mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing at least one parameter for a magnetic resonance, MR, scan of a patient, comprising: an input interface for receiving a resonance frequency spectrum, RFS, of an MR scan of the patient; a computing device configured to implement a trained machine learning algorithm, MLA, wherein the trained MLA is configured to receive the RFS received by the input interface as its input, wherein the MLA is further configured to receive as its input, together with the RFS , at least one piece of patient information about the patient from which the RFS was taken, wherein the MLA is trained to generate as its output at least one parameter , the at least one parameter comprising at least a water resonance frequency value; and an output interface configured for outputting at least the generated water resonance frequency value, wherein the MLA is trained with resonance frequency spectra labelled with at least a respective water resonance frequency value ground truth, characterized in that the MLA is additionally trained with the at least one piece of patient information about each of the patients from which the labelled resonance frequency spectra were taken and wherein the at least one piece of patient information comprises information about at least one of: - a weight of the patient, - a height of the patient, - an age of the patient, - a sex of the patient and/or - a body region of the patient from which the RFS was taken. an input interface for receiving a resonance frequency spectrum, RFS, of an MR scan of the patient; a computing device configured to implement a trained machine learning algorithm, MLA, wherein the trained MLA is configured to receive the RFS received by the input interface as its input, wherein the MLA is further configured to receive as its input, together with the RFS , at least one piece of patient information about the patient from which the RFS was taken, wherein the MLA is trained to generate as its output at least one parameter , the at least one parameter comprising at least a water resonance frequency value; and an output interface configured for outputting at least the generated water resonance frequency value, wherein the MLA is trained with resonance frequency spectra labelled with at least a respective water resonance frequency value ground truth, characterized in that the MLA is additionally trained with the at least one piece of patient information about each of the patients from which the labelled resonance frequency spectra were taken and wherein the at least one piece of patient information comprises information about at least one of: - a weight of the patient, - a height of the patient, - an age of the patient, - a sex of the patient and/or - a body region of the patient from which the RFS was taken. - a weight of the patient, - a height of the patient, - an age of the patient, - a sex of the patient and/or - a body region of the patient from which the RFS was taken.
A user equipment, UE comprising: a physical downlink control channel, PDCCH, receiver configured to receive a PDCCH with a downlink control information, DCI, format, the PDCCH scheduling a first physical uplink shared channel, PUSCH, in subframe n and a second PUSCH in subframe n+1, wherein n is an integer, the DCI format including an information field for indicating that a starting position of the first PUSCH is later than an initial boundary of an initial symbol of the subframe n; a channel sensor configured to perform a first channel access immediately before the first PUSCH; and a PUSCH transmitter configured to transmit the first PUSCH and the second PUSCH, in a case when the first channel access is successful, wherein the channel sensor is further configured to, in a case when the first channel access is not successful, perform a second channel access immediately before the second PUSCH, the PUSCH transmitter is further configured to, in a case when the second channel access is successful, transmit the second PUSCH, and a starting position of the second PUSCH is an initial boundary of an initial symbol of the subframe n+1. a physical downlink control channel, PDCCH, receiver configured to receive a PDCCH with a downlink control information, DCI, format, the PDCCH scheduling a first physical uplink shared channel, PUSCH, in subframe n and a second PUSCH in subframe n+1, wherein n is an integer, the DCI format including an information field for indicating that a starting position of the first PUSCH is later than an initial boundary of an initial symbol of the subframe n; a channel sensor configured to perform a first channel access immediately before the first PUSCH; and a PUSCH transmitter configured to transmit the first PUSCH and the second PUSCH, in a case when the first channel access is successful, wherein the channel sensor is further configured to, in a case when the first channel access is not successful, perform a second channel access immediately before the second PUSCH, the PUSCH transmitter is further configured to, in a case when the second channel access is successful, transmit the second PUSCH, and a starting position of the second PUSCH is an initial boundary of an initial symbol of the subframe n+1.
A patient interface structure for delivery of respiratory therapy to a patient, comprising: a front plate configured to conform to the shape of the patient's face; a mouth cushion defining a breathing chamber and provided to the front plate and configured to seal around the patient's mouth; a nasal cushion configured to seal around the patient's nares, and headgear comprising a headgear strap ; wherein the nasal cushion is supported by the mouth cushion; wherein the nasal cushion does not contact a bridge of the patient's nose in use; wherein the mouth cushion comprises a front portion adapted to receive the front plate; wherein the mouth cushion comprises a rear portion; wherein the front plate has a comparatively greater rigidity than the mouth cushion; and characterized in that the headgear comprises a clip configured to interface with the front plate; the headgear is configured to deliver gases to the face plate through the clip; and the rear portion of the mouth cushion comprises at least one flap or membrane configured to seal against the patient's face. a front plate configured to conform to the shape of the patient's face; a mouth cushion defining a breathing chamber and provided to the front plate and configured to seal around the patient's mouth; a nasal cushion configured to seal around the patient's nares, and headgear comprising a headgear strap ; wherein the nasal cushion is supported by the mouth cushion; wherein the nasal cushion does not contact a bridge of the patient's nose in use; wherein the mouth cushion comprises a front portion adapted to receive the front plate; wherein the mouth cushion comprises a rear portion; wherein the front plate has a comparatively greater rigidity than the mouth cushion; and characterized in that the headgear comprises a clip configured to interface with the front plate; the headgear is configured to deliver gases to the face plate through the clip; and the rear portion of the mouth cushion comprises at least one flap or membrane configured to seal against the patient's face.
A foam generator comprising: a cylindrical body formed by a first half and a second half ; the cylindrical body having a first inlet (206; 303) for receiving air and a second inlet (205; 304) for receiving liquid; the cylindrical body including a first annular projection (204; 303) for engaging an air dispense tube (122; 322) and a second annular projection (205; 304) for connection to a liquid dispense tube (123; 323); a plurality of baffles (208, 209; 408A, 408B; 508; 608; 708), each baffle having a plurality of elongated members (410; 510, 610; 710) located within the cylindrical body and a plurality of elongated spaces (412; 512; 612; 712) formed at least partially by the elongated members, the elongated spaces having a length that is greater than a width. a cylindrical body formed by a first half and a second half ; the cylindrical body having a first inlet (206; 303) for receiving air and a second inlet (205; 304) for receiving liquid; the cylindrical body including a first annular projection (204; 303) for engaging an air dispense tube (122; 322) and a second annular projection (205; 304) for connection to a liquid dispense tube (123; 323); a plurality of baffles (208, 209; 408A, 408B; 508; 608; 708), each baffle having a plurality of elongated members (410; 510, 610; 710) located within the cylindrical body and a plurality of elongated spaces (412; 512; 612; 712) formed at least partially by the elongated members, the elongated spaces having a length that is greater than a width.
A method comprising: placing at least a portion of a blood sample that is a cell suspension within a sample chamber that is a cavity that includes a base surface ; allowing the cells in the cell suspension to settle on the base surface of the sample chamber to form a monolayer of cells on the base surface of the sample chamber ; acquiring at least one first microscopic image of at least a portion of the monolayer of cells, using a microscope while the microscope is focused at a monolayer-depth-level, at which the monolayer is within focus of the microscope ; identifying platelets that have settled within the monolayer, within the at least one microscopic image; based upon the platelets that are identified within the at least one microscopic image, determining a first platelet count of platelets that have settled within the monolayer; acquiring at least one additional microscopic image of the portion of the sample using the microscope , while the microscope is focused at a different depth level from the monolayer-depth-level; identifying platelets that have not settled within the monolayer, within the at least one additional microscopic image; based upon the platelets that are identified within the at least one additional microscopic image, determining a second platelet count of platelets that have not settled within the monolayer; the method being characterized by comparing the first and second platelet counts to each other; and generating an output based upon comparing the first and second platelet counts to each other. placing at least a portion of a blood sample that is a cell suspension within a sample chamber that is a cavity that includes a base surface ; allowing the cells in the cell suspension to settle on the base surface of the sample chamber to form a monolayer of cells on the base surface of the sample chamber ; acquiring at least one first microscopic image of at least a portion of the monolayer of cells, using a microscope while the microscope is focused at a monolayer-depth-level, at which the monolayer is within focus of the microscope ; identifying platelets that have settled within the monolayer, within the at least one microscopic image; based upon the platelets that are identified within the at least one microscopic image, determining a first platelet count of platelets that have settled within the monolayer; acquiring at least one additional microscopic image of the portion of the sample using the microscope , while the microscope is focused at a different depth level from the monolayer-depth-level; identifying platelets that have not settled within the monolayer, within the at least one additional microscopic image; based upon the platelets that are identified within the at least one additional microscopic image, determining a second platelet count of platelets that have not settled within the monolayer; the method being characterized by comparing the first and second platelet counts to each other; and generating an output based upon comparing the first and second platelet counts to each other.
An in vitro method of identifying, selecting or culturing a cell comprising a subject nucleic acid sequence, the method comprising: a) providing a cell comprising a heterologous nucleic acid comprising: (i) the subject nucleic acid sequence; and (ii) a nucleic acid sequence that encodes a pyroline-5-carboxylate synthase (P5CS) molecule; and b) culturing the cell comprising the nucleic acid sequence in the presence of media having an insufficient level of proline to support growth of a cell that is the same as the cell not having the nucleic acid sequence encoding a P5CS molecule, under conditions sufficient to allow for growth of a cell comprising the nucleic acid sequence, wherein the media further comprises an inhibitor of activity of the enzyme; thereby identifying, selecting or culturing, a cell comprising the heterologous nucleic acid sequence. a) providing a cell comprising a heterologous nucleic acid comprising: (i) the subject nucleic acid sequence; and (ii) a nucleic acid sequence that encodes a pyroline-5-carboxylate synthase (P5CS) molecule; and (i) the subject nucleic acid sequence; and (ii) a nucleic acid sequence that encodes a pyroline-5-carboxylate synthase (P5CS) molecule; and b) culturing the cell comprising the nucleic acid sequence in the presence of media having an insufficient level of proline to support growth of a cell that is the same as the cell not having the nucleic acid sequence encoding a P5CS molecule, under conditions sufficient to allow for growth of a cell comprising the nucleic acid sequence, wherein the media further comprises an inhibitor of activity of the enzyme;
A filter element , comprising: a. a frame having an outlet panel and two side panels along opposite sides of the outlet panel , the side panels each having a U-shaped media anchor channel along a distal side edge of the respective side panel; b. filter media pack supported within the frame , the filter media pack including side edges along opposite sides of the media , each media side edge being at least partially received within a respective media anchor channel ; c. a bead of adhesive along each media anchor channel for adhesively sealing the respective media side edge within the media anchor channel ; and, d. two seal bars , each seal bar having a geometry that cooperates with a respective media anchor channel to mechanically retain the respective media side edge in the respective media anchor channel . a. a frame having an outlet panel and two side panels along opposite sides of the outlet panel , the side panels each having a U-shaped media anchor channel along a distal side edge of the respective side panel; b. filter media pack supported within the frame , the filter media pack including side edges along opposite sides of the media , each media side edge being at least partially received within a respective media anchor channel ; c. a bead of adhesive along each media anchor channel for adhesively sealing the respective media side edge within the media anchor channel ; and, d. two seal bars , each seal bar having a geometry that cooperates with a respective media anchor channel to mechanically retain the respective media side edge in the respective media anchor channel .
A pivot-and-slide door module (100... 108) for a rail vehicle comprising: - at least one door leaf , - a door drive system that is coupled to the door leaf and effects an outward opening movement and a sliding movement of the door leaf , the door drive system comprising at least one first top-dead-centre locking mechanism that acts in the outward opening direction of the door leaf and is moved over a top-dead-centre path or top-dead-centre angle (αTP, αTP1) about a dead-centre position (TP) in the closed position, characterised in that - the dynamic behaviour of the pivot-and-slide door module (100... 108) is calibrated such that a deflection (α, α1) of the first top-dead-centre locking mechanism at the dynamic loads occurring in the rail vehicle during operation is always less than the aforementioned top-dead-centre path or top-dead-centre angle (αTP, αTP1), - at a sinusoidal pressure load alternating on the door leaf in a frequency range (f) of 1 to 100 Hz and at an amplitude (p) at the static load limit of the pivot-and-slide door module (100... 108) a vibration amplitude (α, α1, α2) of the first top-dead-centre locking mechanism is less than the aforementioned top-dead-centre path or top-dead-centre angle (αTP, αTP1, αTP2). - at least one door leaf , - a door drive system that is coupled to the door leaf and effects an outward opening movement and a sliding movement of the door leaf , the door drive system comprising at least one first top-dead-centre locking mechanism that acts in the outward opening direction of the door leaf and is moved over a top-dead-centre path or top-dead-centre angle (αTP, αTP1) about a dead-centre position (TP) in the closed position, - the dynamic behaviour of the pivot-and-slide door module (100... 108) is calibrated such that a deflection (α, α1) of the first top-dead-centre locking mechanism at the dynamic loads occurring in the rail vehicle during operation is always less than the aforementioned top-dead-centre path or top-dead-centre angle (αTP, αTP1), - at a sinusoidal pressure load alternating on the door leaf in a frequency range (f) of 1 to 100 Hz and at an amplitude (p) at the static load limit of the pivot-and-slide door module (100... 108) a vibration amplitude (α, α1, α2) of the first top-dead-centre locking mechanism is less than the aforementioned top-dead-centre path or top-dead-centre angle (αTP, αTP1, αTP2).
A video display device comprising: a liquid crystal display panel ; and a light source substrate configured to illuminate the liquid crystal display panel from a rear side of the liquid crystal display panel, wherein the light source substrate includes a plurality of light emitting diodes each of which is disposed in corresponding one of areas different from each other in the liquid crystal display panel , and driver elements which drive each of the plurality of light emitting diodes such that light is emitted with luminance corresponding to brightness within a corresponding area of an image in accordance with a control signal, first conductive foil is disposed on a first main surface of the light source substrate on which the light emitting diodes are provided, second conductive foil is disposed on a second main surface of the light source substrate on a side opposite to the first main surface, wherein a ground pattern foil is disposed as the second conductive foil on the second main surface and is formed in regions each of which includes a corresponding one of the plurality of light emitting diodes in a plan view, wherein the plan view is a projection in a direction perpendicular to the first main surface, and the first conductive foil and the second conductive foil have an equivalent area. a liquid crystal display panel ; and a light source substrate configured to illuminate the liquid crystal display panel from a rear side of the liquid crystal display panel, wherein the light source substrate includes a plurality of light emitting diodes each of which is disposed in corresponding one of areas different from each other in the liquid crystal display panel , and driver elements which drive each of the plurality of light emitting diodes such that light is emitted with luminance corresponding to brightness within a corresponding area of an image in accordance with a control signal, a plurality of light emitting diodes each of which is disposed in corresponding one of areas different from each other in the liquid crystal display panel , and driver elements which drive each of the plurality of light emitting diodes such that light is emitted with luminance corresponding to brightness within a corresponding area of an image in accordance with a control signal, first conductive foil is disposed on a first main surface of the light source substrate on which the light emitting diodes are provided, second conductive foil is disposed on a second main surface of the light source substrate on a side opposite to the first main surface, wherein a ground pattern foil is disposed as the second conductive foil on the second main surface and is formed in regions each of which includes a corresponding one of the plurality of light emitting diodes in a plan view, wherein the plan view is a projection in a direction perpendicular to the first main surface, and the first conductive foil and the second conductive foil have an equivalent area.
A porcine interferon-α (pINF-α) variant comprising: X a X b CDLPQTHSLAHTRALRLLAQMRRISPFSCLDHRRDFGSPHEAFGGNQVQKAQAMALVHEMLQQT FQLFSTEGSAAAWNESLLHQFYTGLDQQLRDLEACVMQEAGL E GTPLLEEDSIRAVRKYFHRLTLYLQEK SYSPCAWEIVRAEVMRSFSSSRNLQDRLRKKE (SEQ ID NO: 1), wherein residue E103, E107, L112, Y136, or Q102 (numbering with respect to SEQ ID NO: 4) is substituted with a synthetic amino acid; and wherein X a X b is no amino acids, a Proline only, or Proline-Serine.
A method of manufacturing microporous polymer films by stretching sheets at a temperature that is lower than the melting temperature of the crystalline portion of said sheets by 3 to 15°C, obtained through phase separation of a semicrystalline polymer and a diluent, and extracting said diluent, wherein the cross-section of said sheets is comprised of the crystalline region, the pore region penetrating the sheet in thickness direction by connecting in three dimensions, and the non-crystalline region swollen by said diluent, wherein said pore region has irregular sizes and structures, an average diameter of the pore is 0.01 μm to 2 μm, and a volume ratio of the pore region with respect to the volume of the entire composition is 10% to 40%, and wherein said non-crystalline region has a swelling ratio of 200% or greater, is split during the process of stretching, and generates pores having an average diameter of 0.01 μm to 1 μm.
Abutment attachment which can be fixed to a jaw implant , comprising: an adhesive base of L-shaped cross section, one limb of which is formed by an adhesive base portion and the other limb of which is formed by a collar ; an opening for inserting a fixing screw ; and wherein, for forming an adhesive base for an adhesive body , the adhesive base portion is tongue-shaped, post-shaped or pin-shaped, is arranged laterally alongside the opening , and protrudes beyond the opening . an adhesive base of L-shaped cross section, one limb of which is formed by an adhesive base portion and the other limb of which is formed by a collar ; an opening for inserting a fixing screw ; and wherein, for forming an adhesive base for an adhesive body , the adhesive base portion is tongue-shaped, post-shaped or pin-shaped, is arranged laterally alongside the opening , and protrudes beyond the opening .
Fastening device to be clamped in a profile rail by rotation about an axis of rotation (D) which has a substantially C-shaped cross section and a longitudinal slot having opposite slot flanks , wherein the fastening device has a cover plate for resting on the profile rail , a threaded plate which has a threaded hole and has a length greater than the width of the longitudinal slot and a width smaller than the width of the longitudinal slot , and a holding device for the threaded plate , arranged on the cover plate , to be plugged into the profile rail , wherein spring arrangements located diametrically opposite with respect to the axis of rotation (D) are provided between the cover plate and the threaded plate to make contact with the slot flanks of the longitudinal slot , wherein the spring arrangements are provided for clamping the fastening device against the slot flanks of the longitudinal slot and each have two curved spring lugs which extend radially outwards away from the holding device with respect to the axis of rotation (D), and each of which extends in opposite directions around the holding device with respect to a circumferential direction.