mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising a proton-binding, crosslinked amine polymer comprising the residue of an amine corresponding to Formula 2: wherein said crosslinked amine polymer is crosslinked with a crosslinking agent that may be used in substitution polymerization reactions and post-polymerization crosslinking reactions, wherein the crosslinking agent is one or more of: dihaloalkane, di(haloalkyl)amine, tri(haloalkyl) amine, bis(halomethyl)benzenes, tri(halomethyl)benzene, tetra(halomethyl)benzene, 1,2-dibromoethane, 1,3-dichloropropane, 1,2-dichloroethane, 1-bromo-2-chloroethane, 1,3-dibromopropane, bis(2-chloroethyl)amine, tris(2-chloroethyl)amine, bis(2-chloroethyl)methylamine, bis(halomethyl)benzene, bis(halomethyl)biphenyl, bis(halomethyl)naphthalene, 1,2-bis(3-chloropropylamino)ethane, bis(3-chloropropyl)amine, or 1,3-dichloropropane, and wherein m and n are independently non-negative integers; R 10, R 20, R 30, and R 40 are independently hydrogen, hydrocarbyl, or substituted hydrocarbyl; X 1 is X 2 is hydrocarbyl or substituted hydrocarbyl; each X 11 is independently hydrogen, hydrocarbyl, substituted hydrocarbyl, hydroxy, or amino; and z is a non-negative number, the crosslinked amine polymer has (i) an equilibrium proton binding capacity of at least 5 mmol/g and a chloride ion binding capacity of at least 5 mmol/g in an aqueous simulated gastric fluid buffer ("SGF") containing 35 mM NaCl and 63 mM HCl at pH 1.2 and 37 °C, (ii) an equilibrium swelling ratio in deionized water of about 2 or less, and (iii) a chloride ion to phosphate ion binding molar ratio of at least 1:1, respectively, in an aqueous simulated small intestine inorganic buffer ("SIB") containing 36 mM NaCl, 20 mM NaH 2 PO 4, and 50 mM 2-(N-morpholino)ethanesulfonic acid buffered to pH 5.5 and at 37 °C. wherein said crosslinked amine polymer is crosslinked with a crosslinking agent that may be used in substitution polymerization reactions and post-polymerization crosslinking reactions, wherein the crosslinking agent is one or more of: dihaloalkane, di(haloalkyl)amine, tri(haloalkyl) amine, bis(halomethyl)benzenes, tri(halomethyl)benzene, tetra(halomethyl)benzene, 1,2-dibromoethane, 1,3-dichloropropane, 1,2-dichloroethane, 1-bromo-2-chloroethane, 1,3-dibromopropane, bis(2-chloroethyl)amine, tris(2-chloroethyl)amine, bis(2-chloroethyl)methylamine, bis(halomethyl)benzene, bis(halomethyl)biphenyl, bis(halomethyl)naphthalene, 1,2-bis(3-chloropropylamino)ethane, bis(3-chloropropyl)amine, or 1,3-dichloropropane, and wherein m and n are independently non-negative integers; R 10, R 20, R 30, and R 40 are independently hydrogen, hydrocarbyl, or substituted hydrocarbyl; X 1 is X 2 is hydrocarbyl or substituted hydrocarbyl; each X 11 is independently hydrogen, hydrocarbyl, substituted hydrocarbyl, hydroxy, or amino; and z is a non-negative number,
A control system for use in a subterranean well, the system comprising: a well tool; an actuator including an actuator piston which displaces to operate the well tool; and a control module interconnected between the actuator and first and second fluid lines (26, 28), a pressure differential from the first line to the second line being operative to displace the actuator piston and operate the well tool, characterised by the control module being operative to meter a predetermined volume of fluid from the actuator to the second line, to thereby limit displacement of the actuator piston in response to each of multiple increases in the pressure differential from the first line to the second line. a well tool; an actuator including an actuator piston which displaces to operate the well tool; and a control module interconnected between the actuator and first and second fluid lines (26, 28), a pressure differential from the first line to the second line being operative to displace the actuator piston and operate the well tool, characterised by the control module being operative to meter a predetermined volume of fluid from the actuator to the second line, to thereby limit displacement of the actuator piston in response to each of multiple increases in the pressure differential from the first line to the second line.
A truss assembly (500,600,700,800,830,860) for a vehicle comprising support structures such as sidewalls and floor beams, the truss assembly comprising: at least first and second grids (876, 878, 880) configured to provide structural support for system equipment electrically and mechanically coupled thereto, each of the first and second grids comprising a plurality of connected segments joined at nodes to other segments to form a pattern of open cells which, when installed in the vehicle, extends at least partly between certain support structures of the vehicle; wherein at least a portion of the first grid overlaps at least a portion of the second grid, wherein the first and second grids are configured to carry different voltages relative to one another by varying characteristics of one grid with respect to the other such as the cross-section of segments of the grids, the thickness, the pattern, the shape of the cells, the size of the cells, and the density of the nodes. at least first and second grids (876, 878, 880) configured to provide structural support for system equipment electrically and mechanically coupled thereto, each of the first and second grids comprising a plurality of connected segments joined at nodes to other segments to form a pattern of open cells which, when installed in the vehicle, extends at least partly between certain support structures of the vehicle; wherein at least a portion of the first grid overlaps at least a portion of the second grid, wherein the first and second grids are configured to carry different voltages relative to one another by varying characteristics of one grid with respect to the other such as the cross-section of segments of the grids, the thickness, the pattern, the shape of the cells, the size of the cells, and the density of the nodes.
A method of producing a multi-layered absorbent article having two or more colored regions, the method comprising the steps of: a. providing an absorbent article converting line; b. supplying a first substrate to the converting line; c. printing a first colored region to the first substrate using contact printing at a contact printing station; d. supplying a second substrate to the converting line; e. printing a second colored region to the second substrate using non-contact printing at a non-contact printing station; and f. combining the first substrate having a first colored region with the second substrate having a second colored region to produce an absorbent article; wherein the first colored region is printed to a surface of the first substrate that faces the second substrate and the second colored region is printed to a surface of the second substrate that faces the first substrate, and wherein the absorbent article is at least one of sanitary napkins, pantiliners, tampons, interlabial devices, infant diapers, children's training pants, adult incontinence products, or absorbent wipes. a. providing an absorbent article converting line; b. supplying a first substrate to the converting line; c. printing a first colored region to the first substrate using contact printing at a contact printing station; d. supplying a second substrate to the converting line; e. printing a second colored region to the second substrate using non-contact printing at a non-contact printing station; and f. combining the first substrate having a first colored region with the second substrate having a second colored region to produce an absorbent article;
A recombinant influenza hemagglutinin polypeptide, comprising the amino acid sequence of residues 2-566 of SEQ ID NO: 1 or residues 2-567 of SEQ ID NO: 3.
A method performed by a user equipment, UE, the method comprising: receiving, from a base station, a fractional subframe transmission on a channel in an unlicensed spectrum, after the channel is sensed to be idle; identifying, from the fractional subframe transmission, that a start position of the fractional subframe transmission is one of a plurality of potential positions, wherein, the plurality of potential positions is set in advance on the unlicensed spectrum, each of the plurality of potential positions is mutually spaced with an interval of a duration of a plurality of symbols, the plurality of potential positions is located within a subframe, and the plurality of potential positions includes symbol 0 in the subframe. receiving, from a base station, a fractional subframe transmission on a channel in an unlicensed spectrum, after the channel is sensed to be idle; identifying, from the fractional subframe transmission, that a start position of the fractional subframe transmission is one of a plurality of potential positions, wherein, the plurality of potential positions is set in advance on the unlicensed spectrum, each of the plurality of potential positions is mutually spaced with an interval of a duration of a plurality of symbols, the plurality of potential positions is located within a subframe, and the plurality of potential positions includes symbol 0 in the subframe. the plurality of potential positions is set in advance on the unlicensed spectrum, each of the plurality of potential positions is mutually spaced with an interval of a duration of a plurality of symbols, the plurality of potential positions is located within a subframe, and the plurality of potential positions includes symbol 0 in the subframe.
A computer-implemented method of establishing an uncertainty for obtained values of a one-dimensional logging parameter mapped to a three-dimensional volume, comprising: relating the obtained values of the logging parameter to a volumetric parameter of the three-dimensional volume; obtaining a set of representative data points relating the obtained values of the logging parameter to the volumetric parameter, wherein obtaining the representative set of data points comprises sorting the values of the logging parameter into a plurality of bins defined over the volumetric parameter, and obtaining a representative data point for each selected bin; obtaining a plurality of regression curves related to the set of representative data points, wherein obtaining a regression curve includes: (i) adding a random error to data points of the set of representative data points to obtain a set of randomized data points, and (ii) performing a regression analysis using the set of randomized data points; the method further comprising obtaining curve parameters for the regression curve and using the curve parameters to obtain realized data points of the logging parameter; and using the plurality of regression curves to establish the uncertainty for the values of the logging parameter in the three-dimensional volume, the method further comprising obtaining at least one confidence interval using the realized data points. relating the obtained values of the logging parameter to a volumetric parameter of the three-dimensional volume; obtaining a set of representative data points relating the obtained values of the logging parameter to the volumetric parameter, wherein obtaining the representative set of data points comprises sorting the values of the logging parameter into a plurality of bins defined over the volumetric parameter, and obtaining a representative data point for each selected bin; obtaining a plurality of regression curves related to the set of representative data points, wherein obtaining a regression curve includes: (i) adding a random error to data points of the set of representative data points to obtain a set of randomized data points, and (ii) performing a regression analysis using the set of randomized data points; (i) adding a random error to data points of the set of representative data points to obtain a set of randomized data points, and (ii) performing a regression analysis using the set of randomized data points; the method further comprising obtaining curve parameters for the regression curve and using the curve parameters to obtain realized data points of the logging parameter; and using the plurality of regression curves to establish the uncertainty for the values of the logging parameter in the three-dimensional volume, the method further comprising obtaining at least one confidence interval using the realized data points.
A device for repair or replacement of a native atrioventricular valve having an annulus and a plurality of leaflets, the device has a delivery configuration and is configured to be delivered intravascularly to a desired location in the heart while in delivery configuration within a delivery catheter, the device comprising: an expandable valve support configured for placement between the leaflets, the support being an inner frame having a first region, a second region being longitudinally spaced apart from the first region, and an interior in which a valve may be coupled; an anchoring member being an outer frame having a first portion and a second portion being longitudinally spaced apart from the first portion, wherein the second portion of the anchoring member is coupled to the second region of the valve support and wherein the valve support is at least partially within the anchoring member, and wherein the first portion of the anchoring member extends outwardly away from the second region of the expandable valve support and is radially separated from the valve support by a gap, the first portion of the anchoring member having a first perimeter configured to engage tissue selected from an inward-facing surface of the annulus and an inward facing surface of the leaflets under the annulus; and a valve coupled to the valve support to inhibit retrograde blood flow, wherein at least the first portion of the anchoring member is mechanically isolated from the valve support such that a force exerted radially at or near the first perimeter will not substantially alter a shape of the valve support. an expandable valve support configured for placement between the leaflets, the support being an inner frame having a first region, a second region being longitudinally spaced apart from the first region, and an interior in which a valve may be coupled; an anchoring member being an outer frame having a first portion and a second portion being longitudinally spaced apart from the first portion, wherein the second portion of the anchoring member is coupled to the second region of the valve support and wherein the valve support is at least partially within the anchoring member, and wherein the first portion of the anchoring member extends outwardly away from the second region of the expandable valve support and is radially separated from the valve support by a gap, the first portion of the anchoring member having a first perimeter configured to engage tissue selected from an inward-facing surface of the annulus and an inward facing surface of the leaflets under the annulus; and a valve coupled to the valve support to inhibit retrograde blood flow, wherein at least the first portion of the anchoring member is mechanically isolated from the valve support such that a force exerted radially at or near the first perimeter will not substantially alter a shape of the valve support.
A system comprising a tissue log cutting saw and a blade storage array (22, wherein the saw has: a cutting arm with a tool holder receptacle for holding a circular saw blade for the saw and a saw house; the circular saw blade being rotatable about a center axis on the saw cutting arm; the blade center axis being generally parallel to a direction of travel of the tissue log through the saw; the array comprising a housing holding a plurality of storage units; each storage unit for storing a circular saw blade for the saw; each storage unit having a tool holder receptacle for holding a circular saw blade; characterized in that: the array is detachably mountable to a structure of the saw; and each storage unit is moveable perpendicularly to the saw blade center axis in a linear movement from the array into the saw house. a cutting arm with a tool holder receptacle for holding a circular saw blade for the saw and a saw house; the circular saw blade being rotatable about a center axis on the saw cutting arm; the blade center axis being generally parallel to a direction of travel of the tissue log through the saw; the array comprising a housing holding a plurality of storage units; each storage unit for storing a circular saw blade for the saw; each storage unit having a tool holder receptacle for holding a circular saw blade; the array is detachably mountable to a structure of the saw; and each storage unit is moveable perpendicularly to the saw blade center axis in a linear movement from the array into the saw house.
A pusher for delivering a medical implant, comprising: an elongated pusher body comprising a plurality of hypotubes, and having a proximal end and a distal end; and, a heater circuit comprising a heater located at said distal end of said elongated pusher body and configured to generate heat to sever a tether detachably coupling the medical implant to the elongated pusher body, a first electrical contact being tubular, located near said proximal end of said elongated pusher body and being in electrical communication with said heater via a first lead wire, and a second electrical contact being tubular, located proximally adjacent of the first electrical contact, and being in electrical communication with said heater via a second lead wire; characterized by: a third electrical contact that is a hypotube located proximally adjacent of the second electrical contact, being electrically isolated from said heater circuit and configured to be used by a power supply to sense if said pusher is seated in said power supply to deliver power to said first contact and said second contact. an elongated pusher body comprising a plurality of hypotubes, and having a proximal end and a distal end; and, a heater circuit comprising a heater located at said distal end of said elongated pusher body and configured to generate heat to sever a tether detachably coupling the medical implant to the elongated pusher body, a first electrical contact being tubular, located near said proximal end of said elongated pusher body and being in electrical communication with said heater via a first lead wire, and a second electrical contact being tubular, located proximally adjacent of the first electrical contact, and being in electrical communication with said heater via a second lead wire; characterized by: a third electrical contact that is a hypotube located proximally adjacent of the second electrical contact, being electrically isolated from said heater circuit and configured to be used by a power supply to sense if said pusher is seated in said power supply to deliver power to said first contact and said second contact.
A method for the recycling of organic household- and industrial waste, including a first and a second step of a pyrolysis, a separation of pyrolysis products into fractions and a recycling of each fraction for the extraction of useful products, wherein the second pyrolysis step is carried out with simultaneous electromagnetic action on the pyrolysis products, characterized in that the electromagnetic action is undertaken periodically by means of an electrical discharge with a breakdown voltage of 10 to 50 kV and with a discharge frequency of 3 to 500 Hz.
A ship with a bulkhead seal in the region of shaft feed-throughs by the use of adjustable sealing rings of corresponding segments that are aligned in parallel, which in each case are adjustably aligned by means of interlocking joints, and which, for purposes of radial adjustment and seating on the shaft act by means of an adjustable segmented compression ring on the segments of the sealing rings, and, via housed annular springs acting as tension springs, press the sealing rings against the housed shaft, wherein the sealing rings and compression rings are arranged in a housing connected with a bulkhead wall, characterised in that, adjustment devices acting radially relative to the shaft are assigned to the individual segments of the sealing rings in the housing, wherein each adjustment device has a piston rod guided outwards between the sealing rings (5, 6), which piston rod at one end carries a follower element, which engages in assigned seatings of the segments of the sealing rings (5, 6) for purposes of raising the latter, and above the sealing rings (5, 6) a piston chamber is arranged with an adjustable piston at the end of the piston rod, and by means of a controllable pressure medium the piston can be adjusted into one end position of the piston chamber for purposes of raising the segments of the sealing rings (5, 6) at a distance from the shaft against the force of a compression spring assigned above the piston and the ring springs of the compression rings, and in the unpressurised state the piston can be adjusted downwards by means of the compression spring, and the ring springs can be applied via the compression ring onto the segments of the sealing rings (5, 6) to provide a sealing seating onto the shaft.
A clamping device comprising a supporting device and a suction unit for suctioning a workpiece to be clamped, wherein the supporting device has a housing forming a cylinder, on which housing there are provided at least three axially displaceable positioning pins, which protrude in an axial direction, wherein, in addition to the positioning pins, a piston is also arranged in the cylinder and is movable along the axial direction, wherein a clamping collet is provided on each positioning pin, wherein the piston acts on all clamping collets in such a way that the piston, in its clamping position, acts on the outer surface of said clamping collets directly or indirectly and exerts a radial force thereonto, such that the positioning pin is radially shifted in the housing and arrested along the axial direction, wherein the clamping collet surrounds the positioning pin and the positioning pin is displaceable in the clamping collet along the axial direction, characterised in that the clamping collet has a conical or truncated cone-shaped outer contour.
Seating system that has a vertical support with a table surface and with a carrying arm connected to the vertical support that carries a seat shell at its free end, wherein the carrying arm and the seat shell can be swivelled together from an end position into free positions in the horizontal plane and the seat shell is connected to the carrying arm so as to be able to swivel about an axis of rotation, and with a lifting element that lifts the seat shell with respect to the carrying arm, characterized in that the seat shell can be moved by the lifting element between a locked position and a seating position, wherein the seat shell is locked in the locked position in unloaded condition in order to avoid a swivelling of the seat shell with respect to the carrying arm.