mhurhangee/ep-ind-claims huggingface dataset:
A method for separating and analyzing a target analyte in a sample, the method comprising: contacting the sample with magnetic particles comprising binding moieties specific for the target analyte; flowing the sample through a channel including second moieties specific to the target analyte attached to at least one surface of the channel while applying alternating magnetic fields at a frequency selected such that free magnetic particles cannot transverse the channel width before magnetic fields are alternated; capturing magnetic particles that are bound to said target analyte on the at least one surface of the channel; rinsing said channel to remove unbound components of said sample; releasing captured magnetic particles from the surface of the channel; and analyzing the target analyte attached to said released magnetic particles, wherein the target analyte is not examined in situ on the surface. contacting the sample with magnetic particles comprising binding moieties specific for the target analyte; flowing the sample through a channel including second moieties specific to the target analyte attached to at least one surface of the channel while applying alternating magnetic fields at a frequency selected such that free magnetic particles cannot transverse the channel width before magnetic fields are alternated; capturing magnetic particles that are bound to said target analyte on the at least one surface of the channel; rinsing said channel to remove unbound components of said sample; releasing captured magnetic particles from the surface of the channel; and analyzing the target analyte attached to said released magnetic particles, wherein the target analyte is not examined in situ on the surface.
A launch and recovery mechanism for a deployable bridge, wherein the mechanism has only a single actuator, the single actuator powers and controls deployment using a launch sequence, and recovery is powered and controlled by the single actuator and is achieved by the reverse of the launch sequence.
A method of operating a user equipment, UE in a wireless communications network, the method comprising: sending (S305, S505), from the UE to a first network element (120, 160), a first packet service session management request message indicating a request of a first session management service type for at least one of establishing a new packet data session or modifying an existing packet data session, the first packet service session management request message being sent towards a first access point name, APN; receiving (S312, S510), at the UE, a rejection message, the rejection message indicating the request of the first session management service type has been rejected with cause value indicative of operator determined barring; and performing a retry operation (S325, S340, S580) after receiving the rejection message, the retry operation including sending, from the UE, a second packet service session management request message of the first session management service type towards the first APN, the retry operation being prevented by the UE such that the retry operation is not performed by the UE until after an earliest one of the following happens, an expiration of a retry wait timer (S330, S535) of the UE, or detection, at the UE, of a retry trigger event (S320, S550). sending (S305, S505), from the UE to a first network element (120, 160), a first packet service session management request message indicating a request of a first session management service type for at least one of establishing a new packet data session or modifying an existing packet data session, the first packet service session management request message being sent towards a first access point name, APN; receiving (S312, S510), at the UE, a rejection message, the rejection message indicating the request of the first session management service type has been rejected with cause value indicative of operator determined barring; and performing a retry operation (S325, S340, S580) after receiving the rejection message, the retry operation including sending, from the UE, a second packet service session management request message of the first session management service type towards the first APN, the retry operation being prevented by the UE such that the retry operation is not performed by the UE until after an earliest one of the following happens, an expiration of a retry wait timer (S330, S535) of the UE, or detection, at the UE, of a retry trigger event (S320, S550).
A processor for demotion, comprising: a plurality of cores to execute instructions; characterized in that the processor further comprises: a demotion control circuit to: for each core of the plurality of cores, determine an average count of power state break events in the core, wherein a break event is a change between power states; determine a sum of the average counts of the plurality of cores; determine whether the average count of a first core exceeds a first demotion threshold; determine whether the sum of the average counts of the plurality of cores exceeds a second demotion threshold; and in response to a determination that the average count of the first core exceeds the first demotion threshold and the sum of the average counts exceeds the second demotion threshold, perform a power state demotion of the first core. a plurality of cores to execute instructions; characterized in that the processor further comprises: a demotion control circuit to: for each core of the plurality of cores, determine an average count of power state break events in the core, wherein a break event is a change between power states; determine a sum of the average counts of the plurality of cores; determine whether the average count of a first core exceeds a first demotion threshold; determine whether the sum of the average counts of the plurality of cores exceeds a second demotion threshold; and in response to a determination that the average count of the first core exceeds the first demotion threshold and the sum of the average counts exceeds the second demotion threshold, perform a power state demotion of the first core. for each core of the plurality of cores, determine an average count of power state break events in the core, wherein a break event is a change between power states; determine a sum of the average counts of the plurality of cores; determine whether the average count of a first core exceeds a first demotion threshold; determine whether the sum of the average counts of the plurality of cores exceeds a second demotion threshold; and in response to a determination that the average count of the first core exceeds the first demotion threshold and the sum of the average counts exceeds the second demotion threshold, perform a power state demotion of the first core.
A method for producing a wire harness, wherein the wire harness includes: at least one conductive path; an exterior member, having a tubular shape, that accommodates and protects the conductive path; and a braid, having a cylindrical shape, that is fixed to an end of the exterior member via crimping, and covers a terminal portion of the conductive path which is externally led from the end, the braid being formed by braiding bundles of metal strands having conductivity such that many braided meshes are formed in the braid, wherein the method for producing the wire harness comprises: a core inserting step of forming a widely open braided mesh portion by widening one of the braided meshes of the braid before the crimping is performed, and inserting a core inside the end of the exterior member from an outside of the braid through the widely open braided mesh portion, wherein the insertion of the core into the end of the exterior member is required for a crimping operation; and fixing the braid to the end of the exterior member via the crimping.. at least one conductive path; an exterior member, having a tubular shape, that accommodates and protects the conductive path; and a braid, having a cylindrical shape, that is fixed to an end of the exterior member via crimping, and covers a terminal portion of the conductive path which is externally led from the end, the braid being formed by braiding bundles of metal strands having conductivity such that many braided meshes are formed in the braid, wherein the method for producing the wire harness comprises: a core inserting step of forming a widely open braided mesh portion by widening one of the braided meshes of the braid before the crimping is performed, and inserting a core inside the end of the exterior member from an outside of the braid through the widely open braided mesh portion, wherein the insertion of the core into the end of the exterior member is required for a crimping operation; and fixing the braid to the end of the exterior member via the crimping.. a core inserting step of forming a widely open braided mesh portion by widening one of the braided meshes of the braid before the crimping is performed, and inserting a core inside the end of the exterior member from an outside of the braid through the widely open braided mesh portion, wherein the insertion of the core into the end of the exterior member is required for a crimping operation; and fixing the braid to the end of the exterior member via the crimping..
Tank container for the storage and/or transport of gas and/or liquid, said tank container comprising a frame and an elongated and essentially cylindrical tank vessel comprising two head-ends and a shell; said frame comprising at each head-end a head-end frame comprising two top corner fittings, two bottom corner fittings and two upright container posts; whereby said shell comprises, at each head-end, an annular end frame doubler plate; whereby, at each head-end, said container posts are permanently connected to said end frame doubler plate by means of a bridge element disposed between said container post and said end frame doubler plate and permanently connected to said container post and said end frame doubler plate, preferably by a weld, whereby said tank container comprises a reference volume defined by said two top and bottom corner fittings of each head-end frame; whereby said tank vessel extends along a longitudinal direction of said tank container beyond said reference volume; and whereby said end frame doubler plate, at at least one head-end and preferably at each head-end near said bridge element, extends distally along the longitudinal direction of said tank container over a distance of at least 50 mm beyond a centre of said bridge element, with more preference at least 175 mm, with still more preference at least 225 mm, with most preference approximately 275 mm.
A method for leaching at least one metal in battery powder comprising at least copper and one or more of cobalt and nickel to obtain a solution comprising one or more of cobalt ions and nickel ions, the method comprising a leaching process repeating multiple times, wherein the leaching process comprises: a first leaching step of leaching at least one metal in the battery powder in an acidic leaching solution, terminating the leaching before the copper begins to be dissolved, and removing a leached residue from a resulting leached solution to obtain the solution comprising one or more of cobalt ions and nickel ions; and a second leaching step of leaching at least one metal in the leached residue of the first leaching step in an acidic leaching solution, and terminating the leaching after the copper begins to be dissolved to obtain a leached solution, wherein the leached solution obtained in the second leaching step of the leaching process is used as an acidic leaching solution in a first leaching step of a leaching process following said leaching process, and wherein a leached residue is removed from a leached solution in a second leaching step of at least one leaching process. a first leaching step of leaching at least one metal in the battery powder in an acidic leaching solution, terminating the leaching before the copper begins to be dissolved, and removing a leached residue from a resulting leached solution to obtain the solution comprising one or more of cobalt ions and nickel ions; and a second leaching step of leaching at least one metal in the leached residue of the first leaching step in an acidic leaching solution, and terminating the leaching after the copper begins to be dissolved to obtain a leached solution, wherein the leached solution obtained in the second leaching step of the leaching process is used as an acidic leaching solution in a first leaching step of a leaching process following said leaching process, and wherein a leached residue is removed from a leached solution in a second leaching step of at least one leaching process.
Subassembly for an electromechanical brake actuator, comprising: - a drive device for generating a torque; - a gearing device which comprises, in succession, a first, a second and a third gearing stage for transmitting the torque, the second gearing stage taking the form of a toothed-wheel gearing, and the third gearing stage taking the form of a planetary gearing, and a planet carrier of the third gearing stage receiving a first gearing shaft for rotatably receiving a sun gear of the third gearing stage and an output-side gearwheel, coupled in torsionally resistant manner with the sun gear, of the second gearing stage on the planet carrier, and also bearing elements for planet gears of the third gearing stage. - a drive device for generating a torque; - a gearing device which comprises, in succession, a first, a second and a third gearing stage for transmitting the torque, the second gearing stage taking the form of a toothed-wheel gearing, and the third gearing stage taking the form of a planetary gearing, and a planet carrier of the third gearing stage receiving a first gearing shaft for rotatably receiving a sun gear of the third gearing stage and an output-side gearwheel, coupled in torsionally resistant manner with the sun gear, of the second gearing stage on the planet carrier, and also bearing elements for planet gears of the third gearing stage.
An oligomer of soluble peptide monomers of the ectodomain of Hendra virus G protein, wherein a monomer comprises the amino acid sequence of amino acids 71-604 of Hendra virus G protein; wherein a monomer does not contain the full amino acid sequence of the Hendra virus G protein; and wherein a monomer retains one or more characteristics of a native Hendra virus G protein selected from the group consisting of: ability to interact with a viral host receptor cell, ability to elicit an antibody reaction, ability to elicit a neutralizing antibody reaction, ability to block or prevent infection of a host cell by Hendra virus.
A laser exposure method for a plate surface of a cylindrical plate, which uses a laser exposure apparatus including a laser head portion including: a laser light source for oscillating laser light; a light modulation portion for spatially arraying and partitioning the laser light by a plurality of control signals to obtain a plurality of laser beams; a projection optical portion for performing reduced size projection of the plurality of arrayed laser beams exiting from the light modulation portion; and scanning means for scanning the plurality of laser beams with respect to a photosensitive film, the laser head portion generating a plurality of laser spots to be arrayed on an imaging portion of the projection optical portion, the plurality of laser spots each comprising a rectangular laser spot having a rectangular shape in which a size in a width direction is larger than a size in a height direction orthogonal to the width direction, the laser exposure method comprising: scanning the plurality of laser beams to form a laser spot array having a predetermined length on the photosensitive film on the plate surface of the cylindrical plate; and exposing the photosensitive film coated on a the plate surface to laser beams, to thereby form a photosensitized part and a non-photosensitized part, characterized in that the scanning comprises sequentially scanning, for exposure, a laser spot array on a subsequent rotation so that at least a half region of a scanned laser spot array on a previous rotation in a width direction thereof is subjected to superimposed exposure. a laser light source for oscillating laser light; a light modulation portion for spatially arraying and partitioning the laser light by a plurality of control signals to obtain a plurality of laser beams; a projection optical portion for performing reduced size projection of the plurality of arrayed laser beams exiting from the light modulation portion; and scanning means for scanning the plurality of laser beams with respect to a photosensitive film, the laser head portion generating a plurality of laser spots to be arrayed on an imaging portion of the projection optical portion, the plurality of laser spots each comprising a rectangular laser spot having a rectangular shape in which a size in a width direction is larger than a size in a height direction orthogonal to the width direction, scanning the plurality of laser beams to form a laser spot array having a predetermined length on the photosensitive film on the plate surface of the cylindrical plate; and exposing the photosensitive film coated on a the plate surface to laser beams, to thereby form a photosensitized part and a non-photosensitized part, characterized in that the scanning comprises sequentially scanning, for exposure, a laser spot array on a subsequent rotation so that at least a half region of a scanned laser spot array on a previous rotation in a width direction thereof is subjected to superimposed exposure.
A composite powder, consisting of powdery rubber particles having a cross-linked structure and a gel content of 60 percent by weight or more, inorganic particles distributed between said rubber particles and optionally water-soluble nucleating agents for plastics, wherein the rubber particles have a homogeneous structure and an average particle size of 20 to 2000 nm.
A prosthetic knee for use during a walking gait including a stance phase and a swing phase, the prosthetic knee comprising: a frame; a rotor connected to the frame providing at least one axis of rotation about the prosthetic knee; and a hydraulic damping cylinder used by the rotor, wherein the hydraulic damping cylinder includes: a stance flexion resistance flow path used during flexion of the prosthetic knee in the stance phase; and a swing flexion resistance flow path used during flexion of the prosthetic knee in the swing phase, wherein the swing flexion resistance flow path is distinct from the stance flexion resistance flow path; characterised by a pressure sensitive valve located in the swing flexion resistance flow path to provide progressive damping during flexion of the prosthetic knee in the swing phase; and a spool valve in parallel with a needle valve included in the stance flexion resistance flow path for providing resistance during flexion of the prosthetic knee in the stance phase, the spool valve bypassing the needle valve when opened. a frame; a rotor connected to the frame providing at least one axis of rotation about the prosthetic knee; and a hydraulic damping cylinder used by the rotor, wherein the hydraulic damping cylinder includes: a stance flexion resistance flow path used during flexion of the prosthetic knee in the stance phase; and a swing flexion resistance flow path used during flexion of the prosthetic knee in the swing phase, wherein the swing flexion resistance flow path is distinct from the stance flexion resistance flow path; a stance flexion resistance flow path used during flexion of the prosthetic knee in the stance phase; and a swing flexion resistance flow path used during flexion of the prosthetic knee in the swing phase, wherein the swing flexion resistance flow path is distinct from the stance flexion resistance flow path; characterised by a pressure sensitive valve located in the swing flexion resistance flow path to provide progressive damping during flexion of the prosthetic knee in the swing phase; and a spool valve in parallel with a needle valve included in the stance flexion resistance flow path for providing resistance during flexion of the prosthetic knee in the stance phase, the spool valve bypassing the needle valve when opened.
An inflator comprising: an inflator housing for storing inflation gases under pressure; a frangible closure sealing the inflation gas inside the inflator housing; a diffuser attached to an end of the inflator housing, the diffuser having a plurality of holes for directing gas flow; an igniter assembly for releasing gas flow, the igniter assembly having an igniter housing, a squib electrically actuated and fitted in an end of the igniter housing and a retractable piston affixed to the igniter housing; and wherein upon actuation of the squib the retractable piston propels impacting and breaking the frangible closure, releasing gases pushing the piston retractably back into or over the igniter housing, characterized in that the retractable piston has a sleeve portion having one or more vent holes. an inflator housing for storing inflation gases under pressure; a frangible closure sealing the inflation gas inside the inflator housing; a diffuser attached to an end of the inflator housing, the diffuser having a plurality of holes for directing gas flow; an igniter assembly for releasing gas flow, the igniter assembly having an igniter housing, a squib electrically actuated and fitted in an end of the igniter housing and a retractable piston affixed to the igniter housing; and wherein upon actuation of the squib the retractable piston propels impacting and breaking the frangible closure, releasing gases pushing the piston retractably back into or over the igniter housing, characterized in that the retractable piston has a sleeve portion having one or more vent holes.
Gear device for attaching onto a drive shaft, having a main body which at least partly surrounds the drive shaft, a pinion (19, 22) which is arranged in the assembled state on the drive shaft, and a rack which in the assembled state on the main body cooperates with the pinion (19, 22) and extends through the main body, wherein the main body comprises two legs (3, 4) which are open on one side in such a manner that the main body can be fitted onto the drive shaft in radial direction relative to the drive shaft, wherein the legs (3, 4) are joined together on opposite sides by means of crosspieces (5a, 5b), so that a tab is formed respectively aligned to be perpendicular to the drive shaft into which the rack can be placed, characterised in that two retaining elements (14, 15) are provided opposite one another on the main body and a retaining element (14, 15) is provided on a leg (3, 4) of the main body respectively and the retaining elements (14, 15) are designed such that the pinion (19, 22) is mounted on the retaining elements (14, 15) and in that the legs (3, 4) of the main body are bent away from one another so that the pinion (19, 22) is pushed on an inner face (26, 27) of the retaining elements (14, 15) and in that the pinion (19, 22) is secured by the retaining elements (14, 15) on the main body between the two legs (3, 4) of the main body when arranged on the main body.
A method comprising: receiving an audio signal representing speech or a musical piece currently reproduced by an audio system; analyzing the audio signal, and, if the audio signal represents a musical piece, determining at least one parameter of the musical piece; and upon occurrence of a triggering event, generating a warning signal, wherein at least one but not all parameters of the warning signal are adjusted to correspond to the respective parameter of the musical piece. receiving an audio signal representing speech or a musical piece currently reproduced by an audio system; analyzing the audio signal, and, if the audio signal represents a musical piece, determining at least one parameter of the musical piece; and upon occurrence of a triggering event, generating a warning signal, wherein at least one but not all parameters of the warning signal are adjusted to correspond to the respective parameter of the musical piece.