mhurhangee/ep-ind-claims huggingface dataset:
A coated cutting tool comprising a substrate and a coating layer formed on a surface of the substrate, wherein: at least one layer of the coating layer comprises a predetermined layer containing a compound having a composition represented by the formula: (Al X Ti 1-X)N [wherein x denotes an atomic ratio of the Al element based on a total of the Al element and the Ti element, and x satisfies 0.60 ≤ x ≤ 0.85]; a value of an orientation index TC of a cubic plane of the predetermined layer is from 2.5 or more to 4.2 or less, wherein the orientation index TC is determined in accordance with the following formula: TC 311 = I 311 I 0 311 1 5 ∑ I hkl I 0 hkl − 1 wherein I (hkl) is a peak intensity value of X-ray diffraction obtained from an (hkl) plane when X-ray diffraction is performed on the (Al X Ti 1-X)N layer, I 0 (hkl) is the standard diffraction intensity of an (hkl) plane indicated on ICDD card No. 00-046-1200, and (hkl) refers to the five planes,,, and; and an average thickness of the predetermined layer is from 1.0 μm or more to 12.0 μm or less. [wherein x denotes an atomic ratio of the Al element based on a total of the Al element and the Ti element, and x satisfies 0.60 ≤ x ≤ 0.85]; a value of an orientation index TC of a cubic plane of the predetermined layer is from 2.5 or more to 4.2 or less, wherein the orientation index TC is determined in accordance with the following formula: wherein I (hkl) is a peak intensity value of X-ray diffraction obtained from an (hkl) plane when X-ray diffraction is performed on the (Al X Ti 1-X)N layer, I 0 (hkl) is the standard diffraction intensity of an (hkl) plane indicated on ICDD card No. 00-046-1200, and (hkl) refers to the five planes,,, and; and an average thickness of the predetermined layer is from 1.0 μm or more to 12.0 μm or less.
A nucleic acid molecule comprising a nucleotide sequence selected from the group consisting of: a) the nucleotide sequence of SEQ ID NO:12 or a complement thereof; b) a nucleotide sequence having at least 90% sequence identity to the nucleotide sequence of SEQ ID NO:12 or a complement thereof, wherein said nucleotide sequence encodes a polypeptide having pesticidal activity; c) a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of SEQ ID NO:13; and d) a nucleotide sequence that encodes a polypeptide comprising an amino acid sequence having at least 90% sequence identity to the amino acid sequence of SEQ ID NO:13, wherein said polypeptide has pesticidal activity. a) the nucleotide sequence of SEQ ID NO:12 or a complement thereof; b) a nucleotide sequence having at least 90% sequence identity to the nucleotide sequence of SEQ ID NO:12 or a complement thereof, wherein said nucleotide sequence encodes a polypeptide having pesticidal activity; c) a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of SEQ ID NO:13; and d) a nucleotide sequence that encodes a polypeptide comprising an amino acid sequence having at least 90% sequence identity to the amino acid sequence of SEQ ID NO:13, wherein said polypeptide has pesticidal activity.
A method of editing a source digital image comprising the steps of: (i) accessing automatically generated object-level information about the source digital image and at least one reference digital image, that information comprising segmentation of the source and reference images into one or more objects and, for each of the objects, details of a class that the object is a member of; (ii) cutting or copying an object from the source image; (iii) comparing the object-level information about the cut or copied object and about the one or more objects in the reference image; (iv) editing the cut or copied object on the basis of the comparison; (v) pasting the edited object into the reference image to form an output digital image. (i) accessing automatically generated object-level information about the source digital image and at least one reference digital image, that information comprising segmentation of the source and reference images into one or more objects and, for each of the objects, details of a class that the object is a member of; (ii) cutting or copying an object from the source image; (iii) comparing the object-level information about the cut or copied object and about the one or more objects in the reference image; (iv) editing the cut or copied object on the basis of the comparison; (v) pasting the edited object into the reference image to form an output digital image.
A method for navigation of a robot along a goal path and avoiding obstacles, comprising: receiving a goal pose for a first robot; determining a goal path for the first robot; receiving an obstacle map; receiving the pose of the first robot; receiving the pose of one or more other robots; generating a set of candidate velocities for the first robot; evaluating, using a first objective function, the set of candidate velocities; characterised by: selecting from the set of candidate velocities, based on the first objective function, a first preferred velocity of the first robot; creating a set of velocity obstacles based on the pose(s) of the one or more other robots and the first preferred velocity of the first robot; evaluating, using a second objective function which utilizes the velocity obstacles and the first preferred velocity, the set of candidate velocities; selecting from the set of candidate velocities, based on the second objective function, a second preferred velocity for the first robot; and moving the first robot based on the second preferred velocity. receiving a goal pose for a first robot; determining a goal path for the first robot; receiving an obstacle map; receiving the pose of the first robot; receiving the pose of one or more other robots; generating a set of candidate velocities for the first robot; evaluating, using a first objective function, the set of candidate velocities; selecting from the set of candidate velocities, based on the first objective function, a first preferred velocity of the first robot; creating a set of velocity obstacles based on the pose(s) of the one or more other robots and the first preferred velocity of the first robot; evaluating, using a second objective function which utilizes the velocity obstacles and the first preferred velocity, the set of candidate velocities; selecting from the set of candidate velocities, based on the second objective function, a second preferred velocity for the first robot; and moving the first robot based on the second preferred velocity.
A system including a tactile stimulus presentation device for presenting tactile stimuli to a subject and an analyzer for analyzing a state of cerebral blood flow of the subject when the tactile stimuli are presented to the subject by the tactile stimulus presentation device, the tactile stimulus presentation device comprising: a stage that has an opening and an arrangement surface on which a body part of the subject is arranged thereon so as to close the opening; a contact member for giving a tactile stimulus to the subject by being in contact with the body part of the subject arranged on the arrangement surface of the stage through the opening; a drive mechanism that holds the contact member and moves the contact member in a direction substantially parallel to the arrangement surface and in a direction substantially perpendicular to the arrangement surface; an information setting part configured to set information, which includes a character or symbol, to be presented by giving tactile stimulation to the subject; and a control part configured to control the drive mechanism such that the information including the character or symbol set by the information setting part is written on the body part of the subject arranged on the arrangement surface. a stage that has an opening and an arrangement surface on which a body part of the subject is arranged thereon so as to close the opening; a contact member for giving a tactile stimulus to the subject by being in contact with the body part of the subject arranged on the arrangement surface of the stage through the opening; a drive mechanism that holds the contact member and moves the contact member in a direction substantially parallel to the arrangement surface and in a direction substantially perpendicular to the arrangement surface; an information setting part configured to set information, which includes a character or symbol, to be presented by giving tactile stimulation to the subject; and a control part configured to control the drive mechanism such that the information including the character or symbol set by the information setting part is written on the body part of the subject arranged on the arrangement surface.
A ratcheting strap adjuster, comprising: a bracket; a webbing plate rotatably coupled to the bracket; and one or more captive members (140, 147) moveable between an engaged position and a disengaged position, wherein the one or more captive members (140, 147) restrict rotation of the webbing plate in one direction when the one or more captive members (140, 147) are in the engaged position and allow rotation of the webbing plate in the one direction and in an opposite second direction when the one or more captive members (140, 147) are in the disengaged position, wherein the one or more captive members (140, 147) includes a first captive member and a second captive member forming a cavity (145b, 152b) in which a portion of the webbing plate is positioned, and characterised in that the first captive member and the second captive member each comprise: a receiver portion (144, 151) forming a first receiving cavity (145a, 152a) and a second receiving cavity (145b, 152b), the first receiving cavity (145a, 152a) configured and arranged to receive a biasing member (172, 174), the second receiving cavity (145b, 152b) configured and arranged to receive the portion of the webbing plate. a bracket; a webbing plate rotatably coupled to the bracket; and one or more captive members (140, 147) moveable between an engaged position and a disengaged position, wherein the one or more captive members (140, 147) restrict rotation of the webbing plate in one direction when the one or more captive members (140, 147) are in the engaged position and allow rotation of the webbing plate in the one direction and in an opposite second direction when the one or more captive members (140, 147) are in the disengaged position, wherein the one or more captive members (140, 147) includes a first captive member and a second captive member forming a cavity (145b, 152b) in which a portion of the webbing plate is positioned, and characterised in that the first captive member and the second captive member each comprise: a receiver portion (144, 151) forming a first receiving cavity (145a, 152a) and a second receiving cavity (145b, 152b), the first receiving cavity (145a, 152a) configured and arranged to receive a biasing member (172, 174), the second receiving cavity (145b, 152b) configured and arranged to receive the portion of the webbing plate.
Luminaire system comprising - at least one illumination unit comprising at least one light emitting element arranged to emit light out of at least one light emission surface; - at least one input unit arranged for detecting a finger gesture of a user, and - at least one driver unit arranged for driving said at least one illumination unit in accordance with said finger gesture detected by said at least one input unit, characterized in that said at least one input unit is further arranged for detecting an input angle (∝) between said finger and said at least one input unit and in that said at least one driver unit is further arranged for driving said at least one illumination unit for emitting light out of said at least one light emission surface under an output angle (β) which corresponds with said detected input angle. - at least one illumination unit comprising at least one light emitting element arranged to emit light out of at least one light emission surface; - at least one input unit arranged for detecting a finger gesture of a user, and - at least one driver unit arranged for driving said at least one illumination unit in accordance with said finger gesture detected by said at least one input unit, characterized in that said at least one input unit is further arranged for detecting an input angle (∝) between said finger and said at least one input unit and in that said at least one driver unit is further arranged for driving said at least one illumination unit for emitting light out of said at least one light emission surface under an output angle (β) which corresponds with said detected input angle.
Flow meter for liquid or gaseous media, having a measurement channel through which the medium flows, having at least one inlet and at least one outlet duct, and having at least one ultrasound transducer pair (2, 3) for emitting and receiving ultrasound signals, wherein at least one reflector pair (4, 5) is provided for the purposes of directing an ultrasound signal from one ultrasound transducer (2 or 3) to the other ultrasound transducer (3 or 2), wherein at least one reflector (4, 5) has a concave surface, wherein the ultrasound is guided in a U-shaped manner from one ultrasound transducer (2 or 3) via the reflectors (4, 5) of the reflector pair to the other ultrasound transducer (3 or 2), characterized in that the diameter of the measurement duct through which the medium flows is reduced in regions, for the flow guidance of the medium, by means of a measurement duct ring which is arranged on the measurement duct inner wall and which simultaneously serves as a holding means or fixing means for further functional parts.
Magazine suitable for receiving at least one fastening means, - wherein the magazine comprises at least one receiving cell, - wherein each receiving cell has a cell frame which has a passage opening, wherein the passage opening extends through the receiving cell, - wherein each receiving cell has a multiplicity of engagement fingers which, by way of their free ends, extend from the cell frame into the passage opening, wherein each of the engagement fingers has at least one bar, characterized in that the magazine is formed from a biodegradable material. - wherein the magazine comprises at least one receiving cell, - wherein each receiving cell has a cell frame which has a passage opening, wherein the passage opening extends through the receiving cell, - wherein each receiving cell has a multiplicity of engagement fingers which, by way of their free ends, extend from the cell frame into the passage opening, wherein each of the engagement fingers has at least one bar,
A dentifrice formulation comprising an in situ produced gel/precipitate silica composite, wherein said formulation comprises 10-30% by weight of silica gel/precipitate composite, and the composite exhibits a CTAB surface area of from 85 to 110 m 2 / g and a ratio of CTAB surface area to oil absorption of from 0.7 to 1.0; and wherein the formulation further comprises an effective amount of flavorant in an amount of up to 0.6% by weight of the formulation.
A marching drum comprising a drum body (100, 200, 300, 400, 500, 600) having a circumferential portion (18, 19) and two head portions (14, 15) configured to be vertically disposed in use, said circumferential portion (18, 19) is configured for being mounted in front of a user face while said user is marching, such that said circumferential portion (18, 19) intersects a line of sight (3, 4) between the user's face and at least a forward distant point, characterized in that said circumferential portion (18, 19) includes at least one opening (5, 6, 7) formed along said line of sight (3, 4) and in that said at least one opening (5, 6, 7) is closed with a transparent member (8, 9, 10, 11, 12, 20) configured to preclude a deterioration in a tone color of the drum, the at least one opening (5, 6, 7) and the transparent member (8, 9, 10, 11, 12, 20) allowing the user to view said forward distant point through said at least one opening (5, 6, 7).
Lightweight wheel for an agricultural machine, having a wheel and a tyre, which is arranged on the wheel, wherein - the wheel is formed by a wheel half and a wheel counter half, which are designed the same; - the wheel half and wheel counter half are designed to be lightweight such that an inner hollow structure is formed at least in one rim half; - the wheel half and the wheel counter half are connected to one another to form a wheel hub and a wheel rim in such a way that inner flat sides of the wheel half and wheel counter half are arranged opposite each other in a connecting plane; and - the tyre is clamped on the inside along the wheel rim between the wheel half and wheel counter half; characterized in that with the wheel half and wheel counter half, spoke halves respectively connect a hub half to the rim half and in that the wheel half and wheel counter half are connected to one another to form wheel spokes between the wheel hub and wheel rim in such a way that the inner flat sides of the wheel half and wheel counter half are arranged opposite each other in the connecting plane. - the wheel is formed by a wheel half and a wheel counter half, which are designed the same; - the wheel half and wheel counter half are designed to be lightweight such that an inner hollow structure is formed at least in one rim half; - the wheel half and the wheel counter half are connected to one another to form a wheel hub and a wheel rim in such a way that inner flat sides of the wheel half and wheel counter half are arranged opposite each other in a connecting plane; and - the tyre is clamped on the inside along the wheel rim between the wheel half and wheel counter half; characterized in that with the wheel half and wheel counter half, spoke halves respectively connect a hub half to the rim half and in that the wheel half and wheel counter half are connected to one another to form wheel spokes between the wheel hub and wheel rim in such a way that the inner flat sides of the wheel half and wheel counter half are arranged opposite each other in the connecting plane.
A digital portable pulse oximeter comprising; a housing body consisting of an upper housing body and a lower housing body, which are disposed such that they are stacked together, one end of both the upper housing body and the lower housing body being a measurement end where a finger is placed, a pivot and a reset spring being disposed between the upper housing body and the lower housing body enabling them to be opened and closed at the measurement end, a display window being disposed at outside of and atop the upper housing body; a display being disposed inside the display window; a power supply battery and a measurement analysis circuit being disposed in the housing body; the measurement analysis circuit comprising a light-frequency converter, a red infrared light emitting diode, a light-emitting driving circuit and a microprocessor; the light-frequency converter and the light emitting diode being respectively disposed in the upper housing body and the lower housing body at the measurement end of the housing body; the red infrared light emitting diode connecting to the light-emitting driving circuit, an interface circuit of the microprocessor connecting to the light-emitting driving circuit, the light-frequency converter and the display, respectively, wherein an acceleration sensor and a power supply switching-control circuit are also disposed in the housing body, wherein the electrical signal of the acceleration sensor connects to the interface circuit of the microprocessor, characterized in that the microprocessor has a power supply stay-on output pin, and wherein said power supply switching-control circuit comprises a Hall switch sensor, a magnet and a switch circuit, the Hall switch sensor and the magnet are respectively disposed in the upper housing body and the lower housing body at the measurement end of the housing body, said magnet induces the output pin of the Hall switch sensor to generate a high-low potential change through the opening and closing of the upper housing body and the lower housing body, the switch circuit includes a dual-input logic control gate circuit and a power switch device, the output pin of the Hall switch sensor connects to one input end of the dual-input logic control gate circuit, the power supply stay-on output pin of the microprocessor connects to the other input end of the dual-input logic control gate circuit, the output end of the dual-input logic control gate circuit connects to the control pin of the power switch device, the input of the power switch device connects to the power supply battery, and the outputs of the power switch device connect to the measurement analysis circuit and the display.
A method for removing hydrocarbon liquids from an elastomer stream, the method comprising the steps of: a) preparing an elastomer stream, the stream comprising isobutylene-based elastomer solids and hydrocarbon liquids; b) introducing the stream into a kneader, wherein the kneader has a central axis, an outer shell wall radially outward of the central axis, at least one flight of paddles extending radially outward from the central axis, and at least one flight of hooks extending radially inward from the outer shell wall toward the core, the hooks having at least one vertical shearing surface and at least one horizontal shearing surface greater than a nominal width of the hook; and c) shearing the elastomer in the stream between the paddles and hooks whereby the elastomer is subjected to shearing forces and at least a portion of the hydrocarbon liquids is volatized from the stream. a) preparing an elastomer stream, the stream comprising isobutylene-based elastomer solids and hydrocarbon liquids; b) introducing the stream into a kneader, wherein the kneader has a central axis, an outer shell wall radially outward of the central axis, at least one flight of paddles extending radially outward from the central axis, and at least one flight of hooks extending radially inward from the outer shell wall toward the core, the hooks having at least one vertical shearing surface and at least one horizontal shearing surface greater than a nominal width of the hook; and c) shearing the elastomer in the stream between the paddles and hooks whereby the elastomer is subjected to shearing forces and at least a portion of the hydrocarbon liquids is volatized from the stream.
Method for the spectral analysis of a metal coating layer deposited on the surface of a steel strip, wherein: - said strip is moved along an outer-surface arc of a rotating roll, said roll having a cylindrical wall guiding the strip by contact, characterised by the following steps: - a "laser ablation" beam is delivered via an internal cavity to the cylindrical wall such that it is optically incident, along an axis normal to the outer surface of the roll, on a target contact point of the strip and the roll, said beam passing through the wall via a wall opening, which is transparent to the beam, - a spectral plasma emission distribution from the laser ablation of the contact point is collected by optical feedback along the axis normal to the outer surface of the roll and through the opening in order to be delivered to a spectral measurement unit, - the axis normal to the outer surface used for optical incidence and feedback is moved in rotation synchronous to the roller. - said strip is moved along an outer-surface arc of a rotating roll, said roll having a cylindrical wall guiding the strip by contact, - a "laser ablation" beam is delivered via an internal cavity to the cylindrical wall such that it is optically incident, along an axis normal to the outer surface of the roll, on a target contact point of the strip and the roll, said beam passing through the wall via a wall opening, which is transparent to the beam, - a spectral plasma emission distribution from the laser ablation of the contact point is collected by optical feedback along the axis normal to the outer surface of the roll and through the opening in order to be delivered to a spectral measurement unit, - the axis normal to the outer surface used for optical incidence and feedback is moved in rotation synchronous to the roller.