mhurhangee/ep-ind-claims huggingface dataset:
A method for gain adjustment in mobility measurements of a user equipment,UE, in an idle mode, the method comprising: selecting a signal stream of a plurality of signal streams received from a plurality of radio cells for mobility measurements; performing a mobility measurement on the selected signal stream based on a given gain; determining a gain update of the selected signal stream based on a received signal strength measurement of the selected signal stream; and if the gain update is outside a predetermined gain range, initiating a recovery of the mobility measurement including a rescheduling of the mobility measurement based on the gain update. selecting a signal stream of a plurality of signal streams received from a plurality of radio cells for mobility measurements; performing a mobility measurement on the selected signal stream based on a given gain; determining a gain update of the selected signal stream based on a received signal strength measurement of the selected signal stream; and if the gain update is outside a predetermined gain range, initiating a recovery of the mobility measurement including a rescheduling of the mobility measurement based on the gain update.
A positive electrode for secondary batteries manufactured by coating and rolling a slurry for a positive electrode mix comprising positive electrode active material particles on a current collector, wherein the positive electrode active material particles comprise lithium iron phosphate particles having an olivine crystal structure and lithium nickel-manganese-cobalt composite oxide particles according to Formula 1, the lithium nickel-manganese-cobalt composite oxide particles existing as secondary particles formed by agglomeration of primary particles, in an amount of greater than 50% and less than 90% based on the total volume of lithium nickel-manganese-cobalt composite oxide, and the lithium iron phosphate particles existing as primary particles in an amount of greater than 50% and less than 100% based on the total volume of lithium iron phosphate: Li 1+z Ni b Mn c Co 1-(b+c+d) M d O (2-e) A e, wherein -0.5≤z≤0.5, 0.1≤b≤0.8, 0.1≤c≤0.8, 0≤d≤0.2, 0≤e≤0.2, b+c+d<1, M is Al, Mg, Cr, Ti, Si or Y, and A is F, P or Cl, wherein a ratio of the lithium iron phosphate particles to the lithium nickel-manganese-cobalt composite oxide particles is 30:70 to 70:30 based on a total weight of positive electrode active material.
A solid state light source driving and dimming system, comprising: a plurality of solid state light source driver circuits configured to be coupled to an AC voltage source, each driver circuit comprising: a constant current circuitry coupled to the AC voltage source, wherein the constant current circuitry is configured to generate a constant AC current from the AC voltage source; rectifier circuitry coupled to the constant current circuitry and configured to generate a DC current to drive at least one solid state light source; shunt circuitry coupled to a negative voltage rail and a positive voltage rail of the AC voltage source; switch circuitry coupled to the shunt circuitry; and pulse width modulation circuitry configured to generate a PWM signal to control a conduction state of the switch circuitry to either open or closed; characterised in that when the switch circuitry conduction state is closed, a conduction path exists between the AC voltage source and the shunt circuitry through the switch circuitry to discontinue the DC current, and when the switch circuitry conduction state is open, the shunt circuitry is electrically decoupled from the AC voltage source. a plurality of solid state light source driver circuits configured to be coupled to an AC voltage source, each driver circuit comprising: a constant current circuitry coupled to the AC voltage source, wherein the constant current circuitry is configured to generate a constant AC current from the AC voltage source; rectifier circuitry coupled to the constant current circuitry and configured to generate a DC current to drive at least one solid state light source; shunt circuitry coupled to a negative voltage rail and a positive voltage rail of the AC voltage source; switch circuitry coupled to the shunt circuitry; and pulse width modulation circuitry configured to generate a PWM signal to control a conduction state of the switch circuitry to either open or closed; characterised in that a constant current circuitry coupled to the AC voltage source, wherein the constant current circuitry is configured to generate a constant AC current from the AC voltage source; rectifier circuitry coupled to the constant current circuitry and configured to generate a DC current to drive at least one solid state light source; shunt circuitry coupled to a negative voltage rail and a positive voltage rail of the AC voltage source; switch circuitry coupled to the shunt circuitry; and pulse width modulation circuitry configured to generate a PWM signal to control a conduction state of the switch circuitry to either open or closed; characterised in that
An artificial turf infill comprising a thermally treated olive pit material, characterized in that the thermally treated olive pit material has a bimodal size distribution with a major mode and a minor mode, wherein the major mode comprises olive pit fragments and has a peak between 0.5 mm to 4.0 mm, more in particular between 0.5 mm to 2.5 mm, and most in particular between 0.5 mm to 2.0 mm, and wherein the minor mode comprises olive pit particles having a size less than 63 μm and has a peak at less than 63 μm. the thermally treated olive pit material has a bimodal size distribution with a major mode and a minor mode, wherein the major mode comprises olive pit fragments and has a peak between 0.5 mm to 4.0 mm, more in particular between 0.5 mm to 2.5 mm, and most in particular between 0.5 mm to 2.0 mm, and wherein the minor mode comprises olive pit particles having a size less than 63 μm and has a peak at less than 63 μm.
A computer implemented method of analyzing a flood operation on a hydrocarbon reservoir having heavy oil, the method comprising: for a first injection well of the hydrocarbon reservoir: receiving injection rate data and production rate data for production wells communicating with the first injection well for a period of time; establishing a plurality of time windows based on breakthrough time of each production well that has broken through until the current date, wherein the production rate data is indicative of breakthrough; running capacitance resistance modeling for each established time window to generate interwell connectivities for each well pair; solving a continuous function for each well pair using the capacitance resistance modeling generated interwell connectivity of the well pair over time to estimate interwell connectivity for each well pair in the future; using the production rate data to solve an oil-cut model for each production well that has broken through to estimate oil-cut value for each production well in the future; and determining a value of injected fluid for the first injection well as a function of time in the future using the continuous function estimated interwell connectivity and the estimated oil-cut value. receiving injection rate data and production rate data for production wells communicating with the first injection well for a period of time; establishing a plurality of time windows based on breakthrough time of each production well that has broken through until the current date, wherein the production rate data is indicative of breakthrough; running capacitance resistance modeling for each established time window to generate interwell connectivities for each well pair; solving a continuous function for each well pair using the capacitance resistance modeling generated interwell connectivity of the well pair over time to estimate interwell connectivity for each well pair in the future; using the production rate data to solve an oil-cut model for each production well that has broken through to estimate oil-cut value for each production well in the future; and determining a value of injected fluid for the first injection well as a function of time in the future using the continuous function estimated interwell connectivity and the estimated oil-cut value.
A method for producing a cellulose derivative, wherein a reaction is carried out without using a catalyst in a mixture comprising: a biomass source material comprising cellulose as lignocellulose; an ionic liquid in which a cation is represented by the following Formula: wherein, R 1 and R 2 each independently are an alkyl group, an alkenyl group, an alkoxyalkyl group, or a substituted or unsubstituted phenyl group, and R 3 to R 5 each independently are hydrogen, an alkenyl group, an alkoxyalkyl group, or a substituted or unsubstituted phenyl group, for which the pKa of a conjugate acid of an anion in DMSO is 12 to 19 and which is capable of producing a carbene; and a chain or cyclic ester compound. wherein, R 1 and R 2 each independently are an alkyl group, an alkenyl group, an alkoxyalkyl group, or a substituted or unsubstituted phenyl group, and R 3 to R 5 each independently are hydrogen, an alkenyl group, an alkoxyalkyl group, or a substituted or unsubstituted phenyl group, for which the pKa of a conjugate acid of an anion in DMSO is 12 to 19 and which is capable of producing a carbene; and a chain or cyclic ester compound.
A toy building set comprising a number of moulded building elements, each of which is provided with a first set of mutually compatibly designed male and/or female coupling parts by which they can be mutually coupled together to build a construction comprising two or more such building elements, and where the toy building set furthermore comprises at least one layered building element constructed by building layer on layer of plastic material, like in 3D-printing, and being provided with coupling parts by which the layered building element can be coupled together with the moulded building elements, characterized in that the coupling parts of the layered building element are shaped incompatibly with the male and female coupling parts of the moulded building elements and in that the toy building set furthermore comprises a number of moulded adapter elements having coupling parts that are designed compatibly in view of coupling together with the male and/or female coupling parts of the moulded building elements as well as coupling parts (4, 5) that are designed compatibly with the coupling parts of the layered building element.
A multiple treating system comprising: a main laundry treating machine for washing or drying laundry; an auxiliary laundry treating machine for drying or deodorizing laundry including a machine body mounted at one side of the main laundry treating machine, a container for receiving the laundry to be dried or deodorized, the container being configured to be slidably mounted in the machine body, and an air supply unit mounted in the main laundry treating machine for supplying air into said container; and a controller for controlling the operation of the air supply unit; wherein the air supply unit includes a blowing fan for suctioning and blowing air in the main laundry treating machine, and a heater for heating the air blown by the blowing fan; characterized by a weight sensor for measuring the amount of laundry received in the container, wherein the controller controls the rotation speed of the blowing fan and the temperature of the heater based on the amount of laundry measured by the weight sensor. a main laundry treating machine for washing or drying laundry; an auxiliary laundry treating machine for drying or deodorizing laundry including a machine body mounted at one side of the main laundry treating machine, a container for receiving the laundry to be dried or deodorized, the container being configured to be slidably mounted in the machine body, and an air supply unit mounted in the main laundry treating machine for supplying air into said container; and a controller for controlling the operation of the air supply unit; wherein the air supply unit includes a blowing fan for suctioning and blowing air in the main laundry treating machine, and a heater for heating the air blown by the blowing fan; characterized by a weight sensor for measuring the amount of laundry received in the container, wherein the controller controls the rotation speed of the blowing fan and the temperature of the heater based on the amount of laundry measured by the weight sensor.
A liposomal composition for inducing B cell immune tolerance to a T cell dependent polypeptide antigen, the composition comprising a liposome nanoparticle displaying the T cell dependent polypeptide antigen and a glycan ligand for a CD22 or Siglec-G/10 sialic acid binding Ig-like lectin (Siglec) of human B lymphocytes, where the glycan ligand is linked indirectly to the antigen via a lipid moiety on a liposome.
A multiplier-accumulator, MAC, system, comprising: a MAC circuit, including: plurality of output lines, each output line including a plurality of resistors, having respective resistances, a capacitor connected to the plurality of resistors to charge, in response to a plurality of input signals, the capacitor with electric charge, and a comparator; and a time-to-digital converter, TDC, comprising a single global counter, connected to the plurality of output lines and configured to count a number of reference clocks in response to a start time instant at which the plurality of input signals are received, wherein the TDC comprises a hold circuit for each output line, the hold circuit configured to receive the number of reference clock signals counted by the single global counter until an output time instant is received from the comparator of the respective output line when a voltage of the capacitor of the respective output line exceeds a reference voltage, and the TDC is configured to output for each hold circuit a digital value based on the counted number of reference clock signals received at a respective hold circuit, wherein each digital value represents information of a charge time of the capacitor of the respective output line of the respective hold circuit and is an accumulation result of the MAC circuit. plurality of output lines, each output line including a plurality of resistors, having respective resistances, a capacitor connected to the plurality of resistors to charge, in response to a plurality of input signals, the capacitor with electric charge, and a comparator; and a time-to-digital converter, TDC, comprising a single global counter, connected to the plurality of output lines and configured to count a number of reference clocks in response to a start time instant at which the plurality of input signals are received, wherein the TDC comprises a hold circuit for each output line, the hold circuit configured to receive the number of reference clock signals counted by the single global counter until an output time instant is received from the comparator of the respective output line when a voltage of the capacitor of the respective output line exceeds a reference voltage, and the TDC is configured to output for each hold circuit a digital value based on the counted number of reference clock signals received at a respective hold circuit, wherein each digital value represents information of a charge time of the capacitor of the respective output line of the respective hold circuit and is an accumulation result of the MAC circuit.
A process for producing a fluorinated polymer, which comprises polymerizing a monomer component containing at least one cyclic structure monomer selected from the group consisting of a compound represented by the following formula, a compound represented by the following formula, a compound represented by the following formula and a compound represented by the following formula in the presence of a polymerization initiator at a predetermined polymerization temperature to obtain a mixture containing a fluorinated polymer and an unreacted cyclic structure monomer, and recovering the cyclic structure monomer from the mixture at a temperature of at most the maximum ultimate temperature of the polymerization temperature + 12°C and at most the 10 hour half-life temperature of the polymerization initiator + 12°C under a pressure of less than the atmospheric pressure: wherein each of R 11, R 12, R 13, R 14, R 15 and R 16 is a C 1-10 perfluoroalkylene group or a group having an etheric oxygen atom in a carbon-carbon bond of a C 2-10 perfluoroalkylene group.
Method for manufacturing a polyurethane foam based on MDI (diphenylmethane diisocyanate) and on a polyol with a high ethylene oxide content having an ethylene oxide content of greater than 50% (% by weight), in which the following are mixed, under pressure, to form a foaming liquid precursor of polyurethane foam: - a first reactive liquid, referred to as liquid A, comprising on the one hand a urethane prepolymer based on a first portion of the MDI and on a first portion of this polyol, and on the other hand the second portion of the MDI in the free state, said prepolymer being dissolved in this second portion of MDI in the free state; - with a second reactive liquid, referred to as liquid B, comprising the second portion of this polyol and water as foaming agent, characterized in that the amount of this polyol with a high content of ethylene oxide in the liquid B represents between 25% and 75% by weight of the total of this polyol. - a first reactive liquid, referred to as liquid A, comprising on the one hand a urethane prepolymer based on a first portion of the MDI and on a first portion of this polyol, and on the other hand the second portion of the MDI in the free state, said prepolymer being dissolved in this second portion of MDI in the free state; - with a second reactive liquid, referred to as liquid B, comprising the second portion of this polyol and water as foaming agent,
A metal closure for a container, the metal closure comprising: a circular, closure panel having an internal surface extending to a periphery; a concentric channel extending from the periphery along an angled wall into a parallel wall generally parallel to the closure panel, the parallel wall extending into a first rounded wall having a center of radius within the closure, wherein the parallel wall is offset from the closure panel by a first distance; a concentric flange extending from the first rounded wall into a second rounded wall having a center of radius external to the closure into a transition wall which extends into a third rounded wall having a center of radius within the closure, wherein the first rounded wall transitions into the second rounded wall at a second distance from the periphery, the second distance being at least 2 times as large as the first distance; a cylindrical skirt extending from the concentric flange; at least 4 equally spaced rolled flanges extending from the cylindrical skirt; at least one thread engagement flange located between each pair of rolled flanges; and a resilient polymeric material which fills the concentric channel, characterized in that the cross-sectional width of the material in the concentric channel is in the range of 150% to 250% of the cross-sectional height of the material in the concentric channel. a circular, closure panel having an internal surface extending to a periphery; a concentric channel extending from the periphery along an angled wall into a parallel wall generally parallel to the closure panel, the parallel wall extending into a first rounded wall having a center of radius within the closure, wherein the parallel wall is offset from the closure panel by a first distance; a concentric flange extending from the first rounded wall into a second rounded wall having a center of radius external to the closure into a transition wall which extends into a third rounded wall having a center of radius within the closure, wherein the first rounded wall transitions into the second rounded wall at a second distance from the periphery, the second distance being at least 2 times as large as the first distance; a cylindrical skirt extending from the concentric flange; at least 4 equally spaced rolled flanges extending from the cylindrical skirt; at least one thread engagement flange located between each pair of rolled flanges; and a resilient polymeric material which fills the concentric channel, characterized in that the cross-sectional width of the material in the concentric channel is in the range of 150% to 250% of the cross-sectional height of the material in the concentric channel.
A method for providing backup communication, comprising: determining when Ethernet communication using a primary communication mode of an Ethernet cable and an Ethernet gateway coupled to an Ethernet switch and a patient call device is non-functional, the Ethernet cable, the Ethernet gateway, the Ethernet switch, and the patient call device interconnected through a hospital local area network; receiving, at a backup communication system, BCS, processor coupled to the patient call device, a first call signal from the patient call device; and transmitting, from the BCS processor, a second call signal to a monitoring device, said second call signal representative of said first call signal; wherein the first call signal is transmitted on a secondary communication mode of the Ethernet cable, the secondary communication mode being different from the primary communication mode of said Ethernet cable. determining when Ethernet communication using a primary communication mode of an Ethernet cable and an Ethernet gateway coupled to an Ethernet switch and a patient call device is non-functional, the Ethernet cable, the Ethernet gateway, the Ethernet switch, and the patient call device interconnected through a hospital local area network; receiving, at a backup communication system, BCS, processor coupled to the patient call device, a first call signal from the patient call device; and transmitting, from the BCS processor, a second call signal to a monitoring device, said second call signal representative of said first call signal; wherein the first call signal is transmitted on a secondary communication mode of the Ethernet cable, the secondary communication mode being different from the primary communication mode of said Ethernet cable.
A control system for a work machine having an upper frame rotatably mounted to a lower frame: characterised by a controller configured to limit a maximum speed of the machine when a rotation angle (α) between the upper frame and the lower frame exceeds a first predetermined value.
A bioreactor comprising at least one culture chamber having a bottom part, wherein the bottom part has at least one opening, wherein the bioreactor has at least two culture chambers (20, 30) being in gas or fluid contact via the opening,wherein each culture chamber (20, 30) is associated with at least one micropump (40, 50) being in gas or fluid contact, wherein the culture chamber having a membrane or a filter located in the opening.