mhurhangee/ep-ind-claims huggingface dataset:
A method for providing feedback regarding keypress accuracy on a soft keyboard of a user interface, UI, the method comprising: presenting the on a touchscreen of a computing device, the UI including the soft keyboard that uses a soft-keyboard portion of the touchscreen, which is all or a portion of the touchscreen; detecting a touch on the soft-keyboard portion of the touchscreen; determining a location of the touch on the touchscreen; and presenting a just-pressed keypress marker on the touchscreen, wherein the just-pressed keypress marker indicates the location of the touch on the touchscreen; characterized in that the method further comprises calculating a center point of an area of the touch on the soft-keyboard portion of the touchscreen; centering the just-pressed keypress marker about the center point of the area of the touch on the soft-keyboard portion of the touchscreen; detecting a subsequent touch on the soft-keyboard portion of the touchscreen; determining a location of the subsequent touch on the touchscreen; presenting the just-pressed keypress marker on the touchscreen so that the just-pressed keypress marker indicates the location of the subsequent touch on the touchscreen; and presenting a previously pressed keypress marker (410, 510) on the touchscreen, wherein the previously pressed keypress marker (410, 510) indicates the location of the touch on the touchscreen. presenting the on a touchscreen of a computing device, the UI including the soft keyboard that uses a soft-keyboard portion of the touchscreen, which is all or a portion of the touchscreen; detecting a touch on the soft-keyboard portion of the touchscreen; determining a location of the touch on the touchscreen; and presenting a just-pressed keypress marker on the touchscreen, wherein the just-pressed keypress marker indicates the location of the touch on the touchscreen; characterized in that the method further comprises calculating a center point of an area of the touch on the soft-keyboard portion of the touchscreen; centering the just-pressed keypress marker about the center point of the area of the touch on the soft-keyboard portion of the touchscreen; detecting a subsequent touch on the soft-keyboard portion of the touchscreen; determining a location of the subsequent touch on the touchscreen; presenting the just-pressed keypress marker on the touchscreen so that the just-pressed keypress marker indicates the location of the subsequent touch on the touchscreen; and presenting a previously pressed keypress marker (410, 510) on the touchscreen, wherein the previously pressed keypress marker (410, 510) indicates the location of the touch on the touchscreen.
A turbo charger generator for supplying compressed intake air to an internal combustion engine by driving a gas turbine and a compressor with exhaust gas discharged from the internal combustion engine, and for supplying AC power generated by driving a generator connected to an end of a shaft of the compressor to an electric power system via a power conversion unit, wherein the power conversion unit comprises: a converter for converting the AC power generated by the generator into DC power and outputting the DC power, characterized by a rotor rotation angle estimation unit for estimating an angle of rotation of a rotor of the generator based on a rotor magnetic flux of the generator; and a control unit for coordinate-converting AC current output from the generator into DC current by using the estimated rotor rotation angle as a reference, and controlling the DC power output from the converter such that the magnitude of the DC current is maintained at a target DC current value that is set based on an output DC voltage value of the converter, wherein: the converter comprises a switching unit for short-circuiting an output terminal of the generator; and the control unit is configured to short-circuit the output terminal of the generator for a predetermined time period by driving the switching unit upon starting synchronous operation of the generator. a converter for converting the AC power generated by the generator into DC power and outputting the DC power, characterized by a rotor rotation angle estimation unit for estimating an angle of rotation of a rotor of the generator based on a rotor magnetic flux of the generator; and a control unit for coordinate-converting AC current output from the generator into DC current by using the estimated rotor rotation angle as a reference, and controlling the DC power output from the converter such that the magnitude of the DC current is maintained at a target DC current value that is set based on an output DC voltage value of the converter, wherein: the converter comprises a switching unit for short-circuiting an output terminal of the generator; and the control unit is configured to short-circuit the output terminal of the generator for a predetermined time period by driving the switching unit upon starting synchronous operation of the generator. the converter comprises a switching unit for short-circuiting an output terminal of the generator; and the control unit is configured to short-circuit the output terminal of the generator for a predetermined time period by driving the switching unit upon starting synchronous operation of the generator.
A pumping apparatus for use with a pump set to deliver nutritional liquid through the pump set to a subject, the pumping apparatus comprising: a pumping device capable of acting on the pump set to produce a fluid flow within the pump set; and a controller in communication with the pumping device for controlling operation of the pumping device in a feeding configuration for producing flow of a first fluid being a nutritional liquid in the pump set and in a flushing configuration for producing flow of a second fluid different from the first fluid in the pump set, the controller including a processor and a memory, the controller being adapted to store in the memory a selected flow rate and a desired fluid volume of the first fluid and at least one of a flush rate and flush volume of the second fluid, characterized in that the controller is configured to execute in the processor a flush time compensator for determining a compensated feeding configuration of the first fluid based on an amount of time the controller will operate the pump device in the flushing configuration and the desired fluid volume of the first fluid. a pumping device capable of acting on the pump set to produce a fluid flow within the pump set; and a controller in communication with the pumping device for controlling operation of the pumping device in a feeding configuration for producing flow of a first fluid being a nutritional liquid in the pump set and in a flushing configuration for producing flow of a second fluid different from the first fluid in the pump set, the controller including a processor and a memory, the controller being adapted to store in the memory a selected flow rate and a desired fluid volume of the first fluid and at least one of a flush rate and flush volume of the second fluid, characterized in that the controller is configured to execute in the processor a flush time compensator for determining a compensated feeding configuration of the first fluid based on an amount of time the controller will operate the pump device in the flushing configuration and the desired fluid volume of the first fluid.
A nucleic acid molecule comprising a nucleotide sequence encoding a ps -2-allele, wherein the ps -2-allele is an allele that has a C, A or T as last nucleotide of the 3' end of the fifth exon of the dehiscence polygalacturonase gene, wherein the dehiscence polygalacturonase is a polypeptide with dehiscence polygalacturonase activity, wherein the polypeptide comprises an amino acid sequence that has at least 90% sequence identity with the amino acid sequence of SEQ ID NO: 2, or a nucleic acid molecule comprising a nucleotide sequence of at least 10 contiguous nucleotides from SEQ ID NO: 1 and comprising a C, A or T at position 3772 of SEQ ID NO: 1.
Method for fitting a tyre onto a rim or removing a tyre from a rim, wherein a wheel or rather a tyre/rim assembly or the rim only is rotated by an electric motor, preferably of an asynchronous type, about an axis, and wherein the supply current of the electric motor is controlled by varying the frequency and/or amplitude and/or supply voltage of said motor, characterised in that it is envisaged that a continuous monitoring of the speed of rotation of said electric motor is carried out and that the supply current is automatically varied in order to impart to the electric motor an optimum torque/speed combination based on the fitting/removal operating conditions, said current variation allowing the motor to operate in conditions wherein its rotational speed is maximised with the requested torque during all its operation period.
A shock absorbing structure for a shoe sole side face, comprising: a hard bone portion that is provided between an insole and an outsole of a shoe and deforms in such a manner as to extend to an outer side of a sole side face at a time of pressure reception; and an elastic soft skin portion provided at an outer peripheral side of the hard bone portion, the shock absorbing structure for a shoe sole side face being configured to absorb impact applied to a leg of a wearer at a time of landing on a ground, wherein at least a part of the hard bone portion is provided along the sole side face, and the hard bone portion and the elastic soft skin portion have a structure in which at the time of pressure reception, the hard bone portion undergoes bending deformation in a vertical section so as to extend to a lateral side of the sole, and by receiving the deformation, the elastic soft skin portion undergoes elastic deformation so as to bulge to the lateral side of the sole to absorb a received pressure load, and thereafter, with decompression, the elastic soft skin portion undergoes elastic deformation so as to contract to an inner side of the sole this time, and with this, the hard bone portion that is extended to the lateral side of the sole is restored to an initial state. a hard bone portion that is provided between an insole and an outsole of a shoe and deforms in such a manner as to extend to an outer side of a sole side face at a time of pressure reception; and an elastic soft skin portion provided at an outer peripheral side of the hard bone portion, the shock absorbing structure for a shoe sole side face being configured to absorb impact applied to a leg of a wearer at a time of landing on a ground, wherein at least a part of the hard bone portion is provided along the sole side face, and the hard bone portion and the elastic soft skin portion have a structure in which at the time of pressure reception, the hard bone portion undergoes bending deformation in a vertical section so as to extend to a lateral side of the sole, and by receiving the deformation, the elastic soft skin portion undergoes elastic deformation so as to bulge to the lateral side of the sole to absorb a received pressure load, and thereafter, with decompression, the elastic soft skin portion undergoes elastic deformation so as to contract to an inner side of the sole this time, and with this, the hard bone portion that is extended to the lateral side of the sole is restored to an initial state.
A method for storing and retrieving self-descriptive tabular data with alphanumeric and binary values in a tabular data bundle, comprising the steps of: storing, within the tabular data bundle, in an open tabular format a plurality of alphanumeric data values and meta-information (66, 72, 73, 76, 80, 84, 88), said meta-information (66, 72, 73, 76, 80, 84, 88) describing a predetermined set of characteristics of said open tabular format and said alphanumeric data values; storing in a plurality of individual binary files a plurality of binary values; storing the individual binary files in the tabular data bundle; describing said binary files using said predetermined set of characteristics; storing further, within the tabular data bundle, in said open tabular format a plurality of references to said individual binary files, allowing random access to said binary files; forming said open tabular format to comprise series data values and associated series meta-information for describing alphanumeric data values and binary reference values appearing repetitively in said open tabular format and forming said open tabular format to comprise gap data values and associated gap meta-information for describing gaps in alphanumeric data values and in binary reference data values appearing in said open tabular format; and parsing said open tabular format for selectably retrieving at least one predetermined subset of said plurality of alphanumeric data values and said plurality of references to said individual binary files stored in the tabular data bundle. storing, within the tabular data bundle, in an open tabular format a plurality of alphanumeric data values and meta-information (66, 72, 73, 76, 80, 84, 88), said meta-information (66, 72, 73, 76, 80, 84, 88) describing a predetermined set of characteristics of said open tabular format and said alphanumeric data values; storing in a plurality of individual binary files a plurality of binary values; storing the individual binary files in the tabular data bundle; describing said binary files using said predetermined set of characteristics; storing further, within the tabular data bundle, in said open tabular format a plurality of references to said individual binary files, allowing random access to said binary files; forming said open tabular format to comprise series data values and associated series meta-information for describing alphanumeric data values and binary reference values appearing repetitively in said open tabular format and forming said open tabular format to comprise gap data values and associated gap meta-information for describing gaps in alphanumeric data values and in binary reference data values appearing in said open tabular format; and parsing said open tabular format for selectably retrieving at least one predetermined subset of said plurality of alphanumeric data values and said plurality of references to said individual binary files stored in the tabular data bundle.
A method of operating a wireless device in a communication network, the method comprising: responsive to receiving a downlink control indication, DCI, command to activate or reactivate a configured grant, CG, configuration that is associated with a first transmission block, TB, having a first transmission block size, TBS, handling a non-idle hybrid automatic repeat request, HARQ, process on the CG configuration based on whether the first TBS is different than a second TBS of a second TB associated with the non-idle HARQ process, wherein the non-idle HARQ process comprises a process of retransmitting the second TB using the CG for which an associated media access control, MAC, protocol data unit, PDU, has been submitted to lower layers for transmission to a network node, but for which successful reception acknowledgment has not been received from the network node. responsive to receiving a downlink control indication, DCI, command to activate or reactivate a configured grant, CG, configuration that is associated with a first transmission block, TB, having a first transmission block size, TBS, handling a non-idle hybrid automatic repeat request, HARQ, process on the CG configuration based on whether the first TBS is different than a second TBS of a second TB associated with the non-idle HARQ process, wherein the non-idle HARQ process comprises a process of retransmitting the second TB using the CG for which an associated media access control, MAC, protocol data unit, PDU, has been submitted to lower layers for transmission to a network node, but for which successful reception acknowledgment has not been received from the network node.
A component for a gas turbine engine (12; 200) having a radial compressor section and a radial turbine section, comprising: a diffuser ring (236; 336); a combustor (232; 332) having a U-shaped annular body; and a spring element (360, 460, 560, 660) connecting the diffuser ring (236; 336) to the combustor (232; 332); wherein the resulting combination of the diffuser ring (236; 336), the spring element (360; 460; 560; 660) and the combustor (232; 332) is a single, monolithic component; wherein the spring element (360; 460; 560; 660) includes a radially inner surface (374; 474; 574; 674) and a radially outer surface (376; 476; 576; 676); and wherein at least one of the radially inner surface (374; 474; 574; 674) and the radially outer surface (376; 476; 576; 676) includes an undulating surface that extends along a spring element length, from a first axial position (370; 470; 570; 670) defined by an intersection between the spring element (360; 460; 560; 660) and the diffuser ring, to a second axial position (372; 472; 572; 672) defined by an intersection between the spring element and a radially outer wall of the combustor. a diffuser ring (236; 336); a combustor (232; 332) having a U-shaped annular body; and a spring element (360, 460, 560, 660) connecting the diffuser ring (236; 336) to the combustor (232; 332); wherein the resulting combination of the diffuser ring (236; 336), the spring element (360; 460; 560; 660) and the combustor (232; 332) is a single, monolithic component; wherein the spring element (360; 460; 560; 660) includes a radially inner surface (374; 474; 574; 674) and a radially outer surface (376; 476; 576; 676); and wherein at least one of the radially inner surface (374; 474; 574; 674) and the radially outer surface (376; 476; 576; 676) includes an undulating surface that extends along a spring element length, from a first axial position (370; 470; 570; 670) defined by an intersection between the spring element (360; 460; 560; 660) and the diffuser ring, to a second axial position (372; 472; 572; 672) defined by an intersection between the spring element and a radially outer wall of the combustor.
A method of assembling two fuselage sections of an aircraft, comprising the steps of: measuring the position of mating surfaces of the fuselage sections; virtually assembling the fuselage sections; generating a profile of splice elements used to join the fuselage sections, based on the virtual assembly performed in step; producing a tool insert based on the profile generated in step; producing splice elements using the tool insert produced in step; and, assembling the fuselage sections using the splice elements. measuring the position of mating surfaces of the fuselage sections; virtually assembling the fuselage sections; generating a profile of splice elements used to join the fuselage sections, based on the virtual assembly performed in step; producing a tool insert based on the profile generated in step; producing splice elements using the tool insert produced in step; and, assembling the fuselage sections using the splice elements.
A solvent for recovery of carbon dioxide from gaseous mixture, comprising: N-methyldiethanolamine (MDEA) at a concentration from 10 wt% to 50 wt%, a promoter which is piperazine or N-methyl piperazine and is at a concentration from 0.5 wt% to 50 wt%, and a carbonate buffer consisting of potassium carbonate and potassium bicarbonate, at a concentration between 2 wt% and 25 wt%. N-methyldiethanolamine (MDEA) at a concentration from 10 wt% to 50 wt%, a promoter which is piperazine or N-methyl piperazine and is at a concentration from 0.5 wt% to 50 wt%, and a carbonate buffer consisting of potassium carbonate and potassium bicarbonate, at a concentration between 2 wt% and 25 wt%.
A medical therapy machine (10, 60) comprising: an enclosure; a medical therapy machine component located inside the enclosure; a video monitor supported by the enclosure and displaying at least one of information and indicia relating to the medical therapy; an ambient light sensor positioned with respect to the enclosure so as to be able to sense a level of ambient light impinging on the enclosure; and a logic implementor configured to do at least one of increase a level of backlight brightness for the video monitor when the level of ambient light sensed by the sensor increases and decrease a level of backlight brightness for the video monitor when the level of ambient light sensed by the sensor decreases. an enclosure; a medical therapy machine component located inside the enclosure; a video monitor supported by the enclosure and displaying at least one of information and indicia relating to the medical therapy; an ambient light sensor positioned with respect to the enclosure so as to be able to sense a level of ambient light impinging on the enclosure; and a logic implementor configured to do at least one of increase a level of backlight brightness for the video monitor when the level of ambient light sensed by the sensor increases and decrease a level of backlight brightness for the video monitor when the level of ambient light sensed by the sensor decreases.
Adjustment system for a motor vehicle headlamp, comprising a housing and an adjustment device for adjusting, for example for pivoting, at least one optically relevant component of the motor vehicle headlamp within the housing of the headlamp, which optically relevant component is, for example, a light unit or a light module or comprises at least one light unit or light module, and wherein the adjustment device comprises an adjusting element, a bearing component and a sliding element. wherein the bearing component is realized as a component separate from the housing and is fixedly mounted to the housing, wherein the adjusting element is mounted rotatable about its longitudinal axis (c) in a support region of the bearing component and wherein the adjusting element has an actuation portion, which is connected by gear to a actuation device, and a shank portion including a thread and cooperating with a counter-thread of the sliding element, wherein the sliding element is articulable to the optical unit at a connecting region, wherein the bearing component, which is separate from the housing, comprises a guide region in which the sliding element is located displaceable parallel to the longitudinal axis (c) of the actuating element, characterised in that the actuation device is mounted in the housing, for example rotatable in an opening in the housing, and the support region comprises a latching device to which the actuation device is, in its operating position, latched in relation to the actuating element. wherein the bearing component is realized as a component separate from the housing and is fixedly mounted to the housing, wherein the adjusting element is mounted rotatable about its longitudinal axis (c) in a support region of the bearing component and wherein the adjusting element has an actuation portion, which is connected by gear to a actuation device, and a shank portion including a thread and cooperating with a counter-thread of the sliding element, wherein the sliding element is articulable to the optical unit at a connecting region, wherein the bearing component, which is separate from the housing, comprises a guide region in which the sliding element is located displaceable parallel to the longitudinal axis (c) of the actuating element, characterised in that the actuation device is mounted in the housing, for example rotatable in an opening in the housing, and the support region comprises a latching device to which the actuation device is, in its operating position, latched in relation to the actuating element.