mhurhangee/ep-ind-claims huggingface dataset:
A method in a first wireless device of relaying data from a second wireless device to a wireless communication network, the method comprising: obtaining data transmission information associated with data to be relayed from the second wireless device to the wireless communication network, wherein the data transmission information includes an estimated time for receiving the data from the second wireless device at the first wireless device; estimating a resource grant delay, the resource grant delay comprising a delay between requesting resources from the wireless communication network according to the data transmission information and receiving an indication of resources from the wireless communication network; requesting resources from the wireless communication network according to the data transmission information before receiving the data to be relayed, wherein requesting resources from the wireless communication network according to the data transmission information is performed an amount of time equal to or greater than the estimated resource grant delay before the estimated time for receiving the data to be relayed; receiving the indication of resources from the wireless communication network; receiving the data from the second wireless device; and transmitting the data to the wireless communication network using the indicated resources. obtaining data transmission information associated with data to be relayed from the second wireless device to the wireless communication network, wherein the data transmission information includes an estimated time for receiving the data from the second wireless device at the first wireless device; estimating a resource grant delay, the resource grant delay comprising a delay between requesting resources from the wireless communication network according to the data transmission information and receiving an indication of resources from the wireless communication network; requesting resources from the wireless communication network according to the data transmission information before receiving the data to be relayed, wherein requesting resources from the wireless communication network according to the data transmission information is performed an amount of time equal to or greater than the estimated resource grant delay before the estimated time for receiving the data to be relayed; receiving the indication of resources from the wireless communication network; receiving the data from the second wireless device; and transmitting the data to the wireless communication network using the indicated resources.
System for fatigue testing a wind turbine blade comprising: (a) a mounting for retaining a root end of the wind turbine blade, (b) at least one actuator assembly for attachment to the wind turbine blade, the at least one actuator assembly comprising at least one actuator for exciting the wind turbine blade in flapwise directions and/or edgewise directions, and (c) at least one measuring device for measuring of a stress, a strain and/or a deflection of the wind turbine blade, characterized in that (d) the system further comprises at least one tuned liquid damper for attachment to the wind turbine blade, the tuned liquid damper being attachable to an outside of the wind turbine blade and comprising a container and a liquid contained therein. (a) a mounting for retaining a root end of the wind turbine blade, (b) at least one actuator assembly for attachment to the wind turbine blade, the at least one actuator assembly comprising at least one actuator for exciting the wind turbine blade in flapwise directions and/or edgewise directions, and (c) at least one measuring device for measuring of a stress, a strain and/or a deflection of the wind turbine blade, characterized in that (d) the system further comprises at least one tuned liquid damper for attachment to the wind turbine blade, the tuned liquid damper being attachable to an outside of the wind turbine blade and comprising a container and a liquid contained therein.
Fluid supply assembly having a multi-way valve device which has at least one inlet and has at least one first and one second outlet (16, 18), wherein the fluid supply assembly has at least one first fluid path for feeding a liquid from a product tank, wherein the at least one first fluid path is in fluid connection with the at least one inlet of the multi-way valve device, wherein the fluid supply assembly has a second fluid path for conducting away a liquid to a filling device, wherein the second fluid path is in fluid connection with the first outlet of the multi-way valve device, wherein the fluid supply assembly has at least one first sensor for detecting gas bubbles in the at least one first fluid path, and wherein the fluid supply assembly has a control device for controlling the multi-way valve device, wherein the control device is coupled to the at least one first sensor, wherein the fluid supply assembly has a third fluid path for discharging a liquid, wherein the third fluid path is in fluid connection with the second outlet of the multi-way valve device, characterized in that the fluid supply assembly has at least one second sensor for detecting gas bubbles in the third fluid path, wherein the at least one second sensor is coupled to the control device.
A method for wireless communications at a user equipment, UE, comprising: receiving (505, 1405, 1505, 1605, 1705), from a network device, a configuration for a plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c), wherein each listen-before-talk, LBT, bandwidth of the plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c) is associated with one or more downlink control channel candidates (415-a, 415-b, 425-a, 425-b) of a search space for a control resource set; and monitoring (510, 1410, 1510, 1610, 1710), during a first monitoring occasion associated with a first discontinuous reception, DRX, cycle (205-a), a first subset (405-a, 405-b) of listen-before-talk, LBT, bandwidths of the plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c) and, during a second monitoring occasion associated with a second DRX cycle (205-b), a second subset (405-b, 405-c) of listen-before-talk, LBT, bandwidths of the plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c) based at least in part on a set of blind hypotheses associated with the listen-before-talk, LBT, bandwidths, wherein a total number of blind hypotheses in the set of blind hypotheses is equal to or greater than a total number of listen-before-talk, LBT, bandwidths in the plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c). receiving (505, 1405, 1505, 1605, 1705), from a network device, a configuration for a plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c), wherein each listen-before-talk, LBT, bandwidth of the plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c) is associated with one or more downlink control channel candidates (415-a, 415-b, 425-a, 425-b) of a search space for a control resource set; and monitoring (510, 1410, 1510, 1610, 1710), during a first monitoring occasion associated with a first discontinuous reception, DRX, cycle (205-a), a first subset (405-a, 405-b) of listen-before-talk, LBT, bandwidths of the plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c) and, during a second monitoring occasion associated with a second DRX cycle (205-b), a second subset (405-b, 405-c) of listen-before-talk, LBT, bandwidths of the plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c) based at least in part on a set of blind hypotheses associated with the listen-before-talk, LBT, bandwidths, wherein a total number of blind hypotheses in the set of blind hypotheses is equal to or greater than a total number of listen-before-talk, LBT, bandwidths in the plurality of listen-before-talk, LBT, bandwidths (405-a, 405-b, 405-c).
A wireless power supply system capable of supplying power to a remote device, comprising: a housing; a coil movement assembly movably supported within said housing, said coil movement assembly having a home position within said housing; a primary supported by and movable with said coil movement assembly; and a power supply circuit electrically coupled to said primary, said power supply circuit supplying power to said primary, said primary producing an electromagnetic field in response to said power supplied by said power supply circuit; characterized in that the coil movement assembly automatically returns to the home position when no remote device is present. a housing; a coil movement assembly movably supported within said housing, said coil movement assembly having a home position within said housing; a primary supported by and movable with said coil movement assembly; and a power supply circuit electrically coupled to said primary, said power supply circuit supplying power to said primary, said primary producing an electromagnetic field in response to said power supplied by said power supply circuit; characterized in that the coil movement assembly automatically returns to the home position when no remote device is present.
A method of backing up a plurality of computing devices (52, 54, 56) each comprising a plurality of data blocks, the method comprising: storing in each of the plurality of computing devices, prior to a first backup of the computing device, a selected pre-populated reference file that comprises one or more references to at least some of the data blocks; and initiating the first backup of a respective one of the plurality of computing devices by: adding, to the reference file, references to data blocks in the computing device that are unrepresented in the pre-populated reference file; and sending the data blocks corresponding to the added references to a backup server over a computer network, wherein the pre-populated reference file is selected from a plurality of pre-existing and pre-populated reference files, the reference files comprising references to data blocks, which are already available on the backup server and therefore need not be backed up anymore, depending upon a configuration of a respective one of the plurality of computing devices and a type of computing device/software combination of a respective one of the plurality of computing devices. storing in each of the plurality of computing devices, prior to a first backup of the computing device, a selected pre-populated reference file that comprises one or more references to at least some of the data blocks; and initiating the first backup of a respective one of the plurality of computing devices by: adding, to the reference file, references to data blocks in the computing device that are unrepresented in the pre-populated reference file; and sending the data blocks corresponding to the added references to a backup server over a computer network, wherein the pre-populated reference file is selected from a plurality of pre-existing and pre-populated reference files, the reference files comprising references to data blocks, which are already available on the backup server and therefore need not be backed up anymore, depending upon a configuration of a respective one of the plurality of computing devices and a type of computing device/software combination of a respective one of the plurality of computing devices. adding, to the reference file, references to data blocks in the computing device that are unrepresented in the pre-populated reference file; and sending the data blocks corresponding to the added references to a backup server over a computer network, wherein the pre-populated reference file is selected from a plurality of pre-existing and pre-populated reference files, the reference files comprising references to data blocks, which are already available on the backup server and therefore need not be backed up anymore, depending upon a configuration of a respective one of the plurality of computing devices and a type of computing device/software combination of a respective one of the plurality of computing devices.
A process for the preparation of a self standing scaffold or network of nanoparticles with controllably variable mesh size ranging between 500 nm to 1 mm, wherein said process comprises the steps of i. dispersing the nano-particles with a size ranging between 5 and 500nm in the surfactant phase (50/50 composition of surfactant and water) at temperatures above the ordered phase-isotropic phase transition temperature to obtain surfactant-particle dispersion; ii. cooling the surfactant-particle dispersion of step (i) to a temperature such that a surfactant mesophase is formed; iii. optionally imposing flow on the mesophase-particle dispersion of step (ii) to obtain controllable orientation of the particle network and iv. cross linking the particles as obtained in step (ii) or (iii) to form the network. i. dispersing the nano-particles with a size ranging between 5 and 500nm in the surfactant phase (50/50 composition of surfactant and water) at temperatures above the ordered phase-isotropic phase transition temperature to obtain surfactant-particle dispersion; ii. cooling the surfactant-particle dispersion of step (i) to a temperature such that a surfactant mesophase is formed; iii. optionally imposing flow on the mesophase-particle dispersion of step (ii) to obtain controllable orientation of the particle network and iv. cross linking the particles as obtained in step (ii) or (iii) to form the network.
Nebulizer for nebulizing a liquid, comprising: a preferably replaceable container containing multiple doses of the liquid, a fluid pump for withdrawing a dose of the liquid from the container and pressurizing the respective dose for nebulization, an air pump for pressurizing the liquid in the container to help withdrawing the liquid in doses from the container, and a housing part which can be detached from the nebulizer or opened for inserting or replacing the container, characterized in that the air pump comprises or forms a piston/cylinder arrangement for pumping air into the container to help withdrawing the liquid in doses from the container, wherein the air pump comprises a pump piston and a cylinder, wherein the pump piston is axially moveable within the cylinder, wherein the cylinder is formed by the housing part or an insert attached thereto. a preferably replaceable container containing multiple doses of the liquid, a fluid pump for withdrawing a dose of the liquid from the container and pressurizing the respective dose for nebulization, an air pump for pressurizing the liquid in the container to help withdrawing the liquid in doses from the container, and a housing part which can be detached from the nebulizer or opened for inserting or replacing the container, characterized in that the air pump comprises or forms a piston/cylinder arrangement for pumping air into the container to help withdrawing the liquid in doses from the container, wherein the air pump comprises a pump piston and a cylinder, wherein the pump piston is axially moveable within the cylinder, wherein the cylinder is formed by the housing part or an insert attached thereto.
An injectable medicinal preparation comprising ethanol and at least one at least partially X-ray opaque, fat-soluble compound, characterized in that it further comprises an ethanol-soluble compound which, when dissolved, has a viscosity ranging from 10 to 700 cP and preferably from 90 to 350 cP at 25°C so as to provide an embolizing effect-inducing gel, and, in that the ethanol has a purity ranging from 70 to 99% vol., preferably from 90 to 99% vol., so as to provide a sclerosing effect.
Helicopter having a hybrid drive, the hybrid drive comprising: a first engine; a second engine; and a generator; the first engine being configured to drive the generator; the generator being configured to generate electrical energy to power the second engine; and the second engine being an electric machine which is configured to drive a rotor of the helicopter directly in such a way that no rotor transmission is required; the helicopter comprising a cabin; characterised in that the first engine and the generator are arranged under the cabin, for example under a cabin floor of the helicopter. a first engine; a second engine; and a generator; the first engine being configured to drive the generator; the generator being configured to generate electrical energy to power the second engine; and the second engine being an electric machine which is configured to drive a rotor of the helicopter directly in such a way that no rotor transmission is required; the helicopter comprising a cabin; characterised in that the first engine and the generator are arranged under the cabin, for example under a cabin floor of the helicopter.
A method for constraining a surface consistent equation associated with a correction of wavelengths having a surface consistent seismic attribute, said method being characterised by comprising: receiving pre-stack seismic traces associated with a surveyed subsurface; generating a map or scatter of said attribute, based on a priori knowledge of said attribute from seismic trace data and on anomalies of said attribute in said seismic trace data, for constraining a surface consistent equation; computing said surface consistent equation, based on a receiver term, a source term and a bin term, wherein said bin term is constrained to a value selected from said map or scatter of said attribute, to generate a set of surface consistent source and receiver scalars; applying said set of surface consistent source and receiver scalars to the pre-stack seismic traces to generate a stack of corrected trace data; and generating a seismic image of the subsurface based on said stack of corrected trace data. receiving pre-stack seismic traces associated with a surveyed subsurface; generating a map or scatter of said attribute, based on a priori knowledge of said attribute from seismic trace data and on anomalies of said attribute in said seismic trace data, for constraining a surface consistent equation; computing said surface consistent equation, based on a receiver term, a source term and a bin term, wherein said bin term is constrained to a value selected from said map or scatter of said attribute, to generate a set of surface consistent source and receiver scalars; applying said set of surface consistent source and receiver scalars to the pre-stack seismic traces to generate a stack of corrected trace data; and generating a seismic image of the subsurface based on said stack of corrected trace data.
A method of identifying a subject having acute alcoholic hepatitis, comprising: a) determining the level of trimethylamine in a biological sample obtained from the subject using an analytic device; comparing the level of TMA in the biological sample to a control value; and diagnosing a subject as having alcoholic hepatitis if the level of the TMA in the biological sample is elevated as compared to the control value. a) determining the level of trimethylamine in a biological sample obtained from the subject using an analytic device;
Process for the production of biogas from a feed stream of lignocellulose-containing biomass comprising the steps of: i) subjecting the biomass stream to a temperature of 150-250 °C at a pH of 3-7; and ii) subjecting the product of step i) as a whole to anaerobic digestion in the presence of anaerobic acidogenic bacteria which excrete hydrolytic enzymes, to obtain hydrolysis of insoluble materials, thereby producing a stream of biogas. i) subjecting the biomass stream to a temperature of 150-250 °C at a pH of 3-7; and ii) subjecting the product of step i) as a whole to anaerobic digestion in the presence of anaerobic acidogenic bacteria which excrete hydrolytic enzymes, to obtain hydrolysis of insoluble materials, thereby producing a stream of biogas.
A rubber composition comprising: 100 phr of one or more diene-based elastomers; 30 phr to 200 phr of a filler; a benzoxazine which is the reaction product of i) a diphenol comprising two phenol groups and a bridge covalently connecting the two phenol groups, ii) an aldehyde derivative, and iii) an amine, wherein the bridge is connected to at least one phenol group of said two phenol groups at a meta position of said at least one phenol group. 100 phr of one or more diene-based elastomers; 30 phr to 200 phr of a filler; a benzoxazine which is the reaction product of i) a diphenol comprising two phenol groups and a bridge covalently connecting the two phenol groups, ii) an aldehyde derivative, and iii) an amine, wherein the bridge is connected to at least one phenol group of said two phenol groups at a meta position of said at least one phenol group.
A cooking apparatus comprising: a cooking chamber for receiving food ingredients; a heater for heating the cooking chamber; and one or more processors configured to: control the heater to heat the cooking chamber at a first temperature less than or equal to 140°C for a fraction of a cooking time; and control the heater to heat the cooking chamber at a second temperature higher than 140°C for the remainder of the cooking time, the remainder corresponding to a further fraction of the cooking time which is less than the fraction; wherein an input arrangement is configured for inputting of at least one recipe parameter indicative of an energy requirement for cooking the food ingredients; characterized in that the one or more processors are configured to select the cooking time based on the energy requirement, the fraction of the cooking time at the first temperature, and the further fraction of the cooking time at the second temperature. a cooking chamber for receiving food ingredients; a heater for heating the cooking chamber; and one or more processors configured to: control the heater to heat the cooking chamber at a first temperature less than or equal to 140°C for a fraction of a cooking time; and control the heater to heat the cooking chamber at a second temperature higher than 140°C for the remainder of the cooking time, the remainder corresponding to a further fraction of the cooking time which is less than the fraction; wherein an input arrangement is configured for inputting of at least one recipe parameter indicative of an energy requirement for cooking the food ingredients; characterized in that the one or more processors are configured to select the cooking time based on the energy requirement, the fraction of the cooking time at the first temperature, and the further fraction of the cooking time at the second temperature. control the heater to heat the cooking chamber at a first temperature less than or equal to 140°C for a fraction of a cooking time; and control the heater to heat the cooking chamber at a second temperature higher than 140°C for the remainder of the cooking time, the remainder corresponding to a further fraction of the cooking time which is less than the fraction; wherein an input arrangement is configured for inputting of at least one recipe parameter indicative of an energy requirement for cooking the food ingredients; characterized in that the one or more processors are configured to select the cooking time based on the energy requirement, the fraction of the cooking time at the first temperature, and the further fraction of the cooking time at the second temperature.