mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a drip unit for an intravenous delivery system, the method comprising: providing an exterior wall shaped to at least partially define a drip chamber capable of receiving a liquid from a liquid source, the exterior wall comprising a seat; providing an anti-run-dry membrane comprising a plurality of pores that are permeable to the liquid, wherein the anti-run-dry membrane is formed of a hydrophilic material configured to resist passage of air through the pores, the anti-run-dry membrane comprising a weld surface; positioning the anti-run-dry membrane within the drip chamber such that the weld surface is in contact with the seat; applying compression to press the weld surface against the seat; characterized by applying coherent light in a plurality of pathways to at least one of the anti-run-dry membrane and the exterior wall to cause localized melting of at least one of the seat and the weld surface, wherein the paths overlap to ensure a complete seal is formed; and in response to the localized melting, causing the weld surface to adhere to the seat. providing an exterior wall shaped to at least partially define a drip chamber capable of receiving a liquid from a liquid source, the exterior wall comprising a seat; providing an anti-run-dry membrane comprising a plurality of pores that are permeable to the liquid, wherein the anti-run-dry membrane is formed of a hydrophilic material configured to resist passage of air through the pores, the anti-run-dry membrane comprising a weld surface; positioning the anti-run-dry membrane within the drip chamber such that the weld surface is in contact with the seat; applying compression to press the weld surface against the seat; characterized by applying coherent light in a plurality of pathways to at least one of the anti-run-dry membrane and the exterior wall to cause localized melting of at least one of the seat and the weld surface, wherein the paths overlap to ensure a complete seal is formed; and in response to the localized melting, causing the weld surface to adhere to the seat.
A levoisovalerylspiramycin III crystalline compound, wherein, the chemical structural formula of the levoisovalerylspiramycin III is shown as formula, on the condition that chloroform as solvent, temperature 25°C, and concentration 0.02g/ml, the measured specific optical rotation [α] D is -49°∼-51°; and the melting point is 116°C∼118°C; Wherein, X-ray powder diffraction of the levoisovalerylspiramycin crystalline compound, measured by Cu-K-alpha ray has characteristic peaks at 2θ = 8.0°, 10.0°, 11.2°, 11.7°, 16.4°, 19.1°, 19.6°, 20.0°, 21.4°, 22.9°, 23.6°, and 29.4°.
An image pickup apparatus including an image pickup unit that takes moving images and outputs a video signal, comprising: a motion detecting unit configured to detect a motion of the image pickup apparatus; a motion determination unit configured to determine a motion of the image pickup apparatus based on a result of detection by said motion detecting unit; a scene determination unit configured to determine a shooting scene based on the video signal obtained from the image pickup unit at predetermined time intervals; and a shooting mode determination unit configured to measure a period during which the same shooting scene is determined, and switch to a shooting mode corresponding to a result of determination by said scene determination unit, when the measured period is greater than or equal to a threshold, wherein based on a result of determination by said motion determination unit, said shooting mode determination unit changes the threshold. a motion detecting unit configured to detect a motion of the image pickup apparatus; a motion determination unit configured to determine a motion of the image pickup apparatus based on a result of detection by said motion detecting unit; a scene determination unit configured to determine a shooting scene based on the video signal obtained from the image pickup unit at predetermined time intervals; and a shooting mode determination unit configured to measure a period during which the same shooting scene is determined, and switch to a shooting mode corresponding to a result of determination by said scene determination unit, when the measured period is greater than or equal to a threshold, wherein based on a result of determination by said motion determination unit, said shooting mode determination unit changes the threshold.
An agricultural vehicle, comprising: a chassis; a threshing and separating assembly carried by said chassis; and a cleaning system carried by said chassis and configured to receive crop material that has passed through said threshing and separating assembly, said cleaning system including: a pan configured to receive crop material from said threshing and separating assembly on a pan surface, said pan configured to shake in a fore-to-aft direction and at least one divider associated with and extending at least 3 centimeters above said pan surface; and at least one sieve located below said pan and including a sieve surface configured to receive crop material from said pan, said at least one sieve being configured to shake in fore-to-aft and lateral directions; characterized by: at least one divider (88, 104) associated with and extending at least 3 centimeters above said sieve surface. a chassis; a threshing and separating assembly carried by said chassis; and a cleaning system carried by said chassis and configured to receive crop material that has passed through said threshing and separating assembly, said cleaning system including: a pan configured to receive crop material from said threshing and separating assembly on a pan surface, said pan configured to shake in a fore-to-aft direction and at least one divider associated with and extending at least 3 centimeters above said pan surface; and at least one sieve located below said pan and including a sieve surface configured to receive crop material from said pan, said at least one sieve being configured to shake in fore-to-aft and lateral directions; a pan configured to receive crop material from said threshing and separating assembly on a pan surface, said pan configured to shake in a fore-to-aft direction and at least one divider associated with and extending at least 3 centimeters above said pan surface; and at least one sieve located below said pan and including a sieve surface configured to receive crop material from said pan, said at least one sieve being configured to shake in fore-to-aft and lateral directions; characterized by: at least one divider (88, 104) associated with and extending at least 3 centimeters above said sieve surface.
A light emitting diode with a variable light emission colour, having an epitaxial layer structure built of nitrides of group III metals applied to a crystalline substrate, which structure is composed, counted from the crystalline substrate, of at least an n -type conductivity layer, a light emitting active region with one quantum well, and a p -type conductivity layer, characterised in that the active region (3, 4, 5, 6) is composed, counted from the crystalline substrate, of a lower n -type doped barrier layer, a lower n -type doped part of the quantum well, an upper p -type doped part of the quantum well, and an upper p -type doped barrier layer, wherein the width of each part (4, 5) of the quantum well ranges from 4 nm to 25 nm, the doping level of each part (4, 5) of the quantum well ranges from 1 × 10 19 cm -3 to 2 × 10 20 cm -3, while the doping level of the barrier layer (3, 6) is up to 25% of the doping level of the part of the quantum well (4, 5) that is adjacent to said barrier layer (3, 6).
A cell culture container, comprising: first molecules each bondable to target cells to be cultured, the first molecules being immobilized to the container via a stimulus degradable linker, the container having a volume being variable.
A changeover support apparatus comprising: a jig storage to store identifiers of components to be mounted on printed circuit board units in association with identifiers of jigs on which the components are provided; a component storage to store identifiers of printed circuit board units in association with the identifiers of the components to be mounted on the printed circuit board units; characterized by an arrangement unit to arrange electronic components according to a first new plan for a first new printed circuit board unit and at least one second new plan for at least one second new printed circuit board unit as common new components; a first identification unit to identify identifiers of the common new components to be mounted on the first and at least one second new printed circuit board unit and to identify identifiers of current components mounted on a printed circuit board unit currently being manufactured from the component storage when the new components according to the first new plans are to be mounted on the first new printed circuit board unit by the mounting apparatus; a second identification unit to compare the identifiers of the common new components with the identifiers of the current components, and identify a current component that is not included along with the common new components; and a first light emitting section to cause light to be emitted by a light emitting element provided on a jig in which the current component identified by the second identification unit is provided. a jig storage to store identifiers of components to be mounted on printed circuit board units in association with identifiers of jigs on which the components are provided; a component storage to store identifiers of printed circuit board units in association with the identifiers of the components to be mounted on the printed circuit board units;
An optical scanner comprising: a light source configured to emit light; a light deflector configured to deflect the light emitted from the light source; and a planar light transmission member disposed in an optical path between the light source and the light deflector, wherein the planar light transmission member is inclined with reference to an optical-axis direction of the optical path to reduce an astigmatic difference (ΔF) caused to the light deflected by the light deflector due to astigmatism; characterised in that the planar light transmission member is a light-intensity adjustable member configured to be adjusted to change the intensity of transmission light of the light emitted from the light source, wherein the planar light transmission member includes a plurality of transmissive areas (61a, 61b, 61c) configured to be disposed in the optical path, each of the plurality of transmissive areas (61a, 61b, 61c) having different intensity of transmission light of the light emitted from the light source; and the optical scanner further comprises a transmission-light intensity adjuster (63, 64) configured to move the planar light transmission member such that a desired one of the plurality of transmissive areas (61a, 61b, 61c) is placed in the optical path to adjust intensity of transmission light of the light emitted from the light source on receipt of a signal from a control device; a light source configured to emit light; a light deflector configured to deflect the light emitted from the light source; and a planar light transmission member disposed in an optical path between the light source and the light deflector, wherein the planar light transmission member is inclined with reference to an optical-axis direction of the optical path to reduce an astigmatic difference (ΔF) caused to the light deflected by the light deflector due to astigmatism; characterised in that the planar light transmission member is a light-intensity adjustable member configured to be adjusted to change the intensity of transmission light of the light emitted from the light source, wherein the planar light transmission member includes a plurality of transmissive areas (61a, 61b, 61c) configured to be disposed in the optical path, each of the plurality of transmissive areas (61a, 61b, 61c) having different intensity of transmission light of the light emitted from the light source; and the optical scanner further comprises a transmission-light intensity adjuster (63, 64) configured to move the planar light transmission member such that a desired one of the plurality of transmissive areas (61a, 61b, 61c) is placed in the optical path to adjust intensity of transmission light of the light emitted from the light source on receipt of a signal from a control device;
A compound represented by the formula wherein X is -N(R 1)-, R 1 is a hydrogen atom, an alkyl group having 1 to 3 carbon atoms and optionally having phenyl group(s), a cycloalkyl group, or an alkylcarbonyl group having 1 to 3 carbon atoms, ------ is a single bond, Y 1, Y 2 and Y 3 are all carbon atoms, R 2 are the same or different and each is a chlorine atom, or an alkyl group having 1 to 3 carbon atoms, m is 1, and n is 0, or a salt thereof. X is -N(R 1)-, R 1 is a hydrogen atom, an alkyl group having 1 to 3 carbon atoms and optionally having phenyl group(s), a cycloalkyl group, or an alkylcarbonyl group having 1 to 3 carbon atoms, ------ is a single bond, Y 1, Y 2 and Y 3 are all carbon atoms, R 2 are the same or different and each is a chlorine atom, or an alkyl group having 1 to 3 carbon atoms, m is 1, and n is 0,
System for contactless determining a physical feature of a target item, the system comprising a terahertz scanner unit, a detector unit and a determiner unit; wherein the terahertz scanner unit is configured to operate according to a relative position between the target item and the terahertz scanner unit, said operation including emitting a terahertz scanning radiation onto the target item and measuring an interaction radiation (108, 300 - 30n) caused by interaction of the terahertz scanning radiation with the target item; wherein the detector unit includes one or more vibration measurers (109, 110) couplable to a supporting system configured to support or hold the target item or to a positioning system configured to position the terahertz scanner unit in or at the relative position, so as to measure vibrations at the supporting system or the positioning system as part of a condition potentially distorting the operation of the terahertz scanner unit; and wherein the determiner unit is configured to determine the physical feature of the target item depending on the interaction radiation (108, 300 - 30n) measured by the terahertz scanner unit and the potentially distorting condition (304a, 304b) measured by the detector unit. the terahertz scanner unit is configured to operate according to a relative position between the target item and the terahertz scanner unit, said operation including emitting a terahertz scanning radiation onto the target item and measuring an interaction radiation (108, 300 - 30n) caused by interaction of the terahertz scanning radiation with the target item; wherein the detector unit includes one or more vibration measurers (109, 110) couplable to a supporting system configured to support or hold the target item or to a positioning system configured to position the terahertz scanner unit in or at the relative position, so as to measure vibrations at the supporting system or the positioning system as part of a condition potentially distorting the operation of the terahertz scanner unit; and wherein the determiner unit is configured to determine the physical feature of the target item depending on the interaction radiation (108, 300 - 30n) measured by the terahertz scanner unit and the potentially distorting condition (304a, 304b) measured by the detector unit.
A peritoneal dialysis set comprising: a larger supply container; a smaller supply container including a supply port and a fill port, the smaller supply container sized to hold a single patient fill volume of dialysate; a junction including a patient connector configured to connect to a patient's transfer set; a supply tube, wherein the supply port connects the smaller supply container to the larger supply container via the supply tube; a fill tube, wherein the fill port connects the smaller supply container to the junction via the fill tube; and a drain tube connected to the junction. a larger supply container; a smaller supply container including a supply port and a fill port, the smaller supply container sized to hold a single patient fill volume of dialysate; a junction including a patient connector configured to connect to a patient's transfer set; a supply tube, wherein the supply port connects the smaller supply container to the larger supply container via the supply tube; a fill tube, wherein the fill port connects the smaller supply container to the junction via the fill tube; and a drain tube connected to the junction.
Headset having at least one microphone for detecting ambient noises, at least one electroacoustic playback transducer for outputting an audio signal which is intended to be reproduced, a control unit for controlling the headset, a digital active noise compensation unit having first adjustable parameters and an adjustable functionality for carrying out active noise compensation based on the ambient noises recorded by the microphone, the first adjusted parameters and the adjusted functionality, and a data interface for receiving functionality adjustments and first parameters for the noise compensation unit, for outputting data stored in the headset and/or first parameters and for coupling the headset by means of a bidirectional data communication to an external media player (200, 400), and wherein the active noise compensation unit is adjusted in accordance with the first parameters received and functionality adjustments.
An isolator device comprising: a work chamber; air supply means for supplying air of a unidirectional airflow traveling from an upper part to a lower part in said work chamber; and air discharge means for discharging said unidirectional airflow from a lower part of said work chamber, and a bulkhead provided in parallel with a peripheral wall portion of said work chamber along said air of unidirectional airflow; and a longitudinal air outlet opened (18a, 18b) along a width direction of a lower end portion in a lower part of the lower end portion of said bulkhead, characterised in that said air supply means has a rectifying member forming air in said unidirectional airflow; said rectifying member is provided with a frame body formed of a plurality of frame materials and two porous sheets (25a, 25b) fixed to said frame material so as to cover an upper face and a bottom face of this frame body; said frame material is provided with a plurality of through ports penetrating from the upper face to the bottom face thereof and defining an upper face opening portion and a bottom face opening portion; and said two porous sheets cover only either one of the upper face opening portion or the bottom face opening portion of said frame material said two porous sheets being brought into contact with said frame material and fixed to the frame material. a work chamber; air supply means for supplying air of a unidirectional airflow traveling from an upper part to a lower part in said work chamber; and air discharge means for discharging said unidirectional airflow from a lower part of said work chamber, and a bulkhead provided in parallel with a peripheral wall portion of said work chamber along said air of unidirectional airflow; and a longitudinal air outlet opened (18a, 18b) along a width direction of a lower end portion in a lower part of the lower end portion of said bulkhead, characterised in that said air supply means has a rectifying member forming air in said unidirectional airflow; said rectifying member is provided with a frame body formed of a plurality of frame materials and two porous sheets (25a, 25b) fixed to said frame material so as to cover an upper face and a bottom face of this frame body; said frame material is provided with a plurality of through ports penetrating from the upper face to the bottom face thereof and defining an upper face opening portion and a bottom face opening portion; and said two porous sheets cover only either one of the upper face opening portion or the bottom face opening portion of said frame material said two porous sheets being brought into contact with said frame material and fixed to the frame material.
A tissue-sampling needle device, comprising: an elongate tubular cannula including a cannula wall defining a cannula lumen; wherein the cannula lumen extends longitudinally through the cannula; a distal beveled end of the cannula including a long side and a short side; a notch through the cannula wall, open to the cannula lumen; wherein the notch is disposed proximally adjacent to the beveled distal cannula end and is generally centered in longitudinal alignment with the long beveled end side and opposite the short beveled end side; characterised in that the notch includes a distal lip defined by a portion of the cannula wall, the distal lip configured to extend proximally from a distal-most end of the notch such that a central distal lip portion is disposed proximal of lip end portions that are continuous with generally longitudinal lateral sides of the notch; and wherein the distal lip includes a proximal-facing cutting edge; further comprising a pattern of echogenic surface features disposed immediately adjacent to and proximal of the notch. an elongate tubular cannula including a cannula wall defining a cannula lumen; wherein the cannula lumen extends longitudinally through the cannula; a distal beveled end of the cannula including a long side and a short side; a notch through the cannula wall, open to the cannula lumen; wherein the notch is disposed proximally adjacent to the beveled distal cannula end and is generally centered in longitudinal alignment with the long beveled end side and opposite the short beveled end side; characterised in that the notch includes a distal lip defined by a portion of the cannula wall, the distal lip configured to extend proximally from a distal-most end of the notch such that a central distal lip portion is disposed proximal of lip end portions that are continuous with generally longitudinal lateral sides of the notch; and wherein the distal lip includes a proximal-facing cutting edge; further comprising a pattern of echogenic surface features disposed immediately adjacent to and proximal of the notch.