mhurhangee/patent-ind-claim-en huggingface dataset:
A method for analyzing waveform capture data in a power system, the method comprising: measuring electrical signals in the power system using a plurality of intelligent electronic devices, IEDs ; detecting at least one electrical event in the power system based on the measured electrical signals from the plurality of IEDs; in response to detecting the at least one electrical event, generating at least two waveform captures on the plurality of IEDs as a result of the at least one electrical event; analyzing the at least two waveform captures on at least one controller coupled to the plurality of IEDs to identify at least one associated characteristic/trait from the at least two waveform captures; classifying the at least one associated characteristic/trait from the at least two waveform captures based on at least one of the analysis of the at least two waveform captures and the at least one associated characteristic/trait; determining at least one potential relevancy of at least one of the at least one associated characteristic/trait and the classification(s) of the at least one associated characteristic/trait to the power system; and taking one or more actions based on the determined at least one potential relevancy, wherein the at least one associated characteristic/trait identified from the at least two waveform captures includes at least one of similarity(ies) and dissimilarity(ies) associated with, or derived from, the at least two waveform captures. measuring electrical signals in the power system using a plurality of intelligent electronic devices, IEDs ; detecting at least one electrical event in the power system based on the measured electrical signals from the plurality of IEDs; in response to detecting the at least one electrical event, generating at least two waveform captures on the plurality of IEDs as a result of the at least one electrical event; analyzing the at least two waveform captures on at least one controller coupled to the plurality of IEDs to identify at least one associated characteristic/trait from the at least two waveform captures; classifying the at least one associated characteristic/trait from the at least two waveform captures based on at least one of the analysis of the at least two waveform captures and the at least one associated characteristic/trait; determining at least one potential relevancy of at least one of the at least one associated characteristic/trait and the classification(s) of the at least one associated characteristic/trait to the power system; and taking one or more actions based on the determined at least one potential relevancy, wherein the at least one associated characteristic/trait identified from the at least two waveform captures includes at least one of similarity(ies) and dissimilarity(ies) associated with, or derived from, the at least two waveform captures.
An illuminated needle device for performing a heart valve repair by a percutaneous transluminal procedure, the device being a catheter and comprising: an outer member includes a body that has a proximal end and a distal end, the body defining a lumen therethrough, the distal end of the body comprising a needle ; an inner member slidably disposed within the lumen of the outer member , the inner member including a distal end comprising a radiation emitting element , wherein the radiation emitting element is a light-emitting element; wherein the outer and inner members together forming a flexible, elongate shaft , and the inner member being configured to emit radiation from the radiation emitting element from a location proximate to the distal end of the outer member , characterized in that the shaft of the outer member includes a plurality of apertures such that light from the radiation emitting element can emanate from at least portions of the shaft of the illuminable needle device , said plurality of apertures being configured such that the trajectory of the illuminated needle device can be determined. an outer member includes a body that has a proximal end and a distal end, the body defining a lumen therethrough, the distal end of the body comprising a needle ; an inner member slidably disposed within the lumen of the outer member , the inner member including a distal end comprising a radiation emitting element , wherein the radiation emitting element is a light-emitting element; wherein the outer and inner members together forming a flexible, elongate shaft , and the inner member being configured to emit radiation from the radiation emitting element from a location proximate to the distal end of the outer member , characterized in that the shaft of the outer member includes a plurality of apertures such that light from the radiation emitting element can emanate from at least portions of the shaft of the illuminable needle device , said plurality of apertures being configured such that the trajectory of the illuminated needle device can be determined.
A method for wireless communication, the method comprising: decoding a shared control channel transmission of a basic safety message, BSM, in a vehicle-to-everything, V2X, system during a first portion of a time period, wherein the control channel transmission conveys an indication of resource blocks that are allocated for wireless transmission by a legacy device; identifying , based on the indication of resource blocks that are allocated for wireless transmission by the legacy device, a pool of remaining resource blocks, RBs, that are available for the time period; and selecting , according to a random selection scheme, a subset of RBs from the available pool of RBs for a transmission during a second portion of the time period. decoding a shared control channel transmission of a basic safety message, BSM, in a vehicle-to-everything, V2X, system during a first portion of a time period, wherein the control channel transmission conveys an indication of resource blocks that are allocated for wireless transmission by a legacy device; identifying , based on the indication of resource blocks that are allocated for wireless transmission by the legacy device, a pool of remaining resource blocks, RBs, that are available for the time period; and selecting , according to a random selection scheme, a subset of RBs from the available pool of RBs for a transmission during a second portion of the time period.
A system for managing cardiopulmonary resuscitation - CPR - treatment to a person in need of emergency assistance, the system comprising: an electronic patient monitor; a sensor interface on the monitor arranged to receive input from one or more sensors ; and a CPR monitor in the electronic patient monitor programmed to use the input from the one or more sensors to identify a quality parameter that indicates a quality level of one or more CPR components being provided to a person by a user, characterized in that said CPR monitor is further programmed to generate a signal to switch rescuers performing CPR when the quality parameter meets a determined criterion, wherein the predetermined criterion including a determination that the quality parameter indicates the quality level to continue to be substandard for a predetermined time period, after a quality level deterioration has been initially identified and a respective reminder notification was issued; and by an output interface in communication with the CPR monitor and arranged to provide rescuers using the electronic patient monitor with an indication to switch rescuers , in response to receiving the generated signal from the CPR monitor. an electronic patient monitor; a sensor interface on the monitor arranged to receive input from one or more sensors ; and a CPR monitor in the electronic patient monitor programmed to use the input from the one or more sensors to identify a quality parameter that indicates a quality level of one or more CPR components being provided to a person by a user, characterized in that said CPR monitor is further programmed to generate a signal to switch rescuers performing CPR when the quality parameter meets a determined criterion, wherein the predetermined criterion including a determination that the quality parameter indicates the quality level to continue to be substandard for a predetermined time period, after a quality level deterioration has been initially identified and a respective reminder notification was issued; and by an output interface in communication with the CPR monitor and arranged to provide rescuers using the electronic patient monitor with an indication to switch rescuers , in response to receiving the generated signal from the CPR monitor.
A device for determining intravascular pressure and irregular placement of a vascular access needle retained within a vascular access site of a patient during a current dialysis treatment, the device comprising: an analyzer for automatically determining venous access pressure (VAP) at a location of venous needle insertion into the vascular access site of the patient and determining a ratio of VAP to mean arterial pressure, where the analyzer determines multiple VAP values over multiple time periods and determines multiple ratios for the current dialysis treatment, one for each VAP value; and characterized by a comparator configured to compare each ratio for the current dialysis treatment to a predetermined standard ratio derived from a moving average of VAP ratios from at least one previous dialysis treatment, where the comparator indicates irregular placement of the retained vascular access needle within the vascular access site of the patient when the current ratio is elevated above the standard ratio. an analyzer for automatically determining venous access pressure (VAP) at a location of venous needle insertion into the vascular access site of the patient and determining a ratio of VAP to mean arterial pressure, where the analyzer determines multiple VAP values over multiple time periods and determines multiple ratios for the current dialysis treatment, one for each VAP value; and characterized by a comparator configured to compare each ratio for the current dialysis treatment to a predetermined standard ratio derived from a moving average of VAP ratios from at least one previous dialysis treatment, where the comparator indicates irregular placement of the retained vascular access needle within the vascular access site of the patient when the current ratio is elevated above the standard ratio.
Method for improved measurement of the time of passage on a timekeeping line of a race by a competitor, in particular for a sport, the method being implemented by a measurement system including at least one image sensor, the method comprising the following consecutive steps: - acquiring electric signals representative of the image of the timekeeping line captured by the image sensor, the electric signals being produced according to optical signals received by the sensor, - transmitting the electric signals to an image-processing unit , - detecting the passage of a timekeeping line by an object , characterised in that it comprises the following consecutive steps : - detecting at least one additional piece of information relating to the movement or the dimensions of the object to verify that the object corresponds to a competitor , - transmitting an order to measure the time of passage to a measurement unit if the object corresponds to a competitor , and - measuring the time of passage of said object on the timekeeping line corresponding to the instant of passage of the object . - acquiring electric signals representative of the image of the timekeeping line captured by the image sensor, the electric signals being produced according to optical signals received by the sensor, - transmitting the electric signals to an image-processing unit , - detecting the passage of a timekeeping line by an object , - detecting at least one additional piece of information relating to the movement or the dimensions of the object to verify that the object corresponds to a competitor , - transmitting an order to measure the time of passage to a measurement unit if the object corresponds to a competitor , and - measuring the time of passage of said object on the timekeeping line corresponding to the instant of passage of the object .
A lighting device, including a flexible ribbon-like substrate with electrically-powered light radiation sources thereon as well as electrically conductive portions providing electrically conductive lines for the light radiation sources , wherein: - the device is embedded in an elastomer providing ingress protection of the device, - the flexible ribbon-like substrate includes approximately rectangular laminar support portions for light radiation sources arranged thereon and bridge-like portions extending between said laminar support portions , - the electrically conductive portions have at said bridge-like portions a lower cross-sectional area than at said laminar support portions , - the shape of the outer edge of the substrate follows the external profile of the electrically conductive portions , - the device includes electrically conductive portions having longitudinal slots therein. - the device is embedded in an elastomer providing ingress protection of the device, - the flexible ribbon-like substrate includes approximately rectangular laminar support portions for light radiation sources arranged thereon and bridge-like portions extending between said laminar support portions , - the electrically conductive portions have at said bridge-like portions a lower cross-sectional area than at said laminar support portions , - the shape of the outer edge of the substrate follows the external profile of the electrically conductive portions , - the device includes electrically conductive portions having longitudinal slots therein.
A set of panels , preferably for a furniture product, comprising a panel and an adjacent panel , wherein - the panel comprises a groove and at least one hole connected to the groove via an opening , wherein the hole is a circular hole, and wherein a circular segment of the hole extends into the groove with the height (h) of the circular segment and the chord (c) of the circular segment define a width (w) of the opening , - the adjacent panel comprises a first edge that is configured to be arranged in the groove of the panel , and - the panel comprises a locking device configured to lock the first edge of the adjacent panel in the groove of the panel , wherein - the locking device comprises a cylinder and a lever connected to the cylinder , - the locking device is a single piece which does not need any tools to be used, - the cylinder is configured to be arranged in the hole in the panel , - the cylinder is an eccentric cylinder comprising a top and bottom base and a locking surface connecting the top and bottom base , - the cylinder is configured to act as a cam when the cylinder is turned about an axis (A) in the hole , and - the lever is configured to, when turned, turn the cylinder about the axis (A) between a mounting position and a locking position, wherein - in the mounting position, the first edge of the adjacent panel is configured to be arranged in the groove of the panel , and - in the locking position, a part of the locking surface of the locking device extends into the groove through the opening and lock the adjacent panel in the groove . - the panel comprises a groove and at least one hole connected to the groove via an opening , wherein the hole is a circular hole, and wherein a circular segment of the hole extends into the groove with the height (h) of the circular segment and the chord (c) of the circular segment define a width (w) of the opening , - the adjacent panel comprises a first edge that is configured to be arranged in the groove of the panel , and - the panel comprises a locking device configured to lock the first edge of the adjacent panel in the groove of the panel , wherein - the locking device comprises a cylinder and a lever connected to the cylinder , - the locking device is a single piece which does not need any tools to be used, - the cylinder is configured to be arranged in the hole in the panel , - the cylinder is an eccentric cylinder comprising a top and bottom base and a locking surface connecting the top and bottom base , - the cylinder is configured to act as a cam when the cylinder is turned about an axis (A) in the hole , and - the lever is configured to, when turned, turn the cylinder about the axis (A) between a mounting position and a locking position, wherein - in the mounting position, the first edge of the adjacent panel is configured to be arranged in the groove of the panel , and - in the locking position, a part of the locking surface of the locking device extends into the groove through the opening and lock the adjacent panel in the groove .
A method to determine an actual surgical pathway of a patient based on a planned surgical pathway , comprising: retrieving a first two-dimensional image of the patient associated with information collected at a first point in time, wherein a spatial relationship between the patient and an apparatus in an operating room is described by a first coordinate system ; wherein said first two-dimensional image is a photo taken by a camera, modifying a three-dimensional model of the patient including the planned surgical pathway with a first set of modification parameter values, wherein the three-dimensional model is described by a second coordinate system and constructed by information collected at a second point in time earlier than the first point in time; retrieving a second two-dimensional image from the modified three-dimensional model ; computing a first correlation between the first two-dimensional image and the second two-dimensional image; and in response to the first correlation exceeding a threshold, transforming the planned surgical pathway in the second coordinate system to the first coordinate system based on the first set of modification parameter values to determine the actual surgical pathway. retrieving a first two-dimensional image of the patient associated with information collected at a first point in time, wherein a spatial relationship between the patient and an apparatus in an operating room is described by a first coordinate system ; wherein said first two-dimensional image is a photo taken by a camera, modifying a three-dimensional model of the patient including the planned surgical pathway with a first set of modification parameter values, wherein the three-dimensional model is described by a second coordinate system and constructed by information collected at a second point in time earlier than the first point in time; retrieving a second two-dimensional image from the modified three-dimensional model ; computing a first correlation between the first two-dimensional image and the second two-dimensional image; and in response to the first correlation exceeding a threshold, transforming the planned surgical pathway in the second coordinate system to the first coordinate system based on the first set of modification parameter values to determine the actual surgical pathway.
Device for plasma generation in a wide pressure range comprising: - a first plasma source , wherein the first plasma source is arranged in a first discharge chamber and is adapted to generate a first plasma in a low-pressure range, wherein the low-pressure range extends in particular up to high vacuum, i.e., for example up to 10 -8 Torr; - a second plasma source , wherein the second plasma source is arranged in a second discharge chamber and is adapted to generate a second plasma in a high-pressure range, wherein the high-pressure range extends in particular to above normal pressure, i.e., for example to 1500 Torr; - a first coupling element , in particular having a flange, for coupling the device to a system, wherein the coupling element is designed to lead gas out of the system; - a second coupling element for coupling the device to an optical sensor, such as a photodiode or spectrometer, for optical gas analysis or gas detection, wherein the first discharge chamber has a first optical connection (L1) having at least one optical lens to the second coupling element , and the second discharge chamber has a second optical connection (L2) having at least one optical lens to the second coupling element . - a first plasma source , wherein the first plasma source is arranged in a first discharge chamber and is adapted to generate a first plasma in a low-pressure range, wherein the low-pressure range extends in particular up to high vacuum, i.e., for example up to 10 -8 Torr; - a second plasma source , wherein the second plasma source is arranged in a second discharge chamber and is adapted to generate a second plasma in a high-pressure range, wherein the high-pressure range extends in particular to above normal pressure, i.e., for example to 1500 Torr; - a first coupling element , in particular having a flange, for coupling the device to a system, wherein the coupling element is designed to lead gas out of the system; - a second coupling element for coupling the device to an optical sensor, such as a photodiode or spectrometer, for optical gas analysis or gas detection,
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a low-end master information block, L-MIB, including information associated with a search space of a low-end physical downlink control channel, L-PDCCH in a downlink sub-band through a physical broadcast channel, the information indicating a frequency resource for the search space of the L-PDCCH; identify the frequency resource for the search space of the L-PDCCH based on the information associated with the search space for the L-PDCCH; detecting downlink control information including scheduling information based on the frequency resource for the search space of the L-PDCCH; and receiving, from the base station, system information through a first physical downlink shared channel, PDSCH, based on the scheduling information, wherein the system information includes information associated with a bandwidth of the downlink sub-band and a location of the downlink sub-band, wherein the system information further includes information associated with a bandwidth of an uplink sub-band and a location of the uplink sub-band, and wherein the system information is scheduled within a frequency range of the search space of the L-PDCCH. receiving, from a base station, a low-end master information block, L-MIB, including information associated with a search space of a low-end physical downlink control channel, L-PDCCH in a downlink sub-band through a physical broadcast channel, the information indicating a frequency resource for the search space of the L-PDCCH; identify the frequency resource for the search space of the L-PDCCH based on the information associated with the search space for the L-PDCCH; detecting downlink control information including scheduling information based on the frequency resource for the search space of the L-PDCCH; and receiving, from the base station, system information through a first physical downlink shared channel, PDSCH, based on the scheduling information, wherein the system information includes information associated with a bandwidth of the downlink sub-band and a location of the downlink sub-band, wherein the system information further includes information associated with a bandwidth of an uplink sub-band and a location of the uplink sub-band, and wherein the system information is scheduled within a frequency range of the search space of the L-PDCCH.