mhurhangee/ep-ind-claims huggingface dataset:
A method of contouring a build in a powder bed, comprising: scanning a first diode laser fiber array comprising a plurality of diode lasers along an outer boundary of a layer of the build in the powder bed, the first diode laser fiber array independently operable from a second diode laser fiber array; emitting a plurality of laser beams from selected fibers of the first diode laser fiber array during the scanning of the first diode laser fiber array along the outer boundary of the build in the powder bed; simultaneously melting a powder in the powder bed corresponding to the outer boundary of the layer of the build to contour the layer of the build; emitting a plurality of laser beams from selected fibers of the second diode laser fiber array comprising a plurality of diode lasers onto the powder bed, the selected fibers of the second diode laser fiber array corresponding to a pattern of the layer of the build; and simultaneously melting the powder in the powder bed corresponding to the pattern of the layer of the build prior to emitting the plurality of laser beams from the selected fibers of the first diode laser fiber array. scanning a first diode laser fiber array comprising a plurality of diode lasers along an outer boundary of a layer of the build in the powder bed, the first diode laser fiber array independently operable from a second diode laser fiber array; emitting a plurality of laser beams from selected fibers of the first diode laser fiber array during the scanning of the first diode laser fiber array along the outer boundary of the build in the powder bed; simultaneously melting a powder in the powder bed corresponding to the outer boundary of the layer of the build to contour the layer of the build; emitting a plurality of laser beams from selected fibers of the second diode laser fiber array comprising a plurality of diode lasers onto the powder bed, the selected fibers of the second diode laser fiber array corresponding to a pattern of the layer of the build; and simultaneously melting the powder in the powder bed corresponding to the pattern of the layer of the build prior to emitting the plurality of laser beams from the selected fibers of the first diode laser fiber array.
A composition comprising at least one biological control agent selected from the group consisting of Bacillus pumilus (NRRL Accession No. B-30087), Bacillus subtilis AQ713 (NRRL Accession No. B-21661) and Bacillus subtilis AQ30002 (NRRL Accession No. B-50421, and at least one insecticide selected from the group consisting of Spiromesifen, and Spirotetramat, wherein the synergistic weight ratio of biological control agent and insecticide is in the range of between 1:10 and 1000:1 if the biological control agent is Bacillus subtilis AQ713 (NRRL Accession No. B-21661) or Bacillus subtilis AQ30002 (NRRL Accession No. B-50421 or in the range of between 1:10 and 5000:1 if the biological control agent is Bacillus pumilus (NRRL Accession No. B-30087).
Method for producing an anisotropic magnet having nanocrystalline grain sizes, comprising the steps of: - producing magnetic powder platelets by means of a rapid solidification process; - feeding the powder platelets to a powder extrusion installation; - powder-extruding the anisotropic magnet from the powder platelets by means of the powder extrusion installation, wherein - the powder extrusion is continuous, characterized in that an extrusion wheel and a platen of the powder extrusion installation form an extrusion chamber, in which the added powder platelets are heated by friction and shearing. - producing magnetic powder platelets by means of a rapid solidification process; - feeding the powder platelets to a powder extrusion installation; - powder-extruding the anisotropic magnet from the powder platelets by means of the powder extrusion installation, wherein - the powder extrusion is continuous, characterized in that an extrusion wheel and a platen of the powder extrusion installation form an extrusion chamber, in which the added powder platelets are heated by friction and shearing.
An envelope comprising: a body portion having a pocket for holding contents, the body portion including a signature area; a flap portion connected to the body portion for covering the pocket when the flap portion is in a closed position, the flap portion including a window that corresponds with the signature area of the body portion when the flap portion is in the closed position such that signature area is covered by the window, the window being formed of a polymeric film impregnated with one or more dyes that limits the average transmission of light in the human visible spectrum and having an average transmission rate of visible light such that the window is opaque when illuminated by white light such that a signature covered by the window would not be visible and cannot be read through the window, the window having a transmission rate for a predetermined band of wavelengths of visible light such that when illuminated by light in the predetermined band of wavelengths, the window is at least partially transparent such that the signature covered by the window would be visible and can be read through the window. a body portion having a pocket for holding contents, the body portion including a signature area; a flap portion connected to the body portion for covering the pocket when the flap portion is in a closed position, the flap portion including a window that corresponds with the signature area of the body portion when the flap portion is in the closed position such that signature area is covered by the window, the window being formed of a polymeric film impregnated with one or more dyes that limits the average transmission of light in the human visible spectrum and having an average transmission rate of visible light such that the window is opaque when illuminated by white light such that a signature covered by the window would not be visible and cannot be read through the window, the window having a transmission rate for a predetermined band of wavelengths of visible light such that when illuminated by light in the predetermined band of wavelengths, the window is at least partially transparent such that the signature covered by the window would be visible and can be read through the window.
A method of encoding audio and including said encoded audio into a digital transport stream, comprising: receiving, at an encoder input, a plurality of temporally co-located audio signals; sampling the plurality of temporally co-located audio signals to form a plurality of aligned frames of audio data of a predetermined size, wherein aligned frames of audio data correspond to a same period of time; compressing the plurality of aligned frames of audio data to create compressed frames; assigning identical time stamps per unit time to the compressed frames; and incorporating the compressed frames into a plurality of elementary streams of the digital transport stream. receiving, at an encoder input, a plurality of temporally co-located audio signals; sampling the plurality of temporally co-located audio signals to form a plurality of aligned frames of audio data of a predetermined size, wherein aligned frames of audio data correspond to a same period of time; compressing the plurality of aligned frames of audio data to create compressed frames; assigning identical time stamps per unit time to the compressed frames; and incorporating the compressed frames into a plurality of elementary streams of the digital transport stream.
A peptide consisting of one amino acid sequence selected from the group consisting of SEQ ID NOs: 1, 37, 38, 39, 40, 49 and 50, for use as a medicament.
A breathing assistance apparatus comprising: a main body; a humidification chamber; a humidification compartment defined within the main body and adapted to receive the humidification chamber, the humidification chamber having a humidification chamber inlet; and a flow generator positioned within the main body; characterized in that the breathing assistance apparatus further comprises: a liquid containment compartment positioned within the main body, the liquid containment compartment having a first opening and being fluidly connected to both the flow generator and the humidification compartment such that a gas flow path from the flow generator to the humidification compartment passes through the liquid containment compartment, wherein, when the humidification chamber is received within the humidification compartment, gas passing through the first opening is configured to flow into the humidification compartment first and then from the humidification compartment into the humidification chamber, and wherein the liquid containment compartment is configured to limit the travel of liquid spilled from the humidification compartment. a main body; a humidification chamber; a humidification compartment defined within the main body and adapted to receive the humidification chamber, the humidification chamber having a humidification chamber inlet; and a flow generator positioned within the main body; characterized in that the breathing assistance apparatus further comprises: a liquid containment compartment positioned within the main body, the liquid containment compartment having a first opening and being fluidly connected to both the flow generator and the humidification compartment such that a gas flow path from the flow generator to the humidification compartment passes through the liquid containment compartment, wherein, when the humidification chamber is received within the humidification compartment, gas passing through the first opening is configured to flow into the humidification compartment first and then from the humidification compartment into the humidification chamber, and wherein the liquid containment compartment is configured to limit the travel of liquid spilled from the humidification compartment. a liquid containment compartment positioned within the main body, the liquid containment compartment having a first opening and being fluidly connected to both the flow generator and the humidification compartment such that a gas flow path from the flow generator to the humidification compartment passes through the liquid containment compartment, wherein, when the humidification chamber is received within the humidification compartment, gas passing through the first opening is configured to flow into the humidification compartment first and then from the humidification compartment into the humidification chamber, and wherein the liquid containment compartment is configured to limit the travel of liquid spilled from the humidification compartment.
An apparatus for the treatment of a medical liquid comprising a liquid treatment machine and a cassette insertable into it substantially consisting of a rigid base body of a cassette with fitted chambers and passages and a foil covering them, characterized in that at least one of the chambers of the cassette is a pump chamber for pumping blood and in that the at least one pump chamber substantially has the shape of a spherical section and in that a standing bead is formed at the edge around the chamber and the circumferential edge of the spherical section is set slightly lower such that a flushing passage is formed between the upper edge of the base body of the cassette and the cover foil in the pressing-out phase.
A radiation curable ink containing: a) a monomer including at least one vinyl ether group and at least one (meth)acrylate group; b) a monomer including a five membered cyclic anhydride curable by free radical polymerization; and c) an aliphatic tertiary amine. a) a monomer including at least one vinyl ether group and at least one (meth)acrylate group; b) a monomer including a five membered cyclic anhydride curable by free radical polymerization; and c) an aliphatic tertiary amine.
An electromagnetic effect suppressing termination part for a fastener formed of a metallic material, the fastener having a head, a shank, and a threaded portion opposite the head, the termination part comprising: a main body defining an internally threaded portion configured to threadably receive the threaded portion of the fastener, the internally threaded portion defining a thread major diameter; and a collar coupled to a distal end of the main body by a frangible web; wherein the main body, collar, and frangible web are formed of a metallic core coated by a layer of dielectric material; wherein the frangible web when broken presents an exposed portion of the metallic core, the frangible web including an inner surface radially outwardly offset from the thread major diameter of the internally threaded portion by a setback distance, the setback distance being 0.5mm or greater so as to prevent arcing between the exposed portion of the metallic core and the threaded portion of the fastener. a main body defining an internally threaded portion configured to threadably receive the threaded portion of the fastener, the internally threaded portion defining a thread major diameter; and a collar coupled to a distal end of the main body by a frangible web; wherein the main body, collar, and frangible web are formed of a metallic core coated by a layer of dielectric material; wherein the frangible web when broken presents an exposed portion of the metallic core, the frangible web including an inner surface radially outwardly offset from the thread major diameter of the internally threaded portion by a setback distance, the setback distance being 0.5mm or greater so as to prevent arcing between the exposed portion of the metallic core and the threaded portion of the fastener.
An apparatus comprising: a write coil configured to apply a magnetic field to write data on a portion of a heat-assisted magnetic recording medium in response to an energizing current; and an energy source configured to heat the portion of the medium being magnetized by the write coil; wherein a preheat energizing current is applied to the write coil during an interval before writing the data to the portion of the medium, the energy source being de-energized during the interval; characterized in that the preheat energizing current causes the write coil to apply the magnetic field to the medium, the magnetic field being sufficient to write to the medium when heated by the energy source, but does not cause other data to be written to the medium due to the energy source being de-energized, and brings at least one of the write coil and driver circuitry into thermal equilibrium prior to writing the data to the portion. a write coil configured to apply a magnetic field to write data on a portion of a heat-assisted magnetic recording medium in response to an energizing current; and an energy source configured to heat the portion of the medium being magnetized by the write coil; wherein a preheat energizing current is applied to the write coil during an interval before writing the data to the portion of the medium, the energy source being de-energized during the interval; characterized in that the preheat energizing current causes the write coil to apply the magnetic field to the medium, the magnetic field being sufficient to write to the medium when heated by the energy source, but does not cause other data to be written to the medium due to the energy source being de-energized, and brings at least one of the write coil and driver circuitry into thermal equilibrium prior to writing the data to the portion.
A method comprising: triggering, by a service orchestrator hosted on a processor, creation of one or more container instances for a first service cluster, wherein the first service cluster provides a first service for a telecommunications services platform; creating, by a container manager hosted on a processor, the one or more container instances; mapping, by the container manager, the one or more container instances of the first service cluster to one or more first virtual machines belonging to a first virtual machine server group in accordance with a platform profile of the first virtual machine server group and the first service provided by the first service cluster; mapping, by a virtual machine manager hosted on a processor, the one or more first virtual machines to one or more first host virtual machines of a cloud network in accordance with the platform profile of the first virtual machine server group; and deploying the one or more first host virtual machines on one or more host processors. triggering, by a service orchestrator hosted on a processor, creation of one or more container instances for a first service cluster, wherein the first service cluster provides a first service for a telecommunications services platform; creating, by a container manager hosted on a processor, the one or more container instances; mapping, by the container manager, the one or more container instances of the first service cluster to one or more first virtual machines belonging to a first virtual machine server group in accordance with a platform profile of the first virtual machine server group and the first service provided by the first service cluster; mapping, by a virtual machine manager hosted on a processor, the one or more first virtual machines to one or more first host virtual machines of a cloud network in accordance with the platform profile of the first virtual machine server group; and deploying the one or more first host virtual machines on one or more host processors.
An axial air gap efficient laminated coreless generator, comprising a stator coil fixed with an axially outer fixing bracket and a rotor driven by a spindle, wherein, the stator coil is provided with a coil holder, the coil holder is provided with a plurality of disk-shaped single coils, the rotor is composed of a rotor frame and a permanent magnet fixedly embedded into the rotor frame, the rotor frame is fixed with the spindle, the coil holder and the rotor frame are both in disk-shaped shapes with the spindle passing through centers therein; the axially outer fixing bracket is made of an antimagnetic material, and only the rotor in a magnetism-guided loop is a magnetizer; one rotor frame and one adjacent coil holder constitute one kinetic energy conversion unit at a set interval, at least 3 kinetic energy conversion units having the same structure are axially aligned and mounted in a consistent arrangement sequence to form a laminated generator body; permanent magnets on a single rotor frame are configured in even number, and centrally and symmetrically distributed in a form of regular polygon around an axis; the surface magnetism intensity of the permanent magnet at least is 0.37T, when the permanent magnet is of a round cylinder, a ratio d/h of the maximum size d of a single permanent magnet in a radial direction to a thickness h of the laminated generator body is 2-2.65, and when the permanent magnet is of a sector-shaped cylinder, a ratio d/h of the maximum size d of a single permanent magnet in a radial direction to the thickness h of the laminated generator body is 2.13∼2.66; a ratio of a cross sectional area of the magnet to a cross sectional area of the rotor frame is less than or equal to 1 and larger than 0.5, and a ratio of a volume of the single coils in the laminated generator body to a volume of the laminated generator body is larger than or equal to 35% and less than or equal to 50%.
A press sling for connecting in particular tubular workpieces, comprising a plurality of press elements connected with each other in a hinged and chain-like manner, and gaps (24, 70) occurring between adjacent press elements, in particular when said press sling is open, wherein at least one of said gaps (24, 70) is at least partly covered by a protective element (26, 66), wherein said press elements comprise a press jaw support (12, 64) which supports at least one press jaw (14, 63), characterized in that said press jaws are wider than said press jaw supports, and said at least one protective element additionally covers a lateral area of said gap.
A method of preparing samples for assaying on a test plate having a plurality of wells, comprising: receiving, via a user interface, instructions to run a first assay type and a second assay type; determining sample identifications for a plurality of samples to be assayed; receiving assay orders corresponding to the sample identifications; defining, based on the assay orders and sample identifications, first and second assay regions of the plurality of wells, wherein each defined assay region includes at least one of the plurality of wells; and creating an electronic plate map including a graphical representation of the test plate indicating the first assay region and the second assay region and instructions to run a first assay type on samples contained within the first assay region, and to run a second assay type on samples contained within the second assay region, wherein the electronic plate map includes and defines two or more assay regions, which are each a collection of physical well locations on the test plate. receiving, via a user interface, instructions to run a first assay type and a second assay type; determining sample identifications for a plurality of samples to be assayed; receiving assay orders corresponding to the sample identifications; defining, based on the assay orders and sample identifications, first and second assay regions of the plurality of wells, wherein each defined assay region includes at least one of the plurality of wells; and creating an electronic plate map including a graphical representation of the test plate indicating the first assay region and the second assay region and instructions to run a first assay type on samples contained within the first assay region, and to run a second assay type on samples contained within the second assay region, wherein the electronic plate map includes and defines two or more assay regions, which are each a collection of physical well locations on the test plate.
A method for identifying carbon derived from natural sources in chewing gum or chewing gum base, comprising: a) pre-treating the chewing gum or chewing gum base to separate the chewing gum or chewing gum base into constituent parts; wherein pre-treating the chewing gum involves extracting inorganic filler from the chewing gum or chewing gum base; b) detecting presence of carbon isotopes in the other constituent parts; c) quantifying each detected carbon isotope and calculating relative ratios of the detected carbon isotopes; and d) determining if the sources of carbon are derived from natural, agro-based sources or petroleum-based sources based on the relative ratios. a) pre-treating the chewing gum or chewing gum base to separate the chewing gum or chewing gum base into constituent parts; wherein pre-treating the chewing gum involves extracting inorganic filler from the chewing gum or chewing gum base; b) detecting presence of carbon isotopes in the other constituent parts; c) quantifying each detected carbon isotope and calculating relative ratios of the detected carbon isotopes; and d) determining if the sources of carbon are derived from natural, agro-based sources or petroleum-based sources based on the relative ratios.