mhurhangee/ep-ind-claims huggingface dataset:
A medical system for reconstructing medical images, comprising a computational system and a memory, the memory storing machine executable instructions including a trained first machine learning module configured to output in response to receiving a medical image as input a saliency map as output when the machine executable intructions are run on the computational system, the saliency map being predictive of a distribution of user attention over the medical image; wherein execution of the machine executable instructions further causes the computational system to: - provide test maps for a test medical image of a pre-defined type of anatomical structure for which the medical image is to be reconstructed, each of the test maps being assigned to a different one of the reconstruction methods, each of the test maps identifying sections of the test image comprising anatomical sub-structures of the pre-defined type of anatomical structure for which a quality of image reconstruction is the highest compared to other anatomical sub-structures of the pre-defined type of anatomical structure, when using the assigned reconstruction method; - compare the test maps with the saliency map; - determine one of the test maps having a highest level of structural similarity with the saliency map; - select the reconstruction method assigned to the determined test map; - reconstruct the medical image using the selected reconstruction method. - provide test maps for a test medical image of a pre-defined type of anatomical structure for which the medical image is to be reconstructed, each of the test maps being assigned to a different one of the reconstruction methods, each of the test maps identifying sections of the test image comprising anatomical sub-structures of the pre-defined type of anatomical structure for which a quality of image reconstruction is the highest compared to other anatomical sub-structures of the pre-defined type of anatomical structure, when using the assigned reconstruction method; - compare the test maps with the saliency map; - determine one of the test maps having a highest level of structural similarity with the saliency map; - select the reconstruction method assigned to the determined test map; - reconstruct the medical image using the selected reconstruction method.
A method of fabricating a display device, the method comprising: providing a substrate comprising a lithium (Li)-based oxide; forming an etch mask pattern exposing regions of the substrate; and plasma etching the exposed regions of the substrate using a gas mixture comprising CHF 3 to form a diffractive optical element, wherein the diffractive optical element comprises Li-based oxide features configured to diffract visible light incident thereon, characterized in that: the gas mixture further comprises H 2 and an inert gas, a ratio of volumes of CHF 3 to H 2 in the gas mixture is in a range of 10:1 to 1:10, the inert gas in the gas mixture is in a range of 10% to 90% on the basis of a total volume of the gas mixture; and the gas mixture consists essentially of H 2, CHF 3 and Ar. providing a substrate comprising a lithium (Li)-based oxide; forming an etch mask pattern exposing regions of the substrate; and plasma etching the exposed regions of the substrate using a gas mixture comprising CHF 3 to form a diffractive optical element, wherein the diffractive optical element comprises Li-based oxide features configured to diffract visible light incident thereon, characterized in that: the gas mixture further comprises H 2 and an inert gas, a ratio of volumes of CHF 3 to H 2 in the gas mixture is in a range of 10:1 to 1:10, the inert gas in the gas mixture is in a range of 10% to 90% on the basis of a total volume of the gas mixture; and the gas mixture consists essentially of H 2, CHF 3 and Ar. the gas mixture further comprises H 2 and an inert gas, a ratio of volumes of CHF 3 to H 2 in the gas mixture is in a range of 10:1 to 1:10, the inert gas in the gas mixture is in a range of 10% to 90% on the basis of a total volume of the gas mixture; and the gas mixture consists essentially of H 2, CHF 3 and Ar.
An impactor head for releasably holding an outer surface of a cup implant, the impactor head comprising a head body; at least one rotatable implant-engagement arm being at least in part translatable; an actuation mechanism which moves the implant-engagement arm to an implant-engagement condition or an implant-release condition; and an implant outer-surface engagement element which is at or adjacent to a lateral arm end of said implant-engagement arm, said implant-engagement arm includes a lateral pivot axis about which the implant-engagement arm is rotatable to adopt said implant-engagement condition or said implant-release condition, characterised in that the lateral pivot axis is radially translatable to linearly move the implant-engagement arm radially as it rotates.
A display assembly for use with passenger seats comprising: (a) a display coupled, in use, to a passenger seat back; and, (b) a video shroud coupled, in use, to the passenger seat back and comprising an inner opening positioned adjacent the display, wherein a gap is positioned between an outer edge of the display and an edge of the inner opening; characterised in that: (c) an adaptor for enclosing the gap, said adaptor comprising a lip and releasably coupled to the video shroud, wherein the lip is positioned adjacent the gap. (a) a display coupled, in use, to a passenger seat back; and, (b) a video shroud coupled, in use, to the passenger seat back and comprising an inner opening positioned adjacent the display, wherein a gap is positioned between an outer edge of the display and an edge of the inner opening; (c) an adaptor for enclosing the gap, said adaptor comprising a lip and releasably coupled to the video shroud, wherein the lip is positioned adjacent the gap.
A method for controlling or assessing a yarn manufacturing process in a yarn manufacturing apparatus having at least a first sensor head (12, 18, 24, 30; 44), wherein the method comprises the steps of running an elongate textile body past the first sensor head (12, 18, 24, 30; 44), measuring at a first plurality of times, by means of the first sensor head (12, 18, 24, 30; 44), a color parameter (P k) of the textile body, forming a time-series of values comprising values of the color parameter (P k) attributed to different times, using the values of the color parameter (P k) for controlling or assessing the process, characterized in that values (VP k) that depend on the color parameter (P k) are clustered into color clusters. running an elongate textile body past the first sensor head (12, 18, 24, 30; 44), measuring at a first plurality of times, by means of the first sensor head (12, 18, 24, 30; 44), a color parameter (P k) of the textile body, forming a time-series of values comprising values of the color parameter (P k) attributed to different times, using the values of the color parameter (P k) for controlling or assessing the process, characterized in that values (VP k) that depend on the color parameter (P k) are clustered into color clusters.
Piston housing unit including a. an adjustable piston rod, b. a guide/damping unit for guiding and damping the piston rod in the piston housing unit (1; 1a; 1b), wherein the guide/damping unit has a guide element and at least one damping element, - wherein the damping element encloses the piston rod, - wherein the damping element has a damping ring or at least one damping strip, - wherein the damping ring or the at least one damping strip are made of an elastic damping material, - wherein the guide element and the damping element are fixed to one another, wherein - the piston housing unit (1; 1a; 1b) has housing with a longitudinal axis, - the piston rod is arranged outside of the housing with a first, free end, - an opposing, second end of the piston rod is arranged inside of the housing, - a piston is fitted on the second end of the piston rod, the piston being a collar-out protection, characterised in that the guide element has two half-shells. a. an adjustable piston rod, b. a guide/damping unit for guiding and damping the piston rod in the piston housing unit (1; 1a; 1b), wherein the guide/damping unit has a guide element and at least one damping element, - wherein the damping element encloses the piston rod, - wherein the damping element has a damping ring or at least one damping strip, - wherein the damping ring or the at least one damping strip are made of an elastic damping material, - wherein the guide element and the damping element are fixed to one another, - wherein the damping element encloses the piston rod, - wherein the damping element has a damping ring or at least one damping strip, - wherein the damping ring or the at least one damping strip are made of an elastic damping material, - wherein the guide element and the damping element are fixed to one another, - the piston housing unit (1; 1a; 1b) has housing with a longitudinal axis, - the piston rod is arranged outside of the housing with a first, free end, - an opposing, second end of the piston rod is arranged inside of the housing, - a piston is fitted on the second end of the piston rod, the piston being a collar-out protection,
Method for operating a cleaning appliance, the method comprising the following steps: reading in a door closing signal, wherein the door closing signal represents a command for controlling a closing of a door of the cleaning appliance; providing a control signal for a motor for driving a door of the cleaning appliance, wherein the control signal is provided using a camera signal and a motor current signal, wherein the camera signal is read in by means of a camera for optically monitoring an interior of the cleaning appliance and/or a loading region of the cleaning appliance, and the motor current signal is read in by means of a current sensor of the motor; and controlling the motor using the control signal. reading in a door closing signal, wherein the door closing signal represents a command for controlling a closing of a door of the cleaning appliance; providing a control signal for a motor for driving a door of the cleaning appliance, wherein the control signal is provided using a camera signal and a motor current signal, wherein the camera signal is read in by means of a camera for optically monitoring an interior of the cleaning appliance and/or a loading region of the cleaning appliance, and the motor current signal is read in by means of a current sensor of the motor; and controlling the motor using the control signal.
A process for the handling and storage of marine oils comprising the steps of: (a) optionally heating the marine oil to a temperature of 20-45 C to ensure that the marine oil is fully liquid; (b) Cooling the fully liquid marine oil in one or more scraped surface heat exchangers to a temperature of -5-10 C; (c) maintaining the cooled marine oil obtained in step (b) in one or more a steered vessels at a temperature of -5-10 C for a total period of 15 seconds to 10 minutes; (d) Storing the marine oil thus obtained in a closed container at a temperature below 15 C. (a) optionally heating the marine oil to a temperature of 20-45 C to ensure that the marine oil is fully liquid; (b) Cooling the fully liquid marine oil in one or more scraped surface heat exchangers to a temperature of -5-10 C; (c) maintaining the cooled marine oil obtained in step (b) in one or more a steered vessels at a temperature of -5-10 C for a total period of 15 seconds to 10 minutes; (d) Storing the marine oil thus obtained in a closed container at a temperature below 15 C.
A gas sensor comprising; a sensor element capable of detecting the concentration of measured gas, a connector electrically connected to the sensor element, a tubular body in which the sensor element and the connector are placed and which has an open end, leads which are connected to the connector and which extend outward from the open end of the tubular body; and an elastic body which is placed in the tubular body so as to seal the open end, in which connections between the connector and the leads are placed, and through which the leads extend, wherein the tubular body and the elastic body are radially swaged at a plurality of swaged sections (A, B) including a first swaged section located on the connection side and a second swaged section located closer to the open end than the first swaged section, the gas sensor being characterized in that the inside diameter of a portion of the tubular body that corresponds to the first swaged section is greater than the inside diameter of a portion of the tubular body that corresponds to the second swaged section.
A gas spring, comprising a guide, having an outer surface, a slider, defining with said guide at least one chamber containing pressurised gas, said slider being slidably constrained to said guide so as to have a minimum stroke, of expansion, in which said guide is partially extracted from said slider, and a maximum stroke, of compression, a bushing, arranged between said slider and said guide, comprising sealing means for tightness of the chamber, and removably coupled and so as to move integrally with said slider up to said maximum stroke of compression, so that, when said slider slides with respect to said guide beyond said maximum stroke of compression, said bushing decouples from said slider so as to eliminate the tightness of the chamber, a safety element to prevent said slider from disengaging itself from said guide when said slider slides beyond said minimum stroke of expansion, characterised in that said guide has a circular housing in correspondence with an outer surface and in that said safety element is a Seeger or a stop ring, housed in said circular housing so as to protrude with respect to said outer surface of said guide. a guide, having an outer surface, a slider, defining with said guide at least one chamber containing pressurised gas, said slider being slidably constrained to said guide so as to have a minimum stroke, of expansion, in which said guide is partially extracted from said slider, and a maximum stroke, of compression, a bushing, arranged between said slider and said guide, comprising sealing means for tightness of the chamber, and removably coupled and so as to move integrally with said slider up to said maximum stroke of compression, arranged between said slider and said guide, comprising sealing means for tightness of the chamber, and removably coupled and so as to move integrally with said slider up to said maximum stroke of compression, so that, when said slider slides with respect to said guide beyond said maximum stroke of compression, said bushing decouples from said slider so as to eliminate the tightness of the chamber, a safety element to prevent said slider from disengaging itself from said guide when said slider slides beyond said minimum stroke of expansion, said guide has a circular housing in correspondence with an outer surface and in that said safety element is a Seeger or a stop ring, housed in said circular housing so as to protrude with respect to said outer surface of said guide.
A method of transmitting a Device-to-Device, D2D, signal by a D2D User Equipment, UE, in a wireless communication system, the method comprising: receiving higher layer signaling indicating a start Physical Resource Block, PRB, index of a D2D resource pool of time-frequency resources having two frequency resource regions of a same size, an end PRB index of the D2D resource pool of time-frequency resources and a single parameter for the size of the frequency resource regions, determining the positions of the two frequency resource regions of the D2D resource pool of time-frequency resources in which the D2D signal is to be transmitted, based on the start and end PRB indexes, and the size of the two frequency resource regions based on the single parameter; and transmitting the D2D signal through the determined two frequency resource regions of the D2D resource pool of time-frequency resources. receiving higher layer signaling indicating a start Physical Resource Block, PRB, index of a D2D resource pool of time-frequency resources having two frequency resource regions of a same size, an end PRB index of the D2D resource pool of time-frequency resources and a single parameter for the size of the frequency resource regions, determining the positions of the two frequency resource regions of the D2D resource pool of time-frequency resources in which the D2D signal is to be transmitted, based on the start and end PRB indexes, and the size of the two frequency resource regions based on the single parameter; and transmitting the D2D signal through the determined two frequency resource regions of the D2D resource pool of time-frequency resources.
A process for preparing a salt of a hydroxy-substituted di- ester of phosphoric acid, comprising: (a) reacting a phosphating agent comprising phosphorus pentoxide with a monohydric alcohol having 6 to 10 carbon atoms and with a 1,2-alkylene diol which is ethylene glycol, 1,2-propylene glycol, 1,2-butylene glycol, 1,2-hexylene diol, 1,2-dodecylene diol or 1,2-octadecylene diol, wherein the mole ratio of monohydric alcohol: alkylene diol is 0.2:0.8 to 0.8:0.2, whereby the product mixture formed thereby contains phosphorus acid functionality; and (b) reacting the product mixture of step (a) with an amine comprising at least one alkyl primary amine having 6 to 18 carbon atoms or at least one alkyl secondary amine having 10 to 22 carbon atoms. (a) reacting a phosphating agent comprising phosphorus pentoxide with a monohydric alcohol having 6 to 10 carbon atoms and with a 1,2-alkylene diol which is ethylene glycol, 1,2-propylene glycol, 1,2-butylene glycol, 1,2-hexylene diol, 1,2-dodecylene diol or 1,2-octadecylene diol, wherein the mole ratio of monohydric alcohol: alkylene diol is 0.2:0.8 to 0.8:0.2, whereby the product mixture formed thereby contains phosphorus acid functionality; and (b) reacting the product mixture of step (a) with an amine comprising at least one alkyl primary amine having 6 to 18 carbon atoms or at least one alkyl secondary amine having 10 to 22 carbon atoms.
Ferritic stainless steel sheet superior in heat resistance characterized by containing, by mass%, C: 0.01% or less, N: 0.02% or less, Si: 0.05 to 1%, Mn: 0.1 to 2%, Cr: 10 to 30%, Mo: 0.1 to 1%, Cu: 1 to 2%, Nb: 0.2 to 0.7%, Ti: 0.01 to 0.3%, and B: 0.0002 to 0.0050%, optionally one or more selected from the group of Al: 3% or less, V: 1% or less, W: 3% or less, Sn: 1% or less and Zr: 1% or less, having a balance of Fe and unavoidable impurities, and having a 0.2% yield strength at 750°C of 70 MPa or more.
Method for producing reinforced cellular materials, reinforced textiles or combinations thereof, said method comprising the steps of: guiding a plurality of needles through a material to be reinforced, such that the individual needles penetrate a rear surface of the material; arranging a semi-finished textiles product in a non-linear manner on the side of the rear surface of the material to be reinforced, wherein the semi-finished textiles product is arranged in a non-linear manner by means of the engagement of a plurality of hooks, rollers or pegs into the semi-finished textiles product and of the subsequent displacement of the hooks, rollers or pegs in a plane which is substantially parallel to the plane of the rear surface of the material; inserting the semi-finished textiles product into the individual needles; withdrawing the plurality of needles from the material, thereby drawing a respective portion of the semi-finished textiles product by each one of the needles into the material in each case. guiding a plurality of needles through a material to be reinforced, such that the individual needles penetrate a rear surface of the material; arranging a semi-finished textiles product in a non-linear manner on the side of the rear surface of the material to be reinforced, wherein the semi-finished textiles product is arranged in a non-linear manner by means of the engagement of a plurality of hooks, rollers or pegs into the semi-finished textiles product and of the subsequent displacement of the hooks, rollers or pegs in a plane which is substantially parallel to the plane of the rear surface of the material; inserting the semi-finished textiles product into the individual needles; withdrawing the plurality of needles from the material, thereby drawing a respective portion of the semi-finished textiles product by each one of the needles into the material in each case.
Electrical machine having a stator, a rotor and multiple machine coils, wherein the machine coils are arranged on or in the stator, wherein the electrical machine comprises a cooling device which is suitable to cool a superconductive material at least to below a transition temperature, wherein a winding of at least one machine coil consists of the superconductive material and wherein the winding is operatively connected to the cooling device, characterized in that the at least one machine coil is arranged within a winding cryostat and the winding cryostat is operatively connected to the cooling device so that not an entire stator chamber has to be cooled but only a substantially smaller region around the machine coils.