mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting atrial fibrillation in an electrocardiogram acquired from a patient, comprising the following steps performed by a processor: determining times corresponding to R-waves in the electrocardiogram and determining a plurality of sequentially-ordered R-R time intervals corresponding to the R-wave times, characterized in that, the method comprises selecting an R-R test interval from among the plurality of R-R time intervals; sequentially selecting the R-R time intervals and comparing same to the test interval in an episode base rhythm state machine to determine which of the selected R-R time intervals correspond to at least one of a predetermined number of non-atrial-fibrillation states, at least some of the non-atrial-fibrillation states requiring updating of INT when R-R time intervals are compared therein, and further determining which of the selected R-R time intervals correspond to a potential atrial fibrillation state, and generating, on the basis of the selected and compared R-R time intervals, a base cardiac rhythm score, the method further comprising at least one of calculating an R-R variability score based on the sequentially-ordered R-R time intervals, and calculating an R-R periodicity score based on the sequentially-ordered R-R time intervals, and further comprising combining the base cardiac rhythm score with at least one of the R-R variability score and the R-R periodicity score to produce an atrial fibrillation evidence score. determining times corresponding to R-waves in the electrocardiogram and determining a plurality of sequentially-ordered R-R time intervals corresponding to the R-wave times, characterized in that, the method comprises selecting an R-R test interval from among the plurality of R-R time intervals; sequentially selecting the R-R time intervals and comparing same to the test interval in an episode base rhythm state machine to determine which of the selected R-R time intervals correspond to at least one of a predetermined number of non-atrial-fibrillation states, at least some of the non-atrial-fibrillation states requiring updating of INT when R-R time intervals are compared therein, and further determining which of the selected R-R time intervals correspond to a potential atrial fibrillation state, and generating, on the basis of the selected and compared R-R time intervals, a base cardiac rhythm score, the method further comprising at least one of calculating an R-R variability score based on the sequentially-ordered R-R time intervals, and calculating an R-R periodicity score based on the sequentially-ordered R-R time intervals, and further comprising combining the base cardiac rhythm score with at least one of the R-R variability score and the R-R periodicity score to produce an atrial fibrillation evidence score.
An inspection device for checking the position of at least one coating on a blank transported through a converting machine, the inspection device comprising a camera configured to capture an image of a portion of the blank provided with a reference mark comprising at least one coating, wherein an optical axis of the camera is arranged at a first angle (φ) in relation to a vertical axis defined by a normal vector of a surface of the blank, and wherein the inspection device comprises an illumination system comprising a first illumination module comprising at least one illumination unit, and wherein the illumination unit is configured to emit incident light rays towards a measuring point (Pm) on the surface of blank 1, said emitted light rays forming a second angle (-α) in relation to the vertical axis, and wherein the first and second angles (φ, -α) are selected such that incident light rays from the illumination unit are directed to the reference mark and specular reflected light rays from the reference mark are captured by the camera wherein an optical axis of the camera is arranged at a first angle (φ) in relation to a vertical axis defined by a normal vector of a surface of the blank, and wherein the inspection device comprises an illumination system comprising a first illumination module comprising at least one illumination unit, and wherein the illumination unit is configured to emit incident light rays towards a measuring point (Pm) on the surface of blank 1, said emitted light rays forming a second angle (-α) in relation to the vertical axis, and wherein the first and second angles (φ, -α) are selected such that incident light rays from the illumination unit are directed to the reference mark and specular reflected light rays from the reference mark are captured by the camera
A set-top-box for receiving broadcast media content and processing said content for presentation on a display, the set-top-box comprising one or more processors for processing received broadcast data containing video and audio information and converting this information into video and audio streams for provision to a display; wherein the set-top-box further comprises: a modem circuit, or a connection for connecting to a modem; a router circuit, or a connection for connecting to a router; and a processor configured to: - receive, from between the router circuit or the connection for connecting to the router, and the modem circuit or the connection for connecting to the modem, data packets, sent over a local network, to or from a local user device via the router circuit; - analyse said data packets by inspecting the payload of the data packets to determine whether they contain undesired content; and - if undesired content is found, to overlay an indicator containing at least one property of the undesired content on top of received media content being output by the set-top-box to the display. a modem circuit, or a connection for connecting to a modem; a router circuit, or a connection for connecting to a router; and a processor configured to: - receive, from between the router circuit or the connection for connecting to the router, and the modem circuit or the connection for connecting to the modem, data packets, sent over a local network, to or from a local user device via the router circuit; - analyse said data packets by inspecting the payload of the data packets to determine whether they contain undesired content; and - if undesired content is found, to overlay an indicator containing at least one property of the undesired content on top of received media content being output by the set-top-box to the display. - receive, from between the router circuit or the connection for connecting to the router, and the modem circuit or the connection for connecting to the modem, data packets, sent over a local network, to or from a local user device via the router circuit; - analyse said data packets by inspecting the payload of the data packets to determine whether they contain undesired content; and - if undesired content is found, to overlay an indicator containing at least one property of the undesired content on top of received media content being output by the set-top-box to the display. - if undesired content is found, to overlay an indicator containing at least one property of the undesired content on top of received media content being output by the set-top-box to the display.
A quasi-resonant controlled switching regulator circuit comprising: a switch; a tank element that is electrically coupled to the switch, the tank element storing energy when the switch is ON, the tank element transferring the stored energy to a load when the switch is OFF; a control circuit configured to control switching of the switch; and a frequency limitation circuit coupled to the control circuit, the frequency limitation circuit being configured to limit switching frequency of the switch in accordance with a minimum time limit (Tlimit) such that the switch is turned ON when a voltage (Vs) across the switch reaches a minimum voltage point (VMIN) after the minimum time limit; characterized in that the frequency limitation circuit is configured to change the minimum time limit to another minimum time limit when the minimum voltage point occurs within a predetermined time period (Tc) after the minimum time limit, wherein the minimum time limit is changed into either a first time limit (Tlimit1) or a second time limit (Tlimit2) depending on which of the first or second time limit is a present time limit when the minimum voltage point occurs within the predetermined time period after either the first time limit or the second time limit. a switch; a tank element that is electrically coupled to the switch, the tank element storing energy when the switch is ON, the tank element transferring the stored energy to a load when the switch is OFF; a control circuit configured to control switching of the switch; and a frequency limitation circuit coupled to the control circuit, the frequency limitation circuit being configured to limit switching frequency of the switch in accordance with a minimum time limit (Tlimit) such that the switch is turned ON when a voltage (Vs) across the switch reaches a minimum voltage point (VMIN) after the minimum time limit; characterized in that the frequency limitation circuit is configured to change the minimum time limit to another minimum time limit when the minimum voltage point occurs within a predetermined time period (Tc) after the minimum time limit, wherein the minimum time limit is changed into either a first time limit (Tlimit1) or a second time limit (Tlimit2) depending on which of the first or second time limit is a present time limit when the minimum voltage point occurs within the predetermined time period after either the first time limit or the second time limit.
An aircraft with a fuselage that defines at least an interior region and a drive system accommodating region, said drive system accommodating region being arranged inside said fuselage and comprising at least one fire protection zone that is defined by at least one associated firewall arrangement, said at least one fire protection zone accommodating at least one engine within said at least one associated firewall arrangement such that said at least one associated firewall arrangement defines a fire-resistant separation between said at least one engine and said interior region of said fuselage, characterized in that the aircraft is a rotary-wing aircraft having at least one heat generating auxiliary device (4c, 20a, 20b, 21a, 21b, 22) distinct from the least one engine and generating a hot air flow; the aircraft having at least one auxiliary exhaust nozzle (13, 13a, 13b); the at least one associated firewall arrangement comprising at least one air duct extending along at least part of the firewall arrangement and arranged between the heat generating auxiliary device (4c, 20a, 20b, 21a, 21b, 22) and at least one auxiliary exhaust nozzle (13, 13a, 13b) so that the hot air flow that is generated by the at least one heat generating auxiliary device (4c, 20a, 20b, 21a, 21b, 22) in operation of said aircraft is ducted through the at least one air duct independently from air carrying heat radiated by the at least one engine.
An apparatus for separating whole blood and collecting red blood cells comprising: an access device through which whole blood is drawn from a source; a blood component separation device in which the drawn whole blood is separated into red blood cells and a second blood component; a draw line fluidly connecting the access device and the blood component separation device; a draw pump that draws whole blood from the source through the access device and draw line and into the blood component separation device; a controller for controlling fluid flow through the apparatus, the controller controlling operation of the draw pump and monitoring, for each of at least one collection cycle of a red blood cell collection procedure, a total volume of whole blood drawn from the source for a the red blood cell collection procedure and a total volume of red blood cells collected within the blood component separation device, the controller configured to stop the draw pump when the first of a target whole blood volume for the red blood cell collection procedure is withdrawn or a target volume of red blood cells for the red blood cell collection procedure is collected. an access device through which whole blood is drawn from a source; a blood component separation device in which the drawn whole blood is separated into red blood cells and a second blood component; a draw line fluidly connecting the access device and the blood component separation device; a draw pump that draws whole blood from the source through the access device and draw line and into the blood component separation device; a controller for controlling fluid flow through the apparatus, the controller controlling operation of the draw pump and monitoring, for each of at least one collection cycle of a red blood cell collection procedure, a total volume of whole blood drawn from the source for a the red blood cell collection procedure and a total volume of red blood cells collected within the blood component separation device, the controller configured to stop the draw pump when the first of a target whole blood volume for the red blood cell collection procedure is withdrawn or a target volume of red blood cells for the red blood cell collection procedure is collected.
An apparatus for a gas turbine engine comprising a compressor and a combustor, the apparatus used for transferring load from a rotating component including a longitudinal shaft and a rotor, wherein the rotor is a compressor impeller, the apparatus comprising: an integral superstructure supporting the rotating component comprising: a bearing portion that contacts the shaft; a stator portion, spaced a first dimension radially outward, from the rotor impeller, wherein the stator portion comprises an aero component, said aero component comprising a diffuser portion, a back wall swirl plate, a deswirler portion comprising a plurality conjoined tubes extending from a radial end of the diffuser portion to an interior of a combustor case portion, and an aero component support; a first annular load transferring portion extending axially forward from the bearing portion to the stator portion; and a mounting flange that connects the superstructure to a frame of the gas turbine engine; characterized in that the first annular load transferring portion is conical shaped to maintain a position of the aero component with respect to the bearing portion and the impeller. a bearing portion that contacts the shaft; a stator portion, spaced a first dimension radially outward, from the rotor impeller, wherein the stator portion comprises an aero component, said aero component comprising a diffuser portion, a back wall swirl plate, a deswirler portion comprising a plurality conjoined tubes extending from a radial end of the diffuser portion to an interior of a combustor case portion, and an aero component support; a first annular load transferring portion extending axially forward from the bearing portion to the stator portion; and a mounting flange that connects the superstructure to a frame of the gas turbine engine; characterized in that the first annular load transferring portion is conical shaped to maintain a position of the aero component with respect to the bearing portion and the impeller.
Light, in particular luminaire, with a light housing, which is configured such as to accommodate lighting means, and an at least partially transparent, removable cover for closing the light housing, wherein the partially transparent cover comprises an opening, which is configured such as to accommodate exchangeable electrical inserts, in particular a sensor or an emergency light, in connection with an exchangeable electrical insert, wherein the electrical insert is mounted in the opening, characterized in that the exchangeable electrical insert comprises latch engagement means, which are engaged at at least two opposing edges of the opening.
An offshore platform for use in combination with an offshore rig, comprising: an upper deck defining an upper deck aperture which is alignable with a rig aperture of the offshore rig, when said offshore rig extends over the upper deck, to permit objects to extend between the offshore rig and through the upper deck; and a sheath arrangement aligned with the upper deck aperture and extending upwardly relative to the upper deck to be alignable with the rig aperture, wherein the sheath arrangement defines a confinement zone for confining objects which pass downwardly from the offshore rig through the rig aperture. an upper deck defining an upper deck aperture which is alignable with a rig aperture of the offshore rig, when said offshore rig extends over the upper deck, to permit objects to extend between the offshore rig and through the upper deck; and a sheath arrangement aligned with the upper deck aperture and extending upwardly relative to the upper deck to be alignable with the rig aperture, wherein the sheath arrangement defines a confinement zone for confining objects which pass downwardly from the offshore rig through the rig aperture.
An electronic device (510; 510A) comprising: a main case (60; 60A) that is tubular; a closing member that closes an opening on one side of the main case (60; 60A); an electronic component that is arranged inside surrounded by the main case (60; 60A) and the closing member; and a resin section that is formed by a resin injected into the main case (60; 60A); wherein the closing member has an extension section that forms a space between the extension section and the main case (60; 60A) over the entire circumference of the extension section that is opposite to an inner surface of the main case (60; 60A), the space being filled with the resin, the resin section includes a first section that is provided in the space, and a second section other than the first section, and the extension section (22; 22A; 22B; 22C; 22D; 22E; 22F) has, over the entire circumference thereof, an engagement structure for preventing the resin section of the first section from being shifted in the axial direction of the main case (60; 60A), wherein the resin section of the first section includes a base end section having a first thickness in the direction toward the main case (60; 60A) from the central axis of the main case (60; 60A), and a top end section having a second thickness that is larger than the first thickness in the direction toward the main case (60; 60A) from the central axis of the main case (60; 60A) characterized in that the resin section of the first section further includes a tapered intermediate section (123; 123A; 123B; 123C; 123D, 123E; 123F) between the base end section and the top end section. a main case (60; 60A) that is tubular; a closing member that closes an opening on one side of the main case (60; 60A); an electronic component that is arranged inside surrounded by the main case (60; 60A) and the closing member; and a resin section that is formed by a resin injected into the main case (60; 60A); wherein the closing member has an extension section that forms a space between the extension section and the main case (60; 60A) over the entire circumference of the extension section that is opposite to an inner surface of the main case (60; 60A), the space being filled with the resin, the resin section includes a first section that is provided in the space, and a second section other than the first section, and the extension section (22; 22A; 22B; 22C; 22D; 22E; 22F) has, over the entire circumference thereof, an engagement structure for preventing the resin section of the first section from being shifted in the axial direction of the main case (60; 60A), wherein the resin section of the first section includes a base end section having a first thickness in the direction toward the main case (60; 60A) from the central axis of the main case (60; 60A), and a top end section having a second thickness that is larger than the first thickness in the direction toward the main case (60; 60A) from the central axis of the main case (60; 60A) characterized in that the resin section of the first section further includes a tapered intermediate section (123; 123A; 123B; 123C; 123D, 123E; 123F) between the base end section and the top end section.
A method for producing an acrylic rubber, comprising: an emulsion polymerization step of emulsion polymerizing monomers for forming the acrylic rubber in the presence of a nonionic emulsifier and an anionic emulsifier to prepare a polymer emulsion; and a coagulation step of coagulating the polymer emulsion through addition of a coagulant to the polymer emulsion to yield hydrous crumbs, wherein the emulsion polymerization reaction is performed while a monomer emulsion prepared by mixing the monomers for forming the acrylic rubber with the nonionic emulsifier, the anionic emulsifier and water is being continuously added dropwise to the polymerization reaction system from the start of polymerization reaction to any time, and the amount of water to be used in the monomer emulsion is 10 to 70 parts by weight relative to 100 parts by weight of the monomers for forming the acrylic rubber. an emulsion polymerization step of emulsion polymerizing monomers for forming the acrylic rubber in the presence of a nonionic emulsifier and an anionic emulsifier to prepare a polymer emulsion; and a coagulation step of coagulating the polymer emulsion through addition of a coagulant to the polymer emulsion to yield hydrous crumbs, wherein the emulsion polymerization reaction is performed while a monomer emulsion prepared by mixing the monomers for forming the acrylic rubber with the nonionic emulsifier, the anionic emulsifier and water is being continuously added dropwise to the polymerization reaction system from the start of polymerization reaction to any time, and the amount of water to be used in the monomer emulsion is 10 to 70 parts by weight relative to 100 parts by weight of the monomers for forming the acrylic rubber.