mhurhangee/ep-ind-claims huggingface dataset:
A method at a user device of authenticating and authorizing a user for one or more web services, the method comprising: receiving a selection of a persona symbol of a user from a plurality of stored persona symbols, each persona symbol comprising at least one symbol and corresponding to a respective persona of a plurality of personas, each persona indicative of a unique identity of the user for one or more web services and comprising one or more attributes populated with at least one portion of user attribute information, the one or more attributes comprising user authentication information for the one or more web services; activating the persona corresponding to the persona symbol being selected; and transmitting at least one attribute of the one or more attributes of the persona being activated to the one or more web services over a network for the authentication and authorization of the user for the one or more web services; wherein one or more of the personas are automatically generated responsive to receiving from a respective web service provider of the one or more web service providers an indication that the user's activities related to the respective web service provider has reached a specified threshold. receiving a selection of a persona symbol of a user from a plurality of stored persona symbols, each persona symbol comprising at least one symbol and corresponding to a respective persona of a plurality of personas, each persona indicative of a unique identity of the user for one or more web services and comprising one or more attributes populated with at least one portion of user attribute information, the one or more attributes comprising user authentication information for the one or more web services; activating the persona corresponding to the persona symbol being selected; and transmitting at least one attribute of the one or more attributes of the persona being activated to the one or more web services over a network for the authentication and authorization of the user for the one or more web services; wherein one or more of the personas are automatically generated responsive to receiving from a respective web service provider of the one or more web service providers an indication that the user's activities related to the respective web service provider has reached a specified threshold.
A barrier movement operator system, comprising: a receiver adapted to receive, learn and respond to transmitted rolling access codes; at least one trained transmitter adapted to operate the system by transmitting a first rolling access code to the receiver, the first rolling access code including a fixed identification portion recognized by the system; at least one learning transmitter adapted to learn the first rolling access code from said trained transmitter, and adapted to transmit to the receiver a second rolling access code that is different from, and correlated to, the first rolling access code of the trained transmitter, in order to operate the system; a device (70, 10, 106) adapted to provide a barrier movement in response to rolling access codes received by the receiver; characterized by a timer adapted to run time between last operation of the barrier by the trained transmitter and receipt of transmission of the second rolling access code from the learning transmitter by the system; and a controller coupled to the receiver and adapted to evaluate whether a predetermined relationship exists between the second rolling access code from the learning transmitter and the first rolling access code from the trained transmitter, the controller further adapted to store a representation of the second rolling access code when the predetermined relationship exists and when the run time of the timer is within a predetermined duration. a receiver adapted to receive, learn and respond to transmitted rolling access codes; at least one trained transmitter adapted to operate the system by transmitting a first rolling access code to the receiver, the first rolling access code including a fixed identification portion recognized by the system; at least one learning transmitter adapted to learn the first rolling access code from said trained transmitter, and adapted to transmit to the receiver a second rolling access code that is different from, and correlated to, the first rolling access code of the trained transmitter, in order to operate the system; a device (70, 10, 106) adapted to provide a barrier movement in response to rolling access codes received by the receiver; characterized by a timer adapted to run time between last operation of the barrier by the trained transmitter and receipt of transmission of the second rolling access code from the learning transmitter by the system; and a controller coupled to the receiver and adapted to evaluate whether a predetermined relationship exists between the second rolling access code from the learning transmitter and the first rolling access code from the trained transmitter, the controller further adapted to store a representation of the second rolling access code when the predetermined relationship exists and when the run time of the timer is within a predetermined duration.
Use of a system for improving flatness of rolled metal, the system comprising: a cooling unit comprising at least one nozzle for distributing cooling agent to a strip, wherein the cooling unit is adapted to cool a selected portion of a width of the strip more than an unselected portion of the width of the strip; a control system adapted to receive flatness measurements from a flatness measurement device of the system and to control the cooling unit, characterized in that the system is used to create a desired non-homogenous temperature gradient across the width of the strip. a cooling unit comprising at least one nozzle for distributing cooling agent to a strip, wherein the cooling unit is adapted to cool a selected portion of a width of the strip more than an unselected portion of the width of the strip; a control system adapted to receive flatness measurements from a flatness measurement device of the system and to control the cooling unit, characterized in that the system is used to create a desired non-homogenous temperature gradient across the width of the strip.
A site controller comprising a processor, a memory storing a parametrized model (9, 26) for control of a heating, ventilation, air-conditioning installation (3a - 3e, 4a - 4e, 5a - 5d) associated with the site, a sensor interface configured to establish a connection to at least one first sensor (5a - 5d), an actuator interface configured to establish a connection to at least one first actuator (3a - 3e, 4a - 4e), a cloud interface configured to establish a connection to a remote controller, the remote controller being located remotely from the site controller, the processor being configured to: read a first set of sensor signals from the at least one first sensor (5a - 5d) via the sensor interface; process the first set of sensor signals into a first set of measured values; transmit the first set of measured values to the remote controller via the cloud interface; characterised in that the processor is configured to: in consequence of the transmittal of the first set of measured values, receive a set of model parameters from the remote controller via the cloud interface; read the parametrized model (9, 26) from the memory; read at least one additional first sensor signal from the at least one first sensor (5a - 5d) via the sensor interface; compute at least one actuator setting signal from the at least one additional first sensor signal using the parametrized model (9, 26) and using the set of model parameters; and transmit the at least one actuator setting signal to the at least one first actuator (3a - 3e, 4a - 4e) via the actuator interface. read a first set of sensor signals from the at least one first sensor (5a - 5d) via the sensor interface; process the first set of sensor signals into a first set of measured values; transmit the first set of measured values to the remote controller via the cloud interface; characterised in that the processor is configured to: in consequence of the transmittal of the first set of measured values, receive a set of model parameters from the remote controller via the cloud interface; read the parametrized model (9, 26) from the memory; read at least one additional first sensor signal from the at least one first sensor (5a - 5d) via the sensor interface; compute at least one actuator setting signal from the at least one additional first sensor signal using the parametrized model (9, 26) and using the set of model parameters; and transmit the at least one actuator setting signal to the at least one first actuator (3a - 3e, 4a - 4e) via the actuator interface. in consequence of the transmittal of the first set of measured values, receive a set of model parameters from the remote controller via the cloud interface; read the parametrized model (9, 26) from the memory; read at least one additional first sensor signal from the at least one first sensor (5a - 5d) via the sensor interface; compute at least one actuator setting signal from the at least one additional first sensor signal using the parametrized model (9, 26) and using the set of model parameters; and transmit the at least one actuator setting signal to the at least one first actuator (3a - 3e, 4a - 4e) via the actuator interface.
Removable closure member (30, 50) configured to close a female portion (20, 40) received in an external opening (16a, 16b) made in the external surface of a nacelle for an aircraft engine, said female portion (20, 40) comprising at least one opening (28a, 28b, 48) opening into the nacelle, characterized in that said closure member (30, 50) comprises a base (31, 51) forming the external contour of said member and intended to extend beyond the external opening (16a, 16b) of the nacelle so as to move into abutment against the external surface of said nacelle and at least one resiliently deformable position retention member (36a, 56) that projects from the base (31, 51) and is configured to be inserted into the opening (28a, 28b, 48) of the female portion (20, 40).
Prechamber spark plug having a central axis (X-X), comprising - a housing; - a cap which at least partially defines a prechamber and which has a plurality of through holes that are specified to establish a connection between the prechamber and a combustion chamber of an internal combustion engine, wherein the through holes each have a hole central axis, - wherein the cap on a region directed towards the housing has a recess which is directed radially inwards and rests against a combustion chamber-proximal end of the housing on the housing, - characterized in that a spacing measured parallel to the central axis (X-X) extends from an exit point of a through hole on the outside of the cap on the hole central axis to the recess of the cap, and lies in a range from 2 mm to 7 mm; and - in that a first angle (α) between the central axis (X-X) of the prechamber spark plug and the hole central axis lies in a range from 30° to 70°. - a housing; - a cap which at least partially defines a prechamber and which has a plurality of through holes that are specified to establish a connection between the prechamber and a combustion chamber of an internal combustion engine, wherein the through holes each have a hole central axis, - wherein the cap on a region directed towards the housing has a recess which is directed radially inwards and rests against a combustion chamber-proximal end of the housing on the housing, - characterized in that a spacing measured parallel to the central axis (X-X) extends from an exit point of a through hole on the outside of the cap on the hole central axis to the recess of the cap, and lies in a range from 2 mm to 7 mm; and - in that a first angle (α) between the central axis (X-X) of the prechamber spark plug and the hole central axis lies in a range from 30° to 70°.
A sodium nanocrystalline cellulose (Na-NCC) in a dried form, in which monovalent sodium cations Na + of an Na-NCC water-dispersible dried form are completely replaced by polyvalent cations selected from Ca 2+, Cu 2+ and Al 3+ derived from CaCl 2, CuSO 4 and Al(NO 3) 3, whereby the water dispersibility is at least reduced.
A reader system for reading information on at least one identification tag associated with a syringe connected to a fluid injector, the reader system comprising: a detector; characterized in the reader system further comprising a background screen spaced apart from the detector such that at least one of the at least one identification tags is positioned in an optical path between the detector and the background screen when the syringe is connected to the fluid injector; and an illumination system configured for illuminating at least a portion of the background screen, wherein the detector is configured for detecting the at least one identification tag against an illuminated backdrop defined by at least the portion of the background screen illuminated by the illumination system. a detector; characterized in the reader system further comprising a background screen spaced apart from the detector such that at least one of the at least one identification tags is positioned in an optical path between the detector and the background screen when the syringe is connected to the fluid injector; and an illumination system configured for illuminating at least a portion of the background screen, wherein the detector is configured for detecting the at least one identification tag against an illuminated backdrop defined by at least the portion of the background screen illuminated by the illumination system.
An electronic device with a three-dimensional transformable display, which includes one central element, around which several peripheral elements are located, each having flat faces and being movable with respect to, and rotatable about, the central element, and each peripheral element having at least one display on an external face of that peripheral element, and contact groups on internal faces of the peripheral element, the electronic device characterized in that: each peripheral element has its own microprocessor connected to its own power supply, and the microprocessor and the power supply are installed inside the peripheral element, wherein the contact groups in the peripheral element are formed from magnets, which are manufactured in such a way as to ensure the possibility of holding adjacent peripheral elements together, while transmitting simultaneously electrical signals therebetween, each of the magnets being housed in a corresponding socket that defines an interior cavity and an aperture, wherein the cavity is sized to contain the magnet while permitting the magnet to move therein, and wherein the aperture is sized to permit a portion of magnet to protrude from the socket, and wherein the socket further contains a conductive retention structure situated at a side of the magnet opposite the aperture and electrically coupled to the magnet when the magnet is engaged with a magnet from another peripheral element through the aperture.
A metal forming process, comprising the steps of; (a) creating a plurality of individual metal blanks (102, 132, 162); (b) welding the plurality of individual metal blanks to at least one sheet metal coil (104, 106, 134, 164, 166) to form a welded coil assembly (100, 130, 160), wherein each of the individual metal blanks is welded to the sheet metal coil at different locations along the longtudinal length of the sheet metal coil with a discontinuous weld scam (110, 118, 146, 148, 170, 172) that includes a plurality of distinct weld segments (112, 114, 116) that attach the individual metal blanks to a longitudinal edge of the sheet mental coil; and (c) forming a finished component (188, 190, 198, 200) by processing the welded coil assembly through a die apparatus. (a) creating a plurality of individual metal blanks (102, 132, 162); (b) welding the plurality of individual metal blanks to at least one sheet metal coil (104, 106, 134, 164, 166) to form a welded coil assembly (100, 130, 160), wherein each of the individual metal blanks is welded to the sheet metal coil at different locations along the longtudinal length of the sheet metal coil with a discontinuous weld scam (110, 118, 146, 148, 170, 172) that includes a plurality of distinct weld segments (112, 114, 116) that attach the individual metal blanks to a longitudinal edge of the sheet mental coil; and (c) forming a finished component (188, 190, 198, 200) by processing the welded coil assembly through a die apparatus.
A gas circuit breaker (100, 101) that includes a tank filled with an insulating gas, the tank comprising: a stationary electrode that is conductive; a movable electrode configured to be movable along an axis line of the stationary electrode and to be connectable to and separable from the stationary electrode; a first movable housing configured to be interlocked with the movable electrode and to encircle the axis line; a piston configured to form a mechanical puffer chamber (Mp) with the first movable housing; a second movable housing configured to be interlocked with the movable electrode and to be positioned in series with the first movable housing along the axis line; and a nozzle configured to form a first thermal puffer chamber (Tp) with the second movable housing, wherein the first movable housing includes a first suck-out port (Mnu) configured to allow the insulating gas to be taken into the mechanical puffer chamber (Mp) and to allow the insulating gas to be ejected out of the mechanical puffer chamber (Mp), and the nozzle includes an intake port configured to allow the insulating gas to be taken into the first thermal puffer chamber (Tp), and characterised by a squirt hole configured to allow the insulating gas to be squirted out of the first thermal puffer chamber (Tp) toward a position between the stationary electrode and the movable electrode. a stationary electrode that is conductive; a movable electrode configured to be movable along an axis line of the stationary electrode and to be connectable to and separable from the stationary electrode; a first movable housing configured to be interlocked with the movable electrode and to encircle the axis line; a piston configured to form a mechanical puffer chamber (Mp) with the first movable housing; a second movable housing configured to be interlocked with the movable electrode and to be positioned in series with the first movable housing along the axis line; and a nozzle configured to form a first thermal puffer chamber (Tp) with the second movable housing, wherein the first movable housing includes a first suck-out port (Mnu) configured to allow the insulating gas to be taken into the mechanical puffer chamber (Mp) and to allow the insulating gas to be ejected out of the mechanical puffer chamber (Mp), and the nozzle includes an intake port configured to allow the insulating gas to be taken into the first thermal puffer chamber (Tp), and characterised by a squirt hole configured to allow the insulating gas to be squirted out of the first thermal puffer chamber (Tp) toward a position between the stationary electrode and the movable electrode.
A method for classifying different segments of an audio signal, the audio signal comprising speech and music segments, the method comprising: short-term classifying, by a short-term classifier, the audio signal using at least one short-term feature extracted from the audio signal and delivering a short-term classification result indicating whether a current segment of the audio signal is a speech segment or a music segment; long-term classifying, by a long-term classifier, the audio signal using at least one short-term feature and at least one long-term feature extracted from the audio signal and delivering a long-term classification result indicating whether the current segment of the audio signal is a speech segment or a music segment; and applying the short-term classification result and the long-term classification result to a decision circuit coupled to an output of the short-term classifier and to an output of the long-term classifier, the decision circuit combining the short-term classification result and the long-term classification result to provide an output signal indicating whether the current segment of the audio signal is a speech segment or a music segment. short-term classifying, by a short-term classifier, the audio signal using at least one short-term feature extracted from the audio signal and delivering a short-term classification result indicating whether a current segment of the audio signal is a speech segment or a music segment; long-term classifying, by a long-term classifier, the audio signal using at least one short-term feature and at least one long-term feature extracted from the audio signal and delivering a long-term classification result indicating whether the current segment of the audio signal is a speech segment or a music segment; and applying the short-term classification result and the long-term classification result to a decision circuit coupled to an output of the short-term classifier and to an output of the long-term classifier, the decision circuit combining the short-term classification result and the long-term classification result to provide an output signal indicating whether the current segment of the audio signal is a speech segment or a music segment.
An easy-open/reclosable vacuum skin package comprising: a) a bottom web; b) a product disposed on the bottom web; and c) a top web in contact with and conformed to the shape of at least a portion of the product, wherein the bottom web comprises i) a laminate having a shaped die-cut; and ii) a label overlying the shaped die-cut, and adhered to the laminate, the package configured such that when the label is peeled back, a portion of the laminate is also peeled back, opening the package, and the package can thereafter be reclosed by returning the label to substantially its original position on the laminate. a) a bottom web; b) a product disposed on the bottom web; and c) a top web in contact with and conformed to the shape of at least a portion of the product, i) a laminate having a shaped die-cut; and ii) a label overlying the shaped die-cut, and adhered to the laminate,
Steam power plant comprising a steam generator, a turbine, a condenser, a condensate line, at least one low-pressure preheater (VW1, VW2, VW6, VW7) and a heat reservoir having a "cold" connection and a "warm" connection, wherein the condensate line connects the condenser, the at least one preheater and a feed water container with each other, wherein the heat reservoir is arranged parallel to the at least one low-pressure preheater (VW1, VW2, VW6, VW7) and wherein the heat reservoir is a displacement heat reservoir filled with feed water, characterized in that the steam power plant further comprises a heat exchanger connected to the heat reservoir and fluidly arranged to receive the condensate from the heat reservoir, wherein the heat exchanger is further connected to the feed water container and also to a tapping point of the turbine to heat the condensate to provide heated condensate to the heat reservoir, wherein the heat exchanger uses steam to heat the condensate and wherein the heat exchanger is fluidly arranged in parallel to the at least one low-pressure preheater, and wherein the heat exchanger uses steam with a saturated steam temperature higher than the operational temperature of the feed water container.