mhurhangee/ep-ind-claims huggingface dataset:
A magnetic resonance imaging system (100, 400), the system comprising at least one controller (110, 410) configured to: acquire MR data on k-space lines for at least two different echo times for at least first and second blades of a periodically rotated overlapping parallel lines with enhanced reconstruction (PROPELLER) imaging method; generate, separately for each of the at least first and second blades, a B 0 map based only upon the MR data acquired for the respective blade, the B 0 map indicating main magnetic field inhomogeneity; generate water and fat images separately for each of the at least first and second blades based only upon the MR data acquired for the respective blade and the generated B 0 map for the corresponding blade, wherein the water and fat images and the B 0 map are generated by a water-fat separation method; correct at least one of the water and fat images for spatial distortions caused by the main magnetic field inhomogeneity or a predetermined chemical shift difference between water and fat; estimate and correct motion between at least the first and second blades based on at least one of the corrected water and fat images so as to form motion-corrected water and fat images for each of the at least first and second blades; and reconstruct at least one image based upon the motion-corrected water and fat images. acquire MR data on k-space lines for at least two different echo times for at least first and second blades of a periodically rotated overlapping parallel lines with enhanced reconstruction (PROPELLER) imaging method; generate, separately for each of the at least first and second blades, a B 0 map based only upon the MR data acquired for the respective blade, the B 0 map indicating main magnetic field inhomogeneity; generate water and fat images separately for each of the at least first and second blades based only upon the MR data acquired for the respective blade and the generated B 0 map for the corresponding blade, wherein the water and fat images and the B 0 map are generated by a water-fat separation method; correct at least one of the water and fat images for spatial distortions caused by the main magnetic field inhomogeneity or a predetermined chemical shift difference between water and fat; estimate and correct motion between at least the first and second blades based on at least one of the corrected water and fat images so as to form motion-corrected water and fat images for each of the at least first and second blades; and reconstruct at least one image based upon the motion-corrected water and fat images.
Fixing device, especially for fixing a sanitaryware item made of ceramics, having a main body which has a receiving channel extending along a longitudinal axis for a complementary threaded rod, there being arranged in the receiving channel a holding element which is movable relative to the main body and has a holding surface having projections for holding the threaded rod, and the holding element being movably mounted in such a way that it is movable back and forth between a locking position and a release position, wherein the holding element in the locking position allows the insertion of the threaded rod in an insertion direction, while it blocks movement of the threaded rod in a direction opposite to the insertion direction, and wherein the release position allows movement of the threaded rod in the insertion direction and in a direction opposite to the insertion direction, characterised in that the main body has a sliding surface for the holding element having a first surface portion, which allows translational sliding of the holding element, and a second surface portion which allows sliding of the holding element with a tilting movement in such a way that the holding element is movable between the locking position and the release position by a combined translational and rotational movement with respect to the main body.
A coating liquid for forming a metal oxide film, comprising: an indium compound; at least one selected from the group consisting of a calcium compound, a strontium compound, and a barium compound; at least one selected from the group consisting of a compound containing a metal a maximum positive value of an oxidation number of which is IV, a compound containing a metal a maximum positive value of an oxidation number of which is V, and a compound containing a metal a maximum positive value of an oxidation number of which is VI; and an organic solvent, wherein a number of indium atoms of the indium compound, and a total number of calcium atoms of the calcium compound, strontium atoms of the strontium compound, and barium atoms of the barium compound satisfy the following formula: 0.04 < B / A < 0.5 an indium compound; at least one selected from the group consisting of a calcium compound, a strontium compound, and a barium compound; at least one selected from the group consisting of a compound containing a metal a maximum positive value of an oxidation number of which is IV, a compound containing a metal a maximum positive value of an oxidation number of which is V, and a compound containing a metal a maximum positive value of an oxidation number of which is VI; and an organic solvent, wherein a number of indium atoms of the indium compound, and a total number of calcium atoms of the calcium compound, strontium atoms of the strontium compound, and barium atoms of the barium compound satisfy the following formula: 0.04 < B / A < 0.5
A securing bridge, intended to be fastened to a structure to be secured, in particular to a structure of a load to be transported, the securing bridge comprising: - a screw for screwing said bridge into said structure to be secured; - a ring to pass a securing tackle therethrough; - a bracket for connecting said ring and said screw to each other, the securing bridge being characterised in that it further comprises: - a flange which comprises means (37, 38) for removably blocking said screw in rotation relative to said ring. - a screw for screwing said bridge into said structure to be secured; - a ring to pass a securing tackle therethrough; - a bracket for connecting said ring and said screw to each other, the securing bridge being characterised in that it further comprises: - a flange which comprises means (37, 38) for removably blocking said screw in rotation relative to said ring.
Oscillation drive with a drive and with an eccentric coupling drive for converting a rotational movement of the drive into a rotational oscillating movement of a tool spindle about its longitudinal axis, wherein the eccentric coupling drive comprises an eccentric with a first eccentricity (e 1) driven by the drive, which cooperates with a coupling element coupled to the tool spindle in order to convert the movement of the eccentric into a rotationally oscillating movement of the tool spindle, wherein the eccentric is coupled to an additional eccentric (36, 36a) with a second eccentricity (e 2), such that the eccentricities (e 1, e 2) are superimposed, wherein the relative position between the eccentric and the additional eccentric (36, 36a) is adjustable into at least two different positions, characterized in that the coupling element is adapted as a tuning fork which is fixedly connected to the tool spindle at a first end and is driven by the additional eccentric (36, 36a) at a second end.
An optical connector having a base body and an articulated locking arm that is moulded onto the front end of the base body and protrudes slanting backwards, and an unlocking member that is operatively connected to the locking arm and can be displaced relative to the base body in an unlocking direction (-x) in such a way that the locking arm is unlocked, wherein the unlocking member has a sliding element that can be displaced in the unlocking direction and is operatively connected to the base body, wherein the sliding element and the locking arm are operatively connected via a yoke, wherein the yoke cooperates with the locking arm via a ramp, characterised in that the locking arm has a thickening that forms the ramp on both sides of the locking arm, and in that the unlocking member has an open yoke that is formed to be non-continuous, wherein the yoke has, on each side, an inwardly protruding pin that during unlocking cooperates with the ramp.
A fruit jam comprising a fruit and a saccharide containing allulose, wherein the allulose has an amount of 200 to 300 parts by weight based on 100 parts by weight of the fruit.
A method for producing a disc of a vehicle wheel, characterized by comprising the following steps: - providing a partially formed disc defining a central axis (A-A); - subjecting the disc to at least one first material removing operation to produce a plurality of first window portions angularly spaced-apart in the disc; - after said first material removing operation, subjecting the disc to at least one finish forming operation to finish the geometrical profile of the disc in a windowing area of the disc; and characterized by - after said finish forming operation, subjecting the disc to at least one second material removing operation to produce a plurality of second window portions angularly spaced-apart in said windowing area of the disc, each of the second window portions cooperating with a respective one of the first window portions to define a corresponding window comprised between a pair of adjacent spokes and a peripheral portion of the disc. - providing a partially formed disc defining a central axis (A-A); - subjecting the disc to at least one first material removing operation to produce a plurality of first window portions angularly spaced-apart in the disc; - after said first material removing operation, subjecting the disc to at least one finish forming operation to finish the geometrical profile of the disc in a windowing area of the disc; and characterized by - after said finish forming operation, subjecting the disc to at least one second material removing operation to produce a plurality of second window portions angularly spaced-apart in said windowing area of the disc, each of the second window portions cooperating with a respective one of the first window portions to define a corresponding window comprised between a pair of adjacent spokes and a peripheral portion of the disc.
A room temperature-curable electrically conductive fluorosilicone rubber composition comprising: a fluoropolysiloxane capped at the molecular terminals with hydroxyl groups having a viscosity at 25°C of from 1,000 to 1,000,000 mPa·s; a fine silica powder having a BET specific surface area of not less than 50 m 2 /g; a carbon black; a fibrous carbon allotrope having a graphene structure; and a crosslinking agent; wherein component is comprised in an amount of not less than 1.5 parts by mass per 100 parts by mass of component. a fluoropolysiloxane capped at the molecular terminals with hydroxyl groups having a viscosity at 25°C of from 1,000 to 1,000,000 mPa·s; a fine silica powder having a BET specific surface area of not less than 50 m 2 /g; a carbon black; a fibrous carbon allotrope having a graphene structure; and a crosslinking agent;
A method for synchronizing to an isochronous channel, comprising: receiving, at a sink device, synchronization information associated with the isochronous channel via an advertising channel; acquiring, at the sink device, the isochronous channel according to the synchronization information received via the advertising channel, wherein the isochronous channel includes an update slot used to convey control information related to the isochronous channel; and synchronizing to the isochronous channel according to state information that a source device broadcasts in the update slot associated with the isochronous channel to indicate whether isochronous data is present on the isochronous channel. receiving, at a sink device, synchronization information associated with the isochronous channel via an advertising channel; acquiring, at the sink device, the isochronous channel according to the synchronization information received via the advertising channel, wherein the isochronous channel includes an update slot used to convey control information related to the isochronous channel; and synchronizing to the isochronous channel according to state information that a source device broadcasts in the update slot associated with the isochronous channel to indicate whether isochronous data is present on the isochronous channel.
A fiber-optic conversion module as part of a lighting device that comprises a reflector and emits useful light mixed from shorter wavelength excitation light and longer wavelength converted light, comprising: - at least one optical fiber having a light input end adapted for being connected to an associated excitation light source, and a light exit end adapted for emitting excitation light to a light spot in a predetermined beam direction; - a converter arranged at an angle relative to the predetermined beam direction and used for converting the shorter wavelength excitation light into the longer wavelength converted light and for emitting the mixed useful light emanating from said light spot and spreading into a region of a useful radiation angle to impinge on the reflector, wherein part of the excitation light is reflected at the converter into a region outside the useful radiation angle; - a light exit head for supporting the light exit end of the at least one optical fiber and the converter; - a cooling element for accommodating the converter in a heat conductive and mechanically stable assembly with the light exit head; and - an exit window for useful light, which is provided with a light stop for excitation light directly reflected at the converter outside the region of the useful radiation angle of the useful light - at least one optical fiber having a light input end adapted for being connected to an associated excitation light source, and a light exit end adapted for emitting excitation light to a light spot in a predetermined beam direction; - a converter arranged at an angle relative to the predetermined beam direction and used for converting the shorter wavelength excitation light into the longer wavelength converted light and for emitting the mixed useful light emanating from said light spot and spreading into a region of a useful radiation angle to impinge on the reflector, wherein part of the excitation light is reflected at the converter into a region outside the useful radiation angle; - a light exit head for supporting the light exit end of the at least one optical fiber and the converter; - a cooling element for accommodating the converter in a heat conductive and mechanically stable assembly with the light exit head; and - an exit window for useful light, which is provided with a light stop for excitation light directly reflected at the converter outside the region of the useful radiation angle of the useful light
A method for transmitting uplink data device, the method performed by a machine type communication, MTC, device, and comprising: transmitting initially a bundle of repeated physical uplink shared channels, PUSCHs, including same uplink data to a base station on a plurality of uplink subframes; receiving a hybrid automatic repeat request, HARQ, response signal from the base station in response to the bundle of repeated PUSCHs; receiving information on a repetition number of the PUSCH from the base station; determining the repetition number of the PUSCH including the same uplink data based on the information, if the HARQ response signal is negative-acknowledgement, NACK; and retransmitting, to the base station, the bundle of the PUSCHs, which are repeated by the determined repetition number on a plurality of uplink subframes, wherein the information on the repetition number of the PUSCH is included in a redundancy version field in a physical downlink control channel, PDCCH. transmitting initially a bundle of repeated physical uplink shared channels, PUSCHs, including same uplink data to a base station on a plurality of uplink subframes; receiving a hybrid automatic repeat request, HARQ, response signal from the base station in response to the bundle of repeated PUSCHs; receiving information on a repetition number of the PUSCH from the base station; determining the repetition number of the PUSCH including the same uplink data based on the information, if the HARQ response signal is negative-acknowledgement, NACK; and retransmitting, to the base station, the bundle of the PUSCHs, which are repeated by the determined repetition number on a plurality of uplink subframes, wherein the information on the repetition number of the PUSCH is included in a redundancy version field in a physical downlink control channel, PDCCH.
Method for characterizing a receiver in a hearing device, - wherein the receiver is embedded in an environment and has a response behavior (V, V'), which is influenced by the environment and which indicates which output power the receiver has for a given input power, - wherein the receiver converts an electrical audio signal into a sound signal and thereby generates a magnetic field, - wherein the magnetic field is measured by means of a magnetic field sensor, - wherein the receiver is characterized by determining the response behavior (V, V') of the receiver on the basis of the measured magnetic field. - wherein the receiver is embedded in an environment and has a response behavior (V, V'), which is influenced by the environment and which indicates which output power the receiver has for a given input power, - wherein the receiver converts an electrical audio signal into a sound signal and thereby generates a magnetic field, - wherein the magnetic field is measured by means of a magnetic field sensor, - wherein the receiver is characterized by determining the response behavior (V, V') of the receiver on the basis of the measured magnetic field.
An axially staged combustion system comprising: a combustion liner having an inlet end, an outlet end, and a first combustion chamber positioned therebetween; a transition duct in fluid communication with the combustion liner; a premixer positioned generally between the combustion liner and the transition duct for providing a homogeneously mixed flow of fuel and air to a second combustion stage spaced axially downstream from the first combustion chamber, the premixer comprising: a plurality of vanes oriented in both a tangential and axial direction, thereby forming channels therebetween with each channel having a slot length, slot height, slot width and a bottom surface; and, a plurality of fuel injectors positioned to supply fuel to the channels; wherein the fuel and air passes through the plurality of channels positioned radially outward of the combustion liner such that the fuel and air is imparted with a swirl and directed radially inward proximate the outlet end of the combustion liner to enter a region between the combustion liner and the transition duct; characterized in that the channels pass adjacent to a portion of the combustion liner and tapers radially inward towards an outlet end of the combustion liner. a combustion liner having an inlet end, an outlet end, and a first combustion chamber positioned therebetween; a transition duct in fluid communication with the combustion liner; a premixer positioned generally between the combustion liner and the transition duct for providing a homogeneously mixed flow of fuel and air to a second combustion stage spaced axially downstream from the first combustion chamber, the premixer comprising: a plurality of vanes oriented in both a tangential and axial direction, thereby forming channels therebetween with each channel having a slot length, slot height, slot width and a bottom surface; and, a plurality of fuel injectors positioned to supply fuel to the channels; wherein the fuel and air passes through the plurality of channels positioned radially outward of the combustion liner such that the fuel and air is imparted with a swirl and directed radially inward proximate the outlet end of the combustion liner to enter a region between the combustion liner and the transition duct; characterized in that the channels pass adjacent to a portion of the combustion liner and tapers radially inward towards an outlet end of the combustion liner. a plurality of vanes oriented in both a tangential and axial direction, thereby forming channels therebetween with each channel having a slot length, slot height, slot width and a bottom surface; and, a plurality of fuel injectors positioned to supply fuel to the channels; wherein the fuel and air passes through the plurality of channels positioned radially outward of the combustion liner such that the fuel and air is imparted with a swirl and directed radially inward proximate the outlet end of the combustion liner to enter a region between the combustion liner and the transition duct; characterized in that the channels pass adjacent to a portion of the combustion liner and tapers radially inward towards an outlet end of the combustion liner.
A steel tube for use in cracking hydrocarbons at high temperature, wherein the steel tube has a fin formed on the inner wall of the tube, the fin extending continuously in a helical direction across at least a portion of the axial length, characterized in that the fin comprises an initial region of constant helical pitch, an intermediary region of varying helical pitch, and a final region of constant helical pitch.
A recording apparatus comprising: a recording unit configured to record an image on a recording medium by causing at least one print head, which includes a plurality of nozzles for ejecting ink, to perform scanning; an adjustment-chart output unit configured to output an adjustment chart containing a plurality of recording patterns used for adjusting deviation of a print position between a first dot and a second dot, the dots being printed to form images on the recording medium at different timings by using the print head,the plurality of recording patterns being arranged such that respective deviation amounts with respect to a reference pattern differ from each other; and an ejection-position adjusting unit configured to adjust an ejection position of the print head based on an adjustment value that is calculated from a deviation amount of a recording pattern selected from the plurality of the recording patterns, wherein the adjustment chart contains M number of pattern groups, each containing the plurality of recording patterns, where M is an integer equal to or greater than 2, and the recording patterns contained in the same group pattern have respective deviation amounts that are different by M-times of the recording density from minimum deviation amounts that other recording patterns in the same group have. a recording unit configured to record an image on a recording medium by causing at least one print head, which includes a plurality of nozzles for ejecting ink, to perform scanning; an adjustment-chart output unit configured to output an adjustment chart containing a plurality of recording patterns used for adjusting deviation of a print position between a first dot and a second dot, the dots being printed to form images on the recording medium at different timings by using the print head,the plurality of recording patterns being arranged such that respective deviation amounts with respect to a reference pattern differ from each other; and an ejection-position adjusting unit configured to adjust an ejection position of the print head based on an adjustment value that is calculated from a deviation amount of a recording pattern selected from the plurality of the recording patterns, wherein the adjustment chart contains M number of pattern groups, each containing the plurality of recording patterns, where M is an integer equal to or greater than 2, and the recording patterns contained in the same group pattern have respective deviation amounts that are different by M-times of the recording density from minimum deviation amounts that other recording patterns in the same group have.