mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: creating, by a computer-based system, a user interface blueprint file; storing, by the computer-based system, an explicit user selection of a first user interface characteristic in a first application in the user interface blueprint file, wherein the first user interface characteristic specifies a user interface setting or element that is explicitly set by the user; determining, by the computer-based system using historical page level analytics for the user, an inferred user preference of a second user interface characteristic in the first application in response to an abandonment action taken by the user in the first application, wherein the second user interface characteristic specifies a setting or element that is learned to be preferred by the user by the computer-based system based on the abandonment action taken by the user and is not explicitly set by the user; storing, by the computer-based system, the inferred user preference of the second user interface characteristic in the user interface blueprint file; receiving, by the computer-based system, a request from the user to access a second application; reading, by the computer-based system and in response to the request, the user interface blueprint file; and generating, by the computer-based system, a user interface for the second application having the first user interface characteristic and the second user interface characteristic based at least in part on the explicit user selection and the inferred user preference. creating, by a computer-based system, a user interface blueprint file; storing, by the computer-based system, an explicit user selection of a first user interface characteristic in a first application in the user interface blueprint file, wherein the first user interface characteristic specifies a user interface setting or element that is explicitly set by the user; determining, by the computer-based system using historical page level analytics for the user, an inferred user preference of a second user interface characteristic in the first application in response to an abandonment action taken by the user in the first application, wherein the second user interface characteristic specifies a setting or element that is learned to be preferred by the user by the computer-based system based on the abandonment action taken by the user and is not explicitly set by the user; storing, by the computer-based system, the inferred user preference of the second user interface characteristic in the user interface blueprint file; receiving, by the computer-based system, a request from the user to access a second application; reading, by the computer-based system and in response to the request, the user interface blueprint file; and generating, by the computer-based system, a user interface for the second application having the first user interface characteristic and the second user interface characteristic based at least in part on the explicit user selection and the inferred user preference.
A content output apparatus comprising: a receiver configured to receive content; a display configured to output a video signal of the content; a speaker configured to output an audio signal of the content; a communicator configured to communicate with at least one external speaker; and a controller; the content output apparatus being characterized in that the controller is configured to determine whether the audio signal is related to the video signal, and if the audio signal is determined to be related to the video signal, control the communicator to transmit the audio signal to the at least one external speaker via a first output mode in which the audio signal is transmitted directly to the at least one external speaker, and, if the audio signal is determined not to be related to the video signal, control the communicator to transmit the audio signal to the at least one external speaker via a second output mode in which the audio signal is transmitted to the at least one external speaker through an access point, wherein the controller is configured to, in response to the content including the audio signal and a video signal, display a user interface screen for inducing a selection of the first output mode, wherein the controller is configured to control the communicator to perform communication with the at least one external speaker through a Wi-Fi Direct method in the first output mode, and to perform communication with the at least one external speaker through a Wi-Fi method in the second output mode. a receiver configured to receive content; a display configured to output a video signal of the content; a speaker configured to output an audio signal of the content; a communicator configured to communicate with at least one external speaker; and a controller; the content output apparatus being characterized in that the controller is configured to determine whether the audio signal is related to the video signal, and if the audio signal is determined to be related to the video signal, control the communicator to transmit the audio signal to the at least one external speaker via a first output mode in which the audio signal is transmitted directly to the at least one external speaker, and, if the audio signal is determined not to be related to the video signal, control the communicator to transmit the audio signal to the at least one external speaker via a second output mode in which the audio signal is transmitted to the at least one external speaker through an access point, wherein the controller is configured to, in response to the content including the audio signal and a video signal, display a user interface screen for inducing a selection of the first output mode, wherein the controller is configured to control the communicator to perform communication with the at least one external speaker through a Wi-Fi Direct method in the first output mode, and to perform communication with the at least one external speaker through a Wi-Fi method in the second output mode.
A method for monitoring a protective ground connection of an electrical feeder using a monitoring conductor, the feeder extending between a feeding point having a grounding connection and a load-side connection, comprising the method steps of: - generating a test current, - injecting the test current at the feeding point between the monitoring conductor and the grounding connection, characterized in that - the injected test current has a characteristic temporal progression that can be clearly distinguished from currents running on the protective ground during operation, - the protective ground current is measured at the feeding side, and - the measured protective ground current is evaluated so as to detect an interruption of the protective ground. - generating a test current, - injecting the test current at the feeding point between the monitoring conductor and the grounding connection, - the injected test current has a characteristic temporal progression that can be clearly distinguished from currents running on the protective ground during operation, - the protective ground current is measured at the feeding side, and - the measured protective ground current is evaluated so as to detect an interruption of the protective ground.
Rivaroxaban for use in a method of reducing the risk of stroke and systemic embolism in a patient with nonvalvular atrial fibrillation comprising: (a) administering about 100 to about 480 mg verapamil daily to the patient; and (b) administering a dose of rivaroxaban to the patient which is less than the dose recommended for that patient if the patient was not concomitantly administered verapamil, wherein the dose of rivaroxaban recommended for an otherwise identical patient who is not concomitantly administered verapamil is 20 mg and the method comprises administering a dose of about 10 mg, about 12.5 mg or about 15 mg rivaroxaban to the patient; wherein the patient has a CL Cr of 50-79 mL/min; and wherein after administering the rivaroxaban, the patient exhibits one or more of the following: a steady state rivaroxaban AUC of no more than about 3792 μg•hr/L; a steady state C max of no more than about 317 ng/mL; a risk of major bleeding of no more than about 4.5%; or a prothrombin time of 20-30 seconds. (a) administering about 100 to about 480 mg verapamil daily to the patient; and (b) administering a dose of rivaroxaban to the patient which is less than the dose recommended for that patient if the patient was not concomitantly administered verapamil, wherein the dose of rivaroxaban recommended for an otherwise identical patient who is not concomitantly administered verapamil is 20 mg and the method comprises administering a dose of about 10 mg, about 12.5 mg or about 15 mg rivaroxaban to the patient; a steady state rivaroxaban AUC of no more than about 3792 μg•hr/L; a steady state C max of no more than about 317 ng/mL; a risk of major bleeding of no more than about 4.5%; or a prothrombin time of 20-30 seconds.
Longitudinal member for amphibious undercarriage, defining internally one or more air chambers at least for the buoyancy of itself and externally at least one sliding trail; wherein longitudinal member said comprises: one or more tracks (6, 6'), which develop as a ring around the sliding trail and comprising chains (8, 12) flanked to each other and slidably mounted, each chain (8, 12) comprising concatenated links (14, 16); fluid-powered motor means, attached to the longitudinal member and configured to promote the sliding of the track (6, 6') or plurality of tracks through the chains (8, 12); said longitudinal member being characterized in that the concatenated links (14, 16) are forged in one piece. one or more tracks (6, 6'), which develop as a ring around the sliding trail and comprising chains (8, 12) flanked to each other and slidably mounted, each chain (8, 12) comprising concatenated links (14, 16); fluid-powered motor means, attached to the longitudinal member and configured to promote the sliding of the track (6, 6') or plurality of tracks through the chains (8, 12); said longitudinal member being characterized in that the concatenated links (14, 16) are forged in one piece.
A smoke detector comprising: a target comprising elements that include a pattern with stripes or blocks of different widths; a camera coupled to circuitry to establish reference measures of spatial frequencies relative to the elements of the target, wherein each width of the pattern is tuned to a specific density of smoke at a specific distance given a specific camera resolution; further circuitry to establish subsequent measures of spatial frequencies relative to the elements of the target; and evaluation circuitry responsive to the reference measures and the subsequent measures to establish a presence of a smoke condition and to detect a density of the smoke condition using the pattern. a target comprising elements that include a pattern with stripes or blocks of different widths; a camera coupled to circuitry to establish reference measures of spatial frequencies relative to the elements of the target, wherein each width of the pattern is tuned to a specific density of smoke at a specific distance given a specific camera resolution; further circuitry to establish subsequent measures of spatial frequencies relative to the elements of the target; and evaluation circuitry responsive to the reference measures and the subsequent measures to establish a presence of a smoke condition and to detect a density of the smoke condition using the pattern.
A stapling assembly for use with a surgical stapler, comprising: a body having a plurality of staples disposed therein, the plurality of staples being configured to be deployed into tissue, and the body having a first end, a second end, and a longitudinal axis extending therebetween; and a three-dimensional compressible adjunct formed from a matrix comprising at least one fused bioabsorbable polymer and configured to be releasably retained on the body such that the adjunct can be attached to tissue by the plurality of staples in the body, the adjunct having a tissue-contacting surface, a body-contacting surface that is opposite the tissue-contacting surface, and an internal structure extending therebetween, wherein voids are present in the tissue-contacting surface and in the internal structure to allow a portion of the tissue to penetrate through the tissue contacting surface and into the internal structure when the adjunct is attached to the tissue by the plurality of staples, and wherein the internal structure includes a plurality of interconnected struts forming interconnected repeating geometric units, the struts defining voids that vertically extend between the tissue-contacting surface and the body-contacting surface, and wherein the voids are configured to enhance staple leg advancement though the internal structure and are interconnected to form a substantially continuous network of openings throughout the adjunct. a body having a plurality of staples disposed therein, the plurality of staples being configured to be deployed into tissue, and the body having a first end, a second end, and a longitudinal axis extending therebetween; and a three-dimensional compressible adjunct formed from a matrix comprising at least one fused bioabsorbable polymer and configured to be releasably retained on the body such that the adjunct can be attached to tissue by the plurality of staples in the body, the adjunct having a tissue-contacting surface, a body-contacting surface that is opposite the tissue-contacting surface, and an internal structure extending therebetween, wherein voids are present in the tissue-contacting surface and in the internal structure to allow a portion of the tissue to penetrate through the tissue contacting surface and into the internal structure when the adjunct is attached to the tissue by the plurality of staples, and wherein the internal structure includes a plurality of interconnected struts forming interconnected repeating geometric units, the struts defining voids that vertically extend between the tissue-contacting surface and the body-contacting surface, and wherein the voids are configured to enhance staple leg advancement though the internal structure and are interconnected to form a substantially continuous network of openings throughout the adjunct.
A device for positioning of a stent within coronary arteries, comprising a housing with a through hole for placing a coronary stent delivery system, said housing comprising a truncated front part with recesses for the operator's hand and a pressure surface, and a cylindrical rear part connected to the front part and provided with a circumferential thread in contact with a protrusion on a runner arranged inside the cylindrical rear part so as to be displaceable along guides inside the housing, characterized in that the pressure surface is on the outer lateral surface of the housing, the cylindrical rear part is connected to the front part rotatably relative to the front part and is displaceable also by means of a bushing connected to a gripping means provided with flaps with elastic members at the gripping point of the delivery system on the bushing side and with protrusions provided on the opposite side and arranged within a pressure roller comprising two halves and contacting a release means inner surface arranged inside the housing and comprising flaps in the forms of plates arranged at an angle to each other and to the pressure roller and fixedly connected to the release means having a pressure surface in the form of plates on an outer lateral surface of the truncated part of the housing.
Absorption refrigeration machine comprising a working medium, containing a nonvolatile sorption medium and a volatile refrigerant, and an absorber in which a vapour phase containing refrigerant and a liquid phase containing sorption medium are separated from one another by a membrane, wherein the refrigerant is water, characterized in that the sorption medium comprises one or more ionic liquids and the membrane is a semipermeable membrane which is permeable to the refrigerant and impermeable to the sorption medium.
Method for launching a radiosonde from a launching station in which method - a radiosonde is launched from a launching station, and - a transmission of measurement data from the radiosonde to a receiver is started wherein - measurement data is buffered between launching the radiosonde and the transmission of the radiosonde, and - the transmission of the radiosonde is started only after a delay from the launch, characterized in that the delay is in the range of 30 to 3000 seconds, advantageously in the range of 60 to 1000 seconds. - a radiosonde is launched from a launching station, and - a transmission of measurement data from the radiosonde to a receiver is started wherein - measurement data is buffered between launching the radiosonde and the transmission of the radiosonde, and - the transmission of the radiosonde is started only after a delay from the launch, characterized in that the delay is in the range of 30 to 3000 seconds, advantageously in the range of 60 to 1000 seconds.
A drum brake type electric parking brake apparatus for pressing linings of brake shoes against an inner circumferential surface of a drum so as to produce a braking force by expanding an expanding mechanism provided between the brake shoes, the drum brake type electric parking brake apparatus is characterized by comprising: an electric actuator unit configured to pull a cable by a speed reducer so as to expand the expanding mechanism, the speed reducer configured to reduce a speed of a rotation of an output shaft of an electric motor provided in an actuator case and to convert the rotation into a linear movement; a pulling pipe, having a circular tube shape into which the cable is loosely inserted, provided with a male screw on an outer circumferential surface, and supported in the actuator case so as to move in an axial direction thereof; a feeding nut, provided as a part of components of the speed reducer, supported in the actuator case so as to move in only a rotation direction thereof, and provided with a female screw on an inner circumferential surface which is engaged with the male screw on the outer circumferential surface of the pulling pipe; and a connecting unit, connecting a base end of the pulling pipe and a base end of the cable so as to pull the cable in a direction away from the expanding mechanism with a movement of the pulling pipe in the same direction, the base end of the pulling pipe being an end opposite to the expanding mechanism, and the base end of the cable being projected from the base end of the pulling pipe. an electric actuator unit configured to pull a cable by a speed reducer so as to expand the expanding mechanism, the speed reducer configured to reduce a speed of a rotation of an output shaft of an electric motor provided in an actuator case and to convert the rotation into a linear movement; a pulling pipe, having a circular tube shape into which the cable is loosely inserted, provided with a male screw on an outer circumferential surface, and supported in the actuator case so as to move in an axial direction thereof; a feeding nut, provided as a part of components of the speed reducer, supported in the actuator case so as to move in only a rotation direction thereof, and provided with a female screw on an inner circumferential surface which is engaged with the male screw on the outer circumferential surface of the pulling pipe; and a connecting unit, connecting a base end of the pulling pipe and a base end of the cable so as to pull the cable in a direction away from the expanding mechanism with a movement of the pulling pipe in the same direction, the base end of the pulling pipe being an end opposite to the expanding mechanism, and the base end of the cable being projected from the base end of the pulling pipe.
A method of wireless communication by a base station, comprising: determining one or more subframes having a first numerology configuration (702, 704); and communicating with a user equipment, UE, within the one or more subframes having the first numerology configuration, wherein communicating with the UE within the one or more subframes having the first numerology configuration comprises: transmitting one or more signals within the one or more subframes having the first numerology configuration to indicate a second numerology configuration to be used for future communication with the UE, the second numerology configuration indicating respective symbol durations for different symbols transmitted in a future subframe, the future subframe being different than the one or more subframes. determining one or more subframes having a first numerology configuration (702, 704); and communicating with a user equipment, UE, within the one or more subframes having the first numerology configuration, wherein communicating with the UE within the one or more subframes having the first numerology configuration comprises: transmitting one or more signals within the one or more subframes having the first numerology configuration to indicate a second numerology configuration to be used for future communication with the UE, the second numerology configuration indicating respective symbol durations for different symbols transmitted in a future subframe, the future subframe being different than the one or more subframes.
A system for performing an ablation procedure, the system comprising: a medical device including one or more electrodes; an ablation generator configured to provide ablation energy to a medical device including one or more electrodes; a memory configured to store a noise threshold parameter indicative of previously-measured electrical activity of a tissue of a patient, wherein the noise threshold parameter is determined from a characterization of a pre-ablation electrogram; and an electronic control unit configured to: receive an electrogram respective of the patient and detected from inside the patient during an ablation procedure; analyze said during-ablation electrogram to yield a data set comprising one or more values indicative of the amount of noise present on said during-ablation electrogram; compare at least a portion of said data set to said noise threshold parameter to detect an ongoing adverse event; and provide a command for said ablation generator to modify the provision of ablation energy based, at least in part, on the comparison of said data set to said noise threshold parameter. a medical device including one or more electrodes; an ablation generator configured to provide ablation energy to a medical device including one or more electrodes; a memory configured to store a noise threshold parameter indicative of previously-measured electrical activity of a tissue of a patient, wherein the noise threshold parameter is determined from a characterization of a pre-ablation electrogram; and an electronic control unit configured to: receive an electrogram respective of the patient and detected from inside the patient during an ablation procedure; analyze said during-ablation electrogram to yield a data set comprising one or more values indicative of the amount of noise present on said during-ablation electrogram; compare at least a portion of said data set to said noise threshold parameter to detect an ongoing adverse event; and provide a command for said ablation generator to modify the provision of ablation energy based, at least in part, on the comparison of said data set to said noise threshold parameter. receive an electrogram respective of the patient and detected from inside the patient during an ablation procedure; analyze said during-ablation electrogram to yield a data set comprising one or more values indicative of the amount of noise present on said during-ablation electrogram; compare at least a portion of said data set to said noise threshold parameter to detect an ongoing adverse event; and provide a command for said ablation generator to modify the provision of ablation energy based, at least in part, on the comparison of said data set to said noise threshold parameter.