mhurhangee/ep-ind-claims huggingface dataset:
A rolling compactor attachment comprising: an attachment plate configured to attach to a host vehicle; a boom attached to the attachment plate; a roller attached to the boom opposite the attachment plate configured to compact a ground surface; a tilt hinge joining the roller to the boom configured to tilt the roller with respect to a level road; characterized in that it further comprises a pivot hinge disposed between the attachment plate and the boom, the pivot hinge configured to allow the boom to pivot about a vertical axis; a lift hinge disposed between the attachment plate and the boom, the lift hinge configured to allow the boom to lift about a horizontal axis; and a twist hinge configured to twist the roller about a vertical axis. an attachment plate configured to attach to a host vehicle; a boom attached to the attachment plate; a roller attached to the boom opposite the attachment plate configured to compact a ground surface; a tilt hinge joining the roller to the boom configured to tilt the roller with respect to a level road; characterized in that it further comprises a pivot hinge disposed between the attachment plate and the boom, the pivot hinge configured to allow the boom to pivot about a vertical axis; a lift hinge disposed between the attachment plate and the boom, the lift hinge configured to allow the boom to lift about a horizontal axis; and a twist hinge configured to twist the roller about a vertical axis. a pivot hinge disposed between the attachment plate and the boom, the pivot hinge configured to allow the boom to pivot about a vertical axis; a lift hinge disposed between the attachment plate and the boom, the lift hinge configured to allow the boom to lift about a horizontal axis; and a twist hinge configured to twist the roller about a vertical axis.
A method for recording holograms, the method comprising: providing a waveguide cell comprising a layer of polymer dispersed liquid crystal mixture sandwiched between two substrates; providing a master grating comprising an amplitude grating that is a chirped grating; emitting at least one recording beam toward the master grating, wherein upon interaction with the master grating, a portion of the at least one recording beam is diffracted towards the waveguide cell; and recording at least one transmission volume grating having rolled K-vectors within the waveguide cell using interferential exposure formed from at least the diffracted portion of the at least one recording beam. providing a waveguide cell comprising a layer of polymer dispersed liquid crystal mixture sandwiched between two substrates; providing a master grating comprising an amplitude grating that is a chirped grating; emitting at least one recording beam toward the master grating, wherein upon interaction with the master grating, a portion of the at least one recording beam is diffracted towards the waveguide cell; and recording at least one transmission volume grating having rolled K-vectors within the waveguide cell using interferential exposure formed from at least the diffracted portion of the at least one recording beam.
An ordering system for tools, machine parts and the like, in which the tools and the like are received on a support which has receptacles, formed as indentations for the tools, machine parts and the like, wherein the contour of the receptacles is matched to the outer contour of the tools, machine parts and the like to be received, and on the bottom of the indentations there are arranged RFID chips, on each of which an identifier of the corresponding tool, machine part or the like is stored, and there is also arranged a reader for reading and transmitting the identifiers, characterised in that the reader is a scanner bar which spans the support arranged in drawers of a tool trolley or tool cabinet for receiving the tools and the like, wherein the scanner bar is fastened on the top front edge of the tool trolley or cabinet so that the scanner bar and support are moved relative to one another when a drawer is pulled out.
A leadless neurostimulation device, comprising: a stimulation capsule comprising a proximal and a distal end, the stimulation capsule further comprising: a MEMS film comprising a plurality of electrodes, the MEMS film formed to define a lumen; a stimulation source disposed within the lumen and in electrical communication with at least one of the plurality of electrodes; and a power supply disposed within the lumen and in electrical communication with the stimulation source; and a tether coupled with the proximal end of the stimulation capsule. a stimulation capsule comprising a proximal and a distal end, the stimulation capsule further comprising: a MEMS film comprising a plurality of electrodes, the MEMS film formed to define a lumen; a stimulation source disposed within the lumen and in electrical communication with at least one of the plurality of electrodes; and a power supply disposed within the lumen and in electrical communication with the stimulation source; and a MEMS film comprising a plurality of electrodes, the MEMS film formed to define a lumen; a stimulation source disposed within the lumen and in electrical communication with at least one of the plurality of electrodes; and a power supply disposed within the lumen and in electrical communication with the stimulation source; and a tether coupled with the proximal end of the stimulation capsule.
A TRIP-aided dual-phase martensitic steel comprising: 0.1-0.7 mass% of C, 0.5-2.5 mass% of Si, 0.5-3.0 mass% of Mn, 0.5-2.0 mass% of Cr, 0.5 mass% or less, including 0 mass%, of Mo, 0.04-2.5 mass% of Al and the balance consisting of Fe and incidental impurities, characterized in that the TRIP-aided dual-phase martensitic steel further including 0.2 mass% or less of Nb, 2.0 mass% or less, including 0 mass%, of Ni, 0.005 mass% or less, including 0 mass%, of B and 0.05 mass% or less, including 0 mass%, of Ti, in that a metallographic structure of the steel has a volume fraction of a soft lath martensitic structure forming a matrix phase structure of 30 to 85%, a volume fraction of a hard lath martensitic structure of 10 to 70%, and a volume fraction of a retained austenite of 1 to 10%, and in that the steel is obtained by heating a raw steel material of the steel to a γ-range, and rapidly cooling the heated material to a temperature, Ms + 10 to 30°C, slightly above a martensite transformation starting temperature Ms at a cooling rate of 10 to 100°C/s, and then performing an isothermal transformation process on the cooled material in a temperature range of Mf to Mf-100°C. 0.1-0.7 mass% of C, 0.5-2.5 mass% of Si, 0.5-3.0 mass% of Mn, 0.5-2.0 mass% of Cr, 0.5 mass% or less, including 0 mass%, of Mo, 0.04-2.5 mass% of Al and the balance consisting of Fe and incidental impurities, characterized in that the TRIP-aided dual-phase martensitic steel further including 0.2 mass% or less of Nb, 2.0 mass% or less, including 0 mass%, of Ni, 0.005 mass% or less, including 0 mass%, of B and 0.05 mass% or less, including 0 mass%, of Ti, in that a metallographic structure of the steel has a volume fraction of a soft lath martensitic structure forming a matrix phase structure of 30 to 85%, a volume fraction of a hard lath martensitic structure of 10 to 70%, and a volume fraction of a retained austenite of 1 to 10%, and in that the steel is obtained by heating a raw steel material of the steel to a γ-range, and rapidly cooling the heated material to a temperature, Ms + 10 to 30°C, slightly above a martensite transformation starting temperature Ms at a cooling rate of 10 to 100°C/s, and then performing an isothermal transformation process on the cooled material in a temperature range of Mf to Mf-100°C.
An implantable medical device for determining an atrial flutter event in a cardiac signal, comprising: a plurality of electrodes (17, 20, 21, 23, 24, 26) configured to sense the cardiac signal; and a processor configured to identify one or more R-waves within the cardiac signal, determine a sensing window associated with one or more of the identified R-waves and having a first portion and a second portion, determine a first derivative signal of the cardiac signal within the sensing window, determine a second derivative signal of the cardiac signal within the sensing window, determine amplitudes of the second derivative signal at zero crossings of the first derivative signal, and identify the atrial flutter event based at least on a number of the amplitudes that satisfy an amplitude threshold within one or both of the first portion and the second portion of the sensing window. a plurality of electrodes (17, 20, 21, 23, 24, 26) configured to sense the cardiac signal; and a processor configured to identify one or more R-waves within the cardiac signal, determine a sensing window associated with one or more of the identified R-waves and having a first portion and a second portion, determine a first derivative signal of the cardiac signal within the sensing window, determine a second derivative signal of the cardiac signal within the sensing window, determine amplitudes of the second derivative signal at zero crossings of the first derivative signal, and identify the atrial flutter event based at least on a number of the amplitudes that satisfy an amplitude threshold within one or both of the first portion and the second portion of the sensing window.
An ink jet print head, comprising a) an ink chamber, which is disposed in a housing, can be filled with ink under positive pressure, and in which outlet openings are disposed in a front wall, b) closure bodies, each of which rests against an inner face of the front wall, each of which closes an outlet opening and can be moved in a longitudinal direction (X-X) of the associated outlet openings, c) pulling members that are respectively connected to a closure body and extend coaxially with the longitudinal direction (X-X) of the respectively associated outlet opening and respectively through an actuating opening disposed in a rear wall of the ink chamber, d) guide tubes, in which the pulling members are guided at least partially, e) pulling devices that are respectively connected to one of the pulling members at the end thereof facing away from the ink chamber, and f) sealing members, which respectively seal a pulling device against the ink chamber in such a way that contact of the ink with the pulling device is prevented, wherein the pulling members are axially movable in such a way that, when the pulling device is actuated briefly, the associated closure body is lifted off its outlet opening and ink escapes to the outside through the outlet opening, the guide tubes have an ink chamber portion protruding into the ink chamber, and one sealing member, respectively, completely surrounds an ink chamber portion protruding into the ink chamber, wherein the sealing member is configured in such a way that it forms the closure body for the outlet opening with its free end, characterized in that a spring ring is provided which has more than one winding, wherein the windings are disposed either next to each other or one above the other, and that the spring ring grasps around the sealing member from the outside in the region of the ink chamber portion. a) an ink chamber, which is disposed in a housing, can be filled with ink under positive pressure, and in which outlet openings are disposed in a front wall, b) closure bodies, each of which rests against an inner face of the front wall, each of which closes an outlet opening and can be moved in a longitudinal direction (X-X) of the associated outlet openings, c) pulling members that are respectively connected to a closure body and extend coaxially with the longitudinal direction (X-X) of the respectively associated outlet opening and respectively through an actuating opening disposed in a rear wall of the ink chamber, d) guide tubes, in which the pulling members are guided at least partially, e) pulling devices that are respectively connected to one of the pulling members at the end thereof facing away from the ink chamber, and f) sealing members, which respectively seal a pulling device against the ink chamber in such a way that contact of the ink with the pulling device is prevented,
A method of improving the detectability of targets in sea clutter comprising the steps of scanning an area under surveillance for a first sub-dwell period with an electronically scanned radar antenna and, look-back re-scanning the area under surveillance, by electronically reconfiguring the scanned beam to an offset position for a second sub-dwell period, the first and second sub-dwell periods interleaved between a dwell period on a different area under surveillance within a given scan period such that signal returns indicative of clutter may be identified independently of signal returns generated by targets thereby improving the detectability of the targets in sea clutter wherein the first sub-dwell period and second sub-dwell period are coherent, using a first fixed frequency for the first sub-dwell period and a second, different fixed frequency for the second sub-dwell period.
Device, comprising a detector system for registering one or more magnetic bodies which have been swallowed by the person in the human organism, wherein each magnetic body is firmly connected to in each case a substance which is taken up by the human organism, wherein the substance is a foodstuff, food supplement or stimulant, wherein the detector system comprises at least two sensor arrangements with an instrument for recording the magnetic flux density measured by each sensor arrangement, wherein each sensor arrangement has a distance of 0.5 to 50 cm from the remaining sensor arrangement or sensor arrangements, and at least two sensor arrangements are tilted at an angle of between 0 and 45° with respect to one another, and has a log for registering a quantified evaluation before, during and/or after the registration of the magnetic body or bodies, wherein the sensor arrangements are integrated in at least one strap, the clothing and/or an item or items of jewellery, in a bracelet, in a wristwatch, or affixed directly on the body by means of a suction cup or fastening aid, and the log is also carried on the body, characterized in that each sensor arrangement has one, two or three anisotropic magnetoresistance sensors (AMR sensor), the axes of easy magnetization of which point in pair-wise different directions, and each sensor arrangement supplies a vector which is composed of the measured signals from the AMR sensors, wherein the device is configured to carry out the following steps: (a) applying a set and reset pulse, at least once, to each anisotropic magnetoresistance sensor (AMR sensor), (b) amplifying the measured signals of each AMR sensor by means of suitable signal conditioning and by means of at least one low-pass filter, (c) determining and recording the difference in the magnitudes of the vectors of the magnetic flux densities of each sensor arrangement, and/or determining and recording the angle Φ between the vectors from the measured signals of the AMR sensors, and, (d) simultaneously with one of the steps (a), (b) or (c) or after a time has elapsed following step (c), registering the quantified evaluation, at least once, in the log, which is undertaken by the human wearer of the sensor arrangements. (a) applying a set and reset pulse, at least once, to each anisotropic magnetoresistance sensor (AMR sensor), (b) amplifying the measured signals of each AMR sensor by means of suitable signal conditioning and by means of at least one low-pass filter, (c) determining and recording the difference in the magnitudes of the vectors of the magnetic flux densities of each sensor arrangement, and/or determining and recording the angle Φ between the vectors from the measured signals of the AMR sensors, and, (d) simultaneously with one of the steps (a), (b) or (c) or after a time has elapsed following step (c), registering the quantified evaluation, at least once, in the log, which is undertaken by the human wearer of the sensor arrangements.
A composite-material pressure vessel having a wall defining an inner gas storage space, in which said wall comprises: - a sealing layer internally defining the gas storage space, - a reinforcing layer extending externally about the sealing layer and containing one or more reinforcing fibres, said reinforcing layer being an electrical conductor, - an electrically conductive layer overlapping the reinforcing layer, - a dielectric layer interposed between the reinforcing layer and the electrically conductive layer, and the electrically conductive layer extending externally about the dielectric layer, so as to form an electrical capacitor with a first plate formed of the reinforcing layer, a second plate formed of the electrically conductive layer, and the dielectric layer, - electrical terminals (19, 20) connected to the first and second plates of the capacitor, wherein the wall forms a plurality of said capacitors electrically separated from each other and located in a plurality of different zones of the wall, - an electronic control unit connected to the terminals (19, 20) of the capacitors and configured so as to: - subject the capacitor to at least one electrical test to detect a real value of at least one electric characteristic of the capacitor, - generate at least one control signal or datum representative of a structural condition of said wall depending on the real value of the detected electric characteristic, - diagnose structural properties and structural damages of the wall by said electrical tests performed to said plurality of capacitors selectively for said predetermined zones of the wall. - a sealing layer internally defining the gas storage space, - a reinforcing layer extending externally about the sealing layer and containing one or more reinforcing fibres, said reinforcing layer being an electrical conductor, - an electrically conductive layer overlapping the reinforcing layer, - a dielectric layer interposed between the reinforcing layer and the electrically conductive layer, and the electrically conductive layer extending externally about the dielectric layer, so as to form an electrical capacitor with a first plate formed of the reinforcing layer, a second plate formed of the electrically conductive layer, and the dielectric layer, - electrical terminals (19, 20) connected to the first and second plates of the capacitor, wherein the wall forms a plurality of said capacitors electrically separated from each other and located in a plurality of different zones of the wall, - an electronic control unit connected to the terminals (19, 20) of the capacitors and configured so as to: - subject the capacitor to at least one electrical test to detect a real value of at least one electric characteristic of the capacitor, - generate at least one control signal or datum representative of a structural condition of said wall depending on the real value of the detected electric characteristic, - diagnose structural properties and structural damages of the wall by said electrical tests performed to said plurality of capacitors selectively for said predetermined zones of the wall.
A subtilisin BPN' variant, having at least 80% sequence identity to subtilisin BPN' SEQ ID NO: 2, comprising a deletion of the amino acids at positions 75-83, and a mutation at the amino acid position S221, the mutation being S221C or S221selenocysteine, preferably S221C; and characterized by having at least one mutation at an amino acid position selected from the group consisting of L96, D99, A223 and S224, wherein the amino acid positions are defined according to SEQ ID NO: 2, and wherein such variant has ligase and/or cyclase activity with an increased reaction rate and coupling efficiency. comprising a deletion of the amino acids at positions 75-83, and a mutation at the amino acid position S221, the mutation being S221C or S221selenocysteine, preferably S221C; and characterized by having at least one mutation at an amino acid position selected from the group consisting of L96, D99, A223 and S224, wherein the amino acid positions are defined according to SEQ ID NO: 2, and wherein such variant has ligase and/or cyclase activity with an increased reaction rate and coupling efficiency.
A mutated lysine decarboxylase having a substitution(s) of one or more amino acid residues selected from the group consisting of an amino acid residue corresponding to Val at position 3, an amino acid residue corresponding to Ala at position 590 and an amino acid residue corresponding to Glu at position 690 in any amino acid sequence of a) the amino acid sequence of SEQ ID NO:1, b) an amino acid sequence comprising one to fifty amino acid residue substitutions, deletions, insertions or additions in the amino acid sequence of SEQ ID NO:1, or (c) an amino acid sequence having 90% or more identity to the amino acid sequence of SEQ ID NO:1, and having an improved thermal stability relative to the lysine decarboxylase consisting of the amino acid sequence of SEQ ID NO:1. a) the amino acid sequence of SEQ ID NO:1, b) an amino acid sequence comprising one to fifty amino acid residue substitutions, deletions, insertions or additions in the amino acid sequence of SEQ ID NO:1, or (c) an amino acid sequence having 90% or more identity to the amino acid sequence of SEQ ID NO:1, and
A laminated synthetic resin bottle obtained by biaxially drawing and blow molding a laminated synthetic resin preform in a shape of a test tube, in which substrate layers (111, 112) of a main resin have been laminated with at least an intermediate layer over a predetermined height range, wherein a portion of the bottle which is included in the predetermined height range does not include a neck and a bottom, in which portion the bottle is provided with narrow vertical connecting zones having no intermediate layer and having substrate layers (211, 212) welded directly with each other are formed in parallel in a circumferential direction and in a plural number along an axial direction of the bottle and are disposed on both right and left sides of each intermediate layer segment to be formed in this height range, thus allowing the intermediate layer to be segmentalized in the circumferential direction by these vertical connecting zones.