mhurhangee/ep-ind-claims huggingface dataset:
An implantable supportive sling assembly comprising: a sling having at least one through-aperture (114, 116, 118, 120, 302, 312); at least one support arm (104, 106, 108, 11) having first and second ends (104a/b, 106a/b, 108a/b, 110a/b) and at least one through-aperture (124, 126, 128, 130) on the first end; and wherein the second end of the at least one support arm is adapted to fit through the at least one through-aperture of the sling and through the at least one through-aperture of the first end of the support arm to secure the at least one support arm to the sling. a sling having at least one through-aperture (114, 116, 118, 120, 302, 312); at least one support arm (104, 106, 108, 11) having first and second ends (104a/b, 106a/b, 108a/b, 110a/b) and at least one through-aperture (124, 126, 128, 130) on the first end; and wherein the second end of the at least one support arm is adapted to fit through the at least one through-aperture of the sling and through the at least one through-aperture of the first end of the support arm to secure the at least one support arm to the sling.
A method for preparing a target mutant nucleic acid for subsequent enrichment relative to a wild type nucleic acid, wherein the target mutant nucleic acid corresponds to the wild type nucleic acid sequence and differs by at least one nucleotide from the wild type nucleic acid sequence, the method comprising subjecting a nucleic acid sample comprising a double-stranded wild type nucleic acid and a double-stranded target nucleic acid suspected of containing a mutation to a condition that destabilizes but does not completely denature the double stranded wild type and target mutant nucleic acids; contacting the destabilized double stranded wild type and target mutant nucleic acids with a pair of oligonucleotide probes, one of which is complementary to the wild type nucleic acid top strand and the other is complementary to the wild type nucleic acid bottom strand, to permit hybridization of the probes to their corresponding sequences on the wild type and target mutant nucleic acids thereby forming complementary wild-type- probe duplexes on top and bottom strands, and partially complementary target mutant-probe duplexes, wherein at least one of the probes overlaps the suspected mutation; and exposing the complementary wild-type-probe duplexes and the partially complementary target mutant-probe duplexes to a double strand-specific nuclease, wherein the DSN preferentially cleaves the complementary wild type - probe duplexes relative to the partially complementary target mutant-probe duplexes. subjecting a nucleic acid sample comprising a double-stranded wild type nucleic acid and a double-stranded target nucleic acid suspected of containing a mutation to a condition that destabilizes but does not completely denature the double stranded wild type and target mutant nucleic acids; contacting the destabilized double stranded wild type and target mutant nucleic acids with a pair of oligonucleotide probes, one of which is complementary to the wild type nucleic acid top strand and the other is complementary to the wild type nucleic acid bottom strand, to permit hybridization of the probes to their corresponding sequences on the wild type and target mutant nucleic acids thereby forming complementary wild-type- probe duplexes on top and bottom strands, and partially complementary target mutant-probe duplexes, wherein at least one of the probes overlaps the suspected mutation; and exposing the complementary wild-type-probe duplexes and the partially complementary target mutant-probe duplexes to a double strand-specific nuclease, wherein the DSN preferentially cleaves the complementary wild type - probe duplexes relative to the partially complementary target mutant-probe duplexes.
Rotor for an asynchronous rotating electrical machine with a non-through shaft comprising two half-shafts (11, 12) clamping a cylindrical magnetic mass and two short-circuit discs each sandwiched between the half-shafts and one of the ends of the magnetic mass, and conductive bars housed inside the magnetic mass and distributed evenly over at least one diameter of the magnetic mass such that the short-circuit discs and the conductive bars form a squirrel cage, characterised in that the surface of at least one half-shaft (11, 12) in contact with the short-circuit disc comprises at least one circular groove comprising a seal so as to form a tight contact between the half-shaft and the short-circuit disc.
A system for alerting a user to a potential unintended bolus delivery, the system comprising: a first fluid delivery system in fluid communication with a patient along a first fluid flow path, the first fluid delivery system having a receiver in communication with the first fluid flow path a second fluid delivery system in fluid communication with the patient along a second fluid flow path, the second fluid flow path connected to the first fluid flow path between the first fluid delivery system and the patient, the second fluid delivery system having a transmitter in communication with the second fluid flow path and the receiver; and a controller coupled to the receiver; the system being characterized in that the transmitter is configured to provide a signal that travels along the second fluid path prior to initiation of the second fluid delivery system to change fluid delivery to the patient from the second fluid delivery system; in that the receiver is configured to detect the signal as it travels along the first fluid path; and in that the controller is programmed to determine if the signal has been received by the receiver and to alert the user to a potential unintended bolus delivery if the signal has been received by the receiver. a first fluid delivery system in fluid communication with a patient along a first fluid flow path, the first fluid delivery system having a receiver in communication with the first fluid flow path a second fluid delivery system in fluid communication with the patient along a second fluid flow path, the second fluid flow path connected to the first fluid flow path between the first fluid delivery system and the patient, the second fluid delivery system having a transmitter in communication with the second fluid flow path and the receiver; and a controller coupled to the receiver; the system being characterized in that the transmitter is configured to provide a signal that travels along the second fluid path prior to initiation of the second fluid delivery system to change fluid delivery to the patient from the second fluid delivery system; in that the receiver is configured to detect the signal as it travels along the first fluid path; and in that the controller is programmed to determine if the signal has been received by the receiver and to alert the user to a potential unintended bolus delivery if the signal has been received by the receiver.
Angle grinder having at least one user interface which has at least a plurality of partial status output elements (14, 16) which are intended to each indicate a partial status of a handheld power tool, having at least one device status output element which is intended to indicate at least one device status of the handheld power tool that is derived from the partial status, characterized in that a first partial status output element is intended to indicate a state of charge of a rechargeable battery of the angle grinder, and a second partial status output element is intended to indicate a temperature status of the angle grinder.
Tabletting tool comprising at least one press opening for receiving tabletting punches (3, 4) and for compressing powdered or granular substances to form a tablet, wherein the tabletting tool is composed of ring segments, wherein the press opening extends along a centre axis and has a smallest opening width (d) transversely to the centre axis, and wherein an encircling circumferential wall of the press opening is formed directly in a ring segment, characterized in that the ring segment consists of steel and is hardened at least in the region of the circumferential wall of the press opening with a hardening depth (h), wherein a first reference value for the hardening depth (h) is equal to 2 mm, wherein a second reference value for the hardnening depth (h) is equal to 0.3 times the smallest opening width (d), and wherein the hardening depth (h) is at least equal to the smaller of the two reference values.
An in vivo method of magnetic resonance imaging comprising: injecting a solution comprising tagged supramolecular xenon cages into an individual; while ventilating said subject with a mixture of oxygen gas and hyperpolarized xenon gas such that xenon in the tagged supramolecular xenon cages exchange with the hyperpolarized xenon gas, thereby forming tagged supramolecular hyperpolarized xenon cages, said tagged supramolecular hyperpolarized xenon cages having a chemical shift frequency; applying a pulse at the chemical shift frequency, thereby depolarizing xenon in the tagged supramolecular hyperpolarized xenon cages; generating an on-resonance xenon magnetic resonance image of the individual at the chemical shift frequency; applying a pulse at an off-resonance frequency; generating an off-resonance xenon magnetic resonance image of the individual at the off-resonance frequency; and subtracting the off-resonance image from the on-resonance image, thereby imaging the location of the tagged supramolecular xenon cages within the individual. injecting a solution comprising tagged supramolecular xenon cages into an individual; while ventilating said subject with a mixture of oxygen gas and hyperpolarized xenon gas such that xenon in the tagged supramolecular xenon cages exchange with the hyperpolarized xenon gas, thereby forming tagged supramolecular hyperpolarized xenon cages, said tagged supramolecular hyperpolarized xenon cages having a chemical shift frequency; applying a pulse at the chemical shift frequency, thereby depolarizing xenon in the tagged supramolecular hyperpolarized xenon cages; generating an on-resonance xenon magnetic resonance image of the individual at the chemical shift frequency; applying a pulse at an off-resonance frequency; generating an off-resonance xenon magnetic resonance image of the individual at the off-resonance frequency; and subtracting the off-resonance image from the on-resonance image, thereby imaging the location of the tagged supramolecular xenon cages within the individual.
An Ni-based single crystal superalloy, which is a single crystal and has a chemical composition consisting of, as % by mass, Co: 8 to 12%, Cr: 5 to 7.5%, Mo: 0.2 to 1.2%, W: 5 to 7%, Al: 5 to 6.5%, Ta: 8 to 12%, Hf: 0.01 to 0.2%, Re: 2 to 4%, Si: 0.005 to 0.1%, with the balance of Ni and inevitable impurities. Co: 8 to 12%, Cr: 5 to 7.5%, Mo: 0.2 to 1.2%, W: 5 to 7%, Al: 5 to 6.5%, Ta: 8 to 12%, Hf: 0.01 to 0.2%, Re: 2 to 4%, Si: 0.005 to 0.1%,
An orifice plate assembly for use with a process variable transmitter for measuring flow of a process fluid, the orifice plate assembly comprising: a single piece body including: a circumferential support ring having a first face configured to be sealingly coupled to a first flange of a first process pipe and a second face configured to be sealingly coupled to a second flange of a second process pipe; a flow plate region positioned between the first and second process pipes having first and second sides and concentric with the circumferential support ring; at least one flow orifice in the flow plate region configured to provide a restricted fluid path between the first and second process pipes; a first pressure tap extending through the circumferential support ring and being coupled to a first bore hole, which extends to the first side of the flow plate region, wherein the first pressure tap and the first bore hole are configured to fluidically couple the process variable transmitter to the process fluid proximate the first side of the flow plate region; and a second pressure tap extending through the circumferential support ring and being coupled to a second bore hole, which extends to the second side of the flow plate region, wherein the second pressure tap and the second bore hole are configured to fluidically couple the process variable transmitter to the process fluid proximate the second side of the flow plate region, wherein the first pressure tap and the second pressure tap are radially offset from one another. a circumferential support ring having a first face configured to be sealingly coupled to a first flange of a first process pipe and a second face configured to be sealingly coupled to a second flange of a second process pipe; a flow plate region positioned between the first and second process pipes having first and second sides and concentric with the circumferential support ring; at least one flow orifice in the flow plate region configured to provide a restricted fluid path between the first and second process pipes; a first pressure tap extending through the circumferential support ring and being coupled to a first bore hole, which extends to the first side of the flow plate region, wherein the first pressure tap and the first bore hole are configured to fluidically couple the process variable transmitter to the process fluid proximate the first side of the flow plate region; and a second pressure tap extending through the circumferential support ring and being coupled to a second bore hole, which extends to the second side of the flow plate region, wherein the second pressure tap and the second bore hole are configured to fluidically couple the process variable transmitter to the process fluid proximate the second side of the flow plate region, wherein the first pressure tap and the second pressure tap are radially offset from one another.
A method for flanging or widening an end of a metal tube, the method comprising: (i) coupling a cylindrical body of an insert to a chuck of a drill or an electric screwdriver, wherein the insert comprises a flanging tip with a stage, wherein the flanging tip has a thin flat shape and a plurality of rounded corners; (ii) activating the drill or the electric screwdriver to spin the insert via the cylindrical body; and (iii) inserting the flanging tip that is spinning into the end of the metal tube so as to heat the end of the metal tube via friction generated between the flanging tip that is spinning and the end of the metal tube and thereby flange or widen the end of the metal tube via the flanging tip. (i) coupling a cylindrical body of an insert to a chuck of a drill or an electric screwdriver, wherein the insert comprises a flanging tip with a stage, wherein the flanging tip has a thin flat shape and a plurality of rounded corners; (ii) activating the drill or the electric screwdriver to spin the insert via the cylindrical body; and (iii) inserting the flanging tip that is spinning into the end of the metal tube so as to heat the end of the metal tube via friction generated between the flanging tip that is spinning and the end of the metal tube and thereby flange or widen the end of the metal tube via the flanging tip.
Planetary transmission with a planet stage, rotating in a transmission housing, for a wind power plant provided with a rotor, the planet stage consisting of a planet carrier, which has two side cheeks connected to one another by means of webs, and of a plurality of planet wheels which are mounted via planet-wheel bearings in the planet carrier and are in engagement, on the one hand, with a central sunwheel and, on the other hand, with a ring wheel, an oil guide duct being connected at one end to an oil inflow connected to an oil feed pump and being connected at the other end, via an annular groove, to a plurality of oil guide ducts led through one of the side cheeks of the planet carrier, the oil guide ducts in the side cheek of the planet carrier terminating in each case at the contact surface between the planet carrier and the axles of the planet wheels, and oil guide ducts (23, 24, 25) being led through the axles of all the planet wheels being connected to the oil guide ducts in the planet carrier, and being open towards the planet-wheel bearings, characterized in that the planet carrier is firmly connected to the rotor and the ring wheel is firmly connected to the transmission housing, - in that the oil inflow is led through the wall of the transmission housing, - in that the oil guide duct penetrates through an insert ring which is arranged firmly in the transmission housing, and - in that a gap is formed between the insert ring and the planet carrier, the gap thickness and gap length being defined such that when lubricating oil for the planet-wheel bearings is transported between the transmission housing and the planet carrier, only an insignificant calculatable percentage of a feed quantity of lubricating oil leaks into an oil sump of the planetary transmission, while the planet-wheel bearings can be permanently supplied with a determinable quantity of lubricating oil by forced-feed lubrication. - in that the oil inflow is led through the wall of the transmission housing, - in that the oil guide duct penetrates through an insert ring which is arranged firmly in the transmission housing, and - in that a gap is formed between the insert ring and the planet carrier, the gap thickness and gap length being defined such that when lubricating oil for the planet-wheel bearings is transported between the transmission housing and the planet carrier, only an insignificant calculatable percentage of a feed quantity of lubricating oil leaks into an oil sump of the planetary transmission, while the planet-wheel bearings can be permanently supplied with a determinable quantity of lubricating oil by forced-feed lubrication.
Honing tool for machining an inner face of a bore in a workpiece with the aid of at least one honing operation, in particular for honing cylinder surfaces in the production of cylinder blocks or cylinder liners for reciprocating piston engines, comprising: a tool body that defines a tool axis; a first cutting group, attached to the tool body, having a plurality of radially feedable first carriers that are feedable radially with respect to the tool axis by means of an associated first cutting group feeding system, and a second cutting group, attached to the tool body, having a plurality of radially feedable second carriers that are feedable radially with respect to the tool axis (112, 412), independently of the first carriers, by means of an associated second cutting group feeding system, wherein each second carrier carries, on its radial outer side (154, 454), a single narrow second cutting material body, characterized in that each first carrier covers, on its radial outer side, a circumferential angle range of at least 20° and carries, on the outer side (154, 454), a single first cutting material body that is wide in the circumferential direction or a plurality of narrow first cutting material bodies that are arranged in a manner spaced apart from one another; and all the cutting material bodies (140-1, 140-2) of the first and the second cutting group are arranged in an axially short cutting region that has a length, measured in the axial direction, which is much less than an effective outside diameter of the cutting groups with the cutting material bodies fully retracted. a tool body that defines a tool axis; a first cutting group, attached to the tool body, having a plurality of radially feedable first carriers that are feedable radially with respect to the tool axis by means of an associated first cutting group feeding system, and a second cutting group, attached to the tool body, having a plurality of radially feedable second carriers that are feedable radially with respect to the tool axis (112, 412), independently of the first carriers, by means of an associated second cutting group feeding system, wherein each second carrier carries, on its radial outer side (154, 454), a single narrow second cutting material body, characterized in that each first carrier covers, on its radial outer side, a circumferential angle range of at least 20° and carries, on the outer side (154, 454), a single first cutting material body that is wide in the circumferential direction or a plurality of narrow first cutting material bodies that are arranged in a manner spaced apart from one another; and all the cutting material bodies (140-1, 140-2) of the first and the second cutting group are arranged in an axially short cutting region that has a length, measured in the axial direction, which is much less than an effective outside diameter of the cutting groups with the cutting material bodies fully retracted.
A turbine engine having a fan case surrounding a set of fan blades rotating about a central axis of a turbine engine, the fan case comprising: a steel support structure shell including first, second and third annular axial walls of sheet metal in an axial series, the second annular axial wall having a diameter greater than a diameter of the respective first and third annular axial walls, a plurality of radially extending rings including a first ring radially interconnecting the first and second annular axial walls and a second ring radially interconnecting the second and third annular axial walls; a layer of honeycomb material secured to a radially inner side of the support structure shell; an annular metallic inner axial wall positioned within and secured to the support structure shell, at least part of the honeycomb material being sandwiched radially between the annular metallic inner axial wall and the second annular axial wall and the annular metallic inner axial wall being embedded in the honeycomb material; and a layer of containment fabric material wrapped around a radial outer surface of the second annular axial wall. a steel support structure shell including first, second and third annular axial walls of sheet metal in an axial series, the second annular axial wall having a diameter greater than a diameter of the respective first and third annular axial walls, a plurality of radially extending rings including a first ring radially interconnecting the first and second annular axial walls and a second ring radially interconnecting the second and third annular axial walls; a layer of honeycomb material secured to a radially inner side of the support structure shell; an annular metallic inner axial wall positioned within and secured to the support structure shell, at least part of the honeycomb material being sandwiched radially between the annular metallic inner axial wall and the second annular axial wall and the annular metallic inner axial wall being embedded in the honeycomb material; and a layer of containment fabric material wrapped around a radial outer surface of the second annular axial wall.