mhurhangee/ep-ind-claims huggingface dataset:
A serving gateway, S-GW, comprising: a receiver, configured to receive a first message from a mobility management entity, MME, wherein the first message carries a first indication, the first indication is configued to instruct the S-GW to allocate a first identifier and a second identifier to a first evolved packet system, EPS, bearer of user equipment, UE, the first identifier is configured to set up a first S1 interface user plane bearer for the UE, and the first S1 interface user plane bearer is a bearer between the S-GW and an eNB; the second identifier is configured to set up a first S11 interface user plane bearer for the UE, and the first S11 interface user plane bearer is a bearer between the S-GW and the MME; a processor, configured to allocate the first identifier and the second identifier to the first EPS bearer of the UE according to the first indication; and a transmitter, configured to send a first response message to the MME, wherein the first response message carries the first identifier and the second identifier. a receiver, configured to receive a first message from a mobility management entity, MME, wherein the first message carries a first indication, the first indication is configued to instruct the S-GW to allocate a first identifier and a second identifier to a first evolved packet system, EPS, bearer of user equipment, UE, the first identifier is configured to set up a first S1 interface user plane bearer for the UE, and the first S1 interface user plane bearer is a bearer between the S-GW and an eNB; the second identifier is configured to set up a first S11 interface user plane bearer for the UE, and the first S11 interface user plane bearer is a bearer between the S-GW and the MME; a processor, configured to allocate the first identifier and the second identifier to the first EPS bearer of the UE according to the first indication; and a transmitter, configured to send a first response message to the MME, wherein the first response message carries the first identifier and the second identifier.
A cutting tool comprising a substrate and a coating film that is disposed on the substrate, wherein the coating film includes a first layer consisting of metal tungsten, hexagonal ditungsten carbide and optionally an inevitable impurity, the content ratio of the inevitable impurity being 0 mass% or more and 0.2 mass% or less relative to the total mass of the first layer, and the first layer has an elastic deformation rate of 43.0 or more and 58.0 or less; wherein the first layer has a thickness of 0.3 μm or more and 4.0 μm or less; wherein the fact that the first layer is composed of metal tungsten and hexagonal ditungsten carbide is confirmed by X-ray diffraction as described in the description and the content ratio of the inevitable impurity in the first layer is measured by glow discharge mass spectrometry; and wherein the elastic deformation rate of the first layer is measured by a nano indention test according to ISO 14577 as described in the description. the coating film includes a first layer consisting of metal tungsten, hexagonal ditungsten carbide and optionally an inevitable impurity, the content ratio of the inevitable impurity being 0 mass% or more and 0.2 mass% or less relative to the total mass of the first layer, and the first layer has an elastic deformation rate of 43.0 or more and 58.0 or less; wherein the first layer has a thickness of 0.3 μm or more and 4.0 μm or less; wherein the fact that the first layer is composed of metal tungsten and hexagonal ditungsten carbide is confirmed by X-ray diffraction as described in the description and the content ratio of the inevitable impurity in the first layer is measured by glow discharge mass spectrometry; and wherein the elastic deformation rate of the first layer is measured by a nano indention test according to ISO 14577 as described in the description.
A carbon-fiber-reinforced silicon-carbide-based composite material, comprising a bundle of fibers having chopped carbon fibers arranged in parallel and the other carbon component, carbon, silicon, and silicon carbide, wherein said fiber bundle is flat, its cross-section perpendicular to its longitudinal direction has a larger diameter of 1 mm or more, a ratio of the larger diameter to a smaller diameter is from 1.5 to 5, a plurality of said fiber bundles is randomly oriented along a two-dimensional plane, and said fiber bundles may partly include those whose longitudinal directions incline from said two-dimensional plane in a depth direction or those which are bent, said chopped carbon fibers have a diameter of from 7 μm to 15 μm and a length of from 4 mm to 14 mm, and a distance between adjacent chopped carbon fibers is from 1 μm to 20 μm at the cross-section perpendicular to the longitudinal direction of said fiber bundle, and in an arbitrary section perpendicular to said two-dimensional plane, a ratio of an area occupied by said chopped carbon fibers to the section is from 30% to 45%, a ratio of an area occupied by silicon carbide to the section is from 40% to 59%, and the remainder is of silicon and carbon components other than said chopped carbon fibers.
An encoder adapted to perform low density parity check convolutional code coding of an information sequence, comprising: a determining section adapted to determine the sequence length of a termination sequence transmitted by being added at a rear end of an information sequence according to a coding rate of the low density parity check convolutional code coding and the information length of the information sequence; and a computing section adapted to apply the low density parity check convolutional code coding to the information sequence and a known information sequence necessary to generate the termination sequence of the determined sequence length, and to compute a parity sequence. a determining section adapted to determine the sequence length of a termination sequence transmitted by being added at a rear end of an information sequence according to a coding rate of the low density parity check convolutional code coding and the information length of the information sequence; and a computing section adapted to apply the low density parity check convolutional code coding to the information sequence and a known information sequence necessary to generate the termination sequence of the determined sequence length, and to compute a parity sequence.
A heating torch for burning a mixture of fuel and air, the heating torch including: an air entrainment chamber; - a fuel inlet port for supplying fuel from a fuel source to the air entrainment chamber; - the air entrainment chamber including at least one air inlet for supplying air from the atmosphere to the air entrainment chamber; - the air entrainment chamber including an outlet for discharging from the air entrainment chamber a mixture of fuel and air in a flow path extending from the outlet; wherein the heating torch includes a combustion chamber provided in the flow path and spaced from the outlet,the combustion chamber having an open end facing in a generally downstream direction away from the outlet, characterized in that the combustion chamber has a closed end facing in a generally upstream direction towards the outlet, and the combustion chamber includes at least one side opening extending along a side of the combustion chamber. an air entrainment chamber; - a fuel inlet port for supplying fuel from a fuel source to the air entrainment chamber; - the air entrainment chamber including at least one air inlet for supplying air from the atmosphere to the air entrainment chamber; - the air entrainment chamber including an outlet for discharging from the air entrainment chamber a mixture of fuel and air in a flow path extending from the outlet; wherein the heating torch includes a combustion chamber provided in the flow path and spaced from the outlet,the combustion chamber having an open end facing in a generally downstream direction away from the outlet, characterized in that the combustion chamber has a closed end facing in a generally upstream direction towards the outlet, and the combustion chamber includes at least one side opening extending along a side of the combustion chamber. - a fuel inlet port for supplying fuel from a fuel source to the air entrainment chamber; - the air entrainment chamber including at least one air inlet for supplying air from the atmosphere to the air entrainment chamber; - the air entrainment chamber including an outlet for discharging from the air entrainment chamber a mixture of fuel and air in a flow path extending from the outlet;
A terminal block comprising: an electric wire; a shield material configured to cover at least a part of the electric wire; a terminal to which the electric wire is connected; and a housing configured to accommodate the terminal, two shield brackets fixed to the housing and facing each other so as to form a tubular space for the electric wire therebetween, the shield brackets being configured to hold the shield material, each shield bracket including a flat-shaped top face, a flat-shaped bottom face and a folding portion folded along a fold line so as to have a U-shaped section, wherein the folding portion holds an end of the shield material by sandwiching the end of the shield material within a gap of the folding portion, the terminal block being characterized in that the folding portion has a plurality of notch holes formed on the fold line of the folding portion and provided at predetermined intervals. an electric wire; a shield material configured to cover at least a part of the electric wire; a terminal to which the electric wire is connected; and a housing configured to accommodate the terminal, two shield brackets fixed to the housing and facing each other so as to form a tubular space for the electric wire therebetween, the shield brackets being configured to hold the shield material, each shield bracket including a flat-shaped top face, a flat-shaped bottom face and a folding portion folded along a fold line so as to have a U-shaped section, wherein the folding portion holds an end of the shield material by sandwiching the end of the shield material within a gap of the folding portion, the terminal block being characterized in that the folding portion has a plurality of notch holes formed on the fold line of the folding portion and provided at predetermined intervals.
An exposure apparatus for exposing a substrate via a projection optical system, the apparatus comprising: a first stage which is movable relative to the projection optical system; a second stage which is movable relative to the projection optical system; and a liquid immersion system that is capable of forming a liquid immersion region of a liquid under the projection optical system, characterised in that the apparatus comprises a controller (CONT) arranged to cause movement of the first and second stages in a state in which a first overhang portion provided at the first stage and a second overhang portion provided at the second stage are brought close to or in contact with each other, such that the liquid immersion region is moved from one of upper surfaces of the first and second overhang portions to the other of the upper surfaces of the first and second overhang portions. a first stage which is movable relative to the projection optical system; a second stage which is movable relative to the projection optical system; and a liquid immersion system that is capable of forming a liquid immersion region of a liquid under the projection optical system, characterised in that the apparatus comprises a controller (CONT) arranged to cause movement of the first and second stages in a state in which a first overhang portion provided at the first stage and a second overhang portion provided at the second stage are brought close to or in contact with each other, such that the liquid immersion region is moved from one of upper surfaces of the first and second overhang portions to the other of the upper surfaces of the first and second overhang portions.
Base for sewing machines comprising a support structure capable of supporting the fabric to be sewn and comprising a polygon-shaped main plate on which the fabric is placed, said base comprising a first wing adjacent to the main plate and pivoted in a first side of the main plate, and first moving means (30, 38, 40) of the first wing so that the first wing is rotatable about an axis which is coplanar to the main plate, and the first wing may be disposed in a first position which is coplanar to the main plate providing continuity of support to the main plate, or in a second position which is orthogonal to the main plate; characterized by the fact that a second wing is comprised and is adjacent to the main plate and is pivoted in a second side of the main plate.
A semiconductor nanoparticle assembly which includes an aggregate having a plurality of coated semiconductor nanoparticles aggregated, said coated semiconductor nanoparticles each containing a semiconductor nanoparticle having a core/shell structure and a translucent coating layer having a thickness of 3 nm or more and 15 nm or less for coating the semiconductor nanoparticle, characterized in that the semiconductor nanoparticle assembly has an average volume particle size of 100 nm to 1000 nm.
Hydraulic lift structure with vertical lifting movement, particularly for motor vehicles and similar vehicles, comprising: - two bearing platforms (11, 12) arranged parallel to each other; - lifting means configured to move said bearing platforms (11, 12) in vertical direction, said lifting means comprising, for each bearing platform (11, 12), one pair of opposite articulated arms (14, 15), each one of which is positioned under an end section of a bearing platform (11, 12); - base elements (16, 17) for anchoring said articulated arms (14, 15) to the ground; wherein in each pair of articulated arms (14, 15) at least one first articulated arm comprises: - a first member, said first member being hinged with a first end to a corresponding base element, being hinged in a central portion thereof to a second member, and being hinged with its opposite second end to a slide of said hydraulic lift structure, which slide which runs under said corresponding bearing platform (11, 12) through sliding means of said hydraulic lift structure, said slide comprising two lateral sliding blocks and a movable upper pin, the ends of said movable upper pin being each constrained to one of said lateral sliding blocks; - the second member, said second member being hinged at a first end thereof to said central portion of said first member and being hinged with its opposite second end to the corresponding bearing platform (11, 12), characterized in that each lateral sliding block comprises means for adjusting its height, said height being the height of the lateral sliding block itself, said lateral sliding block comprising an upper part and a lower part which slide with respect to each other in the direction defined by said height, said means for adjusting said height comprising one or more manoeuvring dowels placed in two corresponding counter threaded through holes defined in said lower part. - two bearing platforms (11, 12) arranged parallel to each other; - lifting means configured to move said bearing platforms (11, 12) in vertical direction, said lifting means comprising, for each bearing platform (11, 12), one pair of opposite articulated arms (14, 15), each one of which is positioned under an end section of a bearing platform (11, 12); - base elements (16, 17) for anchoring said articulated arms (14, 15) to the ground; - a first member, said first member being hinged with a first end to a corresponding base element, being hinged in a central portion thereof to a second member, and being hinged with its opposite second end to a slide of said hydraulic lift structure, which slide which runs under said corresponding bearing platform (11, 12) through sliding means of said hydraulic lift structure, said slide comprising two lateral sliding blocks and a movable upper pin, the ends of said movable upper pin being each constrained to one of said lateral sliding blocks; - the second member, said second member being hinged at a first end thereof to said central portion of said first member and being hinged with its opposite second end to the corresponding bearing platform (11, 12),
A method, comprising: switching a first set of capacitors of a capacitor bank of a low pass filter, LPF, of a phase-locked loop, PLL, from the LPF to an output of a buffer during a calibration phase of the PLL, wherein in the calibration phase, a loop of the PLL is locked and a voltage controlled oscillator, VCO, tuning voltage is shaped by the loop in order to produce a calibration ramp of a dummy chirp at a VCO output, during the calibration phase, the buffer of the PLL is copying the VCO tuning voltage on the first set of capacitors resulting in providing the calibration ramp to the first set of capacitors, measuring a buffer output current provided to the first set of capacitors during the calibration phase, matching a chirp injection current profile with the measured buffer output current, switching the first set of capacitors from the output of the buffer to the LPF during an acquisition phase of the PLL, generating a frequency chirp based on the chirp injection current profile during the acquisition phase of the PLL. switching a first set of capacitors of a capacitor bank of a low pass filter, LPF, of a phase-locked loop, PLL, from the LPF to an output of a buffer during a calibration phase of the PLL, wherein in the calibration phase, a loop of the PLL is locked and a voltage controlled oscillator, VCO, tuning voltage is shaped by the loop in order to produce a calibration ramp of a dummy chirp at a VCO output, during the calibration phase, the buffer of the PLL is copying the VCO tuning voltage on the first set of capacitors resulting in providing the calibration ramp to the first set of capacitors, measuring a buffer output current provided to the first set of capacitors during the calibration phase, matching a chirp injection current profile with the measured buffer output current, switching the first set of capacitors from the output of the buffer to the LPF during an acquisition phase of the PLL, generating a frequency chirp based on the chirp injection current profile during the acquisition phase of the PLL.
A method of detecting anomalous behavior of a network fabric, the method comprising: characterizing a nominal behavior of a fabric as a baseline vector of behavior metrics having nominal values, the fabric comprising networked nodes; establishing anomaly detection criteria as a function of a variation from the baseline vector, the detection criteria defining a fabric anomalous behavior; disaggregating the anomaly detection criteria into a plurality of anomaly criterion; disseminating the plurality of anomaly criterion among nodes of the fabric; calculating, by receiving nodes, anomaly criterion statuses at each receiving node as a function the node's anomaly criterion and a measured vector of behavior metrics; aggregating anomaly criterion statuses from at least some of the receiving nodes; detecting satisfaction of the anomaly detection criteria as a function of the anomaly criterion statuses indicating occurrence of the fabric anomalous behavior relative to the nominal behavior; and notifying a manager of the fabric anomalous behavior, wherein the method further comprises: updating the anomaly detection criteria according to a known change in the fabric and sending the receiving nodes correspondingly updated anomaly criterion, wherein the known change comprises an expected behavior change vector reflecting expected behavior changes due to deployment of an application within the fabric. characterizing a nominal behavior of a fabric as a baseline vector of behavior metrics having nominal values, the fabric comprising networked nodes; establishing anomaly detection criteria as a function of a variation from the baseline vector, the detection criteria defining a fabric anomalous behavior; disaggregating the anomaly detection criteria into a plurality of anomaly criterion; disseminating the plurality of anomaly criterion among nodes of the fabric; calculating, by receiving nodes, anomaly criterion statuses at each receiving node as a function the node's anomaly criterion and a measured vector of behavior metrics; aggregating anomaly criterion statuses from at least some of the receiving nodes; detecting satisfaction of the anomaly detection criteria as a function of the anomaly criterion statuses indicating occurrence of the fabric anomalous behavior relative to the nominal behavior; and notifying a manager of the fabric anomalous behavior, wherein the method further comprises: updating the anomaly detection criteria according to a known change in the fabric and sending the receiving nodes correspondingly updated anomaly criterion, wherein the known change comprises an expected behavior change vector reflecting expected behavior changes due to deployment of an application within the fabric. updating the anomaly detection criteria according to a known change in the fabric and sending the receiving nodes correspondingly updated anomaly criterion, wherein the known change comprises an expected behavior change vector reflecting expected behavior changes due to deployment of an application within the fabric.
A method of determining or comparing potency of a test interferon relative to Recombinant Super-Compound Interferon (rSIFN-co), or establishing equivalence between a test interferon and rSIFN-co, comprising: providing the test interferon and rSIFN-co; and determining the following activities by the test interferon and rSIFN-co, in vitro, under same specified conditions, respectively: (i) Down-regulation of expression of LRP6 and FZD6 in HT-29 cells; and (ii) Higher affinity binding to IFNAR1 and lower affinity binding to IFNAR2 as compared to IFNα-2b; whereby the presence of the activity specified in (i) in a statistically significant manner and the activity specified in (ii) by the test interferon, signifies that the test interferon and rSIFN-co have the same potency, or that the test interferon and rSIFN-co are equivalent. providing the test interferon and rSIFN-co; and determining the following activities by the test interferon and rSIFN-co, in vitro, under same specified conditions, respectively: (i) Down-regulation of expression of LRP6 and FZD6 in HT-29 cells; and (ii) Higher affinity binding to IFNAR1 and lower affinity binding to IFNAR2 as compared to IFNα-2b; whereby the presence of the activity specified in (i) in a statistically significant manner and the activity specified in (ii) by the test interferon, signifies that the test interferon and rSIFN-co have the same potency, or that the test interferon and rSIFN-co are equivalent. (i) Down-regulation of expression of LRP6 and FZD6 in HT-29 cells; and (ii) Higher affinity binding to IFNAR1 and lower affinity binding to IFNAR2 as compared to IFNα-2b;