mhurhangee/patent-ind-claim-en huggingface dataset:
A digital communications receiver , comprising: an input configured to receive, via a communications channel, a received signal representing a sequence of symbols, each symbol being encoded to be representative of a plurality of data bits; a processor configured to adjust a magnitude and filter the received signal; and an equalizer configured to operate iteratively, the equalizer comprising: a cyclic prefix, CP, restorer for applying cyclic prefix restoration to the adjusted and filtered signal; a fast fourier transform, FFT, device for producing frequency domain virtual sub-carriers by transforming the data from the restorer; a minimum mean squared error, MMSE, device for estimating the frequency domain virtual sub-carriers by MMSE based in part on the cyclic prefix restoration and statistics of the frequency domain virtual sub-carriers and a channel estimate calculated in a prior iteration, wherein the statistics include expected virtual sub-carriers and variances of the expected virtual sub-carriers ; and an estimator for determining symbol estimates from the virtual sub-carrier estimates using a conjugate symmetric property about half the symbol rate of the virtual sub-carriers. an input configured to receive, via a communications channel, a received signal representing a sequence of symbols, each symbol being encoded to be representative of a plurality of data bits; a processor configured to adjust a magnitude and filter the received signal; and an equalizer configured to operate iteratively, the equalizer comprising: a cyclic prefix, CP, restorer for applying cyclic prefix restoration to the adjusted and filtered signal; a fast fourier transform, FFT, device for producing frequency domain virtual sub-carriers by transforming the data from the restorer; a minimum mean squared error, MMSE, device for estimating the frequency domain virtual sub-carriers by MMSE based in part on the cyclic prefix restoration and statistics of the frequency domain virtual sub-carriers and a channel estimate calculated in a prior iteration, a cyclic prefix, CP, restorer for applying cyclic prefix restoration to the adjusted and filtered signal; a fast fourier transform, FFT, device for producing frequency domain virtual sub-carriers by transforming the data from the restorer; a minimum mean squared error, MMSE, device for estimating the frequency domain virtual sub-carriers by MMSE based in part on the cyclic prefix restoration and statistics of the frequency domain virtual sub-carriers and a channel estimate calculated in a prior iteration, wherein the statistics include expected virtual sub-carriers and variances of the expected virtual sub-carriers ; and an estimator for determining symbol estimates from the virtual sub-carrier estimates using a conjugate symmetric property about half the symbol rate of the virtual sub-carriers.
A composite platform for a fan of an aircraft turbine engine, comprising a wall of elongated shape and configured to extend between two fan vanes , this wall comprising an aerodynamic external face and an internal face on which is located an attachment tab configured to be attached to a fan disc , characterised in that said attachment tab is formed in one part with a metallic framework which comprises a plate which has an elongated shape and which extends over more than 50% of the longitudinal extent of the wall, this wall being produced by over-moulding a resin onto the plate so that it is integrated into the wall.
Composition, in particular cosmetic, in the form of an oil-in-water emulsion, comprising a continuous aqueous phase and a dispersed oil phase in the form of drops (G1) and (G2), wherein the drops (G1) comprise an oil phase and a shell formed of at least one anionic polymer (PA1) and at least one cationic polymer (PC1), wherein the size of the drops (G1) is less than 500 μm, and wherein the drops (G2) comprise an oil phase and a shell, wherein the shell is formed of at least one anionic polymer (PA2), identical to or different from (PA1), and at least one cationic polymer (PC2), identical or different from (PC1), wherein the size of the drops (G2) is greater than 500 μm.
An electrically operated aerosol-generating device for heating an aerosol-generating article including an aerosol-forming substrate by heating a susceptor element positioned to heat the aerosol-forming substrate, the device comprising: a device housing defining a chamber for receiving at least a portion of the aerosol-generating article; an inductor comprising an inductor coil disposed around at least a portion of the chamber; and a power source connected to the inductor coil and configured to provide a high frequency electric current to the inductor coil such that, in use, the inductor coil generates a fluctuating electromagnetic field to heat the susceptor element and thereby heat the aerosol-forming substrate, wherein the inductor further comprises a flux concentrator disposed around the inductor coil and configured to distort the fluctuating electromagnetic field, generated by the inductor coil during use, towards the chamber, and wherein the flux concentrator comprises a plurality of discrete flux concentrator segments positioned adjacent to one another. a device housing defining a chamber for receiving at least a portion of the aerosol-generating article; an inductor comprising an inductor coil disposed around at least a portion of the chamber; and a power source connected to the inductor coil and configured to provide a high frequency electric current to the inductor coil such that, in use, the inductor coil generates a fluctuating electromagnetic field to heat the susceptor element and thereby heat the aerosol-forming substrate, wherein the inductor further comprises a flux concentrator disposed around the inductor coil and configured to distort the fluctuating electromagnetic field, generated by the inductor coil during use, towards the chamber, and wherein the flux concentrator comprises a plurality of discrete flux concentrator segments positioned adjacent to one another.
A method for comparing videos including: detecting local features in frames of a video; determining the positions of detected local features in a first frame compared to their respective positions in a succeeding second frame; - for at least some of the detected local features, generating a movement indicator representing the position of a local feature in the first frame relative to the position of said local feature in the second frame, the movement indicator including an orientation, to obtain a plurality of movement indicators; grouping movement indicators by orientation ranges; summing the number of grouped movement indicators in an orientation range to obtain a value for that orientation range; obtaining a time series of values for at least one given orientation range by determining the positions of detected local features in a first frame compared to their respective positions in a succeeding second frame for a plurality of pairs of frames; and for at least one orientation range, comparing a first time series of values for a first video with a second time series of values for a second video to determine the similarity of the first and second videos. detecting local features in frames of a video; determining the positions of detected local features in a first frame compared to their respective positions in a succeeding second frame; - for at least some of the detected local features, generating a movement indicator representing the position of a local feature in the first frame relative to the position of said local feature in the second frame, the movement indicator including an orientation, to obtain a plurality of movement indicators; grouping movement indicators by orientation ranges; summing the number of grouped movement indicators in an orientation range to obtain a value for that orientation range; obtaining a time series of values for at least one given orientation range by determining the positions of detected local features in a first frame compared to their respective positions in a succeeding second frame for a plurality of pairs of frames; and for at least one orientation range, comparing a first time series of values for a first video with a second time series of values for a second video to determine the similarity of the first and second videos.
A stretchable porous film, comprising voids in a surface thereof, wherein: the stretchable porous film has an air permeability measured with an Oken-type air permeability meter of less than 99,999 sec/100 cc; the stretchable porous film has such an extending direction that an air permeability measured with the Oken-type air permeability meter in a state in which the stretchable porous film is extended by 100% becomes less than 60,000 sec/100 cc; and the stretchable porous film has such a pulling direction that when, in a hysteresis test, the stretchable porous film is pulled from a width of 20 mm and an inter-chuck distance of 30 mm to an inter-chuck distance of 60 mm at a pulling speed of 50 mm/min and held for 1 minute, and then the pulling of the inter-chuck distance is released, a residual strain becomes 10 mm or less. the stretchable porous film has an air permeability measured with an Oken-type air permeability meter of less than 99,999 sec/100 cc; the stretchable porous film has such an extending direction that an air permeability measured with the Oken-type air permeability meter in a state in which the stretchable porous film is extended by 100% becomes less than 60,000 sec/100 cc; and the stretchable porous film has such a pulling direction that when, in a hysteresis test, the stretchable porous film is pulled from a width of 20 mm and an inter-chuck distance of 30 mm to an inter-chuck distance of 60 mm at a pulling speed of 50 mm/min and held for 1 minute, and then the pulling of the inter-chuck distance is released, a residual strain becomes 10 mm or less.
A user interface, UI, system on an electronic device comprising: a Ul client engine associated with an application, the Ul client engine configured for: determining a Ul component tree for the application, receiving inputs from the application related to elements of the Ul component tree, and determining Ul data items related to the inputs; and a plurality of Ul rendering engines each associated with a respective display for displaying a respective UI, each of the plurality of Ul rendering engines configured for: receiving the Ul component tree from the Ul client engine, determining a visual node tree for the Ul component tree, and asynchronously receiving , from the Ul client engine, the Ul data items related to elements of the Ul component tree, populating the visual node tree with the Ul data items; and rendering its respective UI in accordance with the visual node tree independently of further input from the UI client engine. a Ul client engine associated with an application, the Ul client engine configured for: determining a Ul component tree for the application, receiving inputs from the application related to elements of the Ul component tree, and determining Ul data items related to the inputs; and determining a Ul component tree for the application, receiving inputs from the application related to elements of the Ul component tree, and determining Ul data items related to the inputs; and a plurality of Ul rendering engines each associated with a respective display for displaying a respective UI, each of the plurality of Ul rendering engines configured for: receiving the Ul component tree from the Ul client engine, determining a visual node tree for the Ul component tree, and asynchronously receiving , from the Ul client engine, the Ul data items related to elements of the Ul component tree, populating the visual node tree with the Ul data items; and rendering its respective UI in accordance with the visual node tree independently of further input from the UI client engine. receiving the Ul component tree from the Ul client engine, determining a visual node tree for the Ul component tree, and asynchronously receiving , from the Ul client engine, the Ul data items related to elements of the Ul component tree, populating the visual node tree with the Ul data items; and rendering its respective UI in accordance with the visual node tree independently of further input from the UI client engine.
A method of wireless communication performed by an apparatus for wireless communication at a user equipment, UE , comprising: selecting a first synchronization signal burst set, SSBS, occurrence during which to perform a loop tracking task and a radio link management, RLM, task, wherein the first SSBS occurrence is during an OFF duration of a connected-mode discontinuous reception, CDRX, cycle; determining that the UE can perform a third task associated with at least a frequency range during the first SSBS occurrence ; and performing the third task associated with the at least a frequency range during the first SSBS occurrence . selecting a first synchronization signal burst set, SSBS, occurrence during which to perform a loop tracking task and a radio link management, RLM, task, wherein the first SSBS occurrence is during an OFF duration of a connected-mode discontinuous reception, CDRX, cycle; determining that the UE can perform a third task associated with at least a frequency range during the first SSBS occurrence ; and performing the third task associated with the at least a frequency range during the first SSBS occurrence .
A vascular treatment device, comprising: an elongated intraluminal member shaped and dimensioned for passage through blood vessels of a subject; and a motorized drive system coupled to the intraluminal member, the motorized drive system comprising a motor drive circuit and a motor, wherein the motorized drive system is configured to: rotate the intraluminal member or portion thereof in a first direction, characterised in that said motorized drive system is further configured to periodically change the direction of rotation of the intraluminal member or portion thereof to perform rotational oscillation, wherein the periodic changing of the direction of rotation of the intraluminal member occurs at pre-selected time intervals, and wherein the rotational oscillation of the intraluminal member or portion thereof damages an inner wall of the blood vessels, and inhibits entanglement of the intraluminal member or portion thereof with the inner wall of the blood vessels. an elongated intraluminal member shaped and dimensioned for passage through blood vessels of a subject; and a motorized drive system coupled to the intraluminal member, the motorized drive system comprising a motor drive circuit and a motor, wherein the motorized drive system is configured to: rotate the intraluminal member or portion thereof in a first direction, characterised in that said motorized drive system is further configured to periodically change the direction of rotation of the intraluminal member or portion thereof to perform rotational oscillation, wherein the periodic changing of the direction of rotation of the intraluminal member occurs at pre-selected time intervals, and wherein the rotational oscillation of the intraluminal member or portion thereof damages an inner wall of the blood vessels, and inhibits entanglement of the intraluminal member or portion thereof with the inner wall of the blood vessels. rotate the intraluminal member or portion thereof in a first direction, characterised in that said motorized drive system is further configured to periodically change the direction of rotation of the intraluminal member or portion thereof to perform rotational oscillation, wherein the periodic changing of the direction of rotation of the intraluminal member occurs at pre-selected time intervals, and wherein the rotational oscillation of the intraluminal member or portion thereof damages an inner wall of the blood vessels, and inhibits entanglement of the intraluminal member or portion thereof with the inner wall of the blood vessels.
A method of wireless communication, comprising: transmitting, by a user equipment, UE , a scheduling request for calibration to a base station ; receiving, at the UE , an identification of scheduled resources for calibration from the base station ; transmitting , by the UE , an uplink, UL, calibration reference signal, RS, and a calibration request to the base station ; receiving , by the UE , in response to the calibration request from the base station , a downlink, DL, calibration RS and an UL channel estimate of an UL channel associated with the UE and the base station ; calibrating , by the UE , one or more parameters of the UE based on the UL channel estimate and a DL channel estimate of a DL channel associated with the UE and the base station determined from the DL calibration RS; and applying, by the UE , the one or more calibrated parameters for communicating with the base station . transmitting, by a user equipment, UE , a scheduling request for calibration to a base station ; receiving, at the UE , an identification of scheduled resources for calibration from the base station ; transmitting , by the UE , an uplink, UL, calibration reference signal, RS, and a calibration request to the base station ; receiving , by the UE , in response to the calibration request from the base station , a downlink, DL, calibration RS and an UL channel estimate of an UL channel associated with the UE and the base station ; calibrating , by the UE , one or more parameters of the UE based on the UL channel estimate and a DL channel estimate of a DL channel associated with the UE and the base station determined from the DL calibration RS; and applying, by the UE , the one or more calibrated parameters for communicating with the base station .
Device for washing textile articles which comprises at least one water-permeable bag comprising at least one portion consisting of a textile material supporting at least one color catcher compound for catching coloring compounds dispersed in a washing bath, said textile material having a grammage in the range 40-200 g/m 2 and air permeability (UNI EN ISO 9237:1997) in the range 1000 - 3500 mm/s.
A non-liquid immersed transformer comprising: a magnetic core and a coil winding forming a plurality of winding turns around the magnetic core; a cooling system comprising a cooling pipe for the flow of a cooling fluid, the cooling pipe extending along the coil winding, and wherein the cooling pipe comprises a first point adjacent to a turn of the coil winding, and a second point adjacent to another turn of the coil winding, characterised in that a first conductive connector is arranged at one of the first and second points, to electrically connect an inner side of the cooling pipe with a turn of the coil winding. a magnetic core and a coil winding forming a plurality of winding turns around the magnetic core; a cooling system comprising a cooling pipe for the flow of a cooling fluid, the cooling pipe extending along the coil winding, and wherein the cooling pipe comprises a first point adjacent to a turn of the coil winding, and a second point adjacent to another turn of the coil winding, characterised in that a first conductive connector is arranged at one of the first and second points, to electrically connect an inner side of the cooling pipe with a turn of the coil winding.
An image processing apparatus comprising a video input unit configured to receive a video input; and an operation and display unit configured to display the video input from the video input unit, characterized in that the image processing apparatus further provides: a detecting unit (10; 102) configured to detect a change in existence of the video input from the video input unit; and a display switch unit (10; 101) configured to switch a display on the operation and display unit between a screen page in which an input image is superimposed on the video input that is displayed, and a captured page that is generated by capturing a screen page that is being displayed when the detecting unit detects the change, by switching the display to a captured page that is displayed last on the operation and display unit when the detecting unit detects a change of the video input to a no-video input state in which no video input is received from the video input unit, and recording the captured page that is being displayed on the operation and display unit and switching the display to the screen page when the detecting unit detects a change to a video input state in which the video input is received from the video input unit. a detecting unit (10; 102) configured to detect a change in existence of the video input from the video input unit; and a display switch unit (10; 101) configured to switch a display on the operation and display unit between a screen page in which an input image is superimposed on the video input that is displayed, and a captured page that is generated by capturing a screen page that is being displayed when the detecting unit detects the change, by switching the display to a captured page that is displayed last on the operation and display unit when the detecting unit detects a change of the video input to a no-video input state in which no video input is received from the video input unit, and recording the captured page that is being displayed on the operation and display unit and switching the display to the screen page when the detecting unit detects a change to a video input state in which the video input is received from the video input unit.
An aircraft comprising - a fuselage , - a wing attached to the fuselage , - a wing tip device attached to a wing end of the wing , - at least one additional wing-like element having a wing root , a wing leading edge and a wing trailing edge , and - a passive torque control device having a rotatable interface means , wherein the torque control device is adapted for rotatably supporting the wing root of the wing-like element on the interface means under creation of a rotational axis extending from the interface means into the wing-like element , about which rotational axis the wing-like element is rotatable, wherein the wing-like element is adapted to induce a rotation around the rotational axis in an air flow, wherein the torque control device is adapted to limit the degree of rotation depending on a torque introduced into the interface means by the wing-like element and wherein the wing root of the at least one wing-like element is coupled with the wing tip device or the fuselage through the torque control device such that the leading edge extends into an airflow surrounding the aircraft . - a fuselage , - a wing attached to the fuselage , - a wing tip device attached to a wing end of the wing , - at least one additional wing-like element having a wing root , a wing leading edge and a wing trailing edge , and - a passive torque control device having a rotatable interface means ,