mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method enabling selection of an application window for presentation in an available region of a multi-application environment, the multi-application environment having multiple regions in which to present application windows, wherein the multi-application environment enables management or manipulation of a position, size, and front-to-back ordering of overlapping or non-overlapping application windows and includes a z-stack maintaining the ordering or depth of each application window in a workspace of the multi-application environment, and wherein the multi-application environment includes one or more primary application windows that reside at the top of the z-stack and one or more non-primary application windows that reside at positions deeper in the z-stack, the method comprising: presenting a first application window as primary window in a first region of the multi-application environment in response to an operation; identifying a region that does not include a primary application window as an available region of the multi-application environment in response to the presentation of the first application window, as a primary window, in the first region of the multi-application environment; presenting, in the available region, visual representations of the application windows that are selectable for presentation in the available region; receiving, via one of the visual representations, selection of a corresponding application window for presentation in the available region to be a selected application window; and presenting, responsive to the selection, the selected application window in the available region of the multi-application environment, including altering a size or a position of the selected application window to fully occupy the available region of the multi-application environment. presenting a first application window as primary window in a first region of the multi-application environment in response to an operation; identifying a region that does not include a primary application window as an available region of the multi-application environment in response to the presentation of the first application window, as a primary window, in the first region of the multi-application environment; presenting, in the available region, visual representations of the application windows that are selectable for presentation in the available region; receiving, via one of the visual representations, selection of a corresponding application window for presentation in the available region to be a selected application window; and presenting, responsive to the selection, the selected application window in the available region of the multi-application environment, including altering a size or a position of the selected application window to fully occupy the available region of the multi-application environment.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, first information associated with a physical random access channel, PRACH, configuration period and second information associated with a number of synchronization signal blocks, SSBs, on a broadcast channel; identifying a set of association periods corresponding to the PRACH configuration period; identifying, from the set of association periods, a minimum association period in which each of the SSBs is mapped at least once to random access occasions; and transmitting, to the base station, a random access preamble in a random access occasion within the minimum association period. receiving, from a base station, first information associated with a physical random access channel, PRACH, configuration period and second information associated with a number of synchronization signal blocks, SSBs, on a broadcast channel; identifying a set of association periods corresponding to the PRACH configuration period; identifying, from the set of association periods, a minimum association period in which each of the SSBs is mapped at least once to random access occasions; and transmitting, to the base station, a random access preamble in a random access occasion within the minimum association period.
An expansion assembly for expanding a tubular in a wellbore, the expansion assembly including a top anchor, the top anchor comprising: a workstring; a pusher ring being coupled to the workstring by a first releasable coupling; a ramp body having one or more ramp surfaces, said ramp body being releasably coupled to the workstring by a second releasable coupling, the second releasable coupling upon release allowing the workstring to move with respect to said top anchor; one or more anchor segments each having one or more wedge surfaces corresponding to and engaging the ramp surfaces of the ramp body, one end of the segments engaging the pusher ring; characterized in that the top anchor further comprises: a release ring enclosing the workstring and arranged at an opposite end of the segments; one or more key merlons connecting the release ring to the pusher ring, to move the release ring and the pusher ring in conjunction; and activating means for releasing the first releasable coupling. a workstring; a pusher ring being coupled to the workstring by a first releasable coupling; a ramp body having one or more ramp surfaces, said ramp body being releasably coupled to the workstring by a second releasable coupling, the second releasable coupling upon release allowing the workstring to move with respect to said top anchor; one or more anchor segments each having one or more wedge surfaces corresponding to and engaging the ramp surfaces of the ramp body, one end of the segments engaging the pusher ring; a release ring enclosing the workstring and arranged at an opposite end of the segments; one or more key merlons connecting the release ring to the pusher ring, to move the release ring and the pusher ring in conjunction; and activating means for releasing the first releasable coupling.
An airfoil for a gas turbine engine comprising: a first cavity; a second cavity; a rib extending from a suction sidewall to a pressure sidewall and separating the first cavity from the second cavity, wherein the rib includes a central portion, a first edge portion extending from the pressure sidewall to the central portion, and a second edge portion extending from the suction sidewall to the central portion, the rib defining one or more communication openings from the first cavity to the second cavity in the first edge portion; a first baffle disposed in the first cavity, wherein the first baffle abuts the rib; and a second baffle disposed in the second cavity, wherein the second baffle abuts the rib, the first baffle and the pressure sidewall bound a first passage, the second baffle and the pressure sidewall bound a pressure sidewall passage, and the one or more communication openings are in the first edge portion and extend from the first passage to the pressure sidewall passage. a first cavity; a second cavity; a rib extending from a suction sidewall to a pressure sidewall and separating the first cavity from the second cavity, wherein the rib includes a central portion, a first edge portion extending from the pressure sidewall to the central portion, and a second edge portion extending from the suction sidewall to the central portion, the rib defining one or more communication openings from the first cavity to the second cavity in the first edge portion; a first baffle disposed in the first cavity, wherein the first baffle abuts the rib; and a second baffle disposed in the second cavity, wherein the second baffle abuts the rib, the first baffle and the pressure sidewall bound a first passage, the second baffle and the pressure sidewall bound a pressure sidewall passage, and the one or more communication openings are in the first edge portion and extend from the first passage to the pressure sidewall passage.
An optical microphone for the detection of vibrations by generating an optical diffraction interference pattern, the optical microphone comprising: a continuous wave coherent collimated beam of light source; an optically reflecting surface configured to vibrate and reflect light provided by the continuous wave coherent collimated beam light source; and a photo detector comprising an inner active sensitive area and an opaque annular ring in the outer rim, characterised in that the photo detector is configured to receive reflected light reflected by the vibrating optically reflecting surface, at an edge of the inner active sensitive area, so that part of the received reflected light falls on the inner active sensitive area and part of the received reflected light falls on the opaque annular ring in the outer rim, thereby generating the optical diffraction interference pattern for use in detecting vibration of the optically reflecting surface. a continuous wave coherent collimated beam of light source; an optically reflecting surface configured to vibrate and reflect light provided by the continuous wave coherent collimated beam light source; and a photo detector comprising an inner active sensitive area and an opaque annular ring in the outer rim, characterised in that the photo detector is configured to receive reflected light reflected by the vibrating optically reflecting surface, at an edge of the inner active sensitive area, so that part of the received reflected light falls on the inner active sensitive area and part of the received reflected light falls on the opaque annular ring in the outer rim, thereby generating the optical diffraction interference pattern for use in detecting vibration of the optically reflecting surface.
Absolute position measuring device comprising • a first assembly (20.1), having a material measure, on which at least one code track is arranged, and a scanning unit, by means of which position signals are generatable by scanning the at least one code track in a measuring direction, from which position signals an absolute, digital position value is generatable, and • a second assembly (20.2), having at least one peripheral unit (30, 31, 32, 33, 34), configured for performing an additional or auxiliary function of the position measuring device, and also a digital device interface for communication with a control unit, wherein the first assembly (20.1) and the second assembly (20.2) are connected to one another for transmission of electrical signals by means of a plurality of electrical lines and the first assembly (20.1) exclusively comprises components (22, 25, 26, 41) which are suitable for use in a radiation region of a machine in which radiation region ionizing radiation occurs. • a first assembly (20.1), having a material measure, on which at least one code track is arranged, and a scanning unit, by means of which position signals are generatable by scanning the at least one code track in a measuring direction, from which position signals an absolute, digital position value is generatable, and • a second assembly (20.2), having at least one peripheral unit (30, 31, 32, 33, 34), configured for performing an additional or auxiliary function of the position measuring device, and also a digital device interface for communication with a control unit,
An anti-guanylyl cyclase C antibody molecule comprising a heavy chain variable region comprising an amino acid sequence of SEQ ID NO: 46; and a light chain variable region comprising an amino acid sequence of SEQ ID NO: 48.
A nutritional composition comprising: - a liquid or spoonable nutritional composition comprising between 9 and 15% protein, a source of fat and a source of carbohydrate, and - a plurality of solid nutritional products having an average diameter of 2-10 mm and comprising at least 20 weight% protein and comprising a coating that covers at least a portion of said products, said coating comprising a vitamin D compound, wherein said products comprises at least 0.1 μg of said vitamin D compound per gram of the coated solid nutritional product, wherein said nutritional composition comprises: - 75-90% by weight of said liquid or spoonable nutritional composition and 10-25% by weight of said plurality of solid nutritional products, and - at least 12.5 gr protein and 4.5-6.5 μg of said vitamin D compound per 100 gr of the total nutritional composition. - a liquid or spoonable nutritional composition comprising between 9 and 15% protein, a source of fat and a source of carbohydrate, and - a plurality of solid nutritional products having an average diameter of 2-10 mm and comprising at least 20 weight% protein and comprising a coating that covers at least a portion of said products, said coating comprising a vitamin D compound, - 75-90% by weight of said liquid or spoonable nutritional composition and 10-25% by weight of said plurality of solid nutritional products, and - at least 12.5 gr protein and 4.5-6.5 μg of said vitamin D compound per 100 gr of the total nutritional composition.
A fast tracking power supply, comprising: a control unit, a combined controllable voltage source, a current detection unit and a tracking current source, wherein the combined controllable voltage source comprises a linear amplifier and a power supply voltage switching unit; the control unit is configured to receive a reference signal, output a first control signal to the linear amplifier and output a second control signal to the power supply switching unit according to the reference signal, wherein the reference signal comprises an envelope signal; the linear amplifier is configured to receive the first control signal extracted from the reference signal, and control a load voltage of a load according to the received first control signal; the power supply voltage switching unit is configured to receive the second control signal extracted from the reference signal, and provide different power supply voltages to a terminal of the linear amplifier according to the received second control signal; the current detection unit is configured to detect an output current of the combined controllable voltage source, and output a third control signal according to a detection result; and the tracking current source is configured to receive the third control signal output by the current detection unit, and adjust an output current of the tracking current source according to the third control signal, so as to implement low-frequency tracking of a load current of the load, wherein the combined controllable voltage source is connected to the current detection unit in series and then connected to the tracking current source in parallel to provide the load current of the load as a sum of the output current of the tracking current source and the output current of the combined controllable voltage source.
A method for performing diagnostics on a transformer (205, 215) that includes a load-tap-changer, LTC, or a de-energized tap changer, DETC, the method characterised in: for each position of the LTC or DETC generating, by a voltage generator, an AC voltage; applying, by a switch section, the AC voltage to a winding or phase (H1-H3) of the transformer (205, 215); decomposing, by a harmonic analyzer, current flowing from the generator to the winding or phase (H1-H3) into a plurality of harmonic components; selecting, by the switch section, a first LTC or DETC position on the transformer; determining, by the harmonic analyzer, respective magnitudes of the plurality of harmonic components for each phase; comparing, by a processor, respective magnitudes of the plurality of harmonic components with magnitudes of harmonic components associated with a corresponding LTC or DETC position of a benchmark transformer of a known condition to determine whether the condition of the transformer matches the condition of one or more benchmark transformers, if differences between the respective magnitudes associated with the transformer and the corresponding magnitudes associated with the benchmark transformer are below a threshold, the method further comprises selecting, by the switch section, a second LTC or DETC position on the transformer and repeating the steps of determining and comparing; and otherwise, determining, by the processor, that the transformer condition does not match the condition of the benchmark transformer. for each position of the LTC or DETC generating, by a voltage generator, an AC voltage; applying, by a switch section, the AC voltage to a winding or phase (H1-H3) of the transformer (205, 215); decomposing, by a harmonic analyzer, current flowing from the generator to the winding or phase (H1-H3) into a plurality of harmonic components; selecting, by the switch section, a first LTC or DETC position on the transformer; determining, by the harmonic analyzer, respective magnitudes of the plurality of harmonic components for each phase; comparing, by a processor, respective magnitudes of the plurality of harmonic components with magnitudes of harmonic components associated with a corresponding LTC or DETC position of a benchmark transformer of a known condition to determine whether the condition of the transformer matches the condition of one or more benchmark transformers, if differences between the respective magnitudes associated with the transformer and the corresponding magnitudes associated with the benchmark transformer are below a threshold, the method further comprises selecting, by the switch section, a second LTC or DETC position on the transformer and repeating the steps of determining and comparing; and otherwise, determining, by the processor, that the transformer condition does not match the condition of the benchmark transformer.
Method for blocking a track section equipped with axle counters (3, 4) and signalling of the blocking to the persons located in the track section by virtue of their work, wherein an output signal from at least one of the axle counters delimiting the track section is set or configured such that the blocking of the track section is effected in the interlocking, wherein the blocking is reported and signalled to the track section.
Method for producing components for media-carrying gas or water pipes, in particular fittings or valves for drinking water pipes, which consist at least partly of a copper alloy, comprising the following alloy components in % by weight: 3.0% by weight ≤ Sn ≤ 8% by weight; 1.3% by weight ≤ Zn ≤ 6% by weight; 0.1% by weight ≤ S ≤ 0.7% by weight; optionally not more than 0.2% by weight of phosphorous; optionally not more than 0.1% by weight of antimony; and optionally iron, zirconium and/or boron alone or in combination of two or more of said elements, not more than 0.3% by weight; and unavoidable impurities, wherein lead in an amount of not more than 0.25% by weight and nickel with a nickel content of not more than 0.4% by weight are included as unavoidable impurities, and the remainder copper; wherein the method comprises the following steps: (a) melting the copper alloy; (b) producing press blanks from the copper alloy; and (c) pressing the press blanks at a suitable pressing temperature to form the components, wherein the pressing temperature is in the range of 750°C to 900°C and the press blanks are heated to the pressing temperature before step (c) and are held at the pressing temperature for a period of 0.1 s to 60 min, and wherein the copper alloy in the component after the pressing process has a microstructure with an average grain size of less than 100 μm in an area close to the surface. 3.0% by weight ≤ Sn ≤ 8% by weight; 1.3% by weight ≤ Zn ≤ 6% by weight; 0.1% by weight ≤ S ≤ 0.7% by weight; optionally not more than 0.2% by weight of phosphorous; optionally not more than 0.1% by weight of antimony; and optionally iron, zirconium and/or boron alone or in combination of two or more of said elements, not more than 0.3% by weight; and unavoidable impurities, wherein lead in an amount of not more than 0.25% by weight and nickel with a nickel content of not more than 0.4% by weight are included as unavoidable impurities, and the remainder copper; wherein the method comprises the following steps: (a) melting the copper alloy; (b) producing press blanks from the copper alloy; and (c) pressing the press blanks at a suitable pressing temperature to form the components, (a) melting the copper alloy; (b) producing press blanks from the copper alloy; and (c) pressing the press blanks at a suitable pressing temperature to form the components, wherein the pressing temperature is in the range of 750°C to 900°C and the press blanks are heated to the pressing temperature before step (c) and are held at the pressing temperature for a period of 0.1 s to 60 min, and wherein the copper alloy in the component after the pressing process has a microstructure with an average grain size of less than 100 μm in an area close to the surface.
An ultrasonic motor, comprising a piezoelectric ultrasonic actuator having four friction elements disposed thereon, a friction surface which is in frictional contact with the friction elements, and an electrical excitation apparatus, wherein the ultrasonic actuator is in the shape of a ring or hollow cylinder, having an inner circumferential surface, an outer circumferential surface and two planar end surfaces connecting the inner and the outer circumferential surfaces, wherein the four friction elements are disposed on one of the end surfaces of the ultrasonic actuator so as to be spaced equidistantly with respect to the circumferential direction, such that in each case two of the friction elements lie diametrically opposite, and the ultrasonic actuator comprises twelve identical circumferential sections, each of which has a generator for an acoustic standing wave to be formed in the ultrasonic actuator, and each generator has at least one excitation electrode, at least one general electrode or a section of a general electrode and a layer of piezo-ceramic material disposed between the excitation electrode and the general electrode or the section of the general electrode, characterized in that the generators are operable such that the deformations of the ultrasonic actuator caused by the standing wave lead to deflections of a pair of diametrically opposite friction elements on a movement path inclined with respect to the end surface and to deflections of the other pair of diametrically opposite friction elements on a movement path substantially perpendicular to the end surface,
A seat belt retractor comprising a spool configured to perform winding of a webbing for restraining an occupant; a shaft inserted through an axial center of the spool; a locking base connected to the shaft and capable of switching between a rotating state and a non-rotating state; a load adjustment member disposed between the shaft and the locking base and configured to block or reduce load transmission in a case where a load equal to or greater than a threshold is applied to the shaft; and an energy absorption device disposed between the spool and the locking base and capable of changing an energy absorption amount according to a relative rotation speed between the spool and the locking base, wherein the energy absorption device includes a housing coaxially disposed on a spool side, wherein the energy absorption device is connected in parallel with the load adjustment member, and wherein the energy absorption device includes a clutch plate coaxially disposed on a locking base side, and a drag generation member housed inside the housing and configured to generate drag according to a relative rotation speed between the housing and the clutch plate, chara cterized in that the housing has a pair of facing planes (611a, 612a) facing a front surface and a back surface of the clutch plate, annular corrugated grooves (611b, 612b) are formed on the pair of facing planes (611a, 612a) such that projections and recesses thereof are synchronous with each other, the drag generation member includes a plurality of driving pins (631, 632) having both ends thereof inserted into the corrugated grooves (611b, 612b), and the clutch plate has a plurality of openings through which the plurality of driving pins (631, 632) is inserted so as to be capable of moving along the corrugated grooves (611b, 612b).