: a rechargeable battery ; and a processor operable to: receive one or more power management policies relating to conditions under which a file to be downloaded from a source at a remote location is to be compressed before download; identify whether a received power management policy of the one or more power management policies applies to a file to be downloaded based on at least a level of power remaining in the rechargeable battery, and generate an instruction to the source at the remote location to compress the file before download if the received power management policy is identified as being applicable to the file to be downloaded, wherein the processor is further operable to identify whether the received power management policy applies to a file to be downloaded based on a level of power remaining in the rechargeable battery, the size of the file to be downloaded and a contextual circumstance, wherein the contextual circumstance comprises temporal and/or geographic contextual circumstances, wherein the temporal contextual circumstances comprise one of the following: time of day or day of the week. a rechargeable battery ; and a processor operable to: receive one or more power management policies relating to conditions under which a file to be downloaded from a source at a remote location is to be compressed before download; identify whether a received power management policy of the one or more power management policies applies to a file to be downloaded based on at least a level of power remaining in the rechargeable battery, and generate an instruction to the source at the remote location to compress the file before download if the received power management policy is identified as being applicable to the file to be downloaded, wherein the processor is further operable to identify whether the received power management policy applies to a file to be downloaded based on a level of power remaining in the rechargeable battery, the size of the file to be downloaded and a contextual circumstance, wherein the contextual circumstance comprises temporal and/or geographic contextual circumstances, wherein the temporal contextual circumstances comprise one of the following: time of day or day of the week.
A method for a self-organizing network employing measurement intervals having fixed start and end points, the method comprising: determining that at least one network control function instance is being executed within a first measurement interval and that the at least one network control function instance has a visibility delay period that ends within the first measurement interval, wherein the visibility delay period is a time period between execution of a network control function instance and full visibility of the network control function instance; selecting measurement data for at least one succeeding function from a second measurement interval subsequent to the first measurement interval; and executing the at least one succeeding function dependent on the selected measurement data, characterized in that the method further comprises: setting a measurement flag dependent on determining that the at least one network control function instance is in the visibility delay period; delaying a start of measurements for the succeeding network control function instance while the measurement flag is set; and resetting or unsetting the measurement flag upon determining that the visibility delay period has ended to enable the measurements for the succeeding network control function. determining that at least one network control function instance is being executed within a first measurement interval and that the at least one network control function instance has a visibility delay period that ends within the first measurement interval, wherein the visibility delay period is a time period between execution of a network control function instance and full visibility of the network control function instance; selecting measurement data for at least one succeeding function from a second measurement interval subsequent to the first measurement interval; and executing the at least one succeeding function dependent on the selected measurement data, characterized in that the method further comprises: setting a measurement flag dependent on determining that the at least one network control function instance is in the visibility delay period; delaying a start of measurements for the succeeding network control function instance while the measurement flag is set; and resetting or unsetting the measurement flag upon determining that the visibility delay period has ended to enable the measurements for the succeeding network control function. setting a measurement flag dependent on determining that the at least one network control function instance is in the visibility delay period; delaying a start of measurements for the succeeding network control function instance while the measurement flag is set; and resetting or unsetting the measurement flag upon determining that the visibility delay period has ended to enable the measurements for the succeeding network control function.
A method for producing 1,4-butanediol, comprising biologically producing 1,4-butanediol in a culture medium for fermentation of an organism capable of producing 1,4-butanediol, at least partially removing each of a bacterial cell, a salt content and water from said fermentation culture medium to obtain a refined raw material 1,4-butanediol-containing solution, obtaining therefrom a crude 1,4-butanediol-containing solution through any one or more steps of the following steps (a) to (c), refining said crude 1,4-butanediol-containing solution through the following step (d) to obtain refined 1,4-butanediol: Step (a): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and higher in the boiling point than 1,4-butanediol; Step (b): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and lighter in the boiling point than 1,4-butanediol; Step (c): a hydrogenation step of at least partially hydrogenating carbonyl compounds or unsaturated compounds contained in said refined raw material 1,4-butanediol-containing solution, wherein the hydrogenation is performed using a solid catalyst having a nickel-containing metal supported on at least either kieselguhr or silica; and Step (d): a step of distilling said crude 1,4-butanediol-containing solution in a distillation column and withdrawing refined 1,4-butanediol from a side stream. Step (a): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and higher in the boiling point than 1,4-butanediol; Step (b): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and lighter in the boiling point than 1,4-butanediol; Step (c): a hydrogenation step of at least partially hydrogenating carbonyl compounds or unsaturated compounds contained in said refined raw material 1,4-butanediol-containing solution, wherein the hydrogenation is performed using a solid catalyst having a nickel-containing metal supported on at least either kieselguhr or silica; and Step (d): a step of distilling said crude 1,4-butanediol-containing solution in a distillation column and withdrawing refined 1,4-butanediol from a side stream.
Implantable hair, characterized in that it is coated at least in an implantable section with a composition that comes into direct contact with the hair and contains at least one silk protein.
A gas turbine system , comprising: a first pump configured to supply distillate fuel to a combustor ; a second pump configured to supply fuel oil to the combustor ; a fuel selection unit configured to control a first flow of distillate fuel and a second flow of fuel oil to the combustor ; and a controller configured to receive feedback from a sensor ; characterised in that the controller is further configured to: determine whether a distillate fuel was used in the previous shutdown; and control the first pump , the second pump , and the fuel selection unit to start the gas turbine system on the fuel oil in response to the feedback from the sensor , if a distillate fuel was used in the previous shutdown and if the feedback indicates that a temperature and/or a pressure of the gas turbine system is above a respective threshold. a first pump configured to supply distillate fuel to a combustor ; a second pump configured to supply fuel oil to the combustor ; a fuel selection unit configured to control a first flow of distillate fuel and a second flow of fuel oil to the combustor ; and a controller configured to receive feedback from a sensor ; characterised in that the controller is further configured to: determine whether a distillate fuel was used in the previous shutdown; and control the first pump , the second pump , and the fuel selection unit to start the gas turbine system on the fuel oil in response to the feedback from the sensor , if a distillate fuel was used in the previous shutdown and if the feedback indicates that a temperature and/or a pressure of the gas turbine system is above a respective threshold. determine whether a distillate fuel was used in the previous shutdown; and control the first pump , the second pump , and the fuel selection unit to start the gas turbine system on the fuel oil in response to the feedback from the sensor , if a distillate fuel was used in the previous shutdown and if the feedback indicates that a temperature and/or a pressure of the gas turbine system is above a respective threshold.
Compound according to the formula (II) (6-hydroxy-2,5,7,8-tetramethylchroman-2-yl)(piperazin-1-yl)methanone or a pharmaceutically acceptable salt or base thereof for use in the prophylaxis or treatment of organ damage by restoring endothelial function and/or inhibiting reactive oxygen species production, wherein said organ damage is diabetic nephropathy or diabetic kidney disease.
A refrigerator comprising: a refrigerating chamber and a freezing chamber arranged below the refrigerating chamber ; a partition wall provided between the refrigerating chamber and the freezing chamber ; an evaporator case arranged in the freezing chamber and located at the partition wall ; an evaporator arranged in the evaporator case , including refrigerant pipes through which a refrigerant flows and fins coupled to the refrigerant pipes , and having a first heat exchanger oriented to be at a first inclined angle relative to a lower surface of the partition wall in a first direction, a second heat exchanger oriented to be at a second inclined angle relative to the lower surface of the partition wall in a second direction different from the first direction, and a fan suction passage formed between the first and second heat exchangers such that cold air passing through the first and second heat exchangers flows through the fan suction passage , wherein the refrigerant pipes and the fins are not provided in the fan suction passage ; and a defrosting water tray provided below the evaporator to collect defrosting water, the defrosting water tray including a recess defining a central portion of the defrosting water tray and formed below the fan suction passage . a refrigerating chamber and a freezing chamber arranged below the refrigerating chamber ; a partition wall provided between the refrigerating chamber and the freezing chamber ; an evaporator case arranged in the freezing chamber and located at the partition wall ; an evaporator arranged in the evaporator case , including refrigerant pipes through which a refrigerant flows and fins coupled to the refrigerant pipes , and having a first heat exchanger oriented to be at a first inclined angle relative to a lower surface of the partition wall in a first direction, a second heat exchanger oriented to be at a second inclined angle relative to the lower surface of the partition wall in a second direction different from the first direction, and a fan suction passage formed between the first and second heat exchangers such that cold air passing through the first and second heat exchangers flows through the fan suction passage , wherein the refrigerant pipes and the fins are not provided in the fan suction passage ; and a defrosting water tray provided below the evaporator to collect defrosting water, the defrosting water tray including a recess defining a central portion of the defrosting water tray and formed below the fan suction passage .
A method for dosed dispensing of powdered substance from a magazine in which containers containing different powdered substances are located, comprising: - removing the container with the desired powdery substance from the magazine by transport means , - taking the desired amount of this powdery substance from this container by a delivery system , - placing a funnel upside down on an opening provided on the top of the container by lifting means and coupling means , - turning the container and the funnel thereon upside down by reversing means so that the contents of the container end up in the funnel , - opening the funnel mouth for dosed dispensing of the powdery substance until the desired amount has fallen from the funnel and then closing the funnel mouth by means of a metering valve , - turning back the container and the funnel underneath by the reversing means so that the remaining powdery substance falls back into the container, - removing the funnel from the container by the lifting means and the coupling means , and - putting the container back in the magazine by transport means , characterized in that at removing the funnel from the container by the lifting means and the coupling means releasing dust clouds are extracted by suction means arranged on the funnel mouth . - removing the container with the desired powdery substance from the magazine by transport means , - taking the desired amount of this powdery substance from this container by a delivery system , - placing a funnel upside down on an opening provided on the top of the container by lifting means and coupling means , - turning the container and the funnel thereon upside down by reversing means so that the contents of the container end up in the funnel , - opening the funnel mouth for dosed dispensing of the powdery substance until the desired amount has fallen from the funnel and then closing the funnel mouth by means of a metering valve , - turning back the container and the funnel underneath by the reversing means so that the remaining powdery substance falls back into the container, - removing the funnel from the container by the lifting means and the coupling means , and - putting the container back in the magazine by transport means , characterized in that at removing the funnel from the container by the lifting means and the coupling means releasing dust clouds are extracted by suction means arranged on the funnel mouth .
A valve assembly comprising: a housing having a bore ; a valve member arranged within the housing , the valve member being movable relative to the housing bore between an open position in which communication along the bore is permitted, and a closed position in which communication along the bore is restricted, the valve member comprising a cutting feature and a sealing surface ; a cutting component arranged within the housing , the cutting component cooperating with the cutting feature of the valve member when the valve member is moved to the closed position; a first seal element arranged within the housing , the first seal element providing a first seal relative to the sealing surface of the valve member, to seal the valve member relative to the housing ; characterised in that a second seal element is arranged within the housing, the second seal element providing a second seal relative to the sealing surface of the valve member, to seal the valve member relative to the housing , the second seal element being movable relative to the housing bore between a first position in which it is out of sealing contact with the sealing surface of the valve member and a second position in which it is in sealing contact with the sealing surface of the valve member . a housing having a bore ; a valve member arranged within the housing , the valve member being movable relative to the housing bore between an open position in which communication along the bore is permitted, and a closed position in which communication along the bore is restricted, the valve member comprising a cutting feature and a sealing surface ; a cutting component arranged within the housing , the cutting component cooperating with the cutting feature of the valve member when the valve member is moved to the closed position; a first seal element arranged within the housing , the first seal element providing a first seal relative to the sealing surface of the valve member, to seal the valve member relative to the housing ; characterised in that a second seal element is arranged within the housing, the second seal element providing a second seal relative to the sealing surface of the valve member, to seal the valve member relative to the housing , the second seal element being movable relative to the housing bore between a first position in which it is out of sealing contact with the sealing surface of the valve member and a second position in which it is in sealing contact with the sealing surface of the valve member .
A method for braking one or more trailers in a tractor-trailer combination , comprising: - measuring or estimating a load of the one or more trailers ; - measuring a speed of the tractor-trailer combination ; - determining an understeer or oversteer gradient for the tractor-trailer combination ; - establishing a maximum continuous brake pressure for trailer brakes of wheels of the one or more trailers of the tractor-trailer combination that can be continuously applied over a range of braking parameters without causing the wheels to lock up or the one or more trailers to lose stability, wherein the range of braking parameters includes the load of the one or more trailers , the speed of the tractor-trailer combination , and the understeer or oversteer gradient for the tractor-trailer combination ; - establishing an on-off cycling frequency for pulsing of the trailer brakes of the one or more trailers of the tractor-trailer combination at brake pressures above the maximum continuous brake pressure over the range of braking parameters without causing the wheels to lock up or the one or more trailers to lose stability; - applying the trailer brakes of the one or more trailers continuously at brake pressures up to the established maximum continuous brake pressure and by pulsing according to the established on-off cycling frequency at brake pressures above the established maximum continuous brake pressure. - measuring or estimating a load of the one or more trailers ; - measuring a speed of the tractor-trailer combination ; - determining an understeer or oversteer gradient for the tractor-trailer combination ; - establishing a maximum continuous brake pressure for trailer brakes of wheels of the one or more trailers of the tractor-trailer combination that can be continuously applied over a range of braking parameters without causing the wheels to lock up or the one or more trailers to lose stability, wherein the range of braking parameters includes the load of the one or more trailers , the speed of the tractor-trailer combination , and the understeer or oversteer gradient for the tractor-trailer combination ; - establishing an on-off cycling frequency for pulsing of the trailer brakes of the one or more trailers of the tractor-trailer combination at brake pressures above the maximum continuous brake pressure over the range of braking parameters without causing the wheels to lock up or the one or more trailers to lose stability; - applying the trailer brakes of the one or more trailers continuously at brake pressures up to the established maximum continuous brake pressure and by pulsing according to the established on-off cycling frequency at brake pressures above the established maximum continuous brake pressure.