mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring a magnetic transformation rate of a steel sheet in an annealing furnace before the steel sheet is subjected to a heating treatment in the annealing furnace, by using an air-core driving coil and at least one pair of air-core receiving coils (7, 8) arranged on one surface side of the steel sheet so that the receiving coils are arranged on both sides of the driving coil and parallel to a surface of the steel sheet, wherein one of a pair of receiving coils is provided closer to the steel sheet than the driving coil and the other of the pair of receiving coils is provided further from the steel sheet than the driving coil, the method comprising: delivering an alternating-current driving signal to the surface of the steel sheet by using the air-core driving coil having a size larger than a width of the steel sheet; measuring the driving signal reflected by the steel sheet by using the air-core receiving coils (7, 8) having a size larger than the width of the steel sheet; and determining the magnetic transformation rate of the steel sheet by using a measurement processing unit based on a distance between the steel sheet and the driving coil which has been corrected by using the measured values of the driving signal obtained by using the receiving coils. receiving coils (7, 8) arranged on one surface side of the steel sheet so that the receiving coils are arranged on both sides of the driving coil and parallel to a surface of the steel sheet, wherein one of a pair of receiving coils is provided closer to the steel sheet than the driving coil and the other of the pair of receiving coils is provided further from the steel sheet than the driving coil, the method comprising: delivering an alternating-current driving signal to the surface of the steel sheet by using the air-core driving coil having a size larger than a width of the steel sheet; measuring the driving signal reflected by the steel sheet by using the air-core receiving coils (7, 8) having a size larger than the width of the steel sheet; and determining the magnetic transformation rate of the steel sheet by using a measurement processing unit based on a distance between the steel sheet and the driving coil which has been corrected by using the measured values of the driving signal obtained by using the receiving coils.
A user equipment device, UE, comprising: a radio, comprising an antenna configured for wireless communication; a processing element operably coupled to the radio; wherein the processing element and the radio are configured to: initialize communications with a base station, BS, by receiving, via a single radio frequency, RF, chain included in the radio and configured to monitor a bandwidth that is less than a component carrier bandwidth used in the communications, a default synchronization signal, SS, configured by the stations; characterized in that the processing element and the radio are configured to: after initializing communications with the BS, monitor for a supplementary SS via the RF chain, wherein the supplementary SS is configured by the BS at a different frequency than the default SS, wherein the supplementary SS is configured proximate in frequency to a physical downlink control channel, PDCCH, search space, wherein the supplementary SS and the PDCCH search space are simultaneously monitorable by the RF chain, and wherein the default SS and the PDCCH search space are not simultaneously monitorable by the RF chain. a radio, comprising an antenna configured for wireless communication; a processing element operably coupled to the radio; wherein the processing element and the radio are configured to: initialize communications with a base station, BS, by receiving, via a single radio frequency, RF, chain included in the radio and configured to monitor a bandwidth that is less than a component carrier bandwidth used in the communications, a default synchronization signal, SS, configured by the stations; characterized in that the processing element and the radio are configured to: after initializing communications with the BS, monitor for a supplementary SS via the RF chain, wherein the supplementary SS is configured by the BS at a different frequency than the default SS, wherein the supplementary SS is configured proximate in frequency to a physical downlink control channel, PDCCH, search space, wherein the supplementary SS and the PDCCH search space are simultaneously monitorable by the RF chain, and wherein the default SS and the PDCCH search space are not simultaneously monitorable by the RF chain.
A modular system of intravenous catheters comprising: a cannula assembly comprising: a cannula and a cannula hub; a needle; a sleeve defining an internal cavity with an opening at a front end of the sleeve; a needle support attached to the needle at a rear portion of the needle, the needle support being slidably mounted within the internal cavity of the sleeve for movement of the needle from an extended position to a retracted position, the needle support comprising a first engaging element and a second engaging element; a retractor that applies a force to the needle support biasing the needle support toward the retracted position; and a group of activation hubs comprising a first activation hub and a second activation hub; wherein the first activation hub is configured to be connected to the front end of the sleeve and comprises a manually actuated release mechanism that engages the first engaging element of the needle support to secure the needle support against the biasing force of the retractor; and wherein the second activation hub is configured to be connected to the front end of the sleeve and comprises an automatically actuated release mechanism that engages the second engaging element of the needle support to secure the needle support against the biasing force of the retractor. a cannula and a cannula hub; a needle; a sleeve defining an internal cavity with an opening at a front end of the sleeve; a needle support attached to the needle at a rear portion of the needle, the needle support being slidably mounted within the internal cavity of the sleeve for movement of the needle from an extended position to a retracted position, the needle support comprising a first engaging element and a second engaging element; a retractor that applies a force to the needle support biasing the needle support toward the retracted position; and a group of activation hubs comprising a first activation hub and a second activation hub; wherein the first activation hub is configured to be connected to the front end of the sleeve and comprises a manually actuated release mechanism that engages the first engaging element of the needle support to secure the needle support against the biasing force of the retractor; and wherein the second activation hub is configured to be connected to the front end of the sleeve and comprises an automatically actuated release mechanism that engages the second engaging element of the needle support to secure the needle support against the biasing force of the retractor.
A valve prosthesis (410; 510) configured to be deployed within a native heart valve, the valve prosthesis (410; 510) comprising: an expandable frame (420; 520) comprising an upper end (422; 522), a lower end (424; 524) and a longitudinal axis extending therethrough, the frame (420; 520) configured to collapse radially for delivery and to expand radially upon deployment; an upper anchoring feature (432; 532) extending from the frame (420; 520) and expandable from a collapsed configuration to an expanded configuration, wherein the upper anchoring feature (432; 532) comprises a shoulder, the shoulder having an end (439a; 539a) which extends radially inwardly toward the longitudinal axis; and a valve body positioned within an interior of the expandable frame (420; 520), wherein the valve body comprises a plurality of leaflets configured to allow flow in a first direction and prevent flow in a second opposite direction, wherein the shoulder is formed by a row of cells (436a; 536a) extending radially outward from the longitudinal axis of the frame (420; 520), wherein upper ends (439a; 539a) of the cells (436a; 536a) are located at or proximate an upper-most portion of the frame (420; 520), and wherein elongate tips (433; 533) extend from the upper ends (439a; 539a) of one or more of the cells (436a; 536a). an expandable frame (420; 520) comprising an upper end (422; 522), a lower end (424; 524) and a longitudinal axis extending therethrough, the frame (420; 520) configured to collapse radially for delivery and to expand radially upon deployment; an upper anchoring feature (432; 532) extending from the frame (420; 520) and expandable from a collapsed configuration to an expanded configuration, wherein the upper anchoring feature (432; 532) comprises a shoulder, the shoulder having an end (439a; 539a) which extends radially inwardly toward the longitudinal axis; and a valve body positioned within an interior of the expandable frame (420; 520), wherein the valve body comprises a plurality of leaflets configured to allow flow in a first direction and prevent flow in a second opposite direction, wherein the shoulder is formed by a row of cells (436a; 536a) extending radially outward from the longitudinal axis of the frame (420; 520), wherein upper ends (439a; 539a) of the cells (436a; 536a) are located at or proximate an upper-most portion of the frame (420; 520), and wherein elongate tips (433; 533) extend from the upper ends (439a; 539a) of one or more of the cells (436a; 536a).
A process for preparing N-(5-(4-(4-formyl-3-phenyl-1H-pyrazol-1-yl)pyrimidin-2-ylamino)-4-methoxy-2-morpholinophenyl)acrylamide, the process comprising reacting tert-butyl (5-acrylamido-2-methoxy-4-morpholinophenyl)carbamate or N-(5-amino-4-methoxy-2-morpholinophenyl)acrylamide with a compound of Formula 13: wherein, Z is halogen.
Sensor, comprising at least one housing with a connector opening which encloses a housing interior, a connector sleeve which is connected to the housing at the connector opening, a printed circuit board with electronic components which is located within the housing interior, a sensing element which is located inside the housing interior, characterized in that the connector sleeve is subdivided into a front section and a rear section, whereby the cross-section of the front section is open and the cross-section of the rear section is closed, at the connector opening of the housing at least one sleeve positive connection geometry is formed and at the connector sleeve at least one sleeve counter-positive connection geometry is formed, whereby the sleeve positive connection geometry and the sleeve counter-positive connection geometry are formed and at least have a positive operative connection with each other, so that the connector sleeve is connected to the housing in such a way that it cannot rotate.
A transparent laminated film (300, 400), used for covering a display side of a display panel, comprising a first film layer, a central film layer, and a second film layer which are sequentially stacked, wherein each of a material of the first film layer and a material of the second film layer comprises a thermoplastic plastic, and a material of the central film layer comprises a thermosetting plastic; characterized in that: the thermoplastic plastic comprises thermoplastic polyimide, and the thermosetting plastic comprises thermosetting polyimide; a transmittance of the central film layer is greater than a transmittance of the first film layer and greater than a transmittance of the second film layer; and an elastic modulus of the central film layer is greater than an elastic modulus of the first film layer and greater than an elastic modulus of the second film layer. wherein each of a material of the first film layer and a material of the second film layer comprises a thermoplastic plastic, and a material of the central film layer comprises a thermosetting plastic; characterized in that: the thermoplastic plastic comprises thermoplastic polyimide, and the thermosetting plastic comprises thermosetting polyimide; a transmittance of the central film layer is greater than a transmittance of the first film layer and greater than a transmittance of the second film layer; and an elastic modulus of the central film layer is greater than an elastic modulus of the first film layer and greater than an elastic modulus of the second film layer. the thermoplastic plastic comprises thermoplastic polyimide, and the thermosetting plastic comprises thermosetting polyimide; a transmittance of the central film layer is greater than a transmittance of the first film layer and greater than a transmittance of the second film layer; and an elastic modulus of the central film layer is greater than an elastic modulus of the first film layer and greater than an elastic modulus of the second film layer.
A work machine control device comprising: a measurement-data acquisition unit configured to acquire measurement data of a measurement device configured to measure a work target, the measurement device being mounted on a work machine including a working equipment; an algorithm selection unit configured to select a specific algorithm that processes the measurement data depending on work of the work machine; and a calculation unit configured to process the measurement data based on the algorithm selected by the algorithm selection unit to calculate a parameter regarding the work target, wherein the algorithm selection unit is configured select the specific algorithm that processes the measurement data according to the work target, and the work target includes an excavation target and a loading target, the algorithm selection unit is configured to select a first algorithm when the work target is the excavation target and select a second algorithm when the work target is the loading target, and the calculation unit is configured to calculate a distance to the excavation target based on the first algorithm and calculate a distance to the loading target based on the second algorithm. a measurement-data acquisition unit configured to acquire measurement data of a measurement device configured to measure a work target, the measurement device being mounted on a work machine including a working equipment; an algorithm selection unit configured to select a specific algorithm that processes the measurement data depending on work of the work machine; and a calculation unit configured to process the measurement data based on the algorithm selected by the algorithm selection unit to calculate a parameter regarding the work target, wherein the algorithm selection unit is configured select the specific algorithm that processes the measurement data according to the work target, and the work target includes an excavation target and a loading target, the algorithm selection unit is configured to select a first algorithm when the work target is the excavation target and select a second algorithm when the work target is the loading target, and the calculation unit is configured to calculate a distance to the excavation target based on the first algorithm and calculate a distance to the loading target based on the second algorithm.
An apparatus for providing a continuous source of medical grade air comprising: a substantially tubular and rigid housing including a first end; at least one aperture extending through the housing and positioned a predetermined distance from the first end, and a second end, opposite the first end; a valve extending from the first end of the housing for dispensing medical grade air to a patient; a medical grade air compressor for providing medical grade air for output by the valve, the medical grade air compressor being positioned within the housing on a side of the at least one aperture opposite the valve, and an air flow generator positioned between the second end of the housing and the medical grade air compressor, the air flow generator drawing in use air into the housing through the at least one aperture, the air passing over and around the medical grade air compressor to reduce a temperature of the medical grade air compresso and to the medical grade air compressor for generating medical grade air. a substantially tubular and rigid housing including a first end; at least one aperture extending through the housing and positioned a predetermined distance from the first end, and a second end, opposite the first end; a first end; at least one aperture extending through the housing and positioned a predetermined distance from the first end, and a second end, opposite the first end; a valve extending from the first end of the housing for dispensing medical grade air to a patient; a medical grade air compressor for providing medical grade air for output by the valve, the medical grade air compressor being positioned within the housing on a side of the at least one aperture opposite the valve, and an air flow generator positioned between the second end of the housing and the medical grade air compressor, the air flow generator drawing in use air into the housing through the at least one aperture, the air passing over and around the medical grade air compressor to reduce a temperature of the medical grade air compresso and to the medical grade air compressor for generating medical grade air.
A method for producing and encoding metal powder, comprising the following steps providing a melt, forming a melt jet, atomizing the melt jet by means of an atomization fluid, forming metal powder particles from the melt jet, characterized in that, during the atomization of the melt and/or the atomization fluid, a gaseous coding component is added in such a way that the use of the coding component in the metal powder can be detected, wherein the gaseous coding component comprises one or more isotopes of at least one gas, and the proportion of the at least one isotope is changed relative to the naturally occurring proportion of this isotope in the gas. providing a melt, forming a melt jet, atomizing the melt jet by means of an atomization fluid, forming metal powder particles from the melt jet, characterized in that, during the atomization of the melt and/or the atomization fluid, a gaseous coding component is added in such a way that the use of the coding component in the metal powder can be detected, wherein the gaseous coding component comprises one or more isotopes of at least one gas, and the proportion of the at least one isotope is changed relative to the naturally occurring proportion of this isotope in the gas.
A method for detecting the presence or absence of microorganisms in a sample, wherein polymerase activity is detected as an indicator of the presence of said microorganism in said sample, which method comprises: (a) contacting the sample with a non-ligatable DNA molecule comprising two DNA strands that partially overlap to form a double stranded portion and a single stranded portion, which DNA molecule can be extended by polymerase activity in the sample; (b) incubating the thus contacted sample under conditions suitable for polymerase activity; and (c) specifically determining the presence and/or the amount of the extended DNA molecule resulting from microorganism polymerase activity by nucleic acid amplification of the extended nucleic acid molecule, thereby detecting the presence or absence of the microorganism in said sample. (a) contacting the sample with a non-ligatable DNA molecule comprising two DNA strands that partially overlap to form a double stranded portion and a single stranded portion, which DNA molecule can be extended by polymerase activity in the sample; (b) incubating the thus contacted sample under conditions suitable for polymerase activity; and (c) specifically determining the presence and/or the amount of the extended DNA molecule resulting from microorganism polymerase activity by nucleic acid amplification of the extended nucleic acid molecule, thereby detecting the presence or absence of the microorganism in said sample.
Carrier comprising a hook or hooks for suspending poultry or poultry parts by the legs, and further comprising a carriage for moving the carrier with the suspended poultry or poultry parts along a track of a conveyor line, and arranged with at least a first rotatable vertical rod suspended from the carriage, which first rotatable rod is provided with a sideways extending arm for adjusting an orientation of the poultry or poultry parts with reference to the carriage, characterized in that near or at the sideways extending arm a frame is provided which is movable up and down with reference to the first vertical rod, wherein a second rod is suspended from said frame, and wherein said movability of the frame causes that the second rod is movable up and down whilst the first rod maintains its altitude, and wherein the hook or hooks for suspending the poultry are provided at a lower end of the second rod.
A method of providing a lithographic printing plate comprising: A) imagewise exposing a positive-working lithographic printing plate precursor that has a substrate and an outermost imageable layer that comprises a polymer binder comprising recurring units represented by Structure (Ib) below: wherein the recurring units of Structure (Ib) are present in an amount of at least 25 and up to and including 60 mol %, all based on total recurring units in the polymer binder, and R 2 is a substituted or unsubstituted hydroxyaryl group in which the hydroxyl group is ortho to the ester linkage, to form exposed and non-exposed regions in the imageable layer, and B) developing the resulting imaged lithographic printing plate precursor to remove the exposed regions of the imageable layer, the development being carried out using a silicate-free developer composition having a pH of at least 12 and comprising at least 0.001 gram-atom/kg of a metal cation M 2+ selected from the group consisting of barium, calcium, strontium, and zinc cations. A) imagewise exposing a positive-working lithographic printing plate precursor that has a substrate and an outermost imageable layer that comprises a polymer binder comprising recurring units represented by Structure (Ib) below: wherein the recurring units of Structure (Ib) are present in an amount of at least 25 and up to and including 60 mol %, all based on total recurring units in the polymer binder, and R 2 is a substituted or unsubstituted hydroxyaryl group in which the hydroxyl group is ortho to the ester linkage, to form exposed and non-exposed regions in the imageable layer, and B) developing the resulting imaged lithographic printing plate precursor to remove the exposed regions of the imageable layer, the development being carried out using a silicate-free developer composition having a pH of at least 12 and comprising at least 0.001 gram-atom/kg of a metal cation M 2+ selected from the group consisting of barium, calcium, strontium, and zinc cations.
System for fastening an accessory onto two posts, said system comprising a rod intended to be mounted slidingly between said posts, said rod comprising an end (1 b) provided with a clamping device which comprises a cam lever attached to the end (1 b) of the rod and a washer mounted around said end, said washer having an upper imprint whereon the cam is intended to be arranged pressing against, the cam being arranged so that a rotation of the lever along an axis perpendicular to that of the rod induces a displacement of the end (1 b) in relation to the washer between a clamping position and an unclamped position, said system being characterised in that the washer comprises a lower imprint offset angularly in relation to the upper imprint and having a thickness lower than that of said upper imprint, the cam in unclamped position being able to be displaced reversibly on the lower imprint by rotation of the lever along the axis of the rod in an assembly position of the accessory onto the posts.