mhurhangee/ep-ind-claims huggingface dataset:
A system for outputting a quantitative value of nuclear medicine image data acquired using a bone disease diagnostic agent, the system comprising: first means for loading the nuclear medicine image data; second means for loading sex information on a subject of the nuclear medicine image data; third means for loading age information on the subject; fourth means for loading height information on the subject; fifth means for loading weight information on the subject; sixth means for loading information on a radioactivity dose administered to the subject; seventh means for acquiring certain information from the nuclear medicine image data; eighth means for calculating bone mineral content or bone mineral density based on at least one of the sex information acquired by the second means, the age information acquired by the third means, the height information acquired by the fourth means, or the weight information acquired by the fifth means; ninth means for normalizing the certain information acquired by the seventh means based on the administered radioactivity dose information acquired by the sixth means, and the bone mineral content or the bone mineral density acquired by the eighth means; and tenth means for outputting one or more normalized values acquired by the ninth means, the certain information being a value obtained by dividing an amount of attenuation-corrected radioactivity in a region of interest by a volume of the region of interest. first means for loading the nuclear medicine image data; second means for loading sex information on a subject of the nuclear medicine image data; third means for loading age information on the subject; fourth means for loading height information on the subject; fifth means for loading weight information on the subject; sixth means for loading information on a radioactivity dose administered to the subject; seventh means for acquiring certain information from the nuclear medicine image data; eighth means for calculating bone mineral content or bone mineral density based on at least one of the sex information acquired by the second means, the age information acquired by the third means, the height information acquired by the fourth means, or the weight information acquired by the fifth means; ninth means for normalizing the certain information acquired by the seventh means based on the administered radioactivity dose information acquired by the sixth means, and the bone mineral content or the bone mineral density acquired by the eighth means; and tenth means for outputting one or more normalized values acquired by the ninth means, the certain information being a value obtained by dividing an amount of attenuation-corrected radioactivity in a region of interest by a volume of the region of interest.
A catalyzed soot filter, comprising: a wall flow substrate comprising an inlet end, an outlet end, a substrate axial length extending between the inlet end and the outlet end, and a plurality of passages defined by internal walls of the wall flow substrate; wherein the plurality of passages comprise inlet passages having an open inlet end and a closed outlet end, and outlet passages having a closed inlet end and an open outlet end; wherein the internal walls of the inlet passages comprise a first inlet coating that extends from the inlet end to a first inlet coating end, thereby defining a first inlet coating length, wherein the first inlet coating length is less than the substrate axial length; wherein the internal walls of the outlet passages comprise an outlet coating that extends from the outlet end to a outlet coating end, thereby defining a outlet coating length, wherein the outlet coating length is less than the substrate axial length; wherein the sum of the first inlet coating and outlet coating lengths is substantially equal to the substrate axial length; wherein the first inlet coating length defines an upstream zone and the outlet coating length defines a downstream zone; wherein the first inlet coating comprises at least one first inlet platinum group metal component; wherein the first inlet coating composition and the outlet coating composition have a permeability which is homogeneous on the internal walls along the substrate's axial length; and, wherein at least 50% of the platinum group metal components are present in the upstream zone. a wall flow substrate comprising an inlet end, an outlet end, a substrate axial length extending between the inlet end and the outlet end, and a plurality of passages defined by internal walls of the wall flow substrate; wherein the plurality of passages comprise inlet passages having an open inlet end and a closed outlet end, and outlet passages having a closed inlet end and an open outlet end; wherein the internal walls of the inlet passages comprise a first inlet coating that extends from the inlet end to a first inlet coating end, thereby defining a first inlet coating length, wherein the first inlet coating length is less than the substrate axial length; wherein the internal walls of the outlet passages comprise an outlet coating that extends from the outlet end to a outlet coating end, thereby defining a outlet coating length, wherein the outlet coating length is less than the substrate axial length; wherein the sum of the first inlet coating and outlet coating lengths is substantially equal to the substrate axial length; wherein the first inlet coating length defines an upstream zone and the outlet coating length defines a downstream zone; wherein the first inlet coating comprises at least one first inlet platinum group metal component; wherein the first inlet coating composition and the outlet coating composition have a permeability which is homogeneous on the internal walls along the substrate's axial length; and, wherein at least 50% of the platinum group metal components are present in the upstream zone.
A composition comprising a therapeutically effective amount of an agent that down regulates the activity of Orexin A, for use in a method of treating hypercapnia-induced anxiety associated with chronic obstructive pulmonary disease in an individual, wherein the agent is an orexin receptor antagonist for orexin 1 receptors, and wherein the effective amount treats hypercapnia-induced anxiety associated with chronic obstructive pulmonary disease in the individual.
Method for operating a rotary printing press wherein disturbances of a rotating printing cylinder are detected and reduced by reducing the printing speed, characterized in that the disturbances are detected at an actuating drive of the printing cylinder, wherein the actuating drive is provided as a rotary drive with a servomotor.
A main rotor blade assembly for a rotary wing aircraft, comprising: a main rotor blade root region; a main rotor blade inboard region arranged outboard of said main rotor blade root region; a main rotor blade main region arranged outboard of said main rotor blade inboard region; and a main rotor blade tip region arranged outboard of said main rotor blade main region, the root, inboard, main and tip regions define a blade radius R between an axis of rotation of a rotor shaft and a distal tip end of the blade tip region, wherein at least one of chord, twist, sweep, airfoil shape, and thickness/chord of the main rotor blade assembly has been optimized to achieve balanced high speed forward flight and hover relative to both efficiency and high thrust capability, characterized in that the main rotor blade root region extends from about 0% R to 20% R, the main rotor blade inboard region extends from about 20% R to 40% R, the main rotor blade main region extends from about 40% R to 90% R, and the main rotor blade tip region extends from about 90% R to 100% R, in that the main rotor blade inboard region has a twist angle extending between about -6° and about 3°, and/or has a generally constant chord to radius ratio (C/R), in that a portion of the main rotor blade root region adjacent the main rotor blade inboard region has a chord to radius ratio (C/R) varying between about.04 and about.08, and in that the main rotor blade tip region has an aft tip sweep of about 25°. a main rotor blade root region; a main rotor blade inboard region arranged outboard of said main rotor blade root region; a main rotor blade main region arranged outboard of said main rotor blade inboard region; and a main rotor blade tip region arranged outboard of said main rotor blade main region, the root, inboard, main and tip regions define a blade radius R between an axis of rotation of a rotor shaft and a distal tip end of the blade tip region, wherein at least one of chord, twist, sweep, airfoil shape, and thickness/chord of the main rotor blade assembly has been optimized to achieve balanced high speed forward flight and hover relative to both efficiency and high thrust capability, characterized in that the main rotor blade root region extends from about 0% R to 20% R, the main rotor blade inboard region extends from about 20% R to 40% R, the main rotor blade main region extends from about 40% R to 90% R, and the main rotor blade tip region extends from about 90% R to 100% R, in that the main rotor blade inboard region has a twist angle extending between about -6° and about 3°, and/or has a generally constant chord to radius ratio (C/R), in that a portion of the main rotor blade root region adjacent the main rotor blade inboard region has a chord to radius ratio (C/R) varying between about.04 and about.08, and in that the main rotor blade tip region has an aft tip sweep of about 25°.
A method for controlling a dual-fed induction generator (DFIG) connected to a power grid in response to a high-voltage grid event, the method comprising: receiving, via a controller, a frequency signal of the power grid; filtering the frequency signal via a filtering assembly so as to determine whether certain types of grid conditions are present in the power grid, the filtering assembly comprising a first filter connected in parallel with a second filter, the first filter comprising a bandwidth that is greater than the second filter; comparing output signals of the first and second filters of the filtering assembly to one or more frequency thresholds; and, controlling the DFIG based on the comparison. receiving, via a controller, a frequency signal of the power grid; filtering the frequency signal via a filtering assembly so as to determine whether certain types of grid conditions are present in the power grid, the filtering assembly comprising a first filter connected in parallel with a second filter, the first filter comprising a bandwidth that is greater than the second filter; comparing output signals of the first and second filters of the filtering assembly to one or more frequency thresholds; and, controlling the DFIG based on the comparison.
A method for detecting aerial targets, implemented by a multifunction radar comprising an antenna subdivided into at least two antenna portions, each antenna portion being configured to perform the transmission and the reception of a signal, the method being characterized in that: - each antenna portion of the radar is configured to transmit signals on distinct frequency bands, - during the transmission phases of an antenna portion, the reception of each antenna portion of the radar is cut resulting in a reception signal comprising missing data, - the radar is configured to simultaneously perform at least two radar functions including an aerial target detection function, and in that the method comprises, for each range gate: - a step of reception of signals, - a step of estimation, from the signals received, of a space-time autocorrelation matrix so as to model the spurious ground echoes, - a step of target detection using a statistical test by taking into account missing data in the reception signals and said space-time autocorrelation matrix. - each antenna portion of the radar is configured to transmit signals on distinct frequency bands, - during the transmission phases of an antenna portion, the reception of each antenna portion of the radar is cut resulting in a reception signal comprising missing data, - the radar is configured to simultaneously perform at least two radar functions including an aerial target detection function, - a step of reception of signals, - a step of estimation, from the signals received, of a space-time autocorrelation matrix so as to model the spurious ground echoes, - a step of target detection using a statistical test by taking into account missing data in the reception signals and said space-time autocorrelation matrix.
A structural guide vane comprising a vane body contact surface and a vane edge, wherein at least one of the vane body contact surface or the vane edge comprises a fiber metal laminate, characterised by: the fibre metal laminate having layers of titanium and/or titanium alloy in combination with layers of a composite comprising carbon fibre or a fiber metal laminate having layers of aluminum and/or aluminum alloy in combination with layers of a composite comprising glass fiber, para-aramid fiber, aramid fiber or a combination thereof.
A device (102, 202) for monitoring and/or modifying a peritoneal dialysis treatment, comprising: a memory which stores at least one treatment protocol; at least one light source configured to output light; and at least one light sensor arranged relative to the at least one light source for measuring properties of output light passing through drained dialysate fluid, characterized in that the at least one light sensor is arranged relative to the at least one light source for measuring properties of output light passing through fresh dialysate fluid; and a control circuitry (104, 204) connected to said memory, wherein the control circuitry (104, 204) is configured to perform the following: comparing the properties of light that passed through fresh dialysate fluid with properties of light that passed through drained dialysate fluid; and selecting, based on the comparing, an antimicrobial and/or an antiviral treatment. a memory which stores at least one treatment protocol; at least one light source configured to output light; and at least one light sensor arranged relative to the at least one light source for measuring properties of output light passing through drained dialysate fluid, characterized in that the at least one light sensor is arranged relative to the at least one light source for measuring properties of output light passing through fresh dialysate fluid; and a control circuitry (104, 204) connected to said memory, wherein the control circuitry (104, 204) is configured to perform the following: comparing the properties of light that passed through fresh dialysate fluid with properties of light that passed through drained dialysate fluid; and selecting, based on the comparing, an antimicrobial and/or an antiviral treatment. comparing the properties of light that passed through fresh dialysate fluid with properties of light that passed through drained dialysate fluid; and selecting, based on the comparing, an antimicrobial and/or an antiviral treatment.
- Purging device (1, 21, 31) for an assembled unit for a vehicle, consisting both of a wheel comprising a rim and of a tyre, said device (1, 21, 31) comprising a body (2, 22, 32) connected to the inflation tube (7, 27, 37) of the assembled unit, said body being designed to be subjected to the inflation pressure of the assembled unit, and a piston (4, 24, 34) able to move inside the body, said piston operating an open/close element (5, 25, 35), fixed to the piston, between a closed position and a purging position of the body, said open/close element being normally closed, the open/close element and the piston each having a face designed to be exposed to the inflation air inside the body in the closed position, the open/close element being opened by the action of an operating force on the piston, the operating force being provided by compressed air (10, 11; 210, 211; 310, 311) directed onto that surface of the piston (4, 24, 34) which is not designed to be in contact with the inflation air in the closed position characterized in that a cavity (3, 23, 33) associated with the piston (4, 24, 34) and with the open/close element (5, 25, 35) forms an airtight volume comprising an orifice (6, 26, 36) associated with the inflation tube (7, 27, 37) and another orifice (8, 28, 38) facing the orifice (6, 26, 36) for carrying the inflation air to the assembled unit.
An apparatus for controlling and positioning of ear canal components in an ear canal, the apparatus comprising: a cap with a first end portion configured to couple with the ear canal component such that the cap increases maneuverability of the ear canal component in the ear canal as the ear canal component is positioned in the ear canal, the cap including: - a gripping structure at a second end portion of the cap located opposite to said first end portion, wherein the gripping structure projects in an axial direction opposite to the first end portion of the cap; and - a projection at the second end portion of the cap, wherein the projection projects in an axial direction opposite to the first end portion of the cap, wherein the gripping structure and the projection define a groove with a contact surface between them, wherein the groove is adapted to receive a fingernail. a cap with a first end portion configured to couple with the ear canal component such that the cap increases maneuverability of the ear canal component in the ear canal as the ear canal component is positioned in the ear canal, the cap including: - a gripping structure at a second end portion of the cap located opposite to said first end portion, wherein the gripping structure projects in an axial direction opposite to the first end portion of the cap; and - a projection at the second end portion of the cap, wherein the projection projects in an axial direction opposite to the first end portion of the cap, - a gripping structure at a second end portion of the cap located opposite to said first end portion, wherein the gripping structure projects in an axial direction opposite to the first end portion of the cap; and - a projection at the second end portion of the cap, wherein the projection projects in an axial direction opposite to the first end portion of the cap, wherein the gripping structure and the projection define a groove with a contact surface between them, wherein the groove is adapted to receive a fingernail.
A system to remove dust from an extravehicular mobility unit, EMU, worn by an astronaut in a deep space environment, the system comprising: one or more ionic shower units configured to be installed external to an interior volume of a facility, each ionic shower unit being configured to release positively charged ions and negatively charged ions in a specified direction to neutralize the dust and generate neutralized dust, wherein the interior volume of the facility is defined by an interior hatch that is separated from an exterior hatch by an airlock; and one or more collection units (140a, 140b) configured to be installed external to the interior volume, each collection unit being configured to trap the neutralized dust to prevent the dust from entering the interior volume; wherein the system is configured to be located in the airlock between the interior hatch and the exterior hatch of the facility and the facility is a space vehicle or a habitat; and wherein either the system further comprises a ring-shaped support whose opening is seized to encircle the astronaut and wherein the one or more ionic shower units or the one or more collection units are installed in the ring-shaped support; or the system further comprises a swing arm to move around the EMU and wherein the one or more ionic shower units or the one or more collection units are installed on the swing arm. one or more ionic shower units configured to be installed external to an interior volume of a facility, each ionic shower unit being configured to release positively charged ions and negatively charged ions in a specified direction to neutralize the dust and generate neutralized dust, wherein the interior volume of the facility is defined by an interior hatch that is separated from an exterior hatch by an airlock; and one or more collection units (140a, 140b) configured to be installed external to the interior volume, each collection unit being configured to trap the neutralized dust to prevent the dust from entering the interior volume; wherein the system is configured to be located in the airlock between the interior hatch and the exterior hatch of the facility and the facility is a space vehicle or a habitat; and wherein either the system further comprises a ring-shaped support whose opening is seized to encircle the astronaut and wherein the one or more ionic shower units or the one or more collection units are installed in the ring-shaped support; or the system further comprises a swing arm to move around the EMU and wherein the one or more ionic shower units or the one or more collection units are installed on the swing arm.
Method for operating a motor vehicle having a hybrid drive device, wherein the hybrid drive device has an internal combustion engine able to be operated using a fuel as well as an electric engine and lubricant is supplied at least at times to the internal combustion engine, wherein a lubricant dilution value of a dilution of the lubricant by the fuel is determined, characterised in that, in the case of exceeding a first threshold value by the lubricant dilution value, the internal combustion engine is started if the motor vehicle is located on a regeneration route of an expected driving route of the motor vehicle and the regeneration route is sufficient to reduce the lubricant dilution value by a determined value.