mhurhangee/ep-ind-claims huggingface dataset:
A method of authenticating a user on a network, said method comprising: performing a first authentication step based on a first type of information; performing at least a second authentication step based on a second type of information other than the first type of information, said method being characterized by: storing a transaction record of the first authentication step; wherein at least one of the first authentication step and the second authentication step comprises generating an interactive query, the interactive query comprising at least one question having multiple-choice answers, wherein not all of the answers are correct answers. performing a first authentication step based on a first type of information; performing at least a second authentication step based on a second type of information other than the first type of information, said method being characterized by: storing a transaction record of the first authentication step; wherein at least one of the first authentication step and the second authentication step comprises generating an interactive query, the interactive query comprising at least one question having multiple-choice answers, wherein not all of the answers are correct answers. storing a transaction record of the first authentication step;
An apparatus, comprising: a handheld electronic device having a touchscreen with a virtual keyboard, wherein the virtual keyboard has first and second arc-shaped tiered rows of keys; the apparatus characterized in that: the device is arranged to perform a keyboard calibration procedure for the virtual keyboard comprising: prompting a user to draw a calibration arc with the user's thumb on the touchscreen surface, with his hand in its normal data-entry position; detecting a first calibration arc drawn on the touchscreen, wherein detecting the first calibration arc includes determining a width of a thumbprint in multiple locations on the first calibration arc; generating at least the first row of keys for the virtual keyboard along the first calibration arc; and setting a space between keys of the virtual keyboard based on the determined width of the thumbprint. a handheld electronic device having a touchscreen with a virtual keyboard, wherein the virtual keyboard has first and second arc-shaped tiered rows of keys; the apparatus characterized in that: the device is arranged to perform a keyboard calibration procedure for the virtual keyboard comprising: prompting a user to draw a calibration arc with the user's thumb on the touchscreen surface, with his hand in its normal data-entry position; detecting a first calibration arc drawn on the touchscreen, wherein detecting the first calibration arc includes determining a width of a thumbprint in multiple locations on the first calibration arc; generating at least the first row of keys for the virtual keyboard along the first calibration arc; and setting a space between keys of the virtual keyboard based on the determined width of the thumbprint. the device is arranged to perform a keyboard calibration procedure for the virtual keyboard comprising: prompting a user to draw a calibration arc with the user's thumb on the touchscreen surface, with his hand in its normal data-entry position; detecting a first calibration arc drawn on the touchscreen, wherein detecting the first calibration arc includes determining a width of a thumbprint in multiple locations on the first calibration arc; generating at least the first row of keys for the virtual keyboard along the first calibration arc; and setting a space between keys of the virtual keyboard based on the determined width of the thumbprint. prompting a user to draw a calibration arc with the user's thumb on the touchscreen surface, with his hand in its normal data-entry position; detecting a first calibration arc drawn on the touchscreen, wherein detecting the first calibration arc includes determining a width of a thumbprint in multiple locations on the first calibration arc; generating at least the first row of keys for the virtual keyboard along the first calibration arc; and setting a space between keys of the virtual keyboard based on the determined width of the thumbprint.
An ultrasound probe head for the treatment of an organ or tissue, comprising: - at least one treatment transducer for emission of ultrasound waves, preferably high intensity focused ultrasound waves focused on a focal point within or on the surface of said organ or tissue; and - at least one imaging transducer having an imaging plane including the focal point of said treatment transducer; characterised in that said imaging transducer comprises a shield element in the form of at least one wall, which has a height H generally in the direction of propagation of the imaging transducer, wherein the height H is at least H ≥ a tan α 2, where a is the width of the imaging ultrasound wave beam and α is the angle of aperture of the treatment transducer, and limits the exposure of the imaging transducer such that ultrasound waves generated by the treatment transducer and reflected at a boundary in the direction of the imaging transducer are at least partly held off by said shield element and configured such that ultrasound waves emitted from said imaging transducer are not obstructed by said shield element, wherein a cross-section of an inner contour of the wall matches a cross-section of the beam of imaging ultrasound waves at its maximal height H. - at least one treatment transducer for emission of ultrasound waves, preferably high intensity focused ultrasound waves focused on a focal point within or on the surface of said organ or tissue; and - at least one imaging transducer having an imaging plane including the focal point of said treatment transducer;
A composition comprising at least the following: A) at least 50 wt%, based on the total weight of the composition, of a propylene-based polymer that has a % crystallinity, as determined by differential scanning calorimetry of from 25% to 60%, a MFR from 0.5 to 30.0 g/10 min (230°C/2.16 kg), a molecular weight distribution (Mw/Mn) of 1.5 to 5, and a density of 0.888 g/cc to 0.910 g/cc; B) from 0.5 to 10.0 wt% of a filler, based on the total weight of the composition. A) at least 50 wt%, based on the total weight of the composition, of a propylene-based polymer that has a % crystallinity, as determined by differential scanning calorimetry of from 25% to 60%, a MFR from 0.5 to 30.0 g/10 min (230°C/2.16 kg), a molecular weight distribution (Mw/Mn) of 1.5 to 5, and a density of 0.888 g/cc to 0.910 g/cc; B) from 0.5 to 10.0 wt% of a filler, based on the total weight of the composition.
A resource scheduling method, comprising: receiving, by a second node, a first control signaling, sent by a first node, wherein the first control signaling comprises information about a resource for second control signaling transmission and information about a resource for data transmission; sending, by the second node, second control signaling to a third node by using the resource for the second control signaling transmission; and sending, by the second node, data to the third node by using the resource for the data transmission; wherein the resource for the second control signaling transmission of the second node is a frequency domain resource and a time domain resource, and the resource for data transmission of the second node is a frequency domain resource and a time domain resource, wherein the first control signaling includes information about transmission resources for multiple times of the second control signaling transmission and multiple times of the data transmission, wherein the first control signaling includes one public field, where the public field is used to identify both other parameter information for the second control signaling and other parameter information for the data transmission; or the first control signaling includes two dedicated fields, where the two dedicated fields are respectively used to identify other parameter information for the second control signaling and other parameter information for the data transmission. receiving, by a second node, a first control signaling, sent by a first node, wherein the first control signaling comprises information about a resource for second control signaling transmission and information about a resource for data transmission; sending, by the second node, second control signaling to a third node by using the resource for the second control signaling transmission; and sending, by the second node, data to the third node by using the resource for the data transmission; wherein the resource for the second control signaling transmission of the second node is a frequency domain resource and a time domain resource, and the resource for data transmission of the second node is a frequency domain resource and a time domain resource, wherein the first control signaling includes information about transmission resources for multiple times of the second control signaling transmission and multiple times of the data transmission, wherein the first control signaling includes one public field, where the public field is used to identify both other parameter information for the second control signaling and other parameter information for the data transmission; or the first control signaling includes two dedicated fields, where the two dedicated fields are respectively used to identify other parameter information for the second control signaling and other parameter information for the data transmission.
A system for forming a vegetative textile element comprising a first impermeable layer having a back face and a front face, a second layer comprising a synthetic felt provided with a water retention capacity and having a back face and a front face, said back face of said second layer facing said front face of said first impermeable layer and a third layer of synthetic polymer having openings as well as a back face and a front face, said back face of said third layer facing said front face of said second layer comprising a synthetic felt, characterized in that said first impermeable layer is a flexible polymer canvas have a density comprised between 300 and 1200 g/m 2, preferably between 500 and 1000 g/m 2, preferentially between 600 and 800 g/m 2, and in that said third layer is a flexible polymer grid, said first and third layers being welded to each other on their perimeter in order to ensure the sealing of said system to form a vegetative textile element, said watertight weld being compatible with the materials used to form the different layers.
A system for the supply of fuel to aircraft that consists of: a mobile trolley (1.2) having multiple wheels (1.3) and a shaft (1.1), and a device comprising: an elevating arm situated above the mobile trolley (1.2) and where the elevating arm is articulated with respect to the shaft (1.1) to move between a first position that is substantially horizontal and parallel to the surface of the floor and a second elevated position; an adaptor assembly integrally joined to the upper surface of the elevating arm and from which a drive handle emerges frontally which is configured to mobilise the mobile trolley (1.2) by means of the multiple wheels (1.3); an actuation mechanism integrally joined to the adaptor assembly on the lower and internal surface of the elevating arm; and an articulated clamp configured to be actuated by means of the actuation mechanism such that said articulated clamp is adjusted on a handle of a pit coupler. a mobile trolley (1.2) having multiple wheels (1.3) and a shaft (1.1), and a device comprising: an elevating arm situated above the mobile trolley (1.2) and where the elevating arm is articulated with respect to the shaft (1.1) to move between a first position that is substantially horizontal and parallel to the surface of the floor and a second elevated position; an adaptor assembly integrally joined to the upper surface of the elevating arm and from which a drive handle emerges frontally which is configured to mobilise the mobile trolley (1.2) by means of the multiple wheels (1.3); an actuation mechanism integrally joined to the adaptor assembly on the lower and internal surface of the elevating arm; and an articulated clamp configured to be actuated by means of the actuation mechanism such that said articulated clamp is adjusted on a handle of a pit coupler. an elevating arm situated above the mobile trolley (1.2) and where the elevating arm is articulated with respect to the shaft (1.1) to move between a first position that is substantially horizontal and parallel to the surface of the floor and a second elevated position; an adaptor assembly integrally joined to the upper surface of the elevating arm and from which a drive handle emerges frontally which is configured to mobilise the mobile trolley (1.2) by means of the multiple wheels (1.3); an actuation mechanism integrally joined to the adaptor assembly on the lower and internal surface of the elevating arm; and an articulated clamp configured to be actuated by means of the actuation mechanism such that said articulated clamp is adjusted on a handle of a pit coupler.
A linear guide device including a rail having a lateral left face and a lateral right face, a slider having a front end face and a rear end face in the longitudinal direction of the rail and having slider-side raceway surfaces opposing to rail-side raceway surfaces formed on the lateral left face and the lateral right face of the rail, end caps each attached to the front end face and the rear end face of the slider, a plurality of rollers that roll along with the relative linear motion of the slider through circulation channels formed of rolling element rolling channels formed between the rail-side raceway surfaces and the slider-side raceway surfaces, rolling element returning channels formed in the slider along the longitudinal direction of the rail and direction changing channels for rolling elements formed in the end caps, and a plurality of retaining pieces each disposed between the rollers, in which the retaining pieces have a retaining piece body having a lateral left face and a lateral right face, a first arm portion extending from the lateral left face of the retaining piece body toward end faces of the two adjacent rollers and fitting a first guide groove formed to one of wall surface portions (211, 212) of the circulation channels, and a second arm portion disposed in parallel with the first arm portion on the lateral right face of the retaining piece body and fitting a second guide groove formed to the other of the wall surface portions (211, 212) of the circulation channels, characterized in that the height of the retaining piece body and the height of the arm portions (19, 20) are defined to such a height that satisfies the conditional relation: (H1 - H2)/2 < (Dw - W)/2, wherein H1 < Dw and H2 < W, and 0.2 ≦ H2/Dw ≦ 0.5, where H1 represents the height of the retaining piece body in the direction crossing the axial direction of the roller, H2 represents the height of the first and the second arm portions (19, 20) in the direction crossing the axial direction of the roller, W represents the width of the first and the second guide grooves (22, 23) in the direction crossing the axial direction of the roller, and Dw represents the diameter of the roller.
Spherical capsules comprising a polymeric shell surrounding a hollow core, in which the polymeric shell comprises an optionally substituted dialcohol cellulose.
A processing device implemented method of estimating one or more attributes of a virtual journey along a route between a start location and a destination location using recorded mobile device journey data for a plurality of journeys made by one or more mobile devices and stored in a data store, wherein said mobile device journey data for a journey comprises: the location of the mobile device making the journey at a plurality of times during the journey so as to be representative of the route taken by the mobile device; and temporal information indicating a time at which the mobile device followed the route, and wherein said virtual journey is a journey that has not been made by the one or more mobile devices, said method comprising: selecting a plurality of mobile device journey data (810,820) from the data store according to a distance and a temporal separation (840,950) between end points of the mobile device journey data (810,820), wherein at least a portion of the route taken by the mobile device during the journey of each of the plurality of mobile device journey data corresponds to a portion of the route between the start location and the destination location of the virtual journey; determining virtual journey data by concatenating the selected plurality of mobile device journey data (810, 820); and determining one or more attributes of the virtual journey data. selecting a plurality of mobile device journey data (810,820) from the data store according to a distance and a temporal separation (840,950) between end points of the mobile device journey data (810,820), wherein at least a portion of the route taken by the mobile device during the journey of each of the plurality of mobile device journey data corresponds to a portion of the route between the start location and the destination location of the virtual journey; determining virtual journey data by concatenating the selected plurality of mobile device journey data (810, 820); and determining one or more attributes of the virtual journey data.
A clock system, comprising: a digital phase/frequency detector, DPFD, having a first input for a reference clock, a second input for a feedback clock, the DPFD arranged to generate a digital control signal representing a difference between the reference clock and the feedback clock; a buffer disengageably coupled to the DPFD for storing the digital control signal over time; a switch arranged to engage the buffer with the DPFD when the reference clock to the first input of the DPFD 202 is active, and to disengage the buffer from the DPFD during a holdover event; a digitally-controlled oscillator, DCO, (208, 313) comprising a sigma-delta modulator, SDM, (210, 314) with a modulus, M, responsive to the digital control signal, F, the SDM having a control input coupled to the buffer, an adder having inputs coupled to the SDM (210, 314) and a source of an integer control word, and a first frequency divider having a clock input for a source clock signal and a control input coupled to the adder, the DCO (208, 313) being arranged to generate an output clock signal having an average frequency representing a frequency of the source clock signal divided by N + F/M, wherein N is determined by the integer control word and F/M is determined by an output of the SDM (210, 314); and a second frequency divider coupled to the DCO output clock signal arranged to output the feedback clock to the DPFD. a digital phase/frequency detector, DPFD, having a first input for a reference clock, a second input for a feedback clock, the DPFD arranged to generate a digital control signal representing a difference between the reference clock and the feedback clock; a buffer disengageably coupled to the DPFD for storing the digital control signal over time; a switch arranged to engage the buffer with the DPFD when the reference clock to the first input of the DPFD 202 is active, and to disengage the buffer from the DPFD during a holdover event; a digitally-controlled oscillator, DCO, (208, 313) comprising a sigma-delta modulator, SDM, (210, 314) with a modulus, M, responsive to the digital control signal, F, the SDM having a control input coupled to the buffer, an adder having inputs coupled to the SDM (210, 314) and a source of an integer control word, and a first frequency divider having a clock input for a source clock signal and a control input coupled to the adder, the DCO (208, 313) being arranged to generate an output clock signal having an average frequency representing a frequency of the source clock signal divided by N + F/M, wherein N is determined by the integer control word and F/M is determined by an output of the SDM (210, 314); and a second frequency divider coupled to the DCO output clock signal arranged to output the feedback clock to the DPFD.
A solar power station having: a sensible heat storage; at least one solar collector; a heat transfer fluid that is liquid at ambient temperature; a heat exchanger for transfer of heat from the heat transfer fluid to the sensible heat storage, characterised in that the solar power station includes a first pump subsystem including a steam separator, a compressor, and a liquid pump, the compressor being adapted for circulating heat transfer fluid in a vapour state between the heat exchanger and the at least one solar collector, and wherein the station is adapted to determine the temperature and pressure of the heat transfer fluid at a first location and if the temperature and pressure of the heat transfer fluid is above a first set of thresholds, operating the station in a first mode in which heat transfer fluid in the superheated vapour state leaves the at least one solar collector, heat is transferred from the heat transfer fluid to the sensible heat storage and heat transfer fluid substantially in the vapour state is returned to the at least one solar collector, and if the temperature and pressure of the heat transfer fluid is below the first set of thresholds, operating the station in a second mode in which the heat transfer fluid is heated whilst not transferring heat to the sensible heat storage. a sensible heat storage; at least one solar collector; a heat transfer fluid that is liquid at ambient temperature; a heat exchanger for transfer of heat from the heat transfer fluid to the sensible heat storage, characterised in that the solar power station includes a first pump subsystem including a steam separator, a compressor, and a liquid pump, the compressor being adapted for circulating heat transfer fluid in a vapour state between the heat exchanger and the at least one solar collector, and wherein the station is adapted to determine the temperature and pressure of the heat transfer fluid at a first location and if the temperature and pressure of the heat transfer fluid is above a first set of thresholds, operating the station in a first mode in which heat transfer fluid in the superheated vapour state leaves the at least one solar collector, heat is transferred from the heat transfer fluid to the sensible heat storage and heat transfer fluid substantially in the vapour state is returned to the at least one solar collector, and if the temperature and pressure of the heat transfer fluid is below the first set of thresholds, operating the station in a second mode in which the heat transfer fluid is heated whilst not transferring heat to the sensible heat storage.