mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring an ultrasound image in an ultrasound apparatus, comprising: displaying an ultrasound image on a screen; receiving a first user input of selecting at least one coordinate on the ultrasound image; determining a first measurement tool corresponding to the first user input based on a type of the first user input; acquiring first measurement information on the ultrasound image by using the determined first measurement tool; receiving a second user input of selecting at least one coordinate on the ultrasound image; and switching from using the first measurement tool to using a second measurement tool based on the first user input and the second user input; acquiring second measurement information on the ultrasound image by using the second measurement tool, wherein the first measurement tool for acquiring the first measurement information and the second measurement tool for acquiring the second measurement information are different kinds of measurement tools. displaying an ultrasound image on a screen; receiving a first user input of selecting at least one coordinate on the ultrasound image; determining a first measurement tool corresponding to the first user input based on a type of the first user input; acquiring first measurement information on the ultrasound image by using the determined first measurement tool; receiving a second user input of selecting at least one coordinate on the ultrasound image; and switching from using the first measurement tool to using a second measurement tool based on the first user input and the second user input; acquiring second measurement information on the ultrasound image by using the second measurement tool, wherein the first measurement tool for acquiring the first measurement information and the second measurement tool for acquiring the second measurement information are different kinds of measurement tools.
A permanent magnet type motor, comprising: a stator having a stator core in which an armature winding is incorporated in slots; a rotor which has a rotor core facing said stator via an air gap on the inner circumferential side of said stator; and the rotor core being press-fitted onto a rotating shaft, wherein said armature winding is a plurality of sets of polyphase windings; the plurality of sets of said armature winding are each supplied with current from an individual inverter; and said rotor core is provided with permanent magnets on a surface portion thereof, said permanent magnets being circumferentially arranged and said adjacent permanent magnets having polarities opposite to each other, and wherein a protrusion portion is provided between said adjacent permanent magnets, the protrusion portion being provided in a protruding condition from said rotor core and being made of a magnetic substance; and a non-magnetic gap portion is interposed in a rotating shaft direction at least partially between the protrusion portion and said permanent magnet; characterized in that the protrusion portions provided in the protruding condition from said rotor core are configured by laminating and combining steel sheets having areas (A1, A2) where the protrusion portions come in contact with the permanent magnet and the non-magnetic gap portion is not present, areas (B1, B2) where non-magnetic gap portions are provided, areas (C1, C2) where non-magnetic gap portions wider than the ones of previous areas (B1, B2) are provided and an area where the protrusion portion is not present. a stator having a stator core in which an armature winding is incorporated in slots; a rotor which has a rotor core facing said stator via an air gap on the inner circumferential side of said stator; and the rotor core being press-fitted onto a rotating shaft, wherein said armature winding is a plurality of sets of polyphase windings; the plurality of sets of said armature winding are each supplied with current from an individual inverter; and said rotor core is provided with permanent magnets on a surface portion thereof, said permanent magnets being circumferentially arranged and said adjacent permanent magnets having polarities opposite to each other, and wherein a protrusion portion is provided between said adjacent permanent magnets, the protrusion portion being provided in a protruding condition from said rotor core and being made of a magnetic substance; and a non-magnetic gap portion is interposed in a rotating shaft direction at least partially between the protrusion portion and said permanent magnet; characterized in that the protrusion portions provided in the protruding condition from said rotor core are configured by laminating and combining steel sheets having areas (A1, A2) where the protrusion portions come in contact with the permanent magnet and the non-magnetic gap portion is not present, areas (B1, B2) where non-magnetic gap portions are provided, areas (C1, C2) where non-magnetic gap portions wider than the ones of previous areas (B1, B2) are provided and an area where the protrusion portion is not present.
A method of manufacturing a smoking article, the method comprising the steps of: providing a mouthpiece comprising one or more segments and a substantially transparent wrapper circumscribing at least a portion of the one or more segments, the substantially transparent wrapper being formed from a polymeric film; providing an aerosol generating substrate in axial alignment with the mouthpiece; providing a sheet of paper material comprising a window in the paper material, wherein the ratio of shrinkage of the substantially transparent wrapper to shrinkage of the paper material at the time of manufacture of the smoking article is less than 3.5 when subjected to 15 percent relative humidity at 42 degrees Celsius for 3 hours; and wrapping the sheet of paper material around at least a portion of the transparent wrapper so that an underlying mouthpiece segment can be viewed through the window and the substantially transparent wrapper. providing a mouthpiece comprising one or more segments and a substantially transparent wrapper circumscribing at least a portion of the one or more segments, the substantially transparent wrapper being formed from a polymeric film; providing an aerosol generating substrate in axial alignment with the mouthpiece; providing a sheet of paper material comprising a window in the paper material, wherein the ratio of shrinkage of the substantially transparent wrapper to shrinkage of the paper material at the time of manufacture of the smoking article is less than 3.5 when subjected to 15 percent relative humidity at 42 degrees Celsius for 3 hours; and wrapping the sheet of paper material around at least a portion of the transparent wrapper so that an underlying mouthpiece segment can be viewed through the window and the substantially transparent wrapper.
A method of de-icing an external surface of a component comprising; detecting that ice has been shed from the external surface of a component, by performing the steps of: applying power to a heating means to provide heat to said external surface; sensing the temperature of the component; calculating the rate of change of temperature increase of the external surface over time; detecting a change in said rate of change of temperature increase over time, wherein said detected change in rate of change of temperature increase indicates that said ice has been shed from said external surface of said component; the method of de-icing the external surface of the component further comprising the step of, in response to the detection of said ice being shed from said external surface, reducing or stopping the power applied to said heating means. detecting that ice has been shed from the external surface of a component, by performing the steps of: applying power to a heating means to provide heat to said external surface; sensing the temperature of the component; calculating the rate of change of temperature increase of the external surface over time; detecting a change in said rate of change of temperature increase over time, wherein said detected change in rate of change of temperature increase indicates that said ice has been shed from said external surface of said component; applying power to a heating means to provide heat to said external surface; sensing the temperature of the component; calculating the rate of change of temperature increase of the external surface over time; detecting a change in said rate of change of temperature increase over time, wherein said detected change in rate of change of temperature increase indicates that said ice has been shed from said external surface of said component; the method of de-icing the external surface of the component further comprising the step of, in response to the detection of said ice being shed from said external surface, reducing or stopping the power applied to said heating means.
A method for processing or analyzing one or more components from a sample, comprising: (a) providing a plurality of cell beads and a plurality of barcode beads, wherein (i) a cell bead of said plurality of cell beads comprises a cell encapsulated within a polymer or gel matrix, a fixed cell, or a cross-linked cell, wherein said cell comprises a nucleic acid molecule, and (ii) a barcode bead of said plurality of barcode beads comprises a plurality of nucleic acid barcode molecules for barcoding said nucleic acid molecule; (b) subjecting said plurality of cell beads to bulk denaturation, which bulk denaturation comprises denaturing said nucleic acid molecule to generate a denatured nucleic acid molecule in said cell bead; (c) partitioning said plurality of cell beads and said plurality of barcode beads into a plurality of partitions, wherein upon partitioning, a partition of said plurality of partitions comprises said cell bead and said barcode bead; and (d) using a nucleic acid barcode molecule of said plurality of nucleic acid barcode molecules and said denatured nucleic acid molecule or a derivative thereof to generate a barcoded nucleic acid molecule. (a) providing a plurality of cell beads and a plurality of barcode beads, wherein (i) a cell bead of said plurality of cell beads comprises a cell encapsulated within a polymer or gel matrix, a fixed cell, or a cross-linked cell, wherein said cell comprises a nucleic acid molecule, and (ii) a barcode bead of said plurality of barcode beads comprises a plurality of nucleic acid barcode molecules for barcoding said nucleic acid molecule; (b) subjecting said plurality of cell beads to bulk denaturation, which bulk denaturation comprises denaturing said nucleic acid molecule to generate a denatured nucleic acid molecule in said cell bead; (c) partitioning said plurality of cell beads and said plurality of barcode beads into a plurality of partitions, wherein upon partitioning, a partition of said plurality of partitions comprises said cell bead and said barcode bead; and (d) using a nucleic acid barcode molecule of said plurality of nucleic acid barcode molecules and said denatured nucleic acid molecule or a derivative thereof to generate a barcoded nucleic acid molecule.
An epoxy resin composition comprising Component, Component, Component, Component, and Component, wherein the Component is an organic phosphinic acid metal salt; the Component is an epoxy resin; the Component is dicyandiamide or a derivative thereof; the Component is a curing accelerator having a dimethylureido group; and the Component is an imidazole-based curing accelerator having a curing initiation temperature of 100°C or higher as measured by a method comprising: preparing a sample resin composition by adding 10 parts by mass of an imidazole-based curing accelerator to 100 parts by mass of a bisphenol A type epoxy resin having an epoxy equivalent of 180 to 220, and mixing the components; measuring a calorific value of the sample resin composition using a differential scanning calorimeter at a rate of temperature increase of 10°C/min, and designating a temperature at the intersection point of the tangent line at the inflection point of the DSC curve thus obtained and the baseline as the curing initiation temperature. preparing a sample resin composition by adding 10 parts by mass of an imidazole-based curing accelerator to 100 parts by mass of a bisphenol A type epoxy resin having an epoxy equivalent of 180 to 220, and mixing the components; measuring a calorific value of the sample resin composition using a differential scanning calorimeter at a rate of temperature increase of 10°C/min, and designating a temperature at the intersection point of the tangent line at the inflection point of the DSC curve thus obtained and the baseline as the curing initiation temperature.
A composition comprising an isolated polypeptide comprising the amino acid sequence of SEQ ID NO: 1 or an amino acid sequence comprising at least 95% sequence identity to the amino acid sequence of SEQ ID NO:1 over the entire length, said polypeptide being capable of effecting immune signaling and/or affecting intestinal barrier function and/or affecting glucose and/or cholesterol and/or triglyceride homeostasis, and a pharmaceutically or alimentary acceptable carrier.
A handheld surgical instrument (100, 600, 700) comprising: a laser source (102, 702) configured to emit a laser beam; a beam splitter configured to separate the laser beam to form 2. a laser marker and a further laser marker on a surface; an inertial measurement unit (104, 704) configured to detect a motion of the handheld surgical instrument (100, 600, 700) and generate a first signal comprising information on the motion of the handheld surgical instrument (100, 600, 700) detected by the inertial measurement unit (104, 704); a movable platform (106, 606) for holding a controlled tool tip; an actuator (108, 608, 708) mechanically coupled to the movable platform (106, 606); and a processing circuit (110, 710) configured to control the actuator (108, 608, 708) to move the movable platform (106, 606) based on the first signal generated by the inertial measurement unit (104, 704) and a second signal generated by a vision unit (114, 714) based on a movement of the laser marker and a movement of the further laser marker, so that the movement of the movable platform (106, 606) holding the controlled tool tip at least partially compensates a tremulous motion of the handheld surgical instrument (100, 600, 700). a laser source (102, 702) configured to emit a laser beam; a beam splitter configured to separate the laser beam to form 2. a laser marker and a further laser marker on a surface; an inertial measurement unit (104, 704) configured to detect a motion of the handheld surgical instrument (100, 600, 700) and generate a first signal comprising information on the motion of the handheld surgical instrument (100, 600, 700) detected by the inertial measurement unit (104, 704); a movable platform (106, 606) for holding a controlled tool tip; an actuator (108, 608, 708) mechanically coupled to the movable platform (106, 606); and a processing circuit (110, 710) configured to control the actuator (108, 608, 708) to move the movable platform (106, 606) based on the first signal generated by the inertial measurement unit (104, 704) and a second signal generated by a vision unit (114, 714) based on a movement of the laser marker and a movement of the further laser marker, so that the movement of the movable platform (106, 606) holding the controlled tool tip at least partially compensates a tremulous motion of the handheld surgical instrument (100, 600, 700).
A device (100, 200) for disinfecting a liquid, which comprises: a reaction chamber (101, 201) that is rotationally symmetrical about its longitudinal axis and has a head region and a bottom region and an intermediate region between the head region and the bottom region; a first inlet connected to the reaction chamber (101, 201) in the head region for introducing a first component of the liquid into the reaction chamber (101, 201); a second inlet connected in the head region to the reaction chamber (101, 201) for introducing a second component of the liquid, different from the first component, into the reaction chamber (101, 201); and a drain connected to the reaction chamber (101, 201) in the bottom region for discharging the liquid from the reaction chamber (101, 201); wherein the first inlet and the second inlet being arranged and the reaction chamber (101, 201) being designed such that, after the liquid has been introduced into the reaction chamber (101, 201), a three-dimensional turbulent flow is formed in the liquid within the reaction chamber (101, 201), in particular over at least 50% of the volume of the reaction chamber (101, 201); and characterized in that the radius of the reaction chamber (101, 201) changes in the intermediate region in accordance with a clothoid. a reaction chamber (101, 201) that is rotationally symmetrical about its longitudinal axis and has a head region and a bottom region and an intermediate region between the head region and the bottom region; a first inlet connected to the reaction chamber (101, 201) in the head region for introducing a first component of the liquid into the reaction chamber (101, 201); a second inlet connected in the head region to the reaction chamber (101, 201) for introducing a second component of the liquid, different from the first component, into the reaction chamber (101, 201); and a drain connected to the reaction chamber (101, 201) in the bottom region for discharging the liquid from the reaction chamber (101, 201); wherein the first inlet and the second inlet being arranged and the reaction chamber (101, 201) being designed such that, after the liquid has been introduced into the reaction chamber (101, 201), a three-dimensional turbulent flow is formed in the liquid within the reaction chamber (101, 201), in particular over at least 50% of the volume of the reaction chamber (101, 201); and characterized in that the radius of the reaction chamber (101, 201) changes in the intermediate region in accordance with a clothoid.
Limitation device for the steering input in an electric steering system which comprises: a gear box arranged on a steering shaft which gear box has a threaded bush with a male thread arranged on the steering shaft, which male thread engages in the threads of a threaded fitting and the threaded fitting allows for an adjustment track which corresponds with the maximum amount of rotations of the steering wheel that are allowed, and steering stops (46, 48) limit the adjustment track of the threaded fitting, wherein a drive system for the steering stops (46, 48) is provided by means of which the steering stops (46, 48) are evenly moved toward each other or away from each other, characterised in that the gear box comprises a gear case driven by a motor with a right-hand thread and a left-hand thread which engage in a corresponding right-hand or left-hand threads arranged on the steering stops (46, 48), wherein the gear case is mounted in the body halves (28; 30) of the limitation device by means of bearing rings (56, 58). a gear box arranged on a steering shaft which gear box has a threaded bush with a male thread arranged on the steering shaft, which male thread engages in the threads of a threaded fitting and the threaded fitting allows for an adjustment track which corresponds with the maximum amount of rotations of the steering wheel that are allowed, and steering stops (46, 48) limit the adjustment track of the threaded fitting, wherein a drive system for the steering stops (46, 48) is provided by means of which the steering stops (46, 48) are evenly moved toward each other or away from each other, characterised in that the gear box comprises a gear case driven by a motor with a right-hand thread and a left-hand thread which engage in a corresponding right-hand or left-hand threads arranged on the steering stops (46, 48), wherein the gear case is mounted in the body halves (28; 30) of the limitation device by means of bearing rings (56, 58).
A vehicle comprising: an undercover provided on a bottom surface of the vehicle, the undercover including multiple air-flow regulating panels (24, 25, 26) configured to regulate air flow flowing on a bottom surface side in the vehicle, the air-flow regulating panel being made of a metallic material having a lower electric resistance than that of iron; and a power receiving apparatus provided on a lower surface of the air-flow regulating panel, the power receiving apparatus being configured to wirelessly receive electric power from a power transmitting apparatus disposed outside the vehicle, wherein among the multiple air-flow regulating panels (24, 25, 26), the air-flow regulating panel on which the power receiving apparatus is disposed has higher rigidity than rigidities of the other air-flow regulating panels (24, 25), characterized in that the undercover includes a resin member provided at a portion other than a portion where the power receiving apparatus is disposed on a lower surface of the air-flow regulating panel on which the power receiving apparatus is disposed; the power receiving apparatus includes a coil unit, and an equipment unit provided on the lower surface of the air-flow regulating panel on which the power receiving apparatus is disposed in such a manner that the equipment unit is adjacent to the coil unit in a vehicle width direction; and the resin member is disposed on an opposite side of the equipment unit relative to the coil unit in the vehicle width direction. an undercover provided on a bottom surface of the vehicle, the undercover including multiple air-flow regulating panels (24, 25, 26) configured to regulate air flow flowing on a bottom surface side in the vehicle, the air-flow regulating panel being made of a metallic material having a lower electric resistance than that of iron; and a power receiving apparatus provided on a lower surface of the air-flow regulating panel, the power receiving apparatus being configured to wirelessly receive electric power from a power transmitting apparatus disposed outside the vehicle, wherein among the multiple air-flow regulating panels (24, 25, 26), the air-flow regulating panel on which the power receiving apparatus is disposed has higher rigidity than rigidities of the other air-flow regulating panels (24, 25), characterized in that the undercover includes a resin member provided at a portion other than a portion where the power receiving apparatus is disposed on a lower surface of the air-flow regulating panel on which the power receiving apparatus is disposed; the power receiving apparatus includes a coil unit, and an equipment unit provided on the lower surface of the air-flow regulating panel on which the power receiving apparatus is disposed in such a manner that the equipment unit is adjacent to the coil unit in a vehicle width direction; and the resin member is disposed on an opposite side of the equipment unit relative to the coil unit in the vehicle width direction.