mhurhangee/ep-ind-claims huggingface dataset:
A medical device comprising: a core assembly configured to be advanced within a lumen of a corporeal lumen, the core assembly comprising: a first conductor having a proximal end portion and a distal end portion, the first conductor forming a lumen; a second conductor at least partially disposed within the lumen of the first conductor, the second conductor having a proximal end portion and a distal end portion; and an insulative material surrounding the second conductor along at least a part of its length, the insulative material defining an electrode portion of the second conductor that is uncovered by the insulative material; and an interventional element coupled to the distal end portion of the first conductor, the interventional element electrically coupled to the first conductor, wherein the electrode portion of the second conductor is disposed radially adjacent to or distal of the interventional element. a first conductor having a proximal end portion and a distal end portion, the first conductor forming a lumen; a second conductor at least partially disposed within the lumen of the first conductor, the second conductor having a proximal end portion and a distal end portion; and an insulative material surrounding the second conductor along at least a part of its length, the insulative material defining an electrode portion of the second conductor that is uncovered by the insulative material; and an interventional element coupled to the distal end portion of the first conductor, the interventional element electrically coupled to the first conductor, wherein the electrode portion of the second conductor is disposed radially adjacent to or distal of the interventional element.
A method for controlling one or more actuators arranged to actively suspend a seat in a vehicle, the method comprising: determining an orientation of the seat; determining a command signal based at least in part on the determined orientation; providing the command signal to the one or more actuators; operating the one or more actuators in accordance with the command signal for active suspension while avoiding collision or interference between the seat and/or an occupant of the seat and other objects in the vehicle. determining an orientation of the seat; determining a command signal based at least in part on the determined orientation; providing the command signal to the one or more actuators;
A neutron moderation material comprising: Mg element; Al element; and F element; wherein the weight percentage of the Mg element, Al element and F element accounts for the neutron moderation material is 3.5%≦Mg≦37.1%, 5.0%≦Al≦90.4%, 5.8%≦F≦67.2%, respectively; and the sum of the weights of the weights of the Mg, Al and F elements is 100% of the total weight of the neutron moderation material, characterized in that the material composition of the neutron moderation material is MgF2 and Al. Mg element; Al element; and F element; wherein the weight percentage of the Mg element, Al element and F element accounts for the neutron moderation material is 3.5%≦Mg≦37.1%, 5.0%≦Al≦90.4%, 5.8%≦F≦67.2%, respectively; and the sum of the weights of the weights of the Mg, Al and F elements is 100% of the total weight of the neutron moderation material, characterized in that the material composition of the neutron moderation material is MgF2 and Al.
A fluidized bed reactor arrangement, in which a fluidized bed reactor comprises at least a bottom portion, a roof portion and at least one side wall (14.1) vertically extending between the bottom portion and the roof portion, said side wall being arranged inclined at the lower portion in such a manner that the cross-section of the reaction chamber of the reactor decreases towards the bottom portion, and which fluidized bed reactor arrangement comprises a heat exchange chamber entirely supported to the reaction chamber at the inclined area of said side wall outside the reaction chamber, and in which said side wall, extending between the bottom portion and the roof portion and being arranged inclined at the lower portion thereof forms a partition wall between the heat exchange chamber and the reaction chamber, and in which the heat exchange chamber extends from the partition wall to a rear wall on the other side of the plane extending via the side wall (14.1), characterized in that the rear wall of the heat exchange chamber is connected to the side wall (14.1) of the reaction chamber from the upper portion of the rear wall at a connection area in such a manner that the direction of the rear wall aligns with the direction of the side wall at least at the connection for a distance, the length of which is determined in such a manner that the ratio of length to the distance between the end walls of the rear wall of the heat exchange chamber from each other is at least 0,5.
A cogged drive arrangement for an endless belt conveyor for a feederhouse of an agricultural combine, wherein the endless belt conveyor has two endless belts, the cogged drive arrangement comprising a first drive wheel having an axis of rotation, a hub extending around the axis of rotation, flanges fixed to an outer edge of the hub and extending outward from the hub and a plurality of cogs fixed to the outer ends of the flanges, wherein the hub has a first end extending in a first direction parallel to the axis of rotation and away from an axial midpoint of the hub, and a second end extending in a second direction parallel to the axis of rotation and away from the axial midpoint of the hub, characterized in that the first end of the hub is conical and tapers inwardly toward the driveshaft and that the second end of the hub is conical and tapers inwardly toward the driveshaft.
A spectral image processing method of performing processing on a spectral image of a specimen, characterized by: a step of normalizing spectra of respective pixels constituting the spectral image such that brightness integral values of the spectra of the respective pixels become equal; a step of smoothing a spectral image (F') constituted from the normalized spectra; and a step of denormalizing which multiplies a coefficient to spectra of respective pixels constituting the spectral image (F") constituted from the smoothed normalized spectra such that the brightness integral values of the spectra return to values before the normalizing. a step of normalizing spectra of respective pixels constituting the spectral image such that brightness integral values of the spectra of the respective pixels become equal; a step of smoothing a spectral image (F') constituted from the normalized spectra; and a step of denormalizing which multiplies a coefficient to spectra of respective pixels constituting the spectral image (F") constituted from the smoothed normalized spectra such that the brightness integral values of the spectra return to values before the normalizing.
A method for manufacturing boxes, comprising the steps of: - obtaining a blank, comprising a supporting layer (1a, 101a), which is preferably a layer of cardboard; - obtaining a die-cut element (8, 9, 109) by die-cutting said blank; - folding said die-cut element (8, 9, 109) to obtain a box (20, 120); characterized in that said step of obtaining the blank comprises the steps of: - obtaining slit-like openings (2, 102) in said supporting layer (1a, 101a), said slit-like openings (2, 102) being surrounded on the plane of the blank along all of their perimeter by the material of the supporting layer (1a, 101a); - coupling at least one first covering sheet (1b, 101b) with a first face of said supporting layer (1a, 101a), so that each one of said slit-like openings (2, 102) is closed on one side by said at least one first covering sheet (1b, 101b); said folding being provided along at least said slit-like openings so that a respective edge (21, 121) of the box (20, 120) is obtained along each one of said slit-like openings. - obtaining a blank, comprising a supporting layer (1a, 101a), which is preferably a layer of cardboard; - obtaining a die-cut element (8, 9, 109) by die-cutting said blank; - folding said die-cut element (8, 9, 109) to obtain a box (20, 120); - obtaining slit-like openings (2, 102) in said supporting layer (1a, 101a), said slit-like openings (2, 102) being surrounded on the plane of the blank along all of their perimeter by the material of the supporting layer (1a, 101a); - coupling at least one first covering sheet (1b, 101b) with a first face of said supporting layer (1a, 101a), so that each one of said slit-like openings (2, 102) is closed on one side by said at least one first covering sheet (1b, 101b);
Three-dimensionally shaped superconducting coil device having at least one coil winding (21, 21a-21d), comprising at least one turn (w) of a superconducting strip conductor, - wherein the strip conductor has a first and a second main face, - wherein the coil winding (21, 21a-21d) has at least one turning region, in which the strip conductor is bent such that, in this turning region, it has a change of direction in its longitudinal direction (a1, a2) and simultaneously changes the orientation of its two main faces (3, 5) with respect to a central axis of the coil device, - characterized in that the at least one coil winding (21, 21a-21d) has two longitudinal limbs, which extend along the central axis of the coil device, has two axially terminal transverse limbs, which connect the two longitudinal limbs to each other in their two axial end regions, and, in the transition regions between the longitudinal limbs and the transverse limbs, has a total of four turning regions, so that the two longitudinal limbs of one winding are connected to two axially terminal transverse limbs by means of one of the turning regions in each case. - wherein the strip conductor has a first and a second main face, - wherein the coil winding (21, 21a-21d) has at least one turning region, in which the strip conductor is bent such that, in this turning region, it has a change of direction in its longitudinal direction (a1, a2) and simultaneously changes the orientation of its two main faces (3, 5) with respect to a central axis of the coil device, - characterized in that the at least one coil winding (21, 21a-21d) has two longitudinal limbs, which extend along the central axis of the coil device, has two axially terminal transverse limbs, which connect the two longitudinal limbs to each other in their two axial end regions, and, in the transition regions between the longitudinal limbs and the transverse limbs, has a total of four turning regions, so that the two longitudinal limbs of one winding are connected to two axially terminal transverse limbs by means of one of the turning regions in each case.
A light emitting display device, comprising: a display panel including a plurality of first pixels, each of the plurality of first pixels comprising a first driving switching element (Tdr) connected to a first power line and a first light emitting element connected to a second power line; a first maximum voltage detection unit for detecting a voltage from each of the first light emitting elements of each of the first pixels and outputting a first maximum voltage that has a highest voltage level (Vmax) among the detected voltages; and a first power supply unit for correcting a first driving voltage (ELVDD) based on the first maximum voltage and applying the corrected first driving voltage (ELVDD) to the first power line, characterized in that the first power supply unit i is configured to correct the first driving voltage (ELVDD) so that a difference between the first driving voltage (ELVDD) and a second driving voltage (ELVSS) of the second power line is substantially equal to a sum of the first maximum voltage and a minimum drain-source voltage - Vds.min - of the first driving switching element (Tdr), whereby the minimum drain-source voltage - Vds.min - refers to the lowest drain-source voltage that may generate a driving current of a predetermined gray level in a saturation region of the driving switching element (Tdr). a display panel including a plurality of first pixels, each of the plurality of first pixels comprising a first driving switching element (Tdr) connected to a first power line and a first light emitting element connected to a second power line; a first maximum voltage detection unit for detecting a voltage from each of the first light emitting elements of each of the first pixels and outputting a first maximum voltage that has a highest voltage level (Vmax) among the detected voltages; and a first power supply unit for correcting a first driving voltage (ELVDD) based on the first maximum voltage and applying the corrected first driving voltage (ELVDD) to the first power line, characterized in that the first power supply unit i is configured to correct the first driving voltage (ELVDD) so that a difference between the first driving voltage (ELVDD) and a second driving voltage (ELVSS) of the second power line is substantially equal to a sum of the first maximum voltage and a minimum drain-source voltage - Vds.min - of the first driving switching element (Tdr), whereby the minimum drain-source voltage - Vds.min - refers to the lowest drain-source voltage that may generate a driving current of a predetermined gray level in a saturation region of the driving switching element (Tdr).
A device adapted for exposure to high temperatures, the device comprising: a substrate; a support structure having a solid state diffusion bond to the substrate and defining a plurality of volumes proximate a top surface of the substrate; and a thermally insulating filler material disposed in the plurality of volumes, wherein the support structure supports the thermally insulating filler material on the substrate, and there is present a mechanical interface between the support structure and the thermally insulating filler material, wherein the support structure comprises either (i) walls comprising a material graded from a first composition in a bottom portion proximate the substrate to a second composition in a top portion opposed the substrate, or (ii) walls comprising a first composition in a bottom layer proximate the substrate and a second composition in a top layer opposed the substrate. a substrate; a support structure having a solid state diffusion bond to the substrate and defining a plurality of volumes proximate a top surface of the substrate; and a thermally insulating filler material disposed in the plurality of volumes, wherein the support structure supports the thermally insulating filler material on the substrate, and there is present a mechanical interface between the support structure and the thermally insulating filler material, wherein the support structure comprises either (i) walls comprising a material graded from a first composition in a bottom portion proximate the substrate to a second composition in a top portion opposed the substrate, or (ii) walls comprising a first composition in a bottom layer proximate the substrate and a second composition in a top layer opposed the substrate.
An exhaust gas purifying system for an internal combustion engine, the system comprising: a NOx trapping agent which adsorbs nitrogen oxide when an excess air ratio of exhaust gas is more than 1, and releases nitrogen oxide when the excess air ratio is 1 or less; a NOx purifying catalyst which reduces nitrogen oxide to nitrogen, characterized by an oxygen concentration controller which controls oxygen concentration in the exhaust gas, wherein, when the excess air ratio of the exhaust gas is more than 1, nitrogen oxide is adsorbed to the NOx trapping agent, and when the excess air ratio of the exhaust gas is 1 or less, the oxygen concentration controller controls the oxygen concentration of the exhaust gas at an inlet of the NOx purifying catalyst between 0.8 and 1.5 % by volume, so that the NOx purifying catalyst reduces nitrogen oxide released from the NOx trapping agent. a NOx trapping agent which adsorbs nitrogen oxide when an excess air ratio of exhaust gas is more than 1, and releases nitrogen oxide when the excess air ratio is 1 or less; a NOx purifying catalyst which reduces nitrogen oxide to nitrogen, characterized by an oxygen concentration controller which controls oxygen concentration in the exhaust gas, wherein, when the excess air ratio of the exhaust gas is more than 1, nitrogen oxide is adsorbed to the NOx trapping agent, and when the excess air ratio of the exhaust gas is 1 or less, the oxygen concentration controller controls the oxygen concentration of the exhaust gas at an inlet of the NOx purifying catalyst between 0.8 and 1.5 % by volume, so that the NOx purifying catalyst reduces nitrogen oxide released from the NOx trapping agent.
A combustor panel (110; 210) for a combustor, comprising: a combustion facing surface; a cooling surface opposite the combustion facing surface; and heat transfer pins (116; 216) extending from the cooling surface, wherein a first grouping of the heat transfer pins comprises a metallic coating, characterised in that a second forward grouping of the heat transfer pins is free of the metallic coating. a combustion facing surface; a cooling surface opposite the combustion facing surface; and heat transfer pins (116; 216) extending from the cooling surface, wherein a first grouping of the heat transfer pins comprises a metallic coating, characterised in that a second forward grouping of the heat transfer pins is free of the metallic coating.
A method for producing an oil and fat composition enriched with lactones, which comprises steps a) and c) or b) and c): a) keeping the oil and fat composition containing between 300 ppm and 1200 ppm of moisture content at the temperature where a solid fat exists in the oil and fat composition, or b) adding to the oil and fat composition an additive agent which has an ability to form hydrogen bonds with water molecules, keeping temperature of the oil and fat composition at the temperature between 40 and 60°C, and c) non-enzymatically producing γ-lactone or δ-lactone from triglyceride containing 4- or 5-hydroxy fatty acid in the oil and fat composition. a) keeping the oil and fat composition containing between 300 ppm and 1200 ppm of moisture content at the temperature where a solid fat exists in the oil and fat composition, or b) adding to the oil and fat composition an additive agent which has an ability to form hydrogen bonds with water molecules, c) non-enzymatically producing γ-lactone or δ-lactone from triglyceride containing 4- or 5-hydroxy fatty acid in the oil and fat composition.
An intravascular blood flow measurement device, comprising: - a body suitable for placement inside a blood vessel of a living being and extending along a longitudinal direction; - an expandable body section of the body, having a longitudinal extension in the longitudinal direction and a cross-sectional area perpendicular to the longitudinal direction that is controllably and reversibly expandable to assume a respective one of at least two different predetermined expanded sizes associated with at least two respective values of an expanded cross sectional area of the expandable body section; - a controllable actuator arranged and configured to set the expandable body section to one of the at least two sizes; and - a pressure sensor unit comprising at least one pressure sensor arranged on the body within the longitudinal extension of the expandable body section, the pressure sensor unit being configured to provide, for each of at least three values of cross sectional area of the body, including the at least two values of the expanded cross-sectional area of the expandable body section, a respective sequence of pressure signals indicative of a pressure of blood flow in the blood vessel over a predetermined measuring time span defined with respect to a heart cycle period. - a body suitable for placement inside a blood vessel of a living being and extending along a longitudinal direction; - an expandable body section of the body, having a longitudinal extension in the longitudinal direction and a cross-sectional area perpendicular to the longitudinal direction that is controllably and reversibly expandable to assume a respective one of at least two different predetermined expanded sizes associated with at least two respective values of an expanded cross sectional area of the expandable body section; - a controllable actuator arranged and configured to set the expandable body section to one of the at least two sizes; and - a pressure sensor unit comprising at least one pressure sensor arranged on the body within the longitudinal extension of the expandable body section, the pressure sensor unit being configured to provide, for each of at least three values of cross sectional area of the body, including the at least two values of the expanded cross-sectional area of the expandable body section, a respective sequence of pressure signals indicative of a pressure of blood flow in the blood vessel over a predetermined measuring time span defined with respect to a heart cycle period.
A control method for a viscous semi-liquid frozen food dispenser comprising a stirring means configured to stir the food, a motor configured to drive the stirring means to rotate, a refrigerating means configured to input cold energy into the food, a rotation speed sensor configured to detect a stirring speed, and a temperature sensor configured to detect a food temperature, the control method comprising the steps of: a) refrigerating the food by the refrigerating means; b) comparing a food temperature detected by the temperature sensor with a target preset value of the food temperature, and determining to continue the refrigeration when the food temperature is greater than or equal to the target preset value of the food temperature, and to stop the refrigeration and keep stopping for a preset time when the food temperature is lower than the target preset value; c) intervening by corresponding adjustment of the target preset value of the food temperature when a data set collected from the rotation speed sensor shows that change trend of the rotation speed indicative of viscosity of the food product meets predefined intervention conditions for a temperature-increasing or temperature-reducing intervention; and d) returning to step a) for the next cycle. a) refrigerating the food by the refrigerating means; b) comparing a food temperature detected by the temperature sensor with a target preset value of the food temperature, and determining to continue the refrigeration when the food temperature is greater than or equal to the target preset value of the food temperature, and to stop the refrigeration and keep stopping for a preset time when the food temperature is lower than the target preset value; c) intervening by corresponding adjustment of the target preset value of the food temperature when a data set collected from the rotation speed sensor shows that change trend of the rotation speed indicative of viscosity of the food product meets predefined intervention conditions for a temperature-increasing or temperature-reducing intervention; and d) returning to step a) for the next cycle.