mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: receiving a first plurality of augmented reality, AR, annotations to display on a user device; determining a cognitive demand score for each of the received AR annotations; assigning each of the AR annotations to one of a first plurality of annotation display groups, wherein assigning each of the AR annotations to one of the first plurality of annotation display groups comprises balancing the aggregate cognitive demand scores across the first plurality of annotation display groups, wherein balancing aggregate cognitive demand scores across the first plurality of annotation display groups comprises checking whether an AR annotation occludes or is occluded by an AR annotation assigned to an annotation display group and assigning the AR annotation to an annotation display group such that the AR annotation neither occludes nor is occluded by any other AR annotation assigned to the same annotation display group; and sequentially sending, to a display, each one of the first plurality of annotation display groups such that AR annotations in the same annotation display group are displayed at the same time, and AR annotations in different annotation display groups are displayed at different times. receiving a first plurality of augmented reality, AR, annotations to display on a user device; determining a cognitive demand score for each of the received AR annotations; assigning each of the AR annotations to one of a first plurality of annotation display groups, wherein assigning each of the AR annotations to one of the first plurality of annotation display groups comprises balancing the aggregate cognitive demand scores across the first plurality of annotation display groups, wherein balancing aggregate cognitive demand scores across the first plurality of annotation display groups comprises checking whether an AR annotation occludes or is occluded by an AR annotation assigned to an annotation display group and assigning the AR annotation to an annotation display group such that the AR annotation neither occludes nor is occluded by any other AR annotation assigned to the same annotation display group; and sequentially sending, to a display, each one of the first plurality of annotation display groups such that AR annotations in the same annotation display group are displayed at the same time, and AR annotations in different annotation display groups are displayed at different times.
An apparatus for controlling positive airway pressure therapy, comprising: a blower for providing a flow of gas to a patient at a pressure; a sensor to measure a characteristic of said flow and to provide a signal relating to said characteristic; a controller configured to obtain information from a frequency range of 0 to 25 Hz in a frequency domain of said signal; and a pressure regulator controlled by said controller for adjusting said pressure based on said information, wherein said information comprises an energy in a harmonic of a discrete energy spectrum of inspiration of the patient. a blower for providing a flow of gas to a patient at a pressure; a sensor to measure a characteristic of said flow and to provide a signal relating to said characteristic; a controller configured to obtain information from a frequency range of 0 to 25 Hz in a frequency domain of said signal; and a pressure regulator controlled by said controller for adjusting said pressure based on said information, wherein said information comprises an energy in a harmonic of a discrete energy spectrum of inspiration of the patient.
An acetabular component alignment device for total hip arthroplasty having (i) an acetabular component having a main instrument axis, and (ii) a calibration component for aligning the main instrument axis, wherein (a) said alignment of the main instrument axis depends on two patient-specific calibration parameters relating to rotational offsets of the acetabular component around its main instrument axis, and (b) the calibration component comprises a calibration block that is rotatable around the main instrument axis, characterized in that the device is constructed such that the second parameter of the set of calibration parameters is adjustable independently from the first parameter by rotating the acetabular component around its main instrument axis. (i) an acetabular component having a main instrument axis, and (ii) a calibration component for aligning the main instrument axis, (a) said alignment of the main instrument axis depends on two patient-specific calibration parameters relating to rotational offsets of the acetabular component around its main instrument axis, and (b) the calibration component comprises a calibration block that is rotatable around the main instrument axis,
Parking brake for vehicle trailers, comprising: - a hand brake lever that can be pivotally mounted on the vehicle trailer and is pivotable about a pivot axis, - a spring accumulator device designed to pivot the hand brake lever either into a released position or in the opposite direction into a braking position beyond a dead centre position, in which the direction of force of the spring accumulator device extends through the pivot axis of the hand brake lever, characterised in that the parking brake is designed as an electromechanical parking brake that comprises an electric motor operatively connected to the hand brake lever by means of an actuation element in such a way that the hand brake lever can be pivoted by means of the electric motor from a released position, beyond the dead centre position, only as far as to a pivot position beyond which the spring accumulator device urges the hand brake lever further into its braking position, whereas beyond this pivot position the hand brake lever is moved further into its braking position by the spring accumulator device independently of the electric motor. - a hand brake lever that can be pivotally mounted on the vehicle trailer and is pivotable about a pivot axis, - a spring accumulator device designed to pivot the hand brake lever either into a released position or in the opposite direction into a braking position beyond a dead centre position, in which the direction of force of the spring accumulator device extends through the pivot axis of the hand brake lever,
Open roof construction for a vehicle having a roof opening in its fixed roof, comprising a stationary part and an at least partially transparent closure element which is movably supported by the stationary part in order to move between a closed position within the roof opening and an open position, a sunshade assembly including a winding mechanism (9, 13) and a screen which is stretched in a non-linear shape in transverse direction during use, the screen having an upper and lower surface, lateral side edges guided by lateral guides, a leading edge having a beam attached to it and also guided by the lateral guides, and an attached edge, the winding mechanism comprising a winding tube connected to the attached edge of the screen and which is rotatable about an axis of rotation for winding and unwinding said screen between an extended position screening said roof opening and a wound position releasing said roof opening; a transverse guide extending in transverse direction and being disposed between the beam and the winding tube when the screen is wound onto the winding tube, the transverse guide being at least partly non-linear in transverse direction to form the screen in a non-linear shape between the guide and the beam, characterized by at least one longitudinal guide for the screen extending parallel to but at a higher level than the lateral guides and extending between the transverse guide and the stationary part on the opposite side of the roof opening, the at least one longitudinal guide being adapted to guide the screen from below.
A pipe end processing device comprising: a female die having a molding surface for forming a protrusion; and a male die that presses a surface to be processed of a pipe against the molding surface of the female die, the female die having a through hole with one side thereof being radially increased, the through hole having the molding surface for forming the protrusion formed on an inner circumference on the one side of the through hole, and the male die including a metal core passed through the through hole of the female die and configured to be axially moved by a drive device provided on another side of the female die, and a tubular elastic body fitted on one end part of the metal core, the one end part protruding from the one side of the female die, the tubular elastic body being configured to be axially compressed by a movement of the metal core to radially expand by deformation thereby to press the surface to be processed of the pipe against the molding surface of the female die, characterized in that the pipe end processing device further comprises a chuck that clamps an end part of the pipe in addition to the female die and the male die, wherein the metal core is formed into tubular shape, the pipe end processing device being configured to introduce a high-temperature fluid which is a heated steam at a temperature of 110°C to 170°C and a pressure of 0.1 to 0.6 MPa into the pipe via the tubular metal core. a female die having a molding surface for forming a protrusion; and a male die that presses a surface to be processed of a pipe against the molding surface of the female die, the female die having a through hole with one side thereof being radially increased, the through hole having the molding surface for forming the protrusion formed on an inner circumference on the one side of the through hole, and the male die including a metal core passed through the through hole of the female die and configured to be axially moved by a drive device provided on another side of the female die, and a tubular elastic body fitted on one end part of the metal core, the one end part protruding from the one side of the female die, the tubular elastic body being configured to be axially compressed by a movement of the metal core to radially expand by deformation thereby to press the surface to be processed of the pipe against the molding surface of the female die,
A transport refrigeration unit system, comprising: a TRU comprising components which are configured to control one or more environments in one or more compartment interiors and a TRU controller configured to control the components in accordance with initial control settings; and a non-diesel energy storage device comprising an ESD controller, characterized by: the TRU controller being configured to monitor energy usage by the components being controlled in accordance with the initial control settings, the ESD controller being receptive of data reflective of the monitored energy usage by the components from the TRU controller and configured to determine whether the energy usage is above a threshold, in an event the energy usage is above the threshold, the ESD controller being further configured to: identify operational changes for one or more of the components to reduce the energy usage, and override the initial control settings of the one or more of the components with new control settings. a TRU comprising components which are configured to control one or more environments in one or more compartment interiors and a TRU controller configured to control the components in accordance with initial control settings; and a non-diesel energy storage device comprising an ESD controller, characterized by: the TRU controller being configured to monitor energy usage by the components being controlled in accordance with the initial control settings, the ESD controller being receptive of data reflective of the monitored energy usage by the components from the TRU controller and configured to determine whether the energy usage is above a threshold, in an event the energy usage is above the threshold, the ESD controller being further configured to: identify operational changes for one or more of the components to reduce the energy usage, and override the initial control settings of the one or more of the components with new control settings. the TRU controller being configured to monitor energy usage by the components being controlled in accordance with the initial control settings, the ESD controller being receptive of data reflective of the monitored energy usage by the components from the TRU controller and configured to determine whether the energy usage is above a threshold, in an event the energy usage is above the threshold, the ESD controller being further configured to: identify operational changes for one or more of the components to reduce the energy usage, and override the initial control settings of the one or more of the components with new control settings. identify operational changes for one or more of the components to reduce the energy usage, and override the initial control settings of the one or more of the components with new control settings.
A time-of-flight secondary ion mass spectrometer, comprising: an ion source to generate cluster ions comprising ions with two or more atoms and to irradiate said ions on a sample; a pulsing mechanism to pulse the cluster ions; a selecting mechanism having an ON state for selecting primary ions each comprising two or more atoms and having a specific mass number from the pulsed cluster ions; a time-of-flight mass spectrometric unit to measure an ion mass spectrum using a difference in ion time of flight; a voltage applying unit to apply a bias voltage to an ion extraction section of the spectrometric unit; and a control means configured to operate the apparatus in a measuring mode using the ON state for the purpose of measuring a mass spectrum of secondary ions generated when the sample is irradiated; the selecting mechanism having an OFF state for passing the pulsed cluster ions without the selecting; and a switching unit capable of switching said ON and OFF states; characterized by the control means being adapted to operate the apparatus in a second mode using the OFF state for the purpose of modifying the sample surface, wherein second mode operation is performed for a predetermined time prior to measuring mode operation. an ion source to generate cluster ions comprising ions with two or more atoms and to irradiate said ions on a sample; a pulsing mechanism to pulse the cluster ions; a selecting mechanism having an ON state for selecting primary ions each comprising two or more atoms and having a specific mass number from the pulsed cluster ions; a time-of-flight mass spectrometric unit to measure an ion mass spectrum using a difference in ion time of flight; a voltage applying unit to apply a bias voltage to an ion extraction section of the spectrometric unit; and a control means configured to operate the apparatus in a measuring mode using the ON state for the purpose of measuring a mass spectrum of secondary ions generated when the sample is irradiated; the selecting mechanism having an OFF state for passing the pulsed cluster ions without the selecting; and a switching unit capable of switching said ON and OFF states; characterized by the control means being adapted to operate the apparatus in a second mode using the OFF state for the purpose of modifying the sample surface, wherein second mode operation is performed for a predetermined time prior to measuring mode operation.
A communication apparatus operable to communicate with a plurality of devices, each device having a respective identifier, the communication apparatus comprising: a processor configured to establish automatically plural weighting factors and to apply each weighting factor to an audio signal originating from a respective one of the plurality of devices, according to a predetermined criterion so that an audible distance is provided between said devices when said audio signals are output from at least two speakers, wherein the predetermined criterion is dependent upon the number of devices for which the weighting factors have been established. a processor configured to establish automatically plural weighting factors and to apply each weighting factor to an audio signal originating from a respective one of the plurality of devices, according to a predetermined criterion so that an audible distance is provided between said devices when said audio signals are output from at least two speakers, wherein the predetermined criterion is dependent upon the number of devices for which the weighting factors have been established.
A voltage-driven LCD display comprising an apparatus (101 - 105) for compensating for variations in luminescence and/or color in said display, said apparatus comprising: - measurement means for measuring the cell gap or a physical property associated therewith at at least a part of the display, and - adjustment means for adjusting the voltages, which are applied to said part of said display, depending on the measured cell gap or a physical property associated therewith, - the measurement means being adapted to repeatedly measure the cell gap or the physical property associated therewith, and the adjustment means being adapted to repeatedly adjust the applied voltages in response to said measurement characterized in that the display is flexible and bending thereof causes variations in the cell gap, and the measurement means is arranged within a spacer. - measurement means for measuring the cell gap or a physical property associated therewith at at least a part of the display, and - adjustment means for adjusting the voltages, which are applied to said part of said display, depending on the measured cell gap or a physical property associated therewith, - the measurement means being adapted to repeatedly measure the cell gap or the physical property associated therewith, and the adjustment means being adapted to repeatedly adjust the applied voltages in response to said measurement
A method performed by a first network element coupled with a plurality of other network elements for pre-filling a neighbor cache in the first network element with a plurality of reachable neighbor cache entries each entry to associate an internet protocol, IP, address with a link-layer address, the method comprising the steps of: receiving (205, 305) an appropriation message from a second network element of the plurality of other network elements that indicates a first target address which the second network element intends to appropriate for its use; broadcasting (225, 320), in response to the appropriation message, a discovery message to the plurality of other network elements, wherein the discovery message indicates the first target address and is broadcast to request a link-layer address in association with the first target address; receiving (230, 325) a discovery response from the second network element with the first target address and the link-layer address of the second network element; and updating (240, 330) the neighbor cache to include a pre-cached neighbor cache entry associating the link-layer address to the first target address, whereby one or more future neighbor cache misses associated with the first target address is prevented, wherein the appropriation message is a duplicate address detection, DAD, neighbor solicitation, NS, the discovery message is an NS, and the discovery response is a neighbor advertisement, NA, and wherein the first network element is an IP version six, IPV6, enabled routing network element. receiving (205, 305) an appropriation message from a second network element of the plurality of other network elements that indicates a first target address which the second network element intends to appropriate for its use; broadcasting (225, 320), in response to the appropriation message, a discovery message to the plurality of other network elements, wherein the discovery message indicates the first target address and is broadcast to request a link-layer address in association with the first target address; receiving (230, 325) a discovery response from the second network element with the first target address and the link-layer address of the second network element; and updating (240, 330) the neighbor cache to include a pre-cached neighbor cache entry associating the link-layer address to the first target address, whereby one or more future neighbor cache misses associated with the first target address is prevented, wherein the appropriation message is a duplicate address detection, DAD, neighbor solicitation, NS, the discovery message is an NS, and the discovery response is a neighbor advertisement, NA, and wherein the first network element is an IP version six, IPV6, enabled routing network element.
A device, comprising: an offset cancellation circuit that includes: an input node; a sign detector coupled to the input node and configured to receive an input signal from the input node, the sign detector configured to output a first signal and a second signal based on a sign of the input signal received from the input node; an integrator coupled to an output of the sign detector; a variable divider coupled to an output of the integrator; and an output node coupled to the divider. an offset cancellation circuit that includes: an input node; a sign detector coupled to the input node and configured to receive an input signal from the input node, the sign detector configured to output a first signal and a second signal based on a sign of the input signal received from the input node; an integrator coupled to an output of the sign detector; a variable divider coupled to an output of the integrator; and an output node coupled to the divider. an input node; a sign detector coupled to the input node and configured to receive an input signal from the input node, the sign detector configured to output a first signal and a second signal based on a sign of the input signal received from the input node; an integrator coupled to an output of the sign detector; a variable divider coupled to an output of the integrator; and an output node coupled to the divider.
A PCV2 ORF2 protein comprising or consisting of an amino acid sequence having at least 96% sequence identity with the amino acid sequence of SEQ ID NO: 1 over the whole length of SEQ ID NO:1, and wherein the PCV2 ORF2 protein has - at amino acid position 59 an arginine residue or a lysine residue, and - at amino acid position 88 a proline residue, and - at amino acid position 151 a threonine residue, and - at amino acid position 206 an isoleucine residue, and - at amino acid position 232 an asparagine residue, and has at amino acid position 63 an amino acid residue other than an arginine residue or a lysine residue, wherein the numbering of the amino acid positions refers to the amino acid sequence of wild type PCV2 ORF2 protein. - at amino acid position 59 an arginine residue or a lysine residue, and - at amino acid position 88 a proline residue, and - at amino acid position 151 a threonine residue, and - at amino acid position 206 an isoleucine residue, and - at amino acid position 232 an asparagine residue,
A multilayer film comprising the following sequence of layers: A) a base layer of polyolefin foam containing 0.5 to 25 wt.%, relative to the total weight of the base layer, of at least one nucleating agent, B) a layer based on at least one polyolefin of the foam layer A) C) optionally a bonding layer based on a polyolefin, D) optionally a coupling agent layer, E) optionally a gas- and/or aroma-barrier layer, F) a coupling agent layer, G) an optionally heat-sealable and/or peelable surface layer wherein the total thickness of layers A) and B) is in the range from 0.5 to 2 mm and the thickness of layer B) is in the range from 1/6 to 1/2 of the thickness of layer A). A) a base layer of polyolefin foam containing 0.5 to 25 wt.%, relative to the total weight of the base layer, of at least one nucleating agent, B) a layer based on at least one polyolefin of the foam layer A) C) optionally a bonding layer based on a polyolefin, D) optionally a coupling agent layer, E) optionally a gas- and/or aroma-barrier layer, F) a coupling agent layer, G) an optionally heat-sealable and/or peelable surface layer