mhurhangee/patent-ind-claim-en huggingface dataset:
A random access method, applied to a terminal device , the method comprising: performing listen before talk (LBT) operations on LBT frequency bands corresponding to N physical random access channel occasion (RO) resources, and selecting M target RO resources from the N RO resources, wherein at least two RO resources in the N RO resources are corresponding to different LBT frequency bands, the target RO resources are RO resources in the N RO resources at which LBTs are successful, N is an integer greater than 1, and M is an integer less than or equal to N and greater than or equal to 1; and sending preambles by using the M target RO resources; wherein, before the LBT operations are performed on the LBT frequency bands corresponding to the N RO resources, the method further comprises: receiving a contention-free random access (CFRA) resource configuration sent by a network side device , wherein the N RO resources include RO resources corresponding to the CFRA resource configuration. performing listen before talk (LBT) operations on LBT frequency bands corresponding to N physical random access channel occasion (RO) resources, and selecting M target RO resources from the N RO resources, wherein at least two RO resources in the N RO resources are corresponding to different LBT frequency bands, the target RO resources are RO resources in the N RO resources at which LBTs are successful, N is an integer greater than 1, and M is an integer less than or equal to N and greater than or equal to 1; and sending preambles by using the M target RO resources; wherein, before the LBT operations are performed on the LBT frequency bands corresponding to the N RO resources, the method further comprises: receiving a contention-free random access (CFRA) resource configuration sent by a network side device , wherein the N RO resources include RO resources corresponding to the CFRA resource configuration. receiving a contention-free random access (CFRA) resource configuration sent by a network side device , wherein the N RO resources include RO resources corresponding to the CFRA resource configuration.
Press assembly having a press , namely a powder and/or granulate press or slip casting press, and having a press assembly handling device , to which a control device and/or a software algorithm is assigned, having - a gripping and/or holding device for holding and transporting pressed parts which are die cast and/or isostatically produced or pressed from powder and/or granulate and - a weight determination assembly for detecting a weight (wi) or a value determined during a weight determination of such a pressed part accommodated in the gripping and/or holding device , wherein the weight determination assembly is designed as a component which can be adjusted together with the gripping and/or holding device , - wherein the control device and/or the software algorithm are designed to determine the weight or the value on the basis of a weight force while the gripping and/or holding device is at a standstill, wherein the control device and/or the software algorithm is adapted for press control of a slip casting press or powder and/or granulate press which presses such pressed parts which are picked up by the gripping and/or holding device after pressing. - a gripping and/or holding device for holding and transporting pressed parts which are die cast and/or isostatically produced or pressed from powder and/or granulate and - a weight determination assembly for detecting a weight (wi) or a value determined during a weight determination of such a pressed part accommodated in the gripping and/or holding device , wherein the weight determination assembly is designed as a component which can be adjusted together with the gripping and/or holding device , - wherein the control device and/or the software algorithm are designed to determine the weight or the value on the basis of a weight force while the gripping and/or holding device is at a standstill, wherein the control device and/or the software algorithm is adapted for press control of a slip casting press or powder and/or granulate press which presses such pressed parts which are picked up by the gripping and/or holding device after pressing.
An oral composition comprising an effective amount of (a) a first agent capable of inducing satiety, (b) a second agent capable of augmenting the satiety-inducing effect of the first agent, and optionally (c) an amino acid, (d) a vitamin, and/or (e) a micro-nutrient, wherein the composition is an ingestible particle having a sieve diameter in the range from 0.05 to 3 mm, wherein the first agent is a medium or long chain fatty acid compound, said fatty acid compound being comprised in a first lipid component, wherein the second agent is a water-swellable or water-soluble polymeric component, and wherein the weight ratio of the first lipid component to the water-swellable or water-soluble polymeric component is in the range from 0.5 to 5, and wherein the water-swellable or water-soluble polymeric component is embedded within, and/or coated with, the lipid component. (a) a first agent capable of inducing satiety, (b) a second agent capable of augmenting the satiety-inducing effect of the first agent, and optionally (c) an amino acid, (d) a vitamin, and/or (e) a micro-nutrient,
A method for dismantling a wind turbine and erecting a wind energy generating system , the wind turbine comprising a tower placed on a foundation on a wind turbine site and a nacelle with a rotor mounted on the tower, the method comprising the steps of: - removing at least the rotor from the wind turbine , - mounting an airborne wind energy system for generating electrical power on a remaining part of the wind turbine via a cable ; and - electrically connecting the airborne wind energy system to a power grid via a power transmission line . - removing at least the rotor from the wind turbine , - mounting an airborne wind energy system for generating electrical power on a remaining part of the wind turbine via a cable ; and - electrically connecting the airborne wind energy system to a power grid via a power transmission line .
Compressor device for compressing gas in two or more stages, whereby this compressor device comprises at least two compressor elements connected in series and at least two coolers for cooling the compressed gas, i.e. an intercooler between each of two successive compressor elements , and if need be depending on the configuration, an aftercooler downstream from the last compressor element , whereby each cooler is provided with a primary section through which the compressed gas to be cooled is guided and a secondary section that is in heat-exchanging contact with the primary section and through which coolant is guided, wherein at least two of the aforementioned coolers are 'split coolers' whose secondary section is split into at least two separate stages (16', 16") to cool the gas that is guided through the primary section in successive stages, respectively at least a hot stage for a first cooling of the hot gas that flows into the primary section of the coolers and a cold stage (16") for the further cooling of this gas, characterised in that the stages (16', 16") of the secondary sections of the coolers are connected together in one cooling circuit such that the compressed gas between the compressor elements is sufficiently cooled, with a minimum coolant flow rate through the cooling circuits , to keep the temperature of the cooled gas at the outlet of each cooler below a maximum permissible value and thereby to realise a desired temperature increase of the coolant in at least one of the aforementioned cooling circuits , whereby at least two, preferably at least three, of the cold stages (16") of the secondary sections of the coolers are connected together in series in a cooling circuit through which a coolant is guided, whereby all stages (16', 16") of the secondary sections of the coolers are connected together in one single cooling circuit with one single coolant, whereby at least two hot stages are connected together in parallel and the coolant in this cooling circuit is first guided through the cold stages (16") and then through the other stages (16', 16").
A method of expanding B10 cells producing IL-10 ex vivo comprising contacting B cells harvested from a subject with IL-21 and isolating the B10 cells, wherein the B10 cells are isolated by selecting for cell surface expression of at least one of CD1d, CD5, or CD24 and optionally wherein the B10 cells are further isolated based on production of IL-10 or based on expression of cell surface molecules including IgM, IgD, IgG, IgA, IgE, CD19, CD20, CD21, CD22, CD24, CD40, CD72, CD79a, CD79b, CD1d, CD5, CD9, CD10, CD1d, CD23, CD27, CD38, CD48, CD80, CD86, CD138, CD148 or combinations thereof.
Binding plate (1, 1', 1") for ski binding wings to be fitted on the top of a ski, with an indentation extending in a longitudinal ski direction, in which a scale platelet is disconnectably inserted, which reflects a shoe sole length scale of a shoe sole length range, characterised in that the scale platelet consists of an elastically bendable plastic film, which is printed at least on one side with a scale (7a, 7'a) of a shoe sole length range, wherein at least one scale platelet inserted into the indentation on each of the longitudinal sides of the indentation is designed as a projection that straddles the edge.
A network node, comprising circuity including any of a transmitter, a receiver, a processor and memory, for streaming point cloud (PC) data (PCD) corresponding to a PC via a network using Hyper-Text Transfer Protocol (HTTP) and including a plurality of Video-based Point Cloud Compression (V-PCC) components comprising a PC, the network node configured to: signal information associated with the PCD of the PC in a Dynamic Adaptive Streaming of HTTP (DASH) Media Presentation Description (MPD), wherein the DASH MPD indicates at least: a main Adaptation Set (AS) for the PC, wherein the main AS includes information indicating at least: (i) a value for a codec attribute signifying that the main AS corresponds to V-PCC data, and (ii) an initialization segment containing at least one V-PCC sequence parameter set for a representation of the PC, and a plurality of component ASs, wherein each component AS corresponds to one of the V-PCC components and includes information indicating at least: (a) a VPCC Component descriptor identifying a type of the corresponding V-PCC component, and (b) at least one property of the V-PCC component; and transmit the DASH MPD over the network. signal information associated with the PCD of the PC in a Dynamic Adaptive Streaming of HTTP (DASH) Media Presentation Description (MPD), wherein the DASH MPD indicates at least: a main Adaptation Set (AS) for the PC, wherein the main AS includes information indicating at least: (i) a value for a codec attribute signifying that the main AS corresponds to V-PCC data, and (ii) an initialization segment containing at least one V-PCC sequence parameter set for a representation of the PC, and a plurality of component ASs, wherein each component AS corresponds to one of the V-PCC components and includes information indicating at least: (a) a VPCC Component descriptor identifying a type of the corresponding V-PCC component, and (b) at least one property of the V-PCC component; and a main Adaptation Set (AS) for the PC, wherein the main AS includes information indicating at least: (i) a value for a codec attribute signifying that the main AS corresponds to V-PCC data, and (ii) an initialization segment containing at least one V-PCC sequence parameter set for a representation of the PC, and a plurality of component ASs, wherein each component AS corresponds to one of the V-PCC components and includes information indicating at least: (a) a VPCC Component descriptor identifying a type of the corresponding V-PCC component, and (b) at least one property of the V-PCC component; and transmit the DASH MPD over the network.
A dual-polarized antenna , comprising a plurality of unit cells, each unit cell comprising: a polarizer coupled between a common waveguide and first and second divided waveguides associated with first and second polarizations, respectively; a waveguide horn coupled between the common waveguide and a horn port, the waveguide horn having a transition section of increasing waveguide cross-sectional size from the common waveguide to the horn port; a plurality of individual waveguides dividing the horn port of the waveguide horn , wherein each individual waveguide of the plurality of individual waveguides includes two walls shared with individual waveguides of the plurality of individual waveguides, and each of the shared walls comprises an extension element that extends at least a portion of the two shared walls of each individual waveguide into the waveguide horn; and a plurality of dielectric elements partially filling the plurality of individual waveguides, each dielectric element within a corresponding individual waveguide of the plurality of individual waveguides. a polarizer coupled between a common waveguide and first and second divided waveguides associated with first and second polarizations, respectively; a waveguide horn coupled between the common waveguide and a horn port, the waveguide horn having a transition section of increasing waveguide cross-sectional size from the common waveguide to the horn port; a plurality of individual waveguides dividing the horn port of the waveguide horn , wherein each individual waveguide of the plurality of individual waveguides includes two walls shared with individual waveguides of the plurality of individual waveguides, and each of the shared walls comprises an extension element that extends at least a portion of the two shared walls of each individual waveguide into the waveguide horn; and a plurality of dielectric elements partially filling the plurality of individual waveguides, each dielectric element within a corresponding individual waveguide of the plurality of individual waveguides.
System for producing energy in conventional waste incineration, consisting of a combustion chamber having a combustion grate, an exhaust gas cleaning system , an evaporator , a steam drum , a turbine , a generator , a condenser , and lines, characterised in that the evaporator consists of at least a low-pressure evaporator of a low-pressure steam system and a high-pressure evaporator of a high -pressure steam system , said low-pressure evaporator of said low-pressure steam system being disposed in the exhaust path upstream from said high-pressure evaporator of said high-pressure steam system , and each pressure steam system comprising its own steam drum so that said low-pressure steam system is assigned a low-pressure steam drum and said high-pressure steam system is assigned a high-pressure steam drum , each evaporator being connected via lines to the respectively assigned steam drum and separate condensers (17.1,17.2), and said separate condensers (17.1, 17.2) are connected via lines to an ORC turbine , where two separate condensers (17.1, 17.2) are arranged in a daisy chain configuration, a first condenser (17.1) being connected via lines to said low-pressure evaporator , a second condenser (17.2) being connected via lines to said high-pressure evaporator , and both condensers (17.1, 17.2) connected via lines for a working medium to one another and to an ORC turbine . the evaporator consists of at least a low-pressure evaporator of a low-pressure steam system and a high-pressure evaporator of a high -pressure steam system , said low-pressure evaporator of said low-pressure steam system being disposed in the exhaust path upstream from said high-pressure evaporator of said high-pressure steam system , and each pressure steam system comprising its own steam drum so that said low-pressure steam system is assigned a low-pressure steam drum and said high-pressure steam system is assigned a high-pressure steam drum , each evaporator being connected via lines to the respectively assigned steam drum and separate condensers (17.1,17.2), and said separate condensers (17.1, 17.2) are connected via lines to an ORC turbine , where two separate condensers (17.1, 17.2) are arranged in a daisy chain configuration, a first condenser (17.1) being connected via lines to said low-pressure evaporator , a second condenser (17.2) being connected via lines to said high-pressure evaporator , and both condensers (17.1, 17.2) connected via lines for a working medium to one another and to an ORC turbine .
Control method for controlling the state of a drivetrain of a powertrain comprising at least one motive power source and a set of couplers and reducers of which the respective engagements define a plurality of drivetrain states, by the engagement of just one or of a plurality of energy sources in the provision of torque and by the transmission ratio at which it is transmitted to the wheels, characterized in that : - the states targeted from the current state are ranked in real time on the basis of the difference between the motive force available in the current state and in each target state, - and the ranking of the targeted states determines, in real time, a minimum level of motive force available in each targeted state so as to be able to be adopted as a current state. - the states targeted from the current state are ranked in real time on the basis of the difference between the motive force available in the current state and in each target state, - and the ranking of the targeted states determines, in real time, a minimum level of motive force available in each targeted state so as to be able to be adopted as a current state.
Dissolvable precut segments of an oral tape, film or strip, wherein each precut segment includes a film forming water soluble polymer; a cleansing effective amount of a teeth cleaning agent; and a fluoridating effective amount of a fluoridating agent, the fluoridating agent comprising a dosage amount of from 0.01 mg to 1 mg, wherein the fluoride concentration is 0.004-0.008 mmoles,for use in a method for decreasing the risk of enamel fluorosis in a child between the ages of two to six, the method, comprising placing one of said precut segments into the oral cavity ; and applying agitate force to the precut segment to cleanse and fluoridate one or more teeth in the oral cavity ; and removing the residual precut segment from the mouth.
An apparatus for simultaneously analyzing physical and chemical characteristics of particles in multiple streams of particles, the apparatus comprising: (a) means for forming a plurality of independent focused streams of particles; (b) at least one optical excitation source ; (c) a first radio-frequency source having a first radio-frequency output; (d) a second radio-frequency source having a second radio-frequency output; (e) an optical, or acousto-optical, combining device configured for combining said first radio-frequency output and said second radio-frequency output into an optical interrogation beam having a spatially distributed beat frequency; (f) an optical system configured for directing said optical interrogation beam having a spatially distributed beat frequency across said plurality of focused streams of particles so that said spatially distributed beat frequency simultaneously spans said plurality of focused streams of particles; and (g) an optical detector configured for registering in parallel fluorescence of particles, within said plurality of focused streams of particles, at different modulation frequencies within said spatially distributed beat frequency. (a) means for forming a plurality of independent focused streams of particles; (b) at least one optical excitation source ; (c) a first radio-frequency source having a first radio-frequency output; (d) a second radio-frequency source having a second radio-frequency output; (e) an optical, or acousto-optical, combining device configured for combining said first radio-frequency output and said second radio-frequency output into an optical interrogation beam having a spatially distributed beat frequency; (f) an optical system configured for directing said optical interrogation beam having a spatially distributed beat frequency across said plurality of focused streams of particles so that said spatially distributed beat frequency simultaneously spans said plurality of focused streams of particles; and (g) an optical detector configured for registering in parallel fluorescence of particles, within said plurality of focused streams of particles, at different modulation frequencies within said spatially distributed beat frequency.
A method for producing ε-caprolactam, comprising the step of reacting a compound represented by General Formula (I) or (II): [wherein R 1 , R 2 , and R 3 each independently represent OR 4 or NR 5 R 6 ; each R 4 independently represents H or C 1 -C 5 alkyl; each R 5 independently represents H or C 1 -C 5 alkyl; and X represents -CH(OH)CH 2 CH 2 -, CH 2 CH(OH)CH 2 -, -CH=CHCH 2 -, or -CH 2 CH=CH-] or a salt thereof with hydrogen and ammonia.
Device for increasing the heat yield of a heat source , comprising - a heat sink , a heat pump with a condenser and an evaporator , and the heat source ; wherein - the heat sink has a heat-sink feed line and a heat-sink return line with respect to a thermal coupling to the heat source by means of a heat exchanger ; and - the heat source has a heat-source feed line and a heat-source return line with respect to the thermal coupling to the heat sink by means of the heat exchanger ; wherein - the condenser of the heat pump , for dissipation of heat to the heat sink , is coupled thermally to the heat-sink feed line ; characterized in that , with respect to the heat-source feed line , the evaporator of the heat pump is arranged downstream of the heat exchanger within the heat-source return line , and in that heat is extracted from the heat-source return line by means of the evaporator and can be transferred to the heat-sink feed line by means of the heat pump and the condenser . - a heat sink , a heat pump with a condenser and an evaporator , and the heat source ; wherein - the heat sink has a heat-sink feed line and a heat-sink return line with respect to a thermal coupling to the heat source by means of a heat exchanger ; and - the heat source has a heat-source feed line and a heat-source return line with respect to the thermal coupling to the heat sink by means of the heat exchanger ; wherein - the condenser of the heat pump , for dissipation of heat to the heat sink , is coupled thermally to the heat-sink feed line ;