mhurhangee/ep-ind-claims huggingface dataset:
A method for activating a secondary cell, applied to a terminal, the method comprising: receiving a reference signal activation signaling, wherein the reference signal activation signaling is used for activating a reference signal, and the reference signal is used for activation of the secondary cell; and receiving the reference signal based on the reference signal activation signaling, and activating the secondary cell, characterized in that a time domain length of the reference signal is indicated by a reference signal configuration signaling sent by a network device, wherein the time domain length of the reference signal is represented by a number of repeated transmissions of the reference signal, and a number of time domain positions occupied by the reference signal is four times the number of repeated transmissions. receiving a reference signal activation signaling, wherein the reference signal activation signaling is used for activating a reference signal, and the reference signal is used for activation of the secondary cell; and receiving the reference signal based on the reference signal activation signaling, and activating the secondary cell, characterized in that a time domain length of the reference signal is indicated by a reference signal configuration signaling sent by a network device, wherein the time domain length of the reference signal is represented by a number of repeated transmissions of the reference signal, and a number of time domain positions occupied by the reference signal is four times the number of repeated transmissions.
Method for deforming, in particular splitting, at least one water-based droplet, or displacing at least two water-based droplets towards each other, in particular for collapsing said droplets, in a microchannel having a longitudinal axis and filled with oil or a fluorinated solvent, said method comprising: - introducing the at least one droplet or the at least two droplets in the microchannel, - generating an electric field. within at least one portion of the microchannel, at least when the at least one droplet or the at least two droplets are located within said microchannel portion, said electric field being substantially collinear to the axis of the microchannel in said portion and having an amplitude and frequency chosen such as to deform the at least one droplet, or to displace towards each other in the microchannel the at least two droplets, the electric field being generated by droplet manipulation means comprising: • a generator unit, and • an electrode assembly, comprising at least two electrodes (4;35) axially spaced along the axis of the microchannel by a distance long enough for the electric field between the electrodes to be substantially collinear to the axis of the microchannel, the generator unit comprising at least one of a current and voltage generator for creating a difference of potential between the electrodes (4;35), wherein the electrode assembly is electrically insulated from the inside surface of the microchannel. - introducing the at least one droplet or the at least two droplets in the microchannel, - generating an electric field. within at least one portion of the microchannel, at least when the at least one droplet or the at least two droplets are located within said microchannel portion, said electric field being substantially collinear to the axis of the microchannel in said portion and having an amplitude and frequency chosen such as to deform the at least one droplet, or to displace towards each other in the microchannel the at least two droplets, • a generator unit, and • an electrode assembly, comprising at least two electrodes (4;35) axially spaced along the axis of the microchannel by a distance long enough for the electric field between the electrodes to be substantially collinear to the axis of the microchannel, the generator unit comprising at least one of a current and voltage generator for creating a difference of potential between the electrodes (4;35), wherein the electrode assembly is electrically insulated from the inside surface of the microchannel.
Process for inactivating proteases in liquids that are obtained from mammalian cell cultures, comprising the steps of: (a) adjusting the pH of the liquid to 3 to 5; and then (b) adjusting the pH of the liquid to 7 to 9, wherein step (a) is carried out at a temperature of 20 to 30°C, and the pH in step (a) is maintained for a period of 5 minutes to 30 minutes. (a) adjusting the pH of the liquid to 3 to 5; and then (b) adjusting the pH of the liquid to 7 to 9,
Coupled cavity filter structure using a guided surface acoustic wave comprising: an acoustic wave propagating substrate; at least one input transducer structure (112, 506) and one output transducer structure (114, 506), provided over the substrate, each comprising inter-digitated comb electrodes (124, 126, 508, 510), one reflecting structure, said reflecting structure comprising at least one or more metallic strips, positioned in between the input and output transducer structures (112, 114, 506) at a distance d of the input and output transducer structures (112, 114, 506), in the direction of propagation of an acoustic wave, characterised in that the acoustic wave propagation substrate is a composite substrate comprising a base substrate and a piezoelectric layer, wherein the thickness of the piezoelectric layer is smaller or equal to 1.5 λ, wherein λ is the wavelength of the fundamental mode of the guided surface acoustic wave, and each region located between said reflecting structure and each of the input transducer structure (112, 114, 506) and the output transducer structure (112, 114, 506) respectively, forms an acoustic cavity with its width defined by the distance d, and the coupled cavity filter is configured so that the guided surface acoustic wave is a guided shear wave or a guided longitudinal wave inside the piezoelectric layer. an acoustic wave propagating substrate; at least one input transducer structure (112, 506) and one output transducer structure (114, 506), provided over the substrate, each comprising inter-digitated comb electrodes (124, 126, 508, 510), one reflecting structure, said reflecting structure comprising at least one or more metallic strips, positioned in between the input and output transducer structures (112, 114, 506) at a distance d of the input and output transducer structures (112, 114, 506), in the direction of propagation of an acoustic wave, characterised in that the acoustic wave propagation substrate is a composite substrate comprising a base substrate and a piezoelectric layer, wherein the thickness of the piezoelectric layer is smaller or equal to 1.5 λ, wherein λ is the wavelength of the fundamental mode of the guided surface acoustic wave, and each region located between said reflecting structure and each of the input transducer structure (112, 114, 506) and the output transducer structure (112, 114, 506) respectively, forms an acoustic cavity with its width defined by the distance d, and the coupled cavity filter is configured so that the guided surface acoustic wave is a guided shear wave or a guided longitudinal wave inside the piezoelectric layer.
A method for transmitting power headroom information by a terminal in a mobile communication system, the method comprising: receiving, by the terminal, information on an allocated uplink transmission resource; determining (515, 520) whether a path loss has changed more than a threshold, after transmitting last power headroom information, when the terminal has the allocated uplink transmission resource; if the path loss has changed more than the threshold when the terminal has the allocated uplink transmission resource, determining a transmission of the power headroom information; and transmitting an uplink packet including the power headroom information using the allocated uplink transmission resource, wherein the power headroom information is obtained based on a difference between a maximum transmission power of the terminal and a transmission power of the terminal. receiving, by the terminal, information on an allocated uplink transmission resource; determining (515, 520) whether a path loss has changed more than a threshold, after transmitting last power headroom information, when the terminal has the allocated uplink transmission resource; if the path loss has changed more than the threshold when the terminal has the allocated uplink transmission resource, determining a transmission of the power headroom information; and transmitting an uplink packet including the power headroom information using the allocated uplink transmission resource, wherein the power headroom information is obtained based on a difference between a maximum transmission power of the terminal and a transmission power of the terminal.
A precession fluid turbine, comprising a stator with an intake for fluid and with an outlet for fluid and in the stator a bladeless rolling rotor is set on a holding equipment, the rotor is formed by a body of rotational shape, and the holding equipment is adapted to allow the rolling of the rotor along the interior side of the stator, while the rolling rotor is connected by a mechanism to an electric current generator placed in a watertight case, characterised in that the mechanism comprises a crankshaft placed between the rolling rotor and the electric current generator and the crankshaft is provided with a magnetic clutch.
A resources allocation method for multiple radio remote units sharing a cell, comprising: in the cell with the multiple radio remote units, measuring (S101, S201) a test value of a reference signal of a user equipment in the cell under each radio remote unit, wherein the test value of the reference signal comprises reference signal receiving power; selecting (S102, S202) a radio remote unit with the maximum test value as a work radio remote unit of the user equipment; comparing a difference between the test value of the reference signal of the user equipment under the work radio remote unit and that of the reference signal of the user equipment under another radio remote unit in the cell; and selecting the another radio remote unit as a work radio remote unit at the same time, if the difference is smaller than a preset value. in the cell with the multiple radio remote units, measuring (S101, S201) a test value of a reference signal of a user equipment in the cell under each radio remote unit, wherein the test value of the reference signal comprises reference signal receiving power; selecting (S102, S202) a radio remote unit with the maximum test value as a work radio remote unit of the user equipment; comparing a difference between the test value of the reference signal of the user equipment under the work radio remote unit and that of the reference signal of the user equipment under another radio remote unit in the cell; and selecting the another radio remote unit as a work radio remote unit at the same time, if the difference is smaller than a preset value.
A lithium secondary battery comprising: a cathode active material comprising a lithium iron phosphate having an olivine crystal structure according to Formula 1 below: an anode active material comprising amorphous carbon, wherein the amorphous carbon is hard carbon and/or soft carbon; and an electrolyte for lithium secondary batteries comprising a lithium salt and a mixed solvent composed of an ether based solvent and propylene carbonate? wherein propylene carbonate is comprised in an amount of 1 wt% to 60 wt% in the electrolyte for lithium secondary batteries, based on a total weight of the electrolyte, wherein the ether based solvent is at least one selected from the group consisting of tetrahydrofuran, 2-methyltetrahydrofuran, dimethyl ether, and dibutyl ether, Li 1+a Fe 1-x M' x (PO 4-b)X b wherein M' is at least one selected from Al, Mg, Ni, Co, Mn, Ti, Ga, Cu, V, Nb, Zr, Ce, In, Zn, and Y, X is at least one selected from F, S, and N, and -0.5≤a≤+0.5, 0≤x≤0.5, and 0≤b≤0.1. a cathode active material comprising a lithium iron phosphate having an olivine crystal structure according to Formula 1 below: an anode active material comprising amorphous carbon, wherein the amorphous carbon is hard carbon and/or soft carbon; and an electrolyte for lithium secondary batteries comprising a lithium salt and a mixed solvent composed of an ether based solvent and propylene carbonate? an anode active material comprising amorphous carbon, wherein the amorphous carbon is hard carbon and/or soft carbon; and an electrolyte for lithium secondary batteries comprising a lithium salt and a mixed solvent composed of an ether based solvent and propylene carbonate? wherein propylene carbonate is comprised in an amount of 1 wt% to 60 wt% in the electrolyte for lithium secondary batteries, based on a total weight of the electrolyte, wherein the ether based solvent is at least one selected from the group consisting of tetrahydrofuran, 2-methyltetrahydrofuran, dimethyl ether, and dibutyl ether, Li 1+a Fe 1-x M' x (PO 4-b)X b wherein M' is at least one selected from Al, Mg, Ni, Co, Mn, Ti, Ga, Cu, V, Nb, Zr, Ce, In, Zn, and Y, X is at least one selected from F, S, and N, and -0.5≤a≤+0.5, 0≤x≤0.5, and 0≤b≤0.1. wherein M' is at least one selected from Al, Mg, Ni, Co, Mn, Ti, Ga, Cu, V, Nb, Zr, Ce, In, Zn, and Y, X is at least one selected from F, S, and N, and -0.5≤a≤+0.5, 0≤x≤0.5, and 0≤b≤0.1.
Device for pushing out a furniture part which is accommodated in a movable manner on a fixed furniture part, comprising a pushing-out lever drivable by a drive unit and being fitted on one of the two furniture parts and in temporary contact with the other furniture part in order to push out the movable furniture part, and the pushing-out lever having an abutment region within which the contact between the pushing-out lever and the other furniture part takes place, wherein the pushing-out lever can be driven, with the intention that during a pushing-out operation the contact between the pushing-out lever and the other furniture part is eliminated, characterised in that the abutment region has a bend.
A method (S100, S200) of operating a computer system for managing blood loss of a patient, comprising: • receiving an image of a physical sample (S120, S210); • extracting a feature from an area of the image corresponding to the physical sample (S130, S220); • estimating a blood volume indicator of the physical sample according to the extracted feature (S140, S230); • estimating a patient blood loss based on the blood volume indicator; • estimating a euvolemic patient hematocrit based on an estimated patient blood volume and the estimated patient blood loss; • receiving a measured patient hematocrit; and • generating a volemic status indicator based on a comparison between the measured patient hematocrit and the estimated euvolemic patient hematocrit. • receiving an image of a physical sample (S120, S210); • extracting a feature from an area of the image corresponding to the physical sample (S130, S220); • estimating a blood volume indicator of the physical sample according to the extracted feature (S140, S230); • estimating a patient blood loss based on the blood volume indicator; • estimating a euvolemic patient hematocrit based on an estimated patient blood volume and the estimated patient blood loss; • receiving a measured patient hematocrit; and • generating a volemic status indicator based on a comparison between the measured patient hematocrit and the estimated euvolemic patient hematocrit.
A control device for a washing machine, the device comprising: a fabric detection unit for detecting the fabric texture of laundry received in a drum of a washing machine; a detection unit for detecting the weight of the laundry; and a control unit for determining the fabric type of the laundry on the basis of the detected fabric texture, and controlling the washing machine on the basis of the fabric type and the weight of the laundry, characterized in that the fabric detection unit detects a frictional resistance value due to a contact with the laundry and outputs the detected frictional resistance value as the fabric texture of the laundry; and the control unit selects the same or similar value to the detected frictional resistance value among predecided frictional resistance values corresponding to the fabric texture of each fabric type, and controls temperature of the laundry to be applied into the drum, a washing level of the laundry and a dehydrating speed of the laundry on the basis of the fabric type corresponding to the selected frictional resistance value and the detected weight. a fabric detection unit for detecting the fabric texture of laundry received in a drum of a washing machine; a detection unit for detecting the weight of the laundry; and a control unit for determining the fabric type of the laundry on the basis of the detected fabric texture, and controlling the washing machine on the basis of the fabric type and the weight of the laundry, characterized in that the fabric detection unit detects a frictional resistance value due to a contact with the laundry and outputs the detected frictional resistance value as the fabric texture of the laundry; and the control unit selects the same or similar value to the detected frictional resistance value among predecided frictional resistance values corresponding to the fabric texture of each fabric type, and controls temperature of the laundry to be applied into the drum, a washing level of the laundry and a dehydrating speed of the laundry on the basis of the fabric type corresponding to the selected frictional resistance value and the detected weight.
A mixer for a liquid chromatography system comprising: a flow distributor having a distributor inlet port having a distributor inlet cross-section and a distributor outlet port having a distributor outlet cross-section which is greater than the distributor inlet cross-section, the distributor inlet port configured to receive a flow of a compositional solvent stream and the distributor outlet port configured to provide the compositional solvent stream distributed across the distributor outlet cross-section; a mixing disk having an inlet face, an outlet face and a plurality of channels each having an inlet end at the inlet face and an outlet end at the outlet face, the inlet face being in communication with the distributor outlet port, the channels having a flow direction anisotropy between the inlet and outlet faces; and a flow collector having a collector inlet port having a collector inlet cross-section and a collector outlet port having a collector outlet cross-section which is less than the collector inlet cross-section, the collector inlet port being in communication with the outlet face of the mixing disk to receive the flow of the compositional solvent stream after passing through the mixing disk. a flow distributor having a distributor inlet port having a distributor inlet cross-section and a distributor outlet port having a distributor outlet cross-section which is greater than the distributor inlet cross-section, the distributor inlet port configured to receive a flow of a compositional solvent stream and the distributor outlet port configured to provide the compositional solvent stream distributed across the distributor outlet cross-section; a mixing disk having an inlet face, an outlet face and a plurality of channels each having an inlet end at the inlet face and an outlet end at the outlet face, the inlet face being in communication with the distributor outlet port, the channels having a flow direction anisotropy between the inlet and outlet faces; and a flow collector having a collector inlet port having a collector inlet cross-section and a collector outlet port having a collector outlet cross-section which is less than the collector inlet cross-section, the collector inlet port being in communication with the outlet face of the mixing disk to receive the flow of the compositional solvent stream after passing through the mixing disk.
A method of obtaining a sturgeon-derived oil wherein the oil is extracted from membrane of sturgeon roe sacks following separation of the roe from the roe sacks.
An inhibitor of TTK protein kinase for use in a method of treating an individual having cancer by inhibiting said TTK protein kinase, wherein the cancer is a Phosphatase and Tensin Homolog (PTEN) mutated or deficient cancer.
One or more non-transitory computer-readable media storing computer-executable instructions that upon execution cause one or more processors to perform acts comprising: selecting a subscription management service as a sole provider of Embedded Subscriber Identity Module, eSIM, profile management to an entity, the subscription management service being provided by one or more subscription managers that execute on one or more computing devices, the one or more subscription managers including at least one of a Subscription Manager Data Preparation, SM-DP, or a Subscription Manager Secure Routing, SM-SR; and mapping the entity solely to the subscription management service to configure an eSIM management platform to route profile management communications for the entity between the entity and the subscription management service, the eSIM management platform providing an application program interface, API, abstraction layer for the entity to initiate profile management operations with respect to eSIM profiles, wherein the eSIM management platform is a backend service of a wireless communication carrier, and wherein the entity is a wireless communication carrier, a third-party partner of the wireless communication carrier, a network aggregator, or a hub. selecting a subscription management service as a sole provider of Embedded Subscriber Identity Module, eSIM, profile management to an entity, the subscription management service being provided by one or more subscription managers that execute on one or more computing devices, the one or more subscription managers including at least one of a Subscription Manager Data Preparation, SM-DP, or a Subscription Manager Secure Routing, SM-SR; and mapping the entity solely to the subscription management service to configure an eSIM management platform to route profile management communications for the entity between the entity and the subscription management service, the eSIM management platform providing an application program interface, API, abstraction layer for the entity to initiate profile management operations with respect to eSIM profiles, wherein the eSIM management platform is a backend service of a wireless communication carrier, and wherein the entity is a wireless communication carrier, a third-party partner of the wireless communication carrier, a network aggregator, or a hub.