mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing system for image correction, comprising circuitry configured to: input an image which is captured with an image acquisition section, determine whether the image deviates from at least one desired image capture condition, identify a deviation amount of the image relative to the at least one desired image capture condition, generate a deformed image in which a deviation from the at least one desired image capture condition is increased by a predetermined amount over the deviation amount identified, and cause display of the deformed image for guiding a user viewing the deformed image to correct the deviation from the at least one desired image capture condition, wherein the at least one desired image capture condition includes an alignment of a subject in the image with a central line of the image, and the deviation amount is a difference between the central line of the image and a central line of the subject, wherein the circuitry determines the predetermined amount with which the deviation amount is changed using an interpolation function, wherein the interpolation function is a spline interpolation function, and wherein the at least one desired image capture condition includes a desired eye opening state of a subject in the image, and the deviation amount is a difference between an actual eye opening state of the subject and the desired eye opening state, the circuitry determines the predetermined amount with which the deviation amount is changed using an interpolation function, wherein the interpolation function is a non-linear step-wise interpolation function. input an image which is captured with an image acquisition section, determine whether the image deviates from at least one desired image capture condition, identify a deviation amount of the image relative to the at least one desired image capture condition, generate a deformed image in which a deviation from the at least one desired image capture condition is increased by a predetermined amount over the deviation amount identified, and cause display of the deformed image for guiding a user viewing the deformed image to correct the deviation from the at least one desired image capture condition, wherein the at least one desired image capture condition includes an alignment of a subject in the image with a central line of the image, and the deviation amount is a difference between the central line of the image and a central line of the subject, wherein the circuitry determines the predetermined amount with which the deviation amount is changed using an interpolation function, wherein the interpolation function is a spline interpolation function, and wherein the at least one desired image capture condition includes a desired eye opening state of a subject in the image, and the deviation amount is a difference between an actual eye opening state of the subject and the desired eye opening state, the circuitry determines the predetermined amount with which the deviation amount is changed using an interpolation function, wherein the interpolation function is a non-linear step-wise interpolation function.
A dynamic power cable comprising - at least one cable core comprising an electrical conductor and an electrically insulating layer that is arranged radially outside the electrical conductor , - a water barrier sheath that is arranged radially outside the cable core , and - an inner thermoplastic composite core sheath arranged radially outside the water barrier sheath comprising wound fibres embedded in a thermoplastic polymer. - at least one cable core comprising an electrical conductor and an electrically insulating layer that is arranged radially outside the electrical conductor , - a water barrier sheath that is arranged radially outside the cable core , and - an inner thermoplastic composite core sheath arranged radially outside the water barrier sheath comprising wound fibres embedded in a thermoplastic polymer.
Mixing apparatus , comprising: a mixing container comprising a shell and a bottom plate , a mixing tool which is rotatably provided in the mixing container , a drive which drives the mixing tool , wherein the mixing container is inclined with respect to the horizontal, and wherein the drive which drives the mixing tool is adapted to be operated in two opposite directions for mixing, wherein the mixing apparatus is designed as a single-shaft mixer, wherein the mixing tool comprises a shaft centrally arranged in the mixing container , as well as at least one mixing device attached thereto, which extends from the centrally arranged shaft towards the shell of the mixing container , wherein at the end of the mixing device facing away from the centrally arranged shaft a scraper is arranged, which is adapted to abut with one side against the inside of the shell of the mixing container , wherein the scraper is twisted by an angle (γ) of 10°-80° with respect to the direction of extension of the inner shaft . a mixing container comprising a shell and a bottom plate , a mixing tool which is rotatably provided in the mixing container , a drive which drives the mixing tool , wherein the mixing container is inclined with respect to the horizontal, and wherein the drive which drives the mixing tool is adapted to be operated in two opposite directions for mixing, wherein the mixing apparatus is designed as a single-shaft mixer, wherein the mixing tool comprises a shaft centrally arranged in the mixing container , as well as at least one mixing device attached thereto, which extends from the centrally arranged shaft towards the shell of the mixing container , wherein at the end of the mixing device facing away from the centrally arranged shaft a scraper is arranged, which is adapted to abut with one side against the inside of the shell of the mixing container , wherein the scraper is twisted by an angle (γ) of 10°-80° with respect to the direction of extension of the inner shaft .
A heating device for an exhaust system of an internal combustion engine ; the heating device comprises: a tubular body , where a combustion chamber is obtained on the inside; a fuel injector , which is mounted through a base wall of the tubular body so as to inject fuel into the combustion chamber ; at least one inlet opening , which can be connected to a fan so as to receive an air flow which is directed to the combustion chamber and gets mixed with the fuel; a feeding channel , which receives air from the inlet opening , surrounds an end portion of the fuel injector and ends with a nozzle , which is arranged around an injection point of the fuel injector ; and a spark plug , which is mounted through a side wall of the tubular body so as to trigger the combustion of a mixture of air and fuel and has electrodes ; the feeding channel is delimited, on the outside, by an outer tubular body having an inner surface of the feeding channel and is delimited, on the inside, by an inner tubular body , which surrounds the fuel injector and contains, on the inside, the fuel injector ; the heating device is characterized in that: the fuel injector is configured to spray at least part of the fuel against the outer tubular body ; and the outer tubular body has a through opening , through which a spray tip of the fuel injector letting out the fuel directly aims at the electrodes of the spark plug . a tubular body , where a combustion chamber is obtained on the inside; a fuel injector , which is mounted through a base wall of the tubular body so as to inject fuel into the combustion chamber ; at least one inlet opening , which can be connected to a fan so as to receive an air flow which is directed to the combustion chamber and gets mixed with the fuel; a feeding channel , which receives air from the inlet opening , surrounds an end portion of the fuel injector and ends with a nozzle , which is arranged around an injection point of the fuel injector ; and a spark plug , which is mounted through a side wall of the tubular body so as to trigger the combustion of a mixture of air and fuel and has electrodes ; the feeding channel is delimited, on the outside, by an outer tubular body having an inner surface of the feeding channel and is delimited, on the inside, by an inner tubular body , which surrounds the fuel injector and contains, on the inside, the fuel injector ; the heating device is characterized in that: the fuel injector is configured to spray at least part of the fuel against the outer tubular body ; and the outer tubular body has a through opening , through which a spray tip of the fuel injector letting out the fuel directly aims at the electrodes of the spark plug . the fuel injector is configured to spray at least part of the fuel against the outer tubular body ; and the outer tubular body has a through opening , through which a spray tip of the fuel injector letting out the fuel directly aims at the electrodes of the spark plug .
A method of cleaning and sterilizing a product filling apparatus that includes product supply piping that feeds a product into a filling machine through a heating sterilization part , the method comprising: a CIP process of removing a remaining foreign matter from a product or the like on an interior of the product supply piping and an SIP process of sterilizing the interior of the product supply piping , wherein the CIP process and the SIP process are performed in sequence without an interruption between the CIP process and the SIP process, wherein a temperature of the heating sterilization part raised and set in the CIP process does not decrease but is further raised to a temperature for the SIP process, or the temperature of the heating sterilization part is raised to the temperature for the SIP process in a rinsing step in the CIP process, a first manufacturing step of performing a filling step of filling a container with the product while performing a product sterilization process after the SIP process; and a second manufacturing step including the CIP process and the SIP process for manufacturing a product different from that manufactured in the first manufacturing step, wherein the first manufacturing step and the second manufacturing step are performed without reducing the temperature of the heating sterilization part to be equal to or lower than a set temperature of the CIP process. a CIP process of removing a remaining foreign matter from a product or the like on an interior of the product supply piping and an SIP process of sterilizing the interior of the product supply piping , wherein the CIP process and the SIP process are performed in sequence without an interruption between the CIP process and the SIP process, wherein a temperature of the heating sterilization part raised and set in the CIP process does not decrease but is further raised to a temperature for the SIP process, or the temperature of the heating sterilization part is raised to the temperature for the SIP process in a rinsing step in the CIP process, a first manufacturing step of performing a filling step of filling a container with the product while performing a product sterilization process after the SIP process; and a second manufacturing step including the CIP process and the SIP process for manufacturing a product different from that manufactured in the first manufacturing step, wherein the first manufacturing step and the second manufacturing step are performed without reducing the temperature of the heating sterilization part to be equal to or lower than a set temperature of the CIP process.
A touch fastener strip comprising: a base having a pair of opposing longitudinal edges and a pair of opposing lateral edges; a pair of longitudinal barrier walls each extending upward from a surface of the base and inboard a corresponding one of the longitudinal edges of the base ; one or more touch fastener elements extending upward from the surface of the base ; characterized by a pair of wave walls each extending upward from the surface of the base and outboard a corresponding one of the longitudinal barrier walls thereby defining a foam relief space between each wave wall and corresponding longitudinal barrier wall , wherein each wave wall has a wave shape configured with rising and falling edges, at least one of the rising and falling edges having a slope as measured on a straight line connecting 20% and 80% points of the edge. wherein the 0% point is the lowest point along the edge and the 100% point is the highest point along the edge, the slope being in the range of 3° to 65°. a base having a pair of opposing longitudinal edges and a pair of opposing lateral edges; a pair of longitudinal barrier walls each extending upward from a surface of the base and inboard a corresponding one of the longitudinal edges of the base ; one or more touch fastener elements extending upward from the surface of the base ; characterized by a pair of wave walls each extending upward from the surface of the base and outboard a corresponding one of the longitudinal barrier walls thereby defining a foam relief space between each wave wall and corresponding longitudinal barrier wall , wherein each wave wall has a wave shape configured with rising and falling edges, at least one of the rising and falling edges having a slope as measured on a straight line connecting 20% and 80% points of the edge. wherein the 0% point is the lowest point along the edge and the 100% point is the highest point along the edge, the slope being in the range of 3° to 65°.
A method for separating a first hydrophilic neutral oligosaccharide from a second hydrophilic neutral oligosaccharide comprising subjecting an aqueous solution comprising the first and the second oligosaccharide to chromatography on a bromine functionalized polystyrene cross-linked with divinylbenzene (BPS-DVB) stationary medium, characterized in that the number of the monosaccharide units in one of the oligosaccharides (higher oligosaccharide) is higher than that in the other oligosaccharide (lower oligosaccharide), and wherein both of the oligosaccharides comprise a GIcNAc- or GalNAc-moiety.
A cartridge carrying a solid material to be eroded by a rasp member , characterized by the cartridge comprising: a plurality of segments of the solid material arranged circumferentially spaced about an axis in a circle, each segment extending radially inwardly relative the axis from a radially outwardly directed outer end to a radially inwardly directed inner end for engagement with the rasp member coaxially centered within the segments , a guide mechanism engaging each segment to guide each segment for radial movement of the segment towards the axis as the inner end is eroded by the rasp member without interference between adjacent of the segments, and a circumferential band of resilient material encircling the segments , engaging the outer end of each segment and biasing each segment to move radially toward the axis . a plurality of segments of the solid material arranged circumferentially spaced about an axis in a circle, each segment extending radially inwardly relative the axis from a radially outwardly directed outer end to a radially inwardly directed inner end for engagement with the rasp member coaxially centered within the segments , a guide mechanism engaging each segment to guide each segment for radial movement of the segment towards the axis as the inner end is eroded by the rasp member without interference between adjacent of the segments, and a circumferential band of resilient material encircling the segments , engaging the outer end of each segment and biasing each segment to move radially toward the axis .
A method of controlling a wind turbine , the wind turbine comprising a hub having at least one blade with add-on members which are actuated to alter aerodynamic properties of the blade , wherein the at least one blade comprises at least one first add-on member and at least one second add-on member , wherein the at least one first add-on member is closer to an inboard portion of the blade than the at least one second add-on member ; and the method comprising: acquiring a target noise level; and controlling the add-on members of the blade such that an actual noise level caused by the operation of the wind turbine is equal to or below the target noise level; wherein the first add-on member is controlled in a different manner compared with the second add-on member , in particular the first add-on member is controlled to achieve a first noise reduction level and the second add-on member is controlled to achieve a second noise reduction level, wherein first noise reduction level is lower than the second noise reduction level. acquiring a target noise level; and controlling the add-on members of the blade such that an actual noise level caused by the operation of the wind turbine is equal to or below the target noise level; wherein the first add-on member is controlled in a different manner compared with the second add-on member , in particular the first add-on member is controlled to achieve a first noise reduction level and the second add-on member is controlled to achieve a second noise reduction level, wherein first noise reduction level is lower than the second noise reduction level.
A system for the production of walls made of concrete including a wall formwork and a coupling device, by means of which the wall formwork may be coupled to another wall formwork which is arranged adjacent or above, wherein the coupling device is coupled, i.e. especially detachably and mechanically, to the wall formwork wherein the coupling device has a fixing device, which is mechanically and detachably coupled to at least one supporting element of the wall formwork, and at least one other component with two clamps and a wedge , by means of which the two adjacent wall formworks for concrete casting may be coupled, wherein the two clamps are displaceable in relation to each other and may be moved towards each other by means of the wedge , characterized in that the system comprises a holding device for holding the at least one other component in a parking position in which the at least one other component is assured against unscheduled pivoting, in relation to the fixing device.
Reader, adapted to wirelessly exchanging information with a wireless apparatus, comprising generating means (GM) configured to generate a modulation signal (MS), an emitter/receptor stage configured to be driven by said modulation signal (MS), and a switched-mode power supply configured to power said emitter/receptor stage , said switched-mode power supply comprising a power switch controlled in function of said modulation signal (MS). generating means (GM) configured to generate a modulation signal (MS), an emitter/receptor stage configured to be driven by said modulation signal (MS), and a switched-mode power supply configured to power said emitter/receptor stage , said switched-mode power supply comprising a power switch controlled in function of said modulation signal (MS).
A flood-fill method for parallel implementation, comprising the steps of: receiving an image comprising first elements having a flood fill source colour to be replaced with a flood fill target colour, and second elements not having the flood fill source colour; dividing the image according to a hierarchical space-partitioning scheme to form cells at a plurality of levels in the hierarchy, combining up to a single cell at the root of the tree; detecting the occupancy of each cell by second elements; for the child cells of any given cell having no occupancy by second elements, setting a level elevation value, indicative how many levels up the hierarchy toward the root it is possible to go whilst staying in a fully unoccupied cell, to be one greater than the level elevation value of the given cell itself; the flood fill traversing levels towards a root cell by the level elevation value of a cell whilst only occupying nodes without any second elements, thereby reaching the largest parent cell which can be fully flood-filled; and filling the flood fill source colour of that largest parent cell with the flood fill target colour, thereby modifying the received image. receiving an image comprising first elements having a flood fill source colour to be replaced with a flood fill target colour, and second elements not having the flood fill source colour; dividing the image according to a hierarchical space-partitioning scheme to form cells at a plurality of levels in the hierarchy, combining up to a single cell at the root of the tree; detecting the occupancy of each cell by second elements; for the child cells of any given cell having no occupancy by second elements, setting a level elevation value, indicative how many levels up the hierarchy toward the root it is possible to go whilst staying in a fully unoccupied cell, to be one greater than the level elevation value of the given cell itself; the flood fill traversing levels towards a root cell by the level elevation value of a cell whilst only occupying nodes without any second elements, thereby reaching the largest parent cell which can be fully flood-filled; and filling the flood fill source colour of that largest parent cell with the flood fill target colour, thereby modifying the received image.
A surveying method using a surveying device for detecting and identifying a target device having an entire circumference reflection prism and an entire circumference bar code display , the entire circumference bar code display including multiple circular bars that extend in a circumferential direction while being arranged in a vertical direction, the surveying device having a laser scanner configured to perform laser scanning in such a manner that pulsed laser light is emitted and swept along a vertical direction while the laser scanner rotates horizontally, the surveying method comprising: performing the laser scanning; and detecting the entire circumference bar code display on a basis of the pulsed laser light that is reflected back, wherein a reflectance of the entire circumference reflection prism is higher than the reflectance of the entire circumference bar code display , and the pulsed laser light first hits the entire circumference bar code display and then hits the entire circumference reflection prism when the pulsed laser light is swept along the vertical direction in the laser scanning. performing the laser scanning; and detecting the entire circumference bar code display on a basis of the pulsed laser light that is reflected back, wherein a reflectance of the entire circumference reflection prism is higher than the reflectance of the entire circumference bar code display , and the pulsed laser light first hits the entire circumference bar code display and then hits the entire circumference reflection prism when the pulsed laser light is swept along the vertical direction in the laser scanning.
Oil system for an internal combustion engine , comprising an oil pump , an oil sump and an oil distribution system for distributing oil to engine parts, where the oil system comprises an oil container comprising a membrane delimiting the oil container in a pressure chamber and an oil chamber which is in fluid contact with the oil distribution system , where the oil container is provided with a resilient element acting on the membrane , wherien the oil system is adapted to allow oil to flow in to the oil container by the pressure created by the oil pump from the moment the engine is started, and that the oil system is adapted to allow oil to flow back to the oil sump of the oil system when the engine is shut off.