mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling A-shaped segregation of steel ingot, the method comprising the following steps: 1) upon tapping from an electric furnace, controlling a content of phosphorus at less than or equal to 0.005 wt. %, preventing steel slag from entering a ladle, controlling a content of harmful elements at less than or equal to 100 ppm; adding between 3 and 15 kg including 3 kg and 15 kg of calcium oxide and less than or equal to 0.5 kg of aluminum per ton of liquid steel for preventing a liquid metal from boiling; 2) pre-deoxidizing the liquid metal using a vacuum carbon deoxidation process for reducing the amount of inclusions; 3) de-sulfurizing using slag desulfurization technology in a ladle furnace for further removing the inclusions, controlling a content of oxygen, and controlling a content of sulfur at less than or equal to 0.005 wt. %; and 4) performing vacuum degasification in a vacuum degassing furnace for purifying the liquid metal and controlling a total oxygen content at less than or equal to 15 ppm; and casting in the presence of inert gas or in vacuum for further de-oxidization or preventing the content of the oxygen from increasing; said harmful elements being elements of the group comprising As, Sn, Sb, Bi, and Pb. 1) upon tapping from an electric furnace, controlling a content of phosphorus at less than or equal to 0.005 wt. %, preventing steel slag from entering a ladle, controlling a content of harmful elements at less than or equal to 100 ppm; adding between 3 and 15 kg including 3 kg and 15 kg of calcium oxide and less than or equal to 0.5 kg of aluminum per ton of liquid steel for preventing a liquid metal from boiling; 2) pre-deoxidizing the liquid metal using a vacuum carbon deoxidation process for reducing the amount of inclusions; 3) de-sulfurizing using slag desulfurization technology in a ladle furnace for further removing the inclusions, controlling a content of oxygen, and controlling a content of sulfur at less than or equal to 0.005 wt. %; and 4) performing vacuum degasification in a vacuum degassing furnace for purifying the liquid metal and controlling a total oxygen content at less than or equal to 15 ppm; and casting in the presence of inert gas or in vacuum for further de-oxidization or preventing the content of the oxygen from increasing;
Liquid or extruded-solid composition comprising usnic acid and a polymer selected from PVC, a copolymer selected from SBS, SEBS, SEP, SEPS, SEBS, SEEPS, SBC and mixtures of said copolymers.
A method for processing a nucleic acid molecule, comprising: (a) providing a substrate comprising an array having immobilized thereto said nucleic acid molecule, wherein said substrate is rotatable with respect to a central axis; (b) directing a solution comprising a plurality of nucleotides across said substrate and in contact with said nucleic acid molecule during rotation of said substrate, wherein said solution is directed centrifugally along a direction away from said central axis, and wherein said plurality of nucleotides comprises labeled and unlabeled nucleotides; (c) subjecting said nucleic acid molecule to a primer extension reaction under conditions sufficient to incorporate at least one nucleotide from said plurality of nucleotides into a growing strand complementary to said nucleic acid molecule; and (d) detecting one or more signals indicative of incorporation of said at least one nucleotide into said growing strand, thereby sequencing said nucleic acid molecule. (a) providing a substrate comprising an array having immobilized thereto said nucleic acid molecule, wherein said substrate is rotatable with respect to a central axis; (b) directing a solution comprising a plurality of nucleotides across said substrate and in contact with said nucleic acid molecule during rotation of said substrate, wherein said solution is directed centrifugally along a direction away from said central axis, and wherein said plurality of nucleotides comprises labeled and unlabeled nucleotides; (c) subjecting said nucleic acid molecule to a primer extension reaction under conditions sufficient to incorporate at least one nucleotide from said plurality of nucleotides into a growing strand complementary to said nucleic acid molecule; and (d) detecting one or more signals indicative of incorporation of said at least one nucleotide into said growing strand, thereby sequencing said nucleic acid molecule.
A stator for a radial flux electrical machine, comprising a plurality of tooth elements (400; 501-505; 611-613) separated by a plurality of slots, each tooth element surrounded by a respective coil, each coil formed from a plurality of hairpin wires having pairs of legs passing through first and second slots (401, 402; 521, 522) on opposing faces of the tooth element (400; 511), the coil (300; 501-505) having n full turns, n being a positive integer, passing around the tooth element (400; 511), the first and second slots (401, 402; 521, 522) each having 2n+2 slot positions each having a radial depth (d') for accommodating a single hairpin wire, the slots each having a first slot position at an outer radial end of the slot and a 2n+2 th slot position at an opposing inner radial end of the slot, characterized by the coil (300; 501-505) having first and second terminal connections (323, 324; 551, 552) connected to hairpin wires extending through the first and second slots (401, 402; 521, 522) at respective first and second slot positions of the first and second slots, the first and second slot positions being the first and second radially outermost slot positions.
Optical unit for a vehicle headlamp, the optical unit having an optical axis (Ax), the optical unit comprising: Z r a light source formed of a light emitting element and a rotating reflector configured to be rotated about a rotation axis in one direction only while reflecting light emitted from said light source, wherein the rotating reflector is provided with a reflecting surface so that the light of the light source reflected by the rotating reflector while the rotating reflector is rotated forms a predetermined light distribution pattern, wherein a scan plane of an irradiation beam of the light source performs scanning in a left and right direction by rotation of the rotating reflector, wherein the scan plane is a fan-shaped plane that is formed by continuously connecting the trajectories of light of the light source that is scanning light, wherein the rotating reflector includes blades that function as the reflecting surface and are provided around the rotation axis, and the blades have a twisted shape so that an angle between an optical axis and the reflecting surface is changed in a circumferential direction having a center on the rotation axis, and wherein the rotation axis of the rotating reflector is provided substantially parallel to the scan plane of the irradiation beam. Z r a light source formed of a light emitting element and a rotating reflector configured to be rotated about a rotation axis in one direction only while reflecting light emitted from said light source, wherein the rotating reflector is provided with a reflecting surface so that the light of the light source reflected by the rotating reflector while the rotating reflector is rotated forms a predetermined light distribution pattern, wherein a scan plane of an irradiation beam of the light source performs scanning in a left and right direction by rotation of the rotating reflector, wherein the scan plane is a fan-shaped plane that is formed by continuously connecting the trajectories of light of the light source that is scanning light, wherein the rotating reflector includes blades that function as the reflecting surface and are provided around the rotation axis, and the blades have a twisted shape so that an angle between an optical axis and the reflecting surface is changed in a circumferential direction having a center on the rotation axis, and wherein the rotation axis of the rotating reflector is provided substantially parallel to the scan plane of the irradiation beam.
Method for manufacturing a wood fibreboard, the method comprising the following steps: a) defibrating wood chips in a refiner, so as to form wood fibres; b) conveying the wood fibres produced in the refiner to a gluing device; c) mixing foreign fibres with an adhesive in a mixer, so as to form a foreign-fibre/adhesive emulsion; d) conveying the foreign-fibre/adhesive emulsion to the gluing device; e) mixing the foreign-fibre/adhesive emulsion with the wood fibres in the gluing device, so as to form a fibre mixture; f) conveying the fibre mixture from the gluing device to a dryer; g) drying the fibre mixture in the dryer; h) conveying the dried fibre mixture from the dryer to a scattering device; i) scattering the fibre mixture, so as to form a fibrous cake; j) pressing the fibrous cake in a hot press so as to form a wood fibreboard of a desired thickness. a) defibrating wood chips in a refiner, so as to form wood fibres; b) conveying the wood fibres produced in the refiner to a gluing device; c) mixing foreign fibres with an adhesive in a mixer, so as to form a foreign-fibre/adhesive emulsion; d) conveying the foreign-fibre/adhesive emulsion to the gluing device; e) mixing the foreign-fibre/adhesive emulsion with the wood fibres in the gluing device, so as to form a fibre mixture; f) conveying the fibre mixture from the gluing device to a dryer; g) drying the fibre mixture in the dryer; h) conveying the dried fibre mixture from the dryer to a scattering device; i) scattering the fibre mixture, so as to form a fibrous cake; j) pressing the fibrous cake in a hot press so as to form a wood fibreboard of a desired thickness.
A winker for a saddle-type vehicle comprising: a holder which is attached to a vehicle body; a winker body which is attached to one end portion of the holder via a support base part and includes an indicating part configured to emit light to indicate a turning direction of a vehicle; and a harness which is led out from the winker body, wherein the harness includes a winker side connector part coupled to a vehicle body side connector part, wherein the holder includes a hollow part having a space therein, wherein the vehicle body side connector part and the winker side connector part are accommodated in the hollow part in a state of being coupled to each other, and wherein the holder is formed with an opening at an end portion opposite to an attachment part to which the support base part of the winker body is attached; characterized in that the opening is closed by a lid member, the holder is formed with a lower hole at a lowermost part in a vehicle mounted state, though which a vehicle body side harness including the vehicle body side connector part is led out, the winker body includes an LED light source in the indicating part and has a width (Ww) longer than a height (Wh) thereof, and the hollow part of the holder has a height (Hh) substantially equal to the height (Wh) of the winker body. a holder which is attached to a vehicle body; a winker body which is attached to one end portion of the holder via a support base part and includes an indicating part configured to emit light to indicate a turning direction of a vehicle; and a harness which is led out from the winker body, wherein the harness includes a winker side connector part coupled to a vehicle body side connector part, wherein the holder includes a hollow part having a space therein, wherein the vehicle body side connector part and the winker side connector part are accommodated in the hollow part in a state of being coupled to each other, and wherein the holder is formed with an opening at an end portion opposite to an attachment part to which the support base part of the winker body is attached; characterized in that the opening is closed by a lid member, the holder is formed with a lower hole at a lowermost part in a vehicle mounted state, though which a vehicle body side harness including the vehicle body side connector part is led out, the winker body includes an LED light source in the indicating part and has a width (Ww) longer than a height (Wh) thereof, and the hollow part of the holder has a height (Hh) substantially equal to the height (Wh) of the winker body.
A skiving tool (60; 74) for machining tooth flanks of teeth of a workpiece, in which the skiving tool (60; 74) is rotated about a tool axis and the workpiece is rotated about a workpiece axis running skew to the tool axis, the skiving tool (60; 74) and the workpiece being displaced relative to one another with a feed motion with a component along the workpiece axis, the skiving tool (60; 74) having a plurality of cutting edges (40; 40.1, 40.2, 40.3) which successively remove material from the same tooth flank when machining the workpiece, characterized in that at least two of the cutting edges (40; 40.1, 40.2, 40.3) for machining the same tooth flank are arranged at different heights along the tool axis, it being the case for at least one radial distance from the tool axis that a distance measured along the tool axis between the corresponding points on the cutting edges (40; 40.1, 40.2, 40.3) arranged at different axial heights is at least 5 μm, in particular at least 10 μm, and at most 0.5 mm, in particular at most 0.3 mm. the skiving tool (60; 74) having a plurality of cutting edges (40; 40.1, 40.2, 40.3) which successively remove material from the same tooth flank when machining the workpiece, characterized in that at least two of the cutting edges (40; 40.1, 40.2, 40.3) for machining the same tooth flank are arranged at different heights along the tool axis, it being the case for at least one radial distance from the tool axis that a distance measured along the tool axis between the corresponding points on the cutting edges (40; 40.1, 40.2, 40.3) arranged at different axial heights is at least 5 μm, in particular at least 10 μm, and at most 0.5 mm, in particular at most 0.3 mm.
A method in a system (110, 120, 130) including a processor (112, 114, 122, 124, 132, 134, 210) and a memory (116, 118, 126, 128, 136, 138, 280), the method comprising: receiving data for storage at an address in the memory; and after encoding the data with an error correction code to generate intermediate data having a first number of bits, reversibly altering the intermediate data with a watermark to generate watermarked data for storage in the memory, wherein the watermark is generated by applying a cryptographic function to a user key and the address, and wherein the watermarked data has a second number of bits equal to the first number of bits. receiving data for storage at an address in the memory; and after encoding the data with an error correction code to generate intermediate data having a first number of bits, reversibly altering the intermediate data with a watermark to generate watermarked data for storage in the memory, wherein the watermark is generated by applying a cryptographic function to a user key and the address, and wherein the watermarked data has a second number of bits equal to the first number of bits.
A communication device comprising: a control unit configured to allocate a resource area in which a resource is selectable by a terminal device that executes inter-device communication, and to provide information regarding a range of sensing of the resource area to the terminal device; characterized in that the control unit sets the range of sensing in accordance with at least one of: (a) a type of traffic communicated by the terminal device using the resource; (b) a level of priority of traffic communicated by the terminal device using the resource; (c) a movement speed of the terminal device; (d) position information of the terminal device; (e) a type of the terminal device; (f) a resource use situation of sidelink. a control unit configured to allocate a resource area in which a resource is selectable by a terminal device that executes inter-device communication, and to provide information regarding a range of sensing of the resource area to the terminal device; characterized in that the control unit sets the range of sensing in accordance with at least one of: (a) a type of traffic communicated by the terminal device using the resource; (b) a level of priority of traffic communicated by the terminal device using the resource; (c) a movement speed of the terminal device; (d) position information of the terminal device; (e) a type of the terminal device; (f) a resource use situation of sidelink. (a) a type of traffic communicated by the terminal device using the resource; (b) a level of priority of traffic communicated by the terminal device using the resource; (c) a movement speed of the terminal device; (d) position information of the terminal device; (e) a type of the terminal device; (f) a resource use situation of sidelink.
A personal alarm system configured to wake up a subject by emitting radiation onto an eyelid of the subject, the personal alarm system comprising: an appliance configured to be worn near an eye of the subject, wherein the eye includes an eyelid; a radiation source carried by the appliance, wherein the radiation source is configured to emit radiation in a first wavelength band onto the eye of the subject wearing the appliance, wherein the first wavelength band is selected such that upon transmission through the eyelid of the subject the radiation will be perceived by the subject as light of a particular color; and a controller configured to control emission of radiation by the radiation source, characterized in that the first wavelength band ranges from 590 nm to 630 nm, and in that the personal alarm system further comprises an eyelid detector configured to determine whether the eye of the subject is closed, wherein the radiation source is configured to emit radiation onto the closed eyelid of the eye of the subject. an appliance configured to be worn near an eye of the subject, wherein the eye includes an eyelid; a radiation source carried by the appliance, wherein the radiation source is configured to emit radiation in a first wavelength band onto the eye of the subject wearing the appliance, wherein the first wavelength band is selected such that upon transmission through the eyelid of the subject the radiation will be perceived by the subject as light of a particular color; and a controller configured to control emission of radiation by the radiation source, characterized in that the first wavelength band ranges from 590 nm to 630 nm, and in that the personal alarm system further comprises an eyelid detector configured to determine whether the eye of the subject is closed, wherein the radiation source is configured to emit radiation onto the closed eyelid of the eye of the subject.
A method for preparing a radiation-crosslinked collagen gel, the method comprising irradiating liquid collagen with radiation to prepare a crosslinked collagen, wherein the radiation is gamma-rays, wherein the dose (dose rate x time) of the radiation is 0.1-40 kGy/hr, wherein the method comprises mixing 3% (W/V) of collagen with one of 3% (W/V) of synthetic polymer Pluronic F-127® (poloxamer 407), 1% (W/V) of PEO (polyethylene oxide (M.W. = 100,000) or 3% (W/V) of hydroxyapatite, and crosslinking the mixture by irradiation with gamma-rays.
A medication assurance system for verifying a medication and a subject, the medication assurance system comprising: a portable spectrometer for obtaining a light spectrum of the medication, the portable spectrometer including: a light source for illuminating the medication; a laterally variable filter for receiving light from the medication; and a photodetector array optically coupled to the laterally variable filter for wavelength-selective detection of the received light; a subject identification device for identifying the subject of the medication; and a controller, coupled to the portable spectrometer and the subject identification device, configured for: identifying the medication from the light spectrum obtained by the portable spectrometer using a chemometric analysis, comparing, based on identifying the medication, information associated with the medication to information associated with one or more medications associated with the subject; and determining, based on comparing the information associated with the medication to information associated with the one or more medications, if the medication is to be taken by the subject. a portable spectrometer for obtaining a light spectrum of the medication, the portable spectrometer including: a light source for illuminating the medication; a laterally variable filter for receiving light from the medication; and a photodetector array optically coupled to the laterally variable filter for wavelength-selective detection of the received light; a light source for illuminating the medication; a laterally variable filter for receiving light from the medication; and a photodetector array optically coupled to the laterally variable filter for wavelength-selective detection of the received light; a subject identification device for identifying the subject of the medication; and a controller, coupled to the portable spectrometer and the subject identification device, configured for: identifying the medication from the light spectrum obtained by the portable spectrometer using a chemometric analysis, comparing, based on identifying the medication, information associated with the medication to information associated with one or more medications associated with the subject; and determining, based on comparing the information associated with the medication to information associated with the one or more medications, if the medication is to be taken by the subject. identifying the medication from the light spectrum obtained by the portable spectrometer using a chemometric analysis, comparing, based on identifying the medication, information associated with the medication to information associated with one or more medications associated with the subject; and determining, based on comparing the information associated with the medication to information associated with the one or more medications, if the medication is to be taken by the subject.
A method performed by a wireless device for performing random access to a network node, the method comprising: - receiving a set of downlink beam-specific reference signals, BRS, from the network node; - determining a preferred BRS based on the received signal power for each BRS; - selecting, based on the preferred BRS, a random-access resource to be used for transmitting a random-access attempt to the network node according to one or more pre-defined association rules defining an association between a random access resource and a BRS; and - using the selected random-access resource when transmitting a random-access attempt to the network node, whereby the selection of the random-access resource indicates to the network node which downlink beam is preferred by the wireless device to be used for downlink transmissions. - receiving a set of downlink beam-specific reference signals, BRS, from the network node; - determining a preferred BRS based on the received signal power for each BRS; - selecting, based on the preferred BRS, a random-access resource to be used for transmitting a random-access attempt to the network node according to one or more pre-defined association rules defining an association between a random access resource and a BRS; and - using the selected random-access resource when transmitting a random-access attempt to the network node, whereby the selection of the random-access resource indicates to the network node which downlink beam is preferred by the wireless device to be used for downlink transmissions.