mhurhangee/ep-ind-claims huggingface dataset:
A system for processing image data relative to an imaged anatomical region, the system comprising: a. a three-dimensional, 3D, region of interest, ROI, detector configured to: characterize a degree to which various points or regions in a 3D medical image of the anatomical region exhibit a characteristic of interest, and produce a ROI response image comprising one or more ROIs based on said characterisation for every image slice in the 3D image; b. a two dimensional, 2D, ROI extractor configured to extract a 2D binary mask for each ROI of said ROI response image, c. a 2D medical image source for providing a 2D image of the anatomical region; d. an image blending unit for generating an ROI-enhanced 2D image of the anatomical region by blending each of the binary masks into the 2D image to generate the ROI-enhanced 2D image of the anatomical region; and e. a display for displaying the ROI-enhanced 2D image. a. a three-dimensional, 3D, region of interest, ROI, detector configured to: characterize a degree to which various points or regions in a 3D medical image of the anatomical region exhibit a characteristic of interest, and produce a ROI response image comprising one or more ROIs based on said characterisation for every image slice in the 3D image; characterize a degree to which various points or regions in a 3D medical image of the anatomical region exhibit a characteristic of interest, and produce a ROI response image comprising one or more ROIs based on said characterisation for every image slice in the 3D image; b. a two dimensional, 2D, ROI extractor configured to extract a 2D binary mask for each ROI of said ROI response image, c. a 2D medical image source for providing a 2D image of the anatomical region; d. an image blending unit for generating an ROI-enhanced 2D image of the anatomical region by blending each of the binary masks into the 2D image to generate the ROI-enhanced 2D image of the anatomical region; and e. a display for displaying the ROI-enhanced 2D image.
An air conditioner having an enhanced user perception, comprising: a panel (110, 201) forming an appearance of either side of the air conditioner; a display part (160, 350) formed on the panel, that is arranged to display a character image of a character; and a state display part formed on panel that is arranged to display an operational state of the air conditioner as a symbol; characterised in that the character image has different appearance image and/or different background image corresponding to one of a plurality of operational states of the air conditioner. a panel (110, 201) forming an appearance of either side of the air conditioner; a display part (160, 350) formed on the panel, that is arranged to display a character image of a character; and a state display part formed on panel that is arranged to display an operational state of the air conditioner as a symbol; characterised in that the character image has different appearance image and/or different background image corresponding to one of a plurality of operational states of the air conditioner.
A method of forming a metallic pattern on a substrate, the method comprising: activating a metallic surface of a substrate by applying an aqueous solution comprising an inorganic activating agent onto the metallic surface; after chemically activating the metallic layer, non-impact printing an ink onto the metallic surface; reacting a component of the ink with ions of the metallic surface to produce a resist; performing an etching process to remove portions of the metallic layer that are not covered by the resist; and removing the resist to form the metallic pattern. activating a metallic surface of a substrate by applying an aqueous solution comprising an inorganic activating agent onto the metallic surface; after chemically activating the metallic layer, non-impact printing an ink onto the metallic surface; reacting a component of the ink with ions of the metallic surface to produce a resist; performing an etching process to remove portions of the metallic layer that are not covered by the resist; and removing the resist to form the metallic pattern.
A method for determining a schedule for contact between a ground segment and a space segment, the space segment comprising a constellation of satellites in orbit, in which the number of satellites is N sat, and the ground segment comprising multiple ground stations, each ground station having one or more antennas, such that the overall number of ground station antennas in the ground segment is N ant, the method comprising: - selecting a subset of no more than N ant satellites from the N sat satellites for contact at a given epoch with the ground segment; and - allocating each of the selected satellites to a respective antenna in a one-to-one relationship at the given epoch; wherein said selecting the subset of no more than N ant satellites from the N sat satellites comprises determining a subset of no more than N ant satellites that has maximum spatial diversity at the given epoch, wherein spatial diversity represents the union of the coverage areas of the allocated satellites. - selecting a subset of no more than N ant satellites from the N sat satellites for contact at a given epoch with the ground segment; and - allocating each of the selected satellites to a respective antenna in a one-to-one relationship at the given epoch;
Marine winch assembly, comprising: - a supporting rail; - a carriage movably supported on said supporting rail; - a cable drum having a cylindrical core, drum walls on the sides and a longitudinal axis, said longitudinal axis parallel to the supporting rail and said cable drum rotatably supported on said carriage; - a first drive unit supported by the carriage for rotating the cable drum; - a second drive unit for moving the carriage relative to the supporting rail to displace the cable drum along the supporting rail; - wherein the supporting rail extends through the carriage and through the cable drum characterized in that the carriage comprises a first and a second carriage part (3a; 3b); said first and second carriage parts both provided adjacent a drum wall of the cable drum. - a supporting rail; - a carriage movably supported on said supporting rail; - a cable drum having a cylindrical core, drum walls on the sides and a longitudinal axis, said longitudinal axis parallel to the supporting rail and said cable drum rotatably supported on said carriage; - a first drive unit supported by the carriage for rotating the cable drum; - a second drive unit for moving the carriage relative to the supporting rail to displace the cable drum along the supporting rail; - wherein the supporting rail extends through the carriage and through the cable drum
A partition for a heat exchanger, the partition being suitable to be provided in a manifold of the heat exchanger to axially partition the manifold and being suitable to support a refrigerant pipe axially provided in the manifold, wherein, the partition is of a split type and comprises a first partition portion and a second partition portion, and the first partition portion is engaged with the second partition portion via an engaging structure, the first partition portion cooperates with the second partition portion to be able to clamp a refrigerant pipe; wherein the first partition portion is formed therein with a mounting hole which is suitable to support the refrigerant pipe, and the engaging structure comprises an engaging groove and an engaging protrusion matched with the engaging groove, characterised in that the engaging groove is formed on the first partition portion, and the engaging protrusion is formed on the second partition portion, the first partition portion comprises an arc plate, a bottom plate and a side plate, wherein the bottom plate connects both ends of the arc plate, and the side plate provided therein with the mounting hole is mounted at a side of the arc plate and bottom plate, wherein the engaging groove is formed in the bottom plate and the arc plate and extends upwardly a predetermined length from both ends of the arc plate.
A magnetic flowmeter comprising: a pipe section having an inner diameter and an outer diameter; a coil (18A, 18B) proximate the outer diameter of the pipe section; a current source connected to the coil (18A, 18B) to produce an alternating magnetic field at a coil drive frequency; electrodes (16A, 16B) extending from the outer diameter of the pipe section to the inner diameter of the pipe section; and a processor that generates a flow output as a function of a sensed voltage between the electrodes (16A, 16B), wherein the processor adjusts a flowmeter operating parameter as a function of a sensed complex impedance of a process fluid flowing within the pipe section, the complex impedance sensed between the electrodes (16A, 16B) or between one or more of the electrodes and ground, and characterised in that: the flowmeter operating parameter is one of a coil drive frequency, an electrode voltage sampling period, or a phase shift of an electrode signal. a pipe section having an inner diameter and an outer diameter; a coil (18A, 18B) proximate the outer diameter of the pipe section; a current source connected to the coil (18A, 18B) to produce an alternating magnetic field at a coil drive frequency; electrodes (16A, 16B) extending from the outer diameter of the pipe section to the inner diameter of the pipe section; and a processor that generates a flow output as a function of a sensed voltage between the electrodes (16A, 16B), wherein the processor adjusts a flowmeter operating parameter as a function of a sensed complex impedance of a process fluid flowing within the pipe section, the complex impedance sensed between the electrodes (16A, 16B) or between one or more of the electrodes and ground, and characterised in that: the flowmeter operating parameter is one of a coil drive frequency, an electrode voltage sampling period, or a phase shift of an electrode signal.
One-piece regulating member (41, 41', 41 ") including a balance (43, 43', 43") made in a first layer of silicon-based material and cooperating with a hairspring (51, 51', 51 "), said hairspring being made in a second layer of silicon-based material and including a balance spring (53, 53', 53") coaxially mounted on a collet (55, 55', 55"'), characterized in that the one-piece regulating member (41, 41', 41") comprises a part forming a spacer in the extension of the collet (55, 55', 55'"), which is made in a third layer of silicon-based material and is secured between said collet (55, 55', 55'") and the balance (43, 43', 43") and in that the balance (43, 43', 43") comprises a felloe (47, 47', 47") formed in the first layer of silicon-based material and which extends in the second and third layers of silicon-based material (21, 5) in order to form said regulating member in a one piece manner.
Method for testing an injection of a product for vaccine purposes in a bird egg, including, in sequence, the following steps: - injection of a composition containing a product having a vaccine activity and a luminescent compound forming a biomarker of said product having a vaccine activity into an egg; - detection of the signal emitted by the luminescent compound through the shell of the egg; - processing of the information collected. - injection of a composition containing a product having a vaccine activity and a luminescent compound forming a biomarker of said product having a vaccine activity into an egg; - detection of the signal emitted by the luminescent compound through the shell of the egg; - processing of the information collected.
A device for the support and foundation of a wind turbine tower, the device comprising: a main body made at least partially of concrete, wherein the main body is configured to provide a hydrostatic buoyancy force greater than the weight of the main body; a transition part attached to the main body, the transition part comprising a housing for installing a wind turbine tower; a plurality of installation elements located on the main body, with each installation element comprising a through hole; the device being characterized in that the main body has a prismatic shape, and the transition part also has a prismatic shape, with the axis of the prism of the main body coinciding with the axis of the prism of the transition part; the main body comprises a first polygonal-shaped base, a second polygonal-shaped base parallel to the first base, a side wall joining the first base and the second base, defining an inner volume comprised between the first base, the second base and the side wall, and a plurality of ribs comprised in the inner volume, with each rib being in contact with at least one of the bases; the prism of the main body has beveled vertexes, where the installation elements project from the bevels at the height of the second base. a main body made at least partially of concrete, wherein the main body is configured to provide a hydrostatic buoyancy force greater than the weight of the main body; a transition part attached to the main body, the transition part comprising a housing for installing a wind turbine tower; a plurality of installation elements located on the main body, with each installation element comprising a through hole; the device being characterized in that the main body has a prismatic shape, and the transition part also has a prismatic shape, with the axis of the prism of the main body coinciding with the axis of the prism of the transition part; the main body comprises a first polygonal-shaped base, a second polygonal-shaped base parallel to the first base, a side wall joining the first base and the second base, defining an inner volume comprised between the first base, the second base and the side wall, and a plurality of ribs comprised in the inner volume, with each rib being in contact with at least one of the bases; the prism of the main body has beveled vertexes, where the installation elements project from the bevels at the height of the second base.
Method for marking electrical appliances which can be arranged in a row and are arranged on a mounting rail, with the aid of a laser head, wherein the mounting rail is pivotable about its longitudinal axis and the laser head is displaceably guided at least along the longitudinal axis of the mounting rail, comprising the following steps: - predefining a number of marking instructions, each comprising a marking content and a position and an orientation of the surface to which the marking content is to be applied; - grouping the marking instructions into marking planes, such that all of the marking instructions of a marking plane can be applied by the laser head without a movement of the laser head or the mounting rail, wherein the marking planes differ in location coordinates and/or parameters for the laser head; - selecting a first one of the marking planes; - positioning of the laser head and/or pivoting of the mounting rail according to the location coordinates of the selected marking plane; - applying markings according to the marking instructions of the selected marking plane with the parameters for the laser head; and - selecting a next one of the marking planes for marking based on the movements of the laser head and of the mounting rail that would be necessary to apply markings according to the next one of the marking planes. - predefining a number of marking instructions, each comprising a marking content and a position and an orientation of the surface to which the marking content is to be applied; - grouping the marking instructions into marking planes, such that all of the marking instructions of a marking plane can be applied by the laser head without a movement of the laser head or the mounting rail, wherein the marking planes differ in location coordinates and/or parameters for the laser head; - selecting a first one of the marking planes; - positioning of the laser head and/or pivoting of the mounting rail according to the location coordinates of the selected marking plane; - applying markings according to the marking instructions of the selected marking plane with the parameters for the laser head; and - selecting a next one of the marking planes for marking based on the movements of the laser head and of the mounting rail that would be necessary to apply markings according to the next one of the marking planes.
A method for transmitting a channel state information, CSI, feedback report to a base station, by a terminal, the method comprising: obtaining information on at least one CSI process; receiving, from the base station, a value on CSI request field in an uplink DCI format; and triggering an aperiodic CSI report for a set of CSI processes including said at least one CSI process in response to the value on the CSI request field based on the obtained information, wherein the aperiodic CSI report is based on a CSI reference resource, wherein the CSI reference resource in the time domain is defined by a downlink subframe n-n CQI_ref, wherein n CQI_ref is defined based on a downlink subframe associated with the uplink DCI format and n is the index of the subframe used for reporting by said terminal, and wherein each CSI process comprises two subframe sets of different types; and transmitting said aperiodic CSI to the base station. obtaining information on at least one CSI process; receiving, from the base station, a value on CSI request field in an uplink DCI format; and triggering an aperiodic CSI report for a set of CSI processes including said at least one CSI process in response to the value on the CSI request field based on the obtained information, wherein the aperiodic CSI report is based on a CSI reference resource, wherein the CSI reference resource in the time domain is defined by a downlink subframe n-n CQI_ref, wherein n CQI_ref is defined based on a downlink subframe associated with the uplink DCI format and n is the index of the subframe used for reporting by said terminal, and wherein each CSI process comprises two subframe sets of different types; and transmitting said aperiodic CSI to the base station.
A memory controller comprising: clock generation circuitry to generate a first timing signal and to generate a controller-core clock signal; control circuitry to enable or disable toggling of the first timing signal based on a state of a control signal, wherein an interval over which the first timing signal is disabled from toggling extends for an integer number of cycles of the controller-core clock signal, wherein the integer number is greater than or equal to one; a transaction queue to store memory access requests, wherein the state of the control signal is controlled based, at least in part, on whether the transaction queue is empty; and driver circuitry to output the first timing signal to a memory device, the first timing signal to time transmission of a data signal from the memory device to the memory controller. clock generation circuitry to generate a first timing signal and to generate a controller-core clock signal; control circuitry to enable or disable toggling of the first timing signal based on a state of a control signal, wherein an interval over which the first timing signal is disabled from toggling extends for an integer number of cycles of the controller-core clock signal, wherein the integer number is greater than or equal to one; a transaction queue to store memory access requests, wherein the state of the control signal is controlled based, at least in part, on whether the transaction queue is empty; and driver circuitry to output the first timing signal to a memory device, the first timing signal to time transmission of a data signal from the memory device to the memory controller.
A sensor assembly comprising: a light source; a light modulation layer comprising a plurality af micropillars that each comprise a fixed end and a free end, each of said fixed ends is adjacent to said light source; at least one light detector adjacent to said plurality of free ends, said at least one light detector configured to detect light emitted from said light source, wherein said light modulation layer comprises a first set of micropillars and a second set of micropillars, said first set of micropillars is oriented substantially perpendicular to said second set of micropillars; and a controller; wherein the sensor assembly includes at least one light detector adjacent said free end of each micropillar; and wherein said controller is configured to determine a magnitude and a direction of an external force applied to each of said plurality of micropillars. a light source; a light modulation layer comprising a plurality af micropillars that each comprise a fixed end and a free end, each of said fixed ends is adjacent to said light source; at least one light detector adjacent to said plurality of free ends, said at least one light detector configured to detect light emitted from said light source, wherein said light modulation layer comprises a first set of micropillars and a second set of micropillars, said first set of micropillars is oriented substantially perpendicular to said second set of micropillars; and a controller; wherein the sensor assembly includes at least one light detector adjacent said free end of each micropillar; and wherein said controller is configured to determine a magnitude and a direction of an external force applied to each of said plurality of micropillars.
Construction machine for soil compaction, in particular a single-drum roller, with at least one compaction drum, comprising a drum base body and at least a drum shell segment mounted on the outer shell surface of the drum base body with a connection device, wherein the connection device comprises a connection screw extending across a segment gap between two holding devices (12, 13) arranged opposite one another in a circumferential direction of the drum base body, wherein the one holding device comprises a screw head recess, and wherein the other holding device comprises a screw nut recess for a fastening nut, and wherein a bored hole (23, 24), starting from the receiving recesses (21, 22) and extending toward the opposite holding devices (12, 13), is provided, through which bored hole (23, 24) the connection screw is at least partially guided from the one holding device to the other holding device, characterised in that the screw nut recess comprises an anti-rotation area extending in the axial direction of the connection screw in order to at least partially receive the fastening nut, and in that the fastening nut is configured so as to partially fit against this anti-rotation area in a positively and/or frictionally engaged manner in order to achieve an anti-rotation lock.