mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user plane function, UPF, in a wireless communication system, comprising: receiving a data packet from a sending device; identifying a packet forwarding control plane, PFCP, session context associated with the data packet; determining whether an existing packet detection rule, PDR, associated with the PFCP session context should be modified; transmitting a session modification request toward a session management function, SMF, requesting the SMF to provision a modified PDR at the UPF, the session modification request describing a modification to the existing PDR; receiving a session modification response from the SMF, the session modification response provisioning the modified PDR for the PFCP session context at the UPF; and applying the modified PDR on the data packet. receiving a data packet from a sending device; identifying a packet forwarding control plane, PFCP, session context associated with the data packet; determining whether an existing packet detection rule, PDR, associated with the PFCP session context should be modified; transmitting a session modification request toward a session management function, SMF, requesting the SMF to provision a modified PDR at the UPF, the session modification request describing a modification to the existing PDR; receiving a session modification response from the SMF, the session modification response provisioning the modified PDR for the PFCP session context at the UPF; and applying the modified PDR on the data packet.
A method of controlling a brushless direct current BLDC motor, the method comprising: comparing a constant current (I qse) of a three-phase-to-two-phase converter of an output port of a BLDC motor to a reference current (I std) of a present air flow mode; characterised in that as a result of the comparison, applying speed command (ω ∗ m) to a rotational speed control unit; and controlling, by the rotational speed control unit, a speed of the BLDC motor according to the applied speed commands (ω ∗ m), wherein as the result of the comparison, applying an increase speed command (ω ∗ m) to a rotational speed control unit when the constant current (I qse) is lower than the reference current (I std), applying a decrease speed command (ω ∗ m) to the rotational speed control unit when the constant current (I qse) is higher than the reference current (I std), and maintaining and applying the same speed command (ω ∗ m) to the rotational speed control unit when the constant current (I qse) is the same as the reference current (I std). comparing a constant current (I qse) of a three-phase-to-two-phase converter of an output port of a BLDC motor to a reference current (I std) of a present air flow mode; characterised in that as a result of the comparison, applying speed command (ω ∗ m) to a rotational speed control unit; and controlling, by the rotational speed control unit, a speed of the BLDC motor according to the applied speed commands (ω ∗ m), wherein as the result of the comparison, applying an increase speed command (ω ∗ m) to a rotational speed control unit when the constant current (I qse) is lower than the reference current (I std), applying a decrease speed command (ω ∗ m) to the rotational speed control unit when the constant current (I qse) is higher than the reference current (I std), and maintaining and applying the same speed command (ω ∗ m) to the rotational speed control unit when the constant current (I qse) is the same as the reference current (I std).
An enema composition comprising: a. a non-ionic block copolymer or mixture of polymers consisting of polyethylene glycol and polypropylene glycol blocks; b. a phospholipid or mixture of phospholipids; c. a corticosteroid; and d. water; wherein the concentration of said non-ionic block copolymer or mixture of polymers is from 200 to 400 g/L, advantageously from 250 to 350g/L; the concentration of said phospholipid or mixture of phospholipids is from 0.04 to 4 g/L; the concentration of said corticosteroid is from 0.05 to 5 g/L; and the remainder of the volume comprises water; such that a gel comprising said components a-d exhibits a gel transition temperature between 32 and 38 degrees C. a. a non-ionic block copolymer or mixture of polymers consisting of polyethylene glycol and polypropylene glycol blocks; b. a phospholipid or mixture of phospholipids; c. a corticosteroid; and d. water;
A device for holding a glass panel, the device being a corner clip comprising: a base comprising mounting holes for mounting said corner clip on a regular or an irregular mounting surface; a gripper for holding the glass panel; a dovetail slider attached the base for sliding the gripper above the base; and a corner screw for securing the gripper above the base. a base comprising mounting holes for mounting said corner clip on a regular or an irregular mounting surface; a gripper for holding the glass panel; a dovetail slider attached the base for sliding the gripper above the base; and a corner screw for securing the gripper above the base.
A WDM optical transmitter for transmitting a WDM signal along an optical fibre, the WDM optical transmitter comprising: a set of optical inputs, one for each wavelength of a WDM optical signal to be transmitted; a graphene electro-absorption modulator, EAM, for each optical input to modulate light from the optical input; one or more drivers to drive each graphene EAM, wherein the one or more drivers have a data input, a low pass filter to low-pass filter data from the data input to provide low pass filtered data, and an output to drive each graphene EAM with a combination of the low pass filtered data and a bias voltage configured to bias the graphene EAM into a region in which when the transmission of the graphene EAM changes in a first direction the effective refractive index for the modulated light changes in a second, opposite direction and vice-versa, to provide a chirp having a first sign to the modulated light to compensate for a chirp having a second, opposite sign due to transmission of the modulated light through the optical fibre; and at least one graphene phase modulator optically coupled in series with the graphene EAM, at least one the one of the drivers are configured to drive the at least one graphene phase modulator with a combination of inverted low pass filtered data from the data input and a bias voltage configured to bias the graphene phase modulator into a region in which the graphene phase modulator remains transparent whilst the low pass filtered data changes an effective refractive index of the graphene phase modulator for the modulated light. a set of optical inputs, one for each wavelength of a WDM optical signal to be transmitted; a graphene electro-absorption modulator, EAM, for each optical input to modulate light from the optical input; one or more drivers to drive each graphene EAM, wherein the one or more drivers have a data input, a low pass filter to low-pass filter data from the data input to provide low pass filtered data, and an output to drive each graphene EAM with a combination of the low pass filtered data and a bias voltage configured to bias the graphene EAM into a region in which when the transmission of the graphene EAM changes in a first direction the effective refractive index for the modulated light changes in a second, opposite direction and vice-versa, to provide a chirp having a first sign to the modulated light to compensate for a chirp having a second, opposite sign due to transmission of the modulated light through the optical fibre; and at least one graphene phase modulator optically coupled in series with the graphene EAM, at least one the one of the drivers are configured to drive the at least one graphene phase modulator with a combination of inverted low pass filtered data from the data input and a bias voltage configured to bias the graphene phase modulator into a region in which the graphene phase modulator remains transparent whilst the low pass filtered data changes an effective refractive index of the graphene phase modulator for the modulated light.
Method for monitoring a charging process of a battery, wherein - the battery, a charging module, which supplies the battery with a charging current, and at least one additional electrical consumer are components of an electrical circuit; - wherein the additional consumer is an electric cooling unit for cooling the battery, - the battery comprises a plurality of battery cells connected in series; and - cell voltages of a plurality of battery cells are measured at regular time intervals, and - a battery charging current of the battery is measured at regular time intervals; and - at least one temperature of the battery is measured at regular time intervals, characterized in that loading of the battery by a switch-on process of the electric cooling unit for cooling the battery is prevented if the measured cell voltage of a battery cell exceeds a predetermined cell voltage threshold value, wherein an estimated value, which corresponds to an estimated maximum temperature in the battery when the charging process is continued uninterruptedly, is determined as a function of the cell voltages, of the battery charging current and of the temperature; and the electric cooling unit is switched on if the estimated value exceeds a predetermined temperature threshold value, but is not switched on if the measured cell voltage of a battery cell exceeds the predetermined cell voltage threshold value. - the battery, a charging module, which supplies the battery with a charging current, and at least one additional electrical consumer are components of an electrical circuit; - wherein the additional consumer is an electric cooling unit for cooling the battery, - the battery comprises a plurality of battery cells connected in series; and - cell voltages of a plurality of battery cells are measured at regular time intervals, and - a battery charging current of the battery is measured at regular time intervals; and - at least one temperature of the battery is measured at regular time intervals,
An orally-disintegrating pharmaceutical formulation, characterized by comprising flurbiprofen and polyvinylcaprolactam-polyvinyl acetate-polyethylene glycol graft copolymer.
A method for configuring a node, comprising the steps of: encapsulating, by a sending node, configuration information in a wavelength label information frame, wherein a downstream node performs adaptive configuration according to the configuration information; loading, by the sending node, the wavelength label information frame to an optical signal; and sending the wavelength label information frame and the optical signal; characterized in that the adaptive configuration comprises: setting a grid width of a wavelength-selective switch according to a spectrum resource required by a corresponding optical signal; setting a shape of a filter according to a subcarrier multiplexing manner and a modulation format of an optical signal; and setting a Digital Signal Processing, DSP, algorithm adopted for a receiver according to a modulation format, a multiplexing manner and a rate of the corresponding optical signal. encapsulating, by a sending node, configuration information in a wavelength label information frame, wherein a downstream node performs adaptive configuration according to the configuration information; loading, by the sending node, the wavelength label information frame to an optical signal; and sending the wavelength label information frame and the optical signal; characterized in that the adaptive configuration comprises: setting a grid width of a wavelength-selective switch according to a spectrum resource required by a corresponding optical signal; setting a shape of a filter according to a subcarrier multiplexing manner and a modulation format of an optical signal; and setting a Digital Signal Processing, DSP, algorithm adopted for a receiver according to a modulation format, a multiplexing manner and a rate of the corresponding optical signal. setting a grid width of a wavelength-selective switch according to a spectrum resource required by a corresponding optical signal; setting a shape of a filter according to a subcarrier multiplexing manner and a modulation format of an optical signal; and setting a Digital Signal Processing, DSP, algorithm adopted for a receiver according to a modulation format, a multiplexing manner and a rate of the corresponding optical signal.
A monitoring system for an electric power-assisted steering system comprising: a DC power supply; an inverter bridge including a plurality of bridge switches selectively connecting phases of a multi-phase electric motor to the DC power supply, the multi-phase electric motor being configured to provide power-assistance to a steering system of a vehicle; a bridge driver circuit for providing control signals to the inverter bridge; and a DC link capacitor circuit interposed between the DC power supply and the inverter bridge, the DC link capacitor circuit including at least one DC link capacitor; the monitoring system comprising: a monitoring circuit being configured to monitor the integrity of the DC link capacitor circuit, the monitoring circuit outputting a ripple value indicative of a ripple voltage in an output of the DC power supply; and comparison means for comparing the ripple value with at least one ripple parameter indicative of a fault in the DC link capacitor circuit and determining whether a fault is present. a DC power supply; an inverter bridge including a plurality of bridge switches selectively connecting phases of a multi-phase electric motor to the DC power supply, the multi-phase electric motor being configured to provide power-assistance to a steering system of a vehicle; a bridge driver circuit for providing control signals to the inverter bridge; and a DC link capacitor circuit interposed between the DC power supply and the inverter bridge, the DC link capacitor circuit including at least one DC link capacitor; the monitoring system comprising: a monitoring circuit being configured to monitor the integrity of the DC link capacitor circuit, the monitoring circuit outputting a ripple value indicative of a ripple voltage in an output of the DC power supply; and comparison means for comparing the ripple value with at least one ripple parameter indicative of a fault in the DC link capacitor circuit and determining whether a fault is present. a monitoring circuit being configured to monitor the integrity of the DC link capacitor circuit, the monitoring circuit outputting a ripple value indicative of a ripple voltage in an output of the DC power supply; and comparison means for comparing the ripple value with at least one ripple parameter indicative of a fault in the DC link capacitor circuit and determining whether a fault is present.
A nuclear power generating facility comprising: a containment building; an elongated reactor vessel housed within the containment building, the reactor vessel having a nuclear core having fissile material in which fission reactions take place and an open end axially spaced from the nuclear core, with the open end sealed by a head at a flange; a spent fuel pool supported outside the containment building at an elevation that extends substantially above the reactor vessel, the spent fuel pool having a pool of coolant in fluid communication with an interior of the reactor vessel through a first valve that is configured to supply coolant from the pool of coolant to the interior of the reactor vessel when the reactor is depressurized and a level of coolant within the reactor vessel is below a given level; and an ultimate heat sink coolant reservoir whose upper coolant level under normal operation of the nuclear power generating facility is supported at an elevation substantially above the spent fuel pool, with a lower portion of the ultimate heat sink reservoir in fluid communication with the spent fuel pool through a second valve whose opening and closing is controlled by a level of coolant in the spent fuel pool to add coolant from the ultimate heat sink coolant reservoir to the spent fuel pool to maintain the coolant in the spent fuel pool at approximately a preselected level. a containment building; an elongated reactor vessel housed within the containment building, the reactor vessel having a nuclear core having fissile material in which fission reactions take place and an open end axially spaced from the nuclear core, with the open end sealed by a head at a flange; a spent fuel pool supported outside the containment building at an elevation that extends substantially above the reactor vessel, the spent fuel pool having a pool of coolant in fluid communication with an interior of the reactor vessel through a first valve that is configured to supply coolant from the pool of coolant to the interior of the reactor vessel when the reactor is depressurized and a level of coolant within the reactor vessel is below a given level; and an ultimate heat sink coolant reservoir whose upper coolant level under normal operation of the nuclear power generating facility is supported at an elevation substantially above the spent fuel pool, with a lower portion of the ultimate heat sink reservoir in fluid communication with the spent fuel pool through a second valve whose opening and closing is controlled by a level of coolant in the spent fuel pool to add coolant from the ultimate heat sink coolant reservoir to the spent fuel pool to maintain the coolant in the spent fuel pool at approximately a preselected level.
An optical signal quality monitoring circuit (100, 200, 1000, 1100, 2400, 2500, 2600) comprising: photoelectric conversion means (104, 204, 1404, 2304, 2404, 2504, 2604) adapted to convert an input optical signal to an electrical signal; and sampling means (108, 208, 408, 508, 708, 1008, 1108, 1508, 1608, 1708, 1808, 1908, 2008, 2108, 2208, 2308, 2408, 2508, 2608) adapted to sample and convert the electrical signal with any given repetition frequency f 1 to digital sampling data by an analog to digital conversion; characterized by signal processing means (112, 212, 412, 512, 712, 812, 1012, 1112, 1412, 1512, 1712, 1812, 1912, 2012, 2112, 2212, 2412, 2512, 2612) adapted to calculate, by using the sampling data, averages μ 0 and μ 1 and standard deviations σ 0 and σ 1 for two distributions of signal amplitude values that are mark part and space part, to calculate the optical signal quality parameter of the optical signal using the calculated averages μ 0 and μ 1 and standard deviations σ 0 and σ 1, and to correct and evaluate the optical signal quality parameter of the optical signal based on correction factors obtained in advance according to a change in the signal bit rate of the optical signal. photoelectric conversion means (104, 204, 1404, 2304, 2404, 2504, 2604) adapted to convert an input optical signal to an electrical signal; and sampling means (108, 208, 408, 508, 708, 1008, 1108, 1508, 1608, 1708, 1808, 1908, 2008, 2108, 2208, 2308, 2408, 2508, 2608) adapted to sample and convert the electrical signal with any given repetition frequency f 1 to digital sampling data by an analog to digital conversion; characterized by signal processing means (112, 212, 412, 512, 712, 812, 1012, 1112, 1412, 1512, 1712, 1812, 1912, 2012, 2112, 2212, 2412, 2512, 2612) adapted to calculate, by using the sampling data, averages μ 0 and μ 1 and standard deviations σ 0 and σ 1 for two distributions of signal amplitude values that are mark part and space part, to calculate the optical signal quality parameter of the optical signal using the calculated averages μ 0 and μ 1 and standard deviations σ 0 and σ 1, and to correct and evaluate the optical signal quality parameter of the optical signal based on correction factors obtained in advance according to a change in the signal bit rate of the optical signal.
A composite tube assembly, characterised in that the composite tube assembly comprises: a compression sleeve comprising a proximal end of constant outer diameter, disposed within a composite tube and coupled to an inner surface of a distal end of the composite tube; a carbon extrusion member disposed within the composite tube) and extending coaxially into the compression sleeve, past the constant diameter proximal end; and an end fitting comprising a tapered locking feature extending longitudinally from the end fitting, wherein the end fitting is coupled to an inner surface of the compression sleeve and the locking feature is configured to engage the carbon extrusion member; wherein in use the assembly is configured such that, in response to a tensile load applied to the end fitting and thus a tensile force on an interface between end fitting and compression sleeve due to a coupling of the end fitting to the inner surface of the compression sleeve, the compression sleeve exerts a radially inward compression force against the carbon extrusion member and the locking feature, causing the locking feature to respond with a radially outward compressive force, such that the locking feature is configured to radially expand the carbon extrusion member. a compression sleeve comprising a proximal end of constant outer diameter, disposed within a composite tube and coupled to an inner surface of a distal end of the composite tube; a carbon extrusion member disposed within the composite tube) and extending coaxially into the compression sleeve, past the constant diameter proximal end; and an end fitting comprising a tapered locking feature extending longitudinally from the end fitting, wherein the end fitting is coupled to an inner surface of the compression sleeve and the locking feature is configured to engage the carbon extrusion member; wherein in use the assembly is configured such that, in response to a tensile load applied to the end fitting and thus a tensile force on an interface between end fitting and compression sleeve due to a coupling of the end fitting to the inner surface of the compression sleeve, the compression sleeve exerts a radially inward compression force against the carbon extrusion member and the locking feature, causing the locking feature to respond with a radially outward compressive force, such that the locking feature is configured to radially expand the carbon extrusion member.
A polypeptide comprising the sequence SLMTNLAAL, Ser 13 to Leu 21 of amino acid sequence shown in Figure 1 or SEQ ID No 1, and having HLA-A2 haplotype binding activity, or a polynucleotide encoding said polypeptide.