mhurhangee/ep-ind-claims huggingface dataset:
A process for concentrating a microorganism, the process comprising: (a) providing a concentration agent comprising a plurality of particles of lanthanum/carbonate-containing materials, wherein the concentration agent comprises lanthanum carbonate, lanthanum oxycarbonate, lanthanum hydroxycarbonate, or a mixture thereof, wherein the concentration agent has a weight ratio of carbon to lanthanum that is at least 0.05; (b) providing a fluid sample comprising the microorganism; (c) contacting the concentration agent with the fluid sample; and (d) binding the microorganism to the concentration agent to form a bound microorganism. (a) providing a concentration agent comprising a plurality of particles of lanthanum/carbonate-containing materials, wherein the concentration agent comprises lanthanum carbonate, lanthanum oxycarbonate, lanthanum hydroxycarbonate, or a mixture thereof, wherein the concentration agent has a weight ratio of carbon to lanthanum that is at least 0.05; (b) providing a fluid sample comprising the microorganism; (c) contacting the concentration agent with the fluid sample; and (d) binding the microorganism to the concentration agent to form a bound microorganism.
An ultrasound data visualization apparatus for visualizing ultrasound data showing an object during an ablation procedure, the ultrasound data visualization apparatus comprising: - an ultrasound image providing unit (12, 20, 21, 22; 202) for providing a temporally dependent ultrasound image of the object, - an energy application time providing unit for providing a start time at which an object-influence phase starts, - a current image determining unit (23; 206) for determining a current image of the object based on a part of the temporally dependent ultrasound image, which corresponds to a current time interval, - a reference image determining unit (36; 207) for determining a reference image of the object based on a part of the temporally dependent ultrasound image, which corresponds to a reference time interval, wherein the reference time interval and the current time interval correspond to different phases, wherein the reference image determining unit is adapted to determine the reference time interval as a time interval immediately before the provided start time, such that the reference image corresponds to the last part of the pre-object influence phase, - a display (42; 209) for simultaneously displaying the reference image and the current image. - an ultrasound image providing unit (12, 20, 21, 22; 202) for providing a temporally dependent ultrasound image of the object, - an energy application time providing unit for providing a start time at which an object-influence phase starts, - a current image determining unit (23; 206) for determining a current image of the object based on a part of the temporally dependent ultrasound image, which corresponds to a current time interval, - a reference image determining unit (36; 207) for determining a reference image of the object based on a part of the temporally dependent ultrasound image, which corresponds to a reference time interval, wherein the reference time interval and the current time interval correspond to different phases, wherein the reference image determining unit is adapted to determine the reference time interval as a time interval immediately before the provided start time, such that the reference image corresponds to the last part of the pre-object influence phase, - a display (42; 209) for simultaneously displaying the reference image and the current image.
Method for detecting Mode S messages in extended squitter, referred to as "1090 ES message", in a global signal measured in a frequency band in which 1090 ES messages are emitted by aircraft, said method comprising the obtaining, from the global signal, of a signal comprising two channels in phase quadrature, referred to as "IQ signal", and the selection of one or several candidate frequencies for the detection of a 1090 ES message, said method further comprising, for each candidate frequency: - the frequency realignment of the IQ signal with a reference signal according to the candidate frequency considered, said reference signal comprising a 1090 ES message preamble and a 1090 ES message format indicator, - the measurement of resemblance between the reference signal and the IQ signal, so as to obtain several values of a resemblance signal respectively associated with different positions of said reference signal with respect to said IQ signal for the candidate frequency considered, a 1090 ES message being detected when a value of the resemblance signal satisfies a predetermined detection criterion, and said method comprises, for each 1090 ES message detected, the extraction of an ICAO identifier of the aircraft having emitted said detected 1090 ES message, the following 1090 ES messages emitted by said aircraft being detected by means of a reference signal augmented with an emitter identifier equal to the ICAO identifier of said aircraft. - the frequency realignment of the IQ signal with a reference signal according to the candidate frequency considered, said reference signal comprising a 1090 ES message preamble and a 1090 ES message format indicator, - the measurement of resemblance between the reference signal and the IQ signal, so as to obtain several values of a resemblance signal respectively associated with different positions of said reference signal with respect to said IQ signal for the candidate frequency considered, a 1090 ES message being detected when a value of the resemblance signal satisfies a predetermined detection criterion, and said method comprises, for each 1090 ES message detected, the extraction of an ICAO identifier of the aircraft having emitted said detected 1090 ES message, the following 1090 ES messages emitted by said aircraft being detected by means of a reference signal augmented with an emitter identifier equal to the ICAO identifier of said aircraft.
A coating system for an aluminum component which comprises: a substrate formed from an aluminum material; a zinc material sacrificial layer deposited on said substrate; and an aluminum coating deposited over said zinc sacrificial layer, wherein said substrate is a fan blade used in a turbine engine, and wherein said sacrificial layer has a thickness of less than 10 μm and said aluminum coating has a thickness in the range of from 5 μm to 50 μm. a substrate formed from an aluminum material; a zinc material sacrificial layer deposited on said substrate; and an aluminum coating deposited over said zinc sacrificial layer, wherein said substrate is a fan blade used in a turbine engine, and wherein said sacrificial layer has a thickness of less than 10 μm and said aluminum coating has a thickness in the range of from 5 μm to 50 μm.
A tow vehicle, the tow vehicle being a material handling machine including a tow hitch assembly having a body for mounting the tow hitch assembly relative to an associated tow vehicle, a first member rotatably mounted relative to the body and a second member slideably mounted relative to the first member, the tow hitch assembly having a stowed position at which the first member is locked in a first rotational position relative to the body and the second member is locked in a first longitudinal position relative to the first member and the tow hitch assembly having a deployed position suitable for towing at which the first member is locked in a second rotational position relative to the body, the second member is locked in a second longitudinal position relative to the first member and a tow hitch is secured to the second member, the body being secured to a part of the tow vehicle when the tow hitch assembly is in the stowed position and the body being secured to the part of the tow vehicle when the tow hitch assembly is in the deployed position, characterized in that the material handling machine is a back hoe loader and when the tow hitch assembly is in the deployed position the second member extends under a back hoe of the back hoe loader when the back hoe is in a stowed position.
A method for controlling switching between an active pseudo-wire and a standby pseudo-wire, comprising: when an active pseudo-wire PW is faulty, receiving, by an Address Resolution Protocol ARP proxy, a PW redundancy switching message; sending, by the ARP proxy, according to the PW redundancy switching message and by using a standby pseudo-wire, an ARP packet monitored by an ARP monitoring module to a provider edge-aggregation PE-AGG2 connected with the standby pseudo-wire, wherein the ARP monitoring module monitors an ARP packet from the base station side according to a protocol type of the ARP packet; sending, by the PE-AGG2, the ARP packet to a second user-facing provider edge UPE2 connected to the PE-AGG2; triggering, by the UPE2, a virtual switch instance VSI of the UPE2 to learn a source hardware address of the ARP packet; sending, by the UPE2, the ARP packet to a first user-facing provider edge UPE1 corresponding to the active pseudo-wire; and triggering, by the UPE1, a VSI of the UPE1 to learn the source hardware address of the ARP packet so as to switch downlink traffic to the standby PW. when an active pseudo-wire PW is faulty, receiving, by an Address Resolution Protocol ARP proxy, a PW redundancy switching message; sending, by the ARP proxy, according to the PW redundancy switching message and by using a standby pseudo-wire, an ARP packet monitored by an ARP monitoring module to a provider edge-aggregation PE-AGG2 connected with the standby pseudo-wire, wherein the ARP monitoring module monitors an ARP packet from the base station side according to a protocol type of the ARP packet; sending, by the PE-AGG2, the ARP packet to a second user-facing provider edge UPE2 connected to the PE-AGG2; triggering, by the UPE2, a virtual switch instance VSI of the UPE2 to learn a source hardware address of the ARP packet; sending, by the UPE2, the ARP packet to a first user-facing provider edge UPE1 corresponding to the active pseudo-wire; and triggering, by the UPE1, a VSI of the UPE1 to learn the source hardware address of the ARP packet so as to switch downlink traffic to the standby PW.
A multi-layer radio communication system in which an uppermost master device and a lowermost slave device are communicatively connected to each other via one or a plurality of relay devices, in which an upper device, an intermediate device, and a lower device which include the uppermost master device, the one or plurality of relay devices, and the lowermost slave device, are located on different successive layers, wherein the intermediate device is configured to: set a fixed point in a beacon signal transmitted from the upper device, calculate predicted time (TPg) which is back from the fixed point and until a time point at which the relay device starts to prepare for reception of the beacon signal, based on time (TPa) required to prepare for the reception of the beacon signal, time (TPb) required to receive data from a head of the beacon signal to the fixed point, and error time (TPy) generated in an internal clock of the relay device due to at least an ambient temperature, start to prepare for the reception of the beacon signal at time which is the predicted time back from predicted reception time of the fixed point, and obtain actual measurement time (TPm) which is from the time at which the intermediate device starts to prepare for the reception until actual reception time of the fixed point, compensate the internal clock of the intermediate device based on a history of an error (ΔTP) which is a difference between the predicted time and the actual measurement time, and transmit the beacon signal to the lower device after the intermediate device has compensated the internal clock; and wherein the lower device is configured to compensate its internal clock based on the beacon signal transmitted from the intermediate device after the intermediate device has compensated the internal clock. set a fixed point in a beacon signal transmitted from the upper device, calculate predicted time (TPg) which is back from the fixed point and until a time point at which the relay device starts to prepare for reception of the beacon signal, based on time (TPa) required to prepare for the reception of the beacon signal, time (TPb) required to receive data from a head of the beacon signal to the fixed point, and error time (TPy) generated in an internal clock of the relay device due to at least an ambient temperature, start to prepare for the reception of the beacon signal at time which is the predicted time back from predicted reception time of the fixed point, and obtain actual measurement time (TPm) which is from the time at which the intermediate device starts to prepare for the reception until actual reception time of the fixed point, compensate the internal clock of the intermediate device based on a history of an error (ΔTP) which is a difference between the predicted time and the actual measurement time, and transmit the beacon signal to the lower device after the intermediate device has compensated the internal clock; and wherein the lower device is configured to compensate its internal clock based on the beacon signal transmitted from the intermediate device after the intermediate device has compensated the internal clock.
A light source device comprising: a light guide plate; a light source unit optically coupled to the light guide plate and comprising a substrate and a plurality of light emitting devices disposed on the substrate; and a photo luminescent film disposed between the light guide plate and the light source unit, wherein the photo luminescent film comprises a first area including a first fluorescent material and a second area including a second fluorescent material, wherein the first fluorescent material is different from the second fluorescent material, wherein the plurality of the light emitting devices comprises a first white LED (152-a) and a second white LED (152-b), wherein the first white LED (152-a) is different from the second white LED (152-b), and wherein the first area of the photo luminescent film is disposed on the first white LED (152-a) and the second area of the photo luminescent film is disposed on the second white LED (152-b), wherein the first fluorescent material and the second fluorescent material are alternately arranged in the longitudinal direction of the photo luminescent film, and wherein the first white LED (152-a) and the second white LED (152-b) are alternately arranged in the longitudinal direction of the substrate, and wherein the first white LED (152-a) emits a correlated color temperature within a range between 2,000 K and 3,000 K, and the second white LED (152-b) emits a correlated color temperature within a range between 5,500 K and 6,500 K. a light guide plate; a light source unit optically coupled to the light guide plate and comprising a substrate and a plurality of light emitting devices disposed on the substrate; and a photo luminescent film disposed between the light guide plate and the light source unit, wherein the photo luminescent film comprises a first area including a first fluorescent material and a second area including a second fluorescent material, wherein the first fluorescent material is different from the second fluorescent material, wherein the plurality of the light emitting devices comprises a first white LED (152-a) and a second white LED (152-b), wherein the first white LED (152-a) is different from the second white LED (152-b), and wherein the first area of the photo luminescent film is disposed on the first white LED (152-a) and the second area of the photo luminescent film is disposed on the second white LED (152-b), wherein the first fluorescent material and the second fluorescent material are alternately arranged in the longitudinal direction of the photo luminescent film, and wherein the first white LED (152-a) and the second white LED (152-b) are alternately arranged in the longitudinal direction of the substrate, and wherein the first white LED (152-a) emits a correlated color temperature within a range between 2,000 K and 3,000 K, and the second white LED (152-b) emits a correlated color temperature within a range between 5,500 K and 6,500 K.
A crane having an undercarriage, a swivel connection and a superstructure (1, 210) rotatably supported thereon via the swivel connection and comprising at least one boom system arranged at said superstructure and luffable about a luffing axis or a self-climbing tower slewing crane rotatably supported thereon via the swivel connection, wherein the undercarriage has as a central component a pot which receives the swivel connection, to which supports are pivotably connected and which has side members at oppositely disposed sides, to which side members at least one respective traveling gear can be connected over a plurality of degrees of freedom, characterized in that transverse struts having sliding shoes, rolls or rollers are arranged at the side members which cooperate with complementary ring elements at the traveling gear side such that the traveling gears can rotate beneath the side members.
A use for detecting increased S1R density at the site of nerve injury arising from neuropathic pain comprising S1R-PET imaging a tissue with an imaging agent to determine a non-invasive biomarker of nerve injury and inflammation wherein the imaging agent comprises using at least one S1R selective compound or radioligand of the general formula III', or IV': wherein R 1 is an optionally substituted piperidine, an optionally substituted tetrahydropiperidine, an optionally substituted piperazine, an optionally substituted tetrahydropyridine, an optionally substituted azepane or an optionally substituted tetrahydroisoquinoline in which the optional substituents are on the aromatic moiety, or a radical of an optionally substituted cyclic or acyclic tertiary amine or isoindoline-1,3-dione: R 2,4,5 can each independently be any one or combinations of the following moieties, hydrogen, cyano, nitro, acyl, alkyl, amido, azido, isothiocyanato, isocyanato, optionally substituted anilino, halogens, ethers, sulfonamides, thioacyl, nitro, aromatic, heterocyclic, olefinic, acetylene, deuterium, or tritium; Y can be either O or S; Z can be either O or S; "n" can be 1 to 5 carbons in length and stereoisomers, and pharmaceutically acceptable salts thereof and wherein the moiety bridging R 1 and N can be a substituted alkylene; and wherein X is tritium or C 1 -C 4 radiohaloalkyl.
A fastener element for a slide fastener, comprising a metal body having a coupling portion and a tape retaining portion, wherein the tape retaining portion has two essentially parallel, flat, main surfaces (20, 21) and forms two confronting arms, which are adapted to clamp a fastener tape therebetween; the tape retaining portion being provided with at least one protrusion, wherein said at least one protrusion is provided on an edge portion of at least one of said main surfaces (20, 21) of the tape retaining portion, and said at least one protrusion extends outwardly from one of the main surfaces (20, 21) of the fastener element to a predetermined height, characterized in that said predetermined height is the highest in the one of said main surfaces (20, 21) of the fastener element.
A steering support structure comprising: an instrument panel reinforcement extending in a vehicle width direction; and a steering support bracket attached to the instrument panel reinforcement and supports a steering column, the steering support bracket including an upper bracket, and a lower bracket fastened and fixed to the upper bracket, characterized in that the upper bracket is joined to an upper side of the instrument panel reinforcement in a vehicle up-down direction, the lower bracket is joined to a lower side of the instrument panel reinforcement in the vehicle up-down direction, and a ductility of the upper bracket is higher than a ductility of the lower bracket. an instrument panel reinforcement extending in a vehicle width direction; and a steering support bracket attached to the instrument panel reinforcement and supports a steering column, the steering support bracket including an upper bracket, and a lower bracket fastened and fixed to the upper bracket, characterized in that an upper bracket, and a lower bracket fastened and fixed to the upper bracket, characterized in that the upper bracket is joined to an upper side of the instrument panel reinforcement in a vehicle up-down direction, the lower bracket is joined to a lower side of the instrument panel reinforcement in the vehicle up-down direction, and a ductility of the upper bracket is higher than a ductility of the lower bracket.
A bite block comprising: a hollow oral cavity insert part that is configured to be in contact with an oral cavity of a subject at the time of attaching the bite block to the subject; a plate that is formed in a flange shape extending from the oral cavity insert part; and a hollow outside part that extends from the plate and includes an exposed portion which is exposed to an outside of the oral cavity at the time of attaching, and communicates with a hole of the oral cavity insert part, wherein the plate separates the oral cavity insert part and the hollow outside part, wherein at least two through holes (131, 132, 133) or grooves adapted to an external device being attached to the bite block are provided in a side surface portion of the hollow outside part, on the exposed portion, and wherein the at least two through holes or grooves are provided in a right and left direction of a face of the subject in a state where the bite block is attached to the subject and as seen from a front side of the subject. a hollow oral cavity insert part that is configured to be in contact with an oral cavity of a subject at the time of attaching the bite block to the subject; a plate that is formed in a flange shape extending from the oral cavity insert part; and a hollow outside part that extends from the plate and includes an exposed portion which is exposed to an outside of the oral cavity at the time of attaching, and communicates with a hole of the oral cavity insert part, wherein the plate separates the oral cavity insert part and the hollow outside part, wherein at least two through holes (131, 132, 133) or grooves adapted to an external device being attached to the bite block are provided in a side surface portion of the hollow outside part, on the exposed portion, and wherein the at least two through holes or grooves are provided in a right and left direction of a face of the subject in a state where the bite block is attached to the subject and as seen from a front side of the subject.