mhurhangee/ep-ind-claims huggingface dataset:
A portable augmentation system for use when no prior survey for a group of locations of a group of reference receivers in the portable augmentation system is present, the portable augmentation system comprising: the group of reference receivers, each provided at one of the group of locations, that receives satellite signals and identifies raw pseudo-range data and a group of satellite data parameters from the satellite signals, wherein the raw pseudo-range data and the group of satellite data parameters form satellite data comprising location information and level of accuracy of the location; and a navigation information generator that receives the satellite data from the group of reference receivers; generates pseudo-range correction data using the satellite data; identifies the level of accuracy of the locations of the group of reference receivers based on the satellite data; identifies a level of accuracy for the generated pseudo-range correction data based on the identified level of accuracy of the locations of the group of reference receivers; indicates when the group of locations of the group of reference receivers does not meet a desired level of accuracy for the pseudo-range correction data; and generates messages using navigation information from the satellite data when the group of reference receivers has the desired level of accuracy for the pseudo-range correction data. the group of reference receivers, each provided at one of the group of locations, that receives satellite signals and identifies raw pseudo-range data and a group of satellite data parameters from the satellite signals, wherein the raw pseudo-range data and the group of satellite data parameters form satellite data comprising location information and level of accuracy of the location; and a navigation information generator that receives the satellite data from the group of reference receivers; generates pseudo-range correction data using the satellite data; identifies the level of accuracy of the locations of the group of reference receivers based on the satellite data; identifies a level of accuracy for the generated pseudo-range correction data based on the identified level of accuracy of the locations of the group of reference receivers; indicates when the group of locations of the group of reference receivers does not meet a desired level of accuracy for the pseudo-range correction data; and generates messages using navigation information from the satellite data when the group of reference receivers has the desired level of accuracy for the pseudo-range correction data.
A motor control device for controlling a motor having a salient pole, the motor control device comprising: an estimator for estimating a rotor position (θ e) of the motor; and a controller for performing vector control of the motor based on the estimated rotor position (θ e), a d-axis being a rotating axis parallel to a magnetic flux generated by a permanent magnet that constitutes a rotor, a γ-axis being a rotating estimated axis for the control corresponding to the d-axis, and an estimated control δ-axis being adopted at 90 degrees leading phase from the γ-axis in electrical angle, characterised in that a qm-axis is a rotation axis having the same direction as a current vector to be supplied to the motor when a maximum torque control is realised or a rotation axis whose phase leads that of the rotation axis having the same direction as the current vector to be supplied to the motor when the maximum torque control is realised, and a dm-axis is a rotation axis lagging behind the qm-axis by 90 degrees in electrical angle, a phase of the estimated control γ-axis, with reference to a predetermined fixed axis, is the estimated rotor position (θ e), the estimator includes an axial error estimator which estimates an axial error (Δθm) between the estimated control δ-axis and the qm-axis based on a motor current flowing in the motor, and_calculates the estimated rotor position (θ e) such that the axial error (Δθ m) converges to zero, so that the estimated control δ-axis converges to the qm-axis, and based on the estimated rotor position (θ e), the controller performs drive and control of the motor by decomposing the motor current into a qm-axis component that is parallel to the qm-axis and a dm-axis component that is parallel to the dm-axis. an estimator for estimating a rotor position (θ e) of the motor; and a controller for performing vector control of the motor based on the estimated rotor position (θ e),
An apparatus for processing the skin side of a tubular fur, which apparatus comprises: a mandrel on which the tubular fur can be drawn from a first part of the mandrel towards a second part of the mandrel so that the skin side of the fur faces outwards and the fur side of the fur faces inwards towards the mandrel, a set of scraping units (4, 5, 8), each scraping unit (4, 5, 8) comprising at least one scraper means (4a, 5a, 8a) configured for scraping said skin side when the fur is arranged on the mandrel, wherein the at least one scraper means (4a, 5a, 8a) is a scraper roller, wherein at least one set of scraper rollers (4a, 5a, 8a) are arranged on opposite sides of said mandrel, and a cover comprising a compartment and an outlet for the material removed from the skin side of the fur, characterized in that said cover is configured for enclosing at least a part of said mandrel and said set of scraper rollers (4a, 5a, 8a) arranged on opposite sides of said mandrel in said compartment during operation, wherein said outlet is arranged in a bottom part of said cover, said bottom part being arranged below said scraper means (4a, 5a, 8a), wherein said cover comprises walls with inner surfaces configured for leading material removed from said skin side by means of said scraper means (4a, 5a, 8a) towards said bottom part, and wherein said apparatus comprises a removal arrangement, said removal arrangement being configured for removing said material removed from said skin side from said bottom part through said outlet. a mandrel on which the tubular fur can be drawn from a first part of the mandrel towards a second part of the mandrel so that the skin side of the fur faces outwards and the fur side of the fur faces inwards towards the mandrel, a set of scraping units (4, 5, 8), each scraping unit (4, 5, 8) comprising at least one scraper means (4a, 5a, 8a) configured for scraping said skin side when the fur is arranged on the mandrel, wherein the at least one scraper means (4a, 5a, 8a) is a scraper roller, wherein at least one set of scraper rollers (4a, 5a, 8a) are arranged on opposite sides of said mandrel, and a cover comprising a compartment and an outlet for the material removed from the skin side of the fur, characterized in that
A blade body of a turbine blade, which defines an interior cavity fluidly communicative with coolant, the blade body comprising: a first and second interior surface (431, 432); and one or more pins extending as a first set of pins from the first interior surface in a first pin array and as a second set of pins from the second interior surface in a second pin array, the first and second interior surface and the one or more pins being disposable to thermally interact with the coolant, and at least one of the one or more pins comprising: a first section (910, 1110) and a second section (920, 1120) interposed between the first section and the interior surface with the first section having a larger cross-sectional area than the second section; a tapered cylindrical exterior surface (901, 1101), a fillet (930, 1130) adjacent the first or second interior surface, and a blunt distal tip (903, 1103); and one of: multiple ribs protruding from a local plane of the tapered cylindrical exterior surface along an axial length thereof, or multiple protrusions protruding in multiple rows from a local plane of the tapered cylindrical exterior surface along an axial length thereof. a first and second interior surface (431, 432); and one or more pins extending as a first set of pins from the first interior surface in a first pin array and as a second set of pins from the second interior surface in a second pin array, the first and second interior surface and the one or more pins being disposable to thermally interact with the coolant, and at least one of the one or more pins comprising: a first section (910, 1110) and a second section (920, 1120) interposed between the first section and the interior surface with the first section having a larger cross-sectional area than the second section; a tapered cylindrical exterior surface (901, 1101), a fillet (930, 1130) adjacent the first or second interior surface, and a blunt distal tip (903, 1103); and one of: multiple ribs protruding from a local plane of the tapered cylindrical exterior surface along an axial length thereof, or multiple protrusions protruding in multiple rows from a local plane of the tapered cylindrical exterior surface along an axial length thereof. a first section (910, 1110) and a second section (920, 1120) interposed between the first section and the interior surface with the first section having a larger cross-sectional area than the second section; a tapered cylindrical exterior surface (901, 1101), a fillet (930, 1130) adjacent the first or second interior surface, and a blunt distal tip (903, 1103); and one of: multiple ribs protruding from a local plane of the tapered cylindrical exterior surface along an axial length thereof, or multiple protrusions protruding in multiple rows from a local plane of the tapered cylindrical exterior surface along an axial length thereof. multiple ribs protruding from a local plane of the tapered cylindrical exterior surface along an axial length thereof, or multiple protrusions protruding in multiple rows from a local plane of the tapered cylindrical exterior surface along an axial length thereof.
A coupling apparatus (10, 30) comprising an annular coupling body having a proximal end part attached to a predetermined part of an object to be connected and a distal end part positioned opposite the proximal end part; and plural fitting projections projecting along an axial direction of the coupling body from plural predetermined circumferential positions on the distal end part of the coupling body, each fitting projection having an engaging hook projecting in one predetermined circumferential direction at a projecting end part thereof, two of the coupling apparatuses approaching coaxially to each other to fit the fitting projections of one coupling apparatus into fitting recesses between the fitting projections of the other coupling apparatus, next, the coupling body of the one coupling apparatus being rotated in a predetermined circumferential direction relative to the coupling body of the other coupling apparatus to make the engaging hooks of the fitting projections of the one coupling apparatus engage with the engaging hooks of the fitting projections of the other coupling apparatus, thus detachably connecting the two coupling apparatuses to each other, the coupling body and the plural fitting projections being formed independently of each other, and being characterized by further comprising a fixing structure which is independent of the coupling body and the fitting projections and which detachably fixes the fitting projections to the predetermined circumferential positions on the distal end part of the coupling body, the fixing structure including an insert connection member which is inserted in a through hole formed in at least one of the coupling body and the fitting projection and which is detachably connected to the other.
A CCL20 locked dimer polypeptide, wherein the dimer comprises two monomers covalently linked together, wherein the two monomers each have the amino acid sequence as shown in SEQ ID NO: 1.
Build-up welding method, wherein at least two weld layers are applied to a component, wherein the first weld layer is deformed plastically at least partially by means of a plastic deformation process prior to applying the second weld layer, characterized in that the plastic deformation process is carried out by two deformation means acting onto the first weld layer simultaneously from both sides and with equal force, wherein the first weld layer is deformed from a first to a second width (B, C) with the layer thickness at the same time increasing.
A method for predicting Quality of Experience, QoE, of an application running on a network device, the method comprising: collecting a plurality of wireless parameters representative of transmission conditions, wherein each wireless parameter of the plurality of wireless parameters representative of transmission conditions is collected during a plurality of learning periods; measuring one or more parameters representative of the level of QoE, related to an application, wherein each QoE parameter of the plurality of QoE parameters is measured during the plurality of learning periods; mapping the plurality of wireless parameters representative of transmission conditions to the one or more parameters representative of the level of QoE; selecting, based on the mapping, one or more wireless parameters representative of transmission conditions from the plurality of wireless parameters representative of transmission conditions that most significantly influences the one or more parameters representative of the level of QoE in order to enable an access point, AP, to predict a QoE level for the application for a wireless environment of a first time period by only measuring the one or more wireless parameters representative of transmission conditions, wherein the plurality of wireless parameters representative of transmission conditions is selected from the group comprising of physical layer data rate, number of spatial streams, channel bandwidth, medium availability, and Received Signal Strength Indicator, RSSI. collecting a plurality of wireless parameters representative of transmission conditions, wherein each wireless parameter of the plurality of wireless parameters representative of transmission conditions is collected during a plurality of learning periods; measuring one or more parameters representative of the level of QoE, related to an application, wherein each QoE parameter of the plurality of QoE parameters is measured during the plurality of learning periods; mapping the plurality of wireless parameters representative of transmission conditions to the one or more parameters representative of the level of QoE; selecting, based on the mapping, one or more wireless parameters representative of transmission conditions from the plurality of wireless parameters representative of transmission conditions that most significantly influences the one or more parameters representative of the level of QoE in order to enable an access point, AP, to predict a QoE level for the application for a wireless environment of a first time period by only measuring the one or more wireless parameters representative of transmission conditions, wherein the plurality of wireless parameters representative of transmission conditions is selected from the group comprising of physical layer data rate, number of spatial streams, channel bandwidth, medium availability, and Received Signal Strength Indicator, RSSI.
A method comprising: i) producing an acoustic field from a transducer array having known relative positions and orientations; ii) defining a plurality of control points wherein each of the plurality of control points has a known spatial relationship relative to the transducer array; iii) assigning an amplitude to each of the plurality of control points; and characterised by: iv) moving the plurality of control points within the acoustic field while adjusting temporal changes experienced within the acoustic field so that the temporal changes fall under a predetermined time threshold. i) producing an acoustic field from a transducer array having known relative positions and orientations; ii) defining a plurality of control points wherein each of the plurality of control points has a known spatial relationship relative to the transducer array; iii) assigning an amplitude to each of the plurality of control points; and characterised by: iv) moving the plurality of control points within the acoustic field while adjusting temporal changes experienced within the acoustic field so that the temporal changes fall under a predetermined time threshold.
A window element, comprising a switchable optical cell which is electrically switchable between at least two optical states and which comprises a switchable layer interposed between two opposing transparent substrates, wherein each substrate is provided with an electrode structure or one of the substrates is provided with two electrode structures and the other substrate is not provided with an electrode, and characterized in that the switchable layer comprises a liquid-crystalline medium having a clearing point which is within the working temperature of the window element, wherein the working temperature is between -25°C and 80°C. wherein each substrate is provided with an electrode structure or one of the substrates is provided with two electrode structures and the other substrate is not provided with an electrode, and characterized in that the switchable layer comprises a liquid-crystalline medium having a clearing point which is within the working temperature of the window element, wherein the working temperature is between -25°C and 80°C.
A system for laser treatment of an eye of a patient, the system comprising: a reference database comprising reference data, wherein the reference data comprises pairs of sets of parameters of laser treatments, said parameters comprising one or more parameters of a laser treatment beam and corresponding estimated lesion sizes; a processor operable to: receive a set of parameters of a laser treatment; determine, using the reference data, an estimated size of a lesion to be generated by the laser treatment beam, wherein the estimated size of the lesion is a function of the received set of parameters of the laser; characterised in that the processor is further adapted to: receive a desired lesion pattern density; and determine, using the determined estimated size of the lesion and the received desired lesion pattern density, a recommended pattern of laser treatment beam spots arranged to produce a plurality of lesions in the eye of the patient resulting in the desired lesion pattern density. a reference database comprising reference data, wherein the reference data comprises pairs of sets of parameters of laser treatments, said parameters comprising one or more parameters of a laser treatment beam and corresponding estimated lesion sizes; a processor operable to: receive a set of parameters of a laser treatment; determine, using the reference data, an estimated size of a lesion to be generated by the laser treatment beam, wherein the estimated size of the lesion is a function of the received set of parameters of the laser; receive a set of parameters of a laser treatment; determine, using the reference data, an estimated size of a lesion to be generated by the laser treatment beam, wherein the estimated size of the lesion is a function of the received set of parameters of the laser; characterised in that the processor is further adapted to: receive a desired lesion pattern density; and determine, using the determined estimated size of the lesion and the received desired lesion pattern density, a recommended pattern of laser treatment beam spots arranged to produce a plurality of lesions in the eye of the patient resulting in the desired lesion pattern density. receive a desired lesion pattern density; and determine, using the determined estimated size of the lesion and the received desired lesion pattern density, a recommended pattern of laser treatment beam spots arranged to produce a plurality of lesions in the eye of the patient resulting in the desired lesion pattern density.
A lock for a door comprising a housing having a circular opening in which a radial protrusion (12a, 12b) is arranged, and a guide ring arranged in said opening, wherein the guide ring comprises a left locking means (22, 24) and a right locking means (22, 26), wherein the radial protrusion in a first position of the guide ring is located between the left locking means and the right locking means on the guide ring, characterized in that the guide ring is configured to be rotatable from the first position in a first direction into a left locking position such that the protrusion engages with the left locking means so as to lock the guide ring relative to the housing, wherein the guide ring is configured to be rotatable from the first position in a second direction, opposite the first direction, into a right locking position such that the protrusion engages with the right locking means so as to lock the guide ring relative to the housing, wherein a rotation of the guide ring in the first direction to the left locking position enables a left hand operation of the lock, and wherein a rotation of the guide ring in the second direction to the right locking position enables a right hand operation of the lock.
A cooling fan with a fan wheel, an input shaft and a control unit for setting a rotational speed of the fan wheel in a range of rotational speeds of between zero and an input rotational speed of the input shaft, wherein the control unit is configured to permit a rotational speed of the fan wheel at an upper threshold (D') and a lower threshold of the rotational speed range for each input rotational speed and, however, only to permit a median range of rotational speeds of the fan wheel when the input rotational speed is below a threshold rotational speed (n Thr), wherein a clutch has a drive side connected to the input shaft and an output side connected to the fan wheel and which can be controlled by the control unit in order to either take up an open position corresponding to the lower threshold of the rotational speed range, a closed position corresponding to the upper threshold (D') of the rotational speed range, or an intermediate position which differ in the power transmitted to the output side for a given rotational speed of the drive side, wherein the clutch is a viscous clutch, characterized in that the control unit is configured such that, in the case in which the input rotational speed lies above the threshold rotational speed (n Thr), to prevent a shift of the fan wheel from an operation at a rotational speed above the median range to an operation at a rotational speed below the median range, wherein the control unit is configured to permit the open position and the closed position at each rotational speed, but only to permit a median range of positions when the input rotational speed lies below the threshold rotational speed (n Thr), and to prevent the shift into the rotational speed range below the median range, in that it prevents a shift of the clutch from a position which is more closed than the positions of the median range, into a position which is more open than the positions of the median range.