mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, comprising: determining, by a terminal device, reference information configured by a network device by using signaling; and sending, by the terminal device, second channel state information, CSI, of a bandwidth part, BWP, and uplink data based on a comparison result of the reference information and a status parameter, wherein the reference information is used to indicate a threshold of a quantity of modulation symbols for carrying the second CSI on an uplink channel, and the status parameter is a quantity of modulation symbols needed to carry first CSI on the uplink channel, the BWP is one of multiple BWPs which are comprised in a carrier bandwidth, wherein the second CSI comprises a rank indication, RI; and the first CSI is CSI that needs to be reported for the BWP and that is configured by a network device for the terminal device; wherein the uplink data and the second CSI are carried on a same uplink channel; if the status parameter is greater than the threshold, the second CSI comprises a part of parameters of the first CSI. determining, by a terminal device, reference information configured by a network device by using signaling; and sending, by the terminal device, second channel state information, CSI, of a bandwidth part, BWP, and uplink data based on a comparison result of the reference information and a status parameter, wherein the reference information is used to indicate a threshold of a quantity of modulation symbols for carrying the second CSI on an uplink channel, and the status parameter is a quantity of modulation symbols needed to carry first CSI on the uplink channel, the BWP is one of multiple BWPs which are comprised in a carrier bandwidth, wherein the second CSI comprises a rank indication, RI; and the first CSI is CSI that needs to be reported for the BWP and that is configured by a network device for the terminal device; wherein the uplink data and the second CSI are carried on a same uplink channel; if the status parameter is greater than the threshold, the second CSI comprises a part of parameters of the first CSI.
A radome equipment comprising an antenna device, a radome configured to protect the antenna device from an operating environment by housing the antenna device therein and to transmit electric power necessary for communication, and a matching layer; wherein: the matching layer made of a single-layer dielectric is attached to an inner surface of the radome; and a thickness of the matching layer is configured to set to a value that minimizes reflection based on an impedance estimated from an interface between the matching layer and the radome before the matching layer of the radome is attached, a characteristic impedance of a medium of the matching layer, a wavelength in the matching layer within an operating frequency range of the antenna device, and a characteristic impedance of a medium of a space in which the radome is disposed; wherein, when defining that Z r denotes the impedance estimated from the interface between the matching layer and the radome before the radome matching layer is attached, Z m denotes the characteristic impedance of the matching layer, λ denotes the wavelength in the matching layer, and Z 0 denotes the characteristic impedance of the medium of the space in which the radome is disposed, Z m <Z 0 is established, a thickness d m of the matching layer is expressed by the following expression, d m = λ 4 π tan − 1 2 Z m Im Z r Z r 2 − Z m 2 provided that 0≤tan -1 X≤π is established when Im[Z r]>0 holds, while π<tan -1 X≤2π is established when Im[Z r]<0 holds, wherein X is 2Z m Im[Z r]/(|Z r | 2 -Z m 2); and wherein Γ = (Z r -Z m)/(Z r +Z m) with Γ being a reflection coefficient of the radome. the matching layer made of a single-layer dielectric is attached to an inner surface of the radome; and a thickness of the matching layer is configured to set to a value that minimizes reflection based on an impedance estimated from an interface between the matching layer and the radome before the matching layer of the radome is attached, a characteristic impedance of a medium of the matching layer, a wavelength in the matching layer within an operating frequency range of the antenna device, and a characteristic impedance of a medium of a space in which the radome is disposed;
A structured abrasive article comprising: a backing having first and second opposed major surfaces (115, 117); shaped abrasive composites secured to the first major surface, wherein the precisely shaped abrasive composites comprise abrasive grits dispersed in a binder matrix, and wherein at least some of the shaped abrasive composites independently comprise: a bottom surface; a top surface opposite and not contacting the bottom surface, wherein the top surface comprises at least one interior recessed portion; n sidewalls, wherein n represents an integer greater than or equal to three, wherein each one of the n sidewalls abuts both of the bottom surface and the top surface, and wherein each one of the n sidewalls abuts two other of the n sidewalls; and at least two cusps formed by the top surface and respective different ones of the n sidewalls, wherein the at least one interior recessed portion is closer to the bottom surface than said at least two cusps. a backing having first and second opposed major surfaces (115, 117); shaped abrasive composites secured to the first major surface, wherein the precisely shaped abrasive composites comprise abrasive grits dispersed in a binder matrix, and wherein at least some of the shaped abrasive composites independently comprise: a bottom surface; a top surface opposite and not contacting the bottom surface, wherein the top surface comprises at least one interior recessed portion; n sidewalls, wherein n represents an integer greater than or equal to three, wherein each one of the n sidewalls abuts both of the bottom surface and the top surface, and wherein each one of the n sidewalls abuts two other of the n sidewalls; and at least two cusps formed by the top surface and respective different ones of the n sidewalls, wherein the at least one interior recessed portion is closer to the bottom surface than said at least two cusps. a bottom surface; a top surface opposite and not contacting the bottom surface, wherein the top surface comprises at least one interior recessed portion; n sidewalls, wherein n represents an integer greater than or equal to three, wherein each one of the n sidewalls abuts both of the bottom surface and the top surface, and wherein each one of the n sidewalls abuts two other of the n sidewalls; and at least two cusps formed by the top surface and respective different ones of the n sidewalls, wherein the at least one interior recessed portion is closer to the bottom surface than said at least two cusps.
A sensor element including: an element body having an elongate rectangular parallelepiped shape and including solid electrolyte layers with oxygen ion conductivity, an outer electrode disposed on a first surface that is one of surfaces of the element body, and a protective layer covering at least a part of the first surface of the element body and including one or more spaces (91, 91A-91I, 95J1, 95J3, 95J5, 95K1, 95K3, 95K5) that are present apart from the first surface in a direction perpendicular to the first surface, wherein the volume of one space is 12500 μm 3 or more, and the total volume of the one or more spaces is 0.03 mm 3 or more, and wherein the protective layer is made of a porous material and the protective layer has a portion defining an inner region of the protective layer between the space and the element body. an element body having an elongate rectangular parallelepiped shape and including solid electrolyte layers with oxygen ion conductivity, an outer electrode disposed on a first surface that is one of surfaces of the element body, and a protective layer covering at least a part of the first surface of the element body and including one or more spaces (91, 91A-91I, 95J1, 95J3, 95J5, 95K1, 95K3, 95K5) that are present apart from the first surface in a direction perpendicular to the first surface, wherein the volume of one space is 12500 μm 3 or more, and the total volume of the one or more spaces is 0.03 mm 3 or more, and wherein the protective layer is made of a porous material and the protective layer has a portion defining an inner region of the protective layer between the space and the element body.
Gas turbine arrangement having an annulus, which is axially delimited between a rotor unit, which is rotatable around a rotor axis, and at least one stationary component, into which annulus, from the at least one stationary component, lead a multiplicity of cooling medium outlet openings from which a cooling medium flow can be discharged in each case into the annulus, which cooling medium flow finds its way at least proportionately into cooling medium inlet openings which are provided in the rotor unit in the flow direction of the cooling medium flow which propagates through the annulus, and also having, radially to the annulus, at least one inner cavity which is delimited by the rotor unit and by the at least one stationary component (1*), is pressurized with a purging gas, and is fluidically connected to the annulus, wherein the at least one stationary component and the rotor unit include a constriction by means of which the at least one cavity is separated from the radially outer annulus and via which the at least one cavity is fluidically connected to the radially outer annulus, characterized in that flow guiding means, which are fastened on the at least one stationary component on one side, project into the constriction.
Blister for accommodating one or more individual doses of a drug formulation, preferably an inhalation formulation, each individual dose being present in a completely sealed cavity, containing a) a base element having at least one cavity open to at least one side, b) a sealing film that seals the at least one opening of the at least one cavity to form a hollow space having the drug formulation embedded therein, and a sealing lacquer layer lying between the base element and the sealing film, the sealing lacquer layer having a height of up to 5 micrometres, and the blister containing edges, characterised in that the outwardly oriented edges of the blister are folded over. a) a base element having at least one cavity open to at least one side, b) a sealing film that seals the at least one opening of the at least one cavity to form a hollow space having the drug formulation embedded therein, and
A method for bandwidth allocation in a bandwidth allocation server of a digital video network, the digital video network comprising a restricted channel being a link between a receiver in a subscriber location (15, 16) and an access node (5,6), the method comprising the steps of: receiving a bandwidth reservation request (30, 35, 40, 45) from the receiver to reserve bandwidth on the restricted channel, the bandwidth reservation request comprising a reservation start time and a duration; obtaining any existing bandwidth reservations for bandwidth on the restricted channel at least partly covered by the duration of the bandwidth reservation request, the duration being delimited by the reservation start time; determining whether a bandwidth limit (23, 59) is exceeded by a combination of the bandwidth reservation request and the any existing bandwidth reservations, at any time covered by the bandwidth reservation request; when it is determined that the combination is under the bandwidth limit, handling an acceptance by sending a reservation accept response (34, 39, 44) and storing a reservation corresponding to the bandwidth reservation request; and further comprising when it is determined that the combination exceeds the bandwidth limit, handling a rejection by sending a reservation reject response, and when it is determined that the combination exceeds the bandwidth limit only for part of the time covered by the bandwidth reservation request, handling a partial accept by sending a partial reservation accept response comprising at least one time interval from the remaining part of the time covered by the bandwidth reservation request when the combination is under the bandwidth limit. receiving a bandwidth reservation request (30, 35, 40, 45) from the receiver to reserve bandwidth on the restricted channel, the bandwidth reservation request comprising a reservation start time and a duration; obtaining any existing bandwidth reservations for bandwidth on the restricted channel at least partly covered by the duration of the bandwidth reservation request, the duration being delimited by the reservation start time; determining whether a bandwidth limit (23, 59) is exceeded by a combination of the bandwidth reservation request and the any existing bandwidth reservations, at any time covered by the bandwidth reservation request; when it is determined that the combination is under the bandwidth limit, handling an acceptance by sending a reservation accept response (34, 39, 44) and storing a reservation corresponding to the bandwidth reservation request; and further comprising when it is determined that the combination exceeds the bandwidth limit, handling a rejection by sending a reservation reject response, and when it is determined that the combination exceeds the bandwidth limit only for part of the time covered by the bandwidth reservation request, handling a partial accept by sending a partial reservation accept response comprising at least one time interval from the remaining part of the time covered by the bandwidth reservation request when the combination is under the bandwidth limit.
Device for inspecting an alternator of a plant for electric energy production comprising: - a probe; - first moving means configured for moving the probe along a moving axis lying on a moving plane; - at least a first driving element (24, 44, 45) shaped for deflecting the probe in a first direction (D1, D2, D3) transversal to the moving axis on a first side of the plane; the device being characterized in that, in use, the driving element (24, 44, 45) is arranged so that, once deflected, the probe penetrates inside one slot of the alternator. - a probe; - first moving means configured for moving the probe along a moving axis lying on a moving plane; - at least a first driving element (24, 44, 45) shaped for deflecting the probe in a first direction (D1, D2, D3) transversal to the moving axis on a first side of the plane;
A process for the gas phase polymerisation of olefins in a fluidised bed reactor, which process comprises: a) passing a fluidising gas comprising one or more olefin monomers through a fluidised bed of polymer particles in the presence of a polymerisation catalyst, b) withdrawing a first gaseous stream comprising solid particles from the top of the reactor, c) passing the first gaseous stream to a gas/solids separator, separating solid particles therefrom, and forming a second gaseous stream comprising residual solid particles, d) passing at least a portion of the second gaseous stream to one or more heat exchangers to remove heat of reaction, wherein no means, such as filters, which completely remove the solids from the second gaseous stream are present between the gas/solids separator and the one or more heat exchangers, and e) recycling at least a portion of the cooled stream from step (d) as the fluidising gas in step (a), characterised in that the majority of the particles, by number, that are passed to the heat exchanger have a particle size of less than 20 microns and the rate of fouling of the one or more heat exchangers is such that i) the increase in pressure drop across the heat exchangers is equivalent to less than 5% per year, and/or ii) the decrease in heat transfer of the heat exchangers is equivalent to less than 5% per year. a) passing a fluidising gas comprising one or more olefin monomers through a fluidised bed of polymer particles in the presence of a polymerisation catalyst, b) withdrawing a first gaseous stream comprising solid particles from the top of the reactor, c) passing the first gaseous stream to a gas/solids separator, separating solid particles therefrom, and forming a second gaseous stream comprising residual solid particles, d) passing at least a portion of the second gaseous stream to one or more heat exchangers to remove heat of reaction, wherein no means, such as filters, which completely remove the solids from the second gaseous stream are present between the gas/solids separator and the one or more heat exchangers, and e) recycling at least a portion of the cooled stream from step (d) as the fluidising gas in step (a), i) the increase in pressure drop across the heat exchangers is equivalent to less than 5% per year, and/or ii) the decrease in heat transfer of the heat exchangers is equivalent to less than 5% per year.
A ball sealer for hydrocarbon resource recovery, the ball sealer comprising a generally spherical entire structure including at least two layers of a spherical core and a surface resin layer covering the spherical core, of which at least the surface resin layer comprises a polyglycolic acid resin; the spherical structure having a diameter of at least about 25 mm, characterized in that the polyglycolic acid resin has a weight-average molecular weight (Mw) of 70,000 to 500,000 and a melt viscosity, as measured by JIS-K7199, in the range of 200 to 1500 Pa-s, when measured under the conditions of a shear rate of 120-sec -1 and a temperature which is the melting point plus 50°C.
A high-temperature annealing line roll comprising a cylindrical casing and at least one journal (130; 140) in a metal material mounted at one of the ends of the cylindrical casing, said at least one journal comprising a mandrel (131; 141) capable of driving into rotation the cylindrical casing, the cylindrical casing being in a thermostructural composite material, the roll further comprising at least one element (150; 160) for maintaining the casing on the journal (130; 140), characterized in that the maintaining element comprises a crown or a plurality of crown segments (151, 152; 161, 162) attached on one end of said casing, each crown or crown segment being extended with at least one elastic tab (153, 163), the end of which bears upon the journal, and in that each journal further comprises a driving shaft (133, 143) connected to the mandrel (131, 141) through a frusto-conical portion (132, 142), the elastic tab(s) (153, 163) of each crown or crown segment (151, 152; 161, 162) bearing upon said frusto-conical portion.
An embedded device incorporating Java Card technology including a Java Card platform and at least one applet, and including both Java Card platform security features and applet security features, comprising: a) a threat detection means, installed with either or both of the Java Card platform and the at least one applet, and constructed to detect events of threat occurring at the embedded device; and characterized by b) an interface means constructed to: - receive, from the threat detection means, a threat notification on a detected event of threat; and, - in reaction to a received threat notification, establish or operate a communication channel between the Java Card platform and the at least one applet and exchange threat information on the detected event of threat between the Java Card platform and the at least one applet. a) a threat detection means, installed with either or both of the Java Card platform and the at least one applet, and constructed to detect events of threat occurring at the embedded device; and characterized by b) an interface means constructed to: - receive, from the threat detection means, a threat notification on a detected event of threat; and, - in reaction to a received threat notification, establish or operate a communication channel between the Java Card platform and the at least one applet and exchange threat information on the detected event of threat between the Java Card platform and the at least one applet. - receive, from the threat detection means, a threat notification on a detected event of threat; and, - in reaction to a received threat notification, establish or operate a communication channel between the Java Card platform and the at least one applet and exchange threat information on the detected event of threat between the Java Card platform and the at least one applet.
A configurable accelerator for implementing one or more functions, the configurable accelerator comprising: at least one transmit direct memory access, DMA, engine configured to continuously load data from a shared data storage memory in accordance with a transmit instruction, wherein the at least one transmit DMA engine includes a first transmit DMA engine; at least one execution engine operatively connected to the transmit DMA engine, the execution engine configured to receive an execution instruction and to implement one or more functions, wherein the execution engine is configured to continuously process the data loaded by the first transmit DMA engine in accordance with an execution instruction to generate a result data, the at least one execution engine includes a first execution engine operatively connected to the first transmit DMA engine; and, at least one receive DMA engine operatively connected to the transmit DMA engine, the receive DMA engine configured to receive, through the first transmit DMA engine, the result data provided by the first execution engine and to continuously store the result data to the shared data storage memory, wherein the at least one receive DMA engine includes a first receive DMA engine operatively connected to the first transmit DMA engine. at least one transmit direct memory access, DMA, engine configured to continuously load data from a shared data storage memory in accordance with a transmit instruction, wherein the at least one transmit DMA engine includes a first transmit DMA engine; at least one execution engine operatively connected to the transmit DMA engine, the execution engine configured to receive an execution instruction and to implement one or more functions, wherein the execution engine is configured to continuously process the data loaded by the first transmit DMA engine in accordance with an execution instruction to generate a result data, the at least one execution engine includes a first execution engine operatively connected to the first transmit DMA engine; and, at least one receive DMA engine operatively connected to the transmit DMA engine, the receive DMA engine configured to receive, through the first transmit DMA engine, the result data provided by the first execution engine and to continuously store the result data to the shared data storage memory, wherein the at least one receive DMA engine includes a first receive DMA engine operatively connected to the first transmit DMA engine.