mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine component comprising: a casing; an airfoil fixed to the casing to extend from a leading edge to a trailing edge, the component having a pressure side and a suction side; and a trench formed within the casing adjacent the suction side of the component, wherein the trench is defined by a length extending in a longitudinal direction from the leading edge to the trailing edge and a width extending in a lateral direction from the airfoil toward an adjacent airfoil fixed to the casing, the trench has a maximum depth that is positioned at or aft of the leading edge, and a depth of the trench gradually decreases in an aft direction from the maximum depth and terminates at a location aft of the trailing edge of the airfoil, wherein the width of the trench is less than a distance between the airfoil and the adjacent airfoil such that the trench does not completely span the distance between adjacent airfoils, wherein the airfoil has an airfoil length extending from the leading edge to the trailing edge, and wherein the maximum depth is located within a range of 4% to 10% of the airfoil length relative to the leading edge. a casing; an airfoil fixed to the casing to extend from a leading edge to a trailing edge, the component having a pressure side and a suction side; and a trench formed within the casing adjacent the suction side of the component, wherein the trench is defined by a length extending in a longitudinal direction from the leading edge to the trailing edge and a width extending in a lateral direction from the airfoil toward an adjacent airfoil fixed to the casing, the trench has a maximum depth that is positioned at or aft of the leading edge, and a depth of the trench gradually decreases in an aft direction from the maximum depth and terminates at a location aft of the trailing edge of the airfoil, wherein the width of the trench is less than a distance between the airfoil and the adjacent airfoil such that the trench does not completely span the distance between adjacent airfoils,
A crank support which is fastened to the drawbar of a trailer by means of a pivoting device and comprises a rotatable crank handle, characterized in that a guide element is provided, which is fixed in relation to the drawbar and along which the crank handle can be guided during pivoting of the crank support to a non-functional position.
A system for use in a well, comprising: a liner hanger comprising: a mandrel; a cone mounted about the mandrel, the cone having tapered slots arranged in an axial direction along a portion of the cone; a plurality of tapered slips slidably received in the tapered slots, each tapered slip being wider, in a circumferential direction, at a lower end than at an upper end and having a plurality of slip retention fingers at the lower end, each slip retention finger having angled surfaces oriented at a plurality of differing angles, wherein each tapered slip comprises a hammerhead located at the upper end, the hammerhead having angled surfaces arranged to slidably engage corresponding angled surfaces of a corresponding tapered slot, the hammerhead thereby being captured in an upper region of the corresponding tapered slot; a retention ring having a plurality of ring retention fingers which slidably engage the slip retention fingers, each ring retention finger having corresponding angled surfaces, the corresponding angled surfaces being arranged to engage the angled surfaces of the slip retention fingers of the tapered slips in a manner which prevents release of the plurality of tapered slips from the retention ring during deployment of the liner hanger; and an actuator mounted about the mandrel to selectively shift the plurality of tapered slips between a radially contracted position and a radially expanded, set position. a mandrel; a cone mounted about the mandrel, the cone having tapered slots arranged in an axial direction along a portion of the cone; a plurality of tapered slips slidably received in the tapered slots, each tapered slip being wider, in a circumferential direction, at a lower end than at an upper end and having a plurality of slip retention fingers at the lower end, each slip retention finger having angled surfaces oriented at a plurality of differing angles, wherein each tapered slip comprises a hammerhead located at the upper end, the hammerhead having angled surfaces arranged to slidably engage corresponding angled surfaces of a corresponding tapered slot, the hammerhead thereby being captured in an upper region of the corresponding tapered slot; a retention ring having a plurality of ring retention fingers which slidably engage the slip retention fingers, each ring retention finger having corresponding angled surfaces, the corresponding angled surfaces being arranged to engage the angled surfaces of the slip retention fingers of the tapered slips in a manner which prevents release of the plurality of tapered slips from the retention ring during deployment of the liner hanger; and an actuator mounted about the mandrel to selectively shift the plurality of tapered slips between a radially contracted position and a radially expanded, set position.
A computer-implemented method of producing a pseudo 3D image of one or more map objects, comprising: acquiring an image representing at least part of a map object; acquiring laser scan data for the map object, the laser scan data representing distances from a laser scanner (3(j)) to one or more points (605a-e) on at least one surface of the map object; generating a texture map associated with the at least one map object from the laser scan data, wherein the generation of the texture map comprises providing at least one light source position, providing at least one normalized light direction vector representative of a direction of the light source from at least one point on the at least one surface of the at least one map object and taking the dot product of at least one normal vector represented by at least one point in a normal map for the surface of the map object and the at least one normalized light direction vector from the light source position to a point of the surface of the map object associated with the point of the normal map the texture map being representative of light reflected from and/or shadows on the at least one surface of the map object; characterized by processing the texture map and the image by combining the texture map and image in order to generate a pseudo 3D image at least partially representing the map object, wherein the pixel values of the texture map and the pixel values of the image are combined on a pixel by pixel basis. acquiring an image representing at least part of a map object; acquiring laser scan data for the map object, the laser scan data representing distances from a laser scanner (3(j)) to one or more points (605a-e) on at least one surface of the map object; generating a texture map associated with the at least one map object from the laser scan data, wherein the generation of the texture map comprises providing at least one light source position, providing at least one normalized light direction vector representative of a direction of the light source from at least one point on the at least one surface of the at least one map object and taking the dot product of at least one normal vector represented by at least one point in a normal map for the surface of the map object and the at least one normalized light direction vector from the light source position to a point of the surface of the map object associated with the point of the normal map the texture map being representative of light reflected from and/or shadows on the at least one surface of the map object; characterized by processing the texture map and the image by combining the texture map and image in order to generate a pseudo 3D image at least partially representing the map object, wherein the pixel values of the texture map and the pixel values of the image are combined on a pixel by pixel basis.
An assembly for forming a container from a sleeve blank and a bottom blank, the sleeve blank defined by a pair of opposing side edges (24, 26) and opposing top and bottom edges (102, 104) and the bottom blank including a bottom wall for closing one end of the container, the assembly comprising: at least one adhesive printing station for printing an adhesive on a web in register with portions (130, 132) of the web forming at least one of the opposing side edges (24, 26) of the sleeve blank and the bottom edge of the sleeve blank; a blank cutting station for cutting the sleeve blank from the web; and a container forming station for wrapping the sleeve blank around the bottom blank, wherein the printed adhesive in register with the at least one of the side edges (24, 26) forms a seam seal between overlapping side edges (24, 26) of the wrapped sleeve blank and the printed adhesive in register with the bottom edge of the sleeve blank forms a bottom seal between overlapping portions of the sleeve blank and the bottom blank; wherein the at least one adhesive printing station is provided upstream of the container forming station such that the adhesive is printed on portions (130, 132) of the web forming the sleeve blank prior to the sleeve blank being provided to the container forming station. at least one adhesive printing station for printing an adhesive on a web in register with portions (130, 132) of the web forming at least one of the opposing side edges (24, 26) of the sleeve blank and the bottom edge of the sleeve blank; a blank cutting station for cutting the sleeve blank from the web; and a container forming station for wrapping the sleeve blank around the bottom blank, wherein the printed adhesive in register with the at least one of the side edges (24, 26) forms a seam seal between overlapping side edges (24, 26) of the wrapped sleeve blank and the printed adhesive in register with the bottom edge of the sleeve blank forms a bottom seal between overlapping portions of the sleeve blank and the bottom blank; wherein the at least one adhesive printing station is provided upstream of the container forming station such that the adhesive is printed on portions (130, 132) of the web forming the sleeve blank prior to the sleeve blank being provided to the container forming station.
An apparatus, comprising: an obtainment portion configured to obtain a plurality of images of a subject to which a drug has been administered, the plurality of images corresponding to respective values of at least one of dosage, temperature and exposure time of the drug that affects occurrence of a reaction of the drug; a generation portion configured to generate, for each of a plurality of thresholds relating to the at least one of the dosage, temperature and exposure time, a learning data set in which the plurality of images is each given an attribute value, the attribute value varying corresponding to whether or not the at least one of the dosage, temperature and exposure time exceeds the threshold; characterized by a learning processing portion configured to perform, for each generated learning data set, learning processing on an estimation model that estimates the attribute value of an image in response to input of the image; an evaluation value output portion configured to output, for each estimation model, an evaluation value according to an estimation error of the estimation model; and a determination portion configured to determine a value of the at least one of the dosage, temperature and exposure time at which the reaction of the drug occurs based on the threshold, among the plurality of thresholds, corresponding to the estimation model having the smallest evaluation value. an obtainment portion configured to obtain a plurality of images of a subject to which a drug has been administered, the plurality of images corresponding to respective values of at least one of dosage, temperature and exposure time of the drug that affects occurrence of a reaction of the drug; a generation portion configured to generate, for each of a plurality of thresholds relating to the at least one of the dosage, temperature and exposure time, a learning data set in which the plurality of images is each given an attribute value, the attribute value varying corresponding to whether or not the at least one of the dosage, temperature and exposure time exceeds the threshold; characterized by a learning processing portion configured to perform, for each generated learning data set, learning processing on an estimation model that estimates the attribute value of an image in response to input of the image; an evaluation value output portion configured to output, for each estimation model, an evaluation value according to an estimation error of the estimation model; and a determination portion configured to determine a value of the at least one of the dosage, temperature and exposure time at which the reaction of the drug occurs based on the threshold, among the plurality of thresholds, corresponding to the estimation model having the smallest evaluation value.
A process for preparing a protective layer on a tribological surface of a mechanical component, wherein the layer comprises a metal phosphate and/or metal sulphate having anti-wear and/or anti-fretting properties, and the process comprises subjecting the surface of the component to a mechanical treatment which is carried out with a tool that moves at or along the tribological surface during which treatment the metal phosphate and/or metal sulphate in solid form is provided and the layer is formed on the surface of the mechanical component by means of physical deposition of the metal phosphate and/or metal sulphate.
A rolling mill comprising: a roll that is shifted in an axial direction, wherein the roll is a work roll that contacts a rolled material or an intermediate roll that contacts the work roll; a bearing that is shifted in a roll-axis direction along with the roll, and receives a load from the roll; and three or more first cylinders (750, 751) that apply bending force in the same vertical direction toward the vertical increase side to the bearing to cause the roll to perform bending, wherein the bearing and the first cylinders (750, 751) are provided on each a drive side and a work side of the roll, and wherein the two first cylinders among the first cylinders (750, 751) are provided in the roll-axis direction on the exit side or entry side in a rolling direction, one first cylinder among the first cylinders is provided on a side that is one of the entry side and the exit side in the rolling direction, and that is opposite to a side provided with the two first cylinders, characterized in that the first cylinder on the opposite side is positioned between the two first cylinders when viewed from the exit side or entry side in the rolling direction. a roll that is shifted in an axial direction, wherein the roll is a work roll that contacts a rolled material or an intermediate roll that contacts the work roll; a bearing that is shifted in a roll-axis direction along with the roll, and receives a load from the roll; and three or more first cylinders (750, 751) that apply bending force in the same vertical direction toward the vertical increase side to the bearing to cause the roll to perform bending, wherein the bearing and the first cylinders (750, 751) are provided on each a drive side and a work side of the roll, and wherein the two first cylinders among the first cylinders (750, 751) are provided in the roll-axis direction on the exit side or entry side in a rolling direction, one first cylinder among the first cylinders is provided on a side that is one of the entry side and the exit side in the rolling direction, and that is opposite to a side provided with the two first cylinders, characterized in that the first cylinder on the opposite side is positioned between the two first cylinders when viewed from the exit side or entry side in the rolling direction.
A method comprising: generating an attenuation map from an anatomical image data set acquired of a subject; reconstructing an emission image data set acquired of the subject to generate an emission image, the reconstructing including correcting for attenuation of emission radiation in the subject using the attenuation map; calculating a value for a quality assurance metric quantifying alignment of the attenuation map with the emission image; storing the emission image and the calculated quality assurance metric in an image storage; subsequent to the storing, retrieving an instance of the emission image and an instance of the calculated quality assurance metric from the image storage; and characterised in displaying or printing the retrieved instance of the emission image together with the retrieved instance of the calculated quality assurance metric. generating an attenuation map from an anatomical image data set acquired of a subject; reconstructing an emission image data set acquired of the subject to generate an emission image, the reconstructing including correcting for attenuation of emission radiation in the subject using the attenuation map; calculating a value for a quality assurance metric quantifying alignment of the attenuation map with the emission image; storing the emission image and the calculated quality assurance metric in an image storage; subsequent to the storing, retrieving an instance of the emission image and an instance of the calculated quality assurance metric from the image storage; and characterised in displaying or printing the retrieved instance of the emission image together with the retrieved instance of the calculated quality assurance metric.
A method for providing bit loading tables for customer premises equipment,CPE unit, wherein the CPE unit is configured to be a part in a communication system, the communication system comprising provider equipment, a plurality of CPE units, and respective communication lines, the communication system configured to form a network transmitting data in a vector noise cancellation environment, the method being characterized in that it uses timesharing discontinuous operation characterized by the steps of: determining in advance a set of bit loading tables for combinations of lines being in a transmit and quiet mode; and setting a different bit loading table over time based on which lines are transmitting and which are quiet from the set of bit loading tables. determining in advance a set of bit loading tables for combinations of lines being in a transmit and quiet mode; and setting a different bit loading table over time based on which lines are transmitting and which are quiet from the set of bit loading tables.
Two-phase flow processing enclosure for fractionating hydrocarbons, of the natural counter-flow type, in which an ascending gaseous flow and a descending liquid flow circulate, the enclosure comprising at least one flow device formed by an appreciably horizontal tray having openings for the passage of the ascending gaseous flow, and a channel for recovering the descending liquid flow, the channel discharging into a flow orifice, characterized in that the flow device comprises a single guide device extending beneath the tray, the guide device being connected to the flow orifice in such a way that at least part of the liquid flows on its outer wall, the guide device being composed of a chain, a tube, a spring with non-contiguous turns, or a tube surrounded by a spring with non-contiguous turns.
A superconducting accelerating cavity comprising: a cavity main body formed of a superconducting material into a cylindrical shape; and a refrigerant tank installed around said cavity main body which is suitable to store a refrigerant which is supplied from the outside through a supply port into a space created between said refrigerant tank and the outer circumferential surface of said cavity main body, wherein said outer circumferential surface of said cavity main body is coated with a metal material having a higher conductivity than said superconducting material so as to make said cavity main body functioning as an anode during electropolishing, wherein said cavity main body has a shape formed by large diameter portions (600d,600e,600f,600g) and small diameter portions (600h,600i,600j), wherein said small diameter portions (600h,600i,600j) are at a shorter distance to the central axis of said cavity main body than said large diameter portions (600d,600e,600f,600g), wherein said large diameter portions and said small diameter portions are alternately formed along the axial direction of said cavity main body, characterized in that the coating thickness of said metal material in said large diameter portions (600d,600e,600f,600g) is larger than the coating thickness of said metal material in said small diameter portions (600h,600i,600j). a cavity main body formed of a superconducting material into a cylindrical shape; and a refrigerant tank installed around said cavity main body which is suitable to store a refrigerant which is supplied from the outside through a supply port into a space created between said refrigerant tank and the outer circumferential surface of said cavity main body, wherein said outer circumferential surface of said cavity main body is coated with a metal material having a higher conductivity than said superconducting material so as to make said cavity main body functioning as an anode during electropolishing, wherein said cavity main body has a shape formed by large diameter portions (600d,600e,600f,600g) and small diameter portions (600h,600i,600j), wherein said small diameter portions (600h,600i,600j) are at a shorter distance to the central axis of said cavity main body than said large diameter portions (600d,600e,600f,600g), wherein said large diameter portions and said small diameter portions are alternately formed along the axial direction of said cavity main body, characterized in that the coating thickness of said metal material in said large diameter portions (600d,600e,600f,600g) is larger than the coating thickness of said metal material in said small diameter portions (600h,600i,600j).
A large-quadrupedal-animal costume suit capable of making a realistic movement and modeled after a large quadrupedal animal, the costume suit having a head and mouth part, a neck part, a body part, a foreleg part, a hind leg part, and a tail part and being configured, as a whole, a skeletal member and a skin member covering the skeletal member, characterised in that the body part, the foreleg part, and the hind leg part communicate with each other to form a single hollow, the hollow has a size allowing a foreleg operator fitting in the foreleg part and a hind leg operator fitting in the hind leg part to fit in as standing upright, frame-pack support members for the foreleg operator and the hind leg operator are installed in the hollow as being fixed to the skeletal member at the body part, a frame pack for the foreleg operator is installed on the frame-pack support member provided on a head side of the hollow, and a frame pack for the hind leg operator is installed on the frame-pack support member provided on a tail side of the hollow so as to face the frame pack for the foreleg operator.