mhurhangee/ep-ind-claims huggingface dataset:
An oxyfuel gas turbine system comprising: an oxygen stream; a carbon dioxide stream; a control fuel stream; a combustion unit configured to receive the oxygen stream, the carbon dioxide stream, and a reformed control fuel stream, and combust the reformed control fuel stream, the carbon dioxide stream, and the oxygen stream to produce a gaseous combustion stream having substantially carbon dioxide and water, wherein the gaseous combustion stream has a temperature of at least 982°C (1800 °F); a turbine configured to receive the gaseous combustion stream, expand the gaseous combustion stream, and exhaust the expanded gaseous combustion stream as a turbine discharge stream, wherein the turbine discharge stream has a temperature of at least 649°C (1200 °F); a plenum in fluid communication with the turbine for receiving the turbine discharge stream, wherein the plenum has a center line length between 10 and 30 meters or greater than 30 meters and provide a residence time between 0.1 and 10 seconds during which at least 50% of one individual component of the turbine discharge stream reacts chemically towards equilibrium and is converted to an equilibrium product in a plenum exhaust stream at an exit of the plenum; and a steam reformer in fluid communication with the plenum and configured to use heat from the plenum exhaust stream to reform water and methane in the control fuel stream into the reformed control fuel comprising hydrogen and carbon monoxide. an oxygen stream; a carbon dioxide stream; a control fuel stream; a combustion unit configured to receive the oxygen stream, the carbon dioxide stream, and a reformed control fuel stream, and combust the reformed control fuel stream, the carbon dioxide stream, and the oxygen stream to produce a gaseous combustion stream having substantially carbon dioxide and water, wherein the gaseous combustion stream has a temperature of at least 982°C (1800 °F); a turbine configured to receive the gaseous combustion stream, expand the gaseous combustion stream, and exhaust the expanded gaseous combustion stream as a turbine discharge stream, wherein the turbine discharge stream has a temperature of at least 649°C (1200 °F); a plenum in fluid communication with the turbine for receiving the turbine discharge stream, wherein the plenum has a center line length between 10 and 30 meters or greater than 30 meters and provide a residence time between 0.1 and 10 seconds during which at least 50% of one individual component of the turbine discharge stream reacts chemically towards equilibrium and is converted to an equilibrium product in a plenum exhaust stream at an exit of the plenum; and a steam reformer in fluid communication with the plenum and configured to use heat from the plenum exhaust stream to reform water and methane in the control fuel stream into the reformed control fuel comprising hydrogen and carbon monoxide.
A method for modifying a template double stranded polynucleotide, comprising: (a) contacting the template polynucleotide with a MuA transposase and a population of double stranded MuA substrates each comprising (i) at least one overhang and (ii) at least one hairpin loop in the opposite strand from the strand comprising the at least one overhang such that the transposase fragments the template polynucleotide and ligates a substrate to one or both ends of the double stranded fragments and thereby produces a plurality of fragment/substrate constructs; (b) contacting the fragment/substrate constructs with a polymerase such that the polymerase displaces the strands comprising the overhangs and replaces them with strands which complement the strands comprising the hairpin loops and thereby produces a plurality of double stranded constructs each comprising a double stranded fragment of the template polynucleotide; and (c) separating the two strands of the double stranded constructs and using the strands as templates to form a plurality of modified double stranded polynucleotides each comprising two complementary strands linked by at least one hairpin loop. (a) contacting the template polynucleotide with a MuA transposase and a population of double stranded MuA substrates each comprising (i) at least one overhang and (ii) at least one hairpin loop in the opposite strand from the strand comprising the at least one overhang such that the transposase fragments the template polynucleotide and ligates a substrate to one or both ends of the double stranded fragments and thereby produces a plurality of fragment/substrate constructs; (b) contacting the fragment/substrate constructs with a polymerase such that the polymerase displaces the strands comprising the overhangs and replaces them with strands which complement the strands comprising the hairpin loops and thereby produces a plurality of double stranded constructs each comprising a double stranded fragment of the template polynucleotide; and (c) separating the two strands of the double stranded constructs and using the strands as templates to form a plurality of modified double stranded polynucleotides each comprising two complementary strands linked by at least one hairpin loop.
A surgical portal assembly, which comprises: a portal adapted to provide access to underlying tissue and having a longitudinal opening extending along a longitudinal axis of the portal, and defining proximal and distal ends; and a seal, having trailing, leading and internal surfaces defining a median axis "m" between the trailing and leading surfaces, wherein centrally located recesses (308, 310) one on each of the trailing and leading surfaces define with the internal surfaces a central seal aperture for reception and passage of a surgical object introduced through the portal, the seal including: a seal element comprising a gel material and first and second fabric layers (304, 306) attached to the respective trailing and leading faces of the seal element characterized by: the centrally located recesses (308, 310) leading into the seal passage with each recess (308, 310) arranged to define an outward curved parabolic profile extending towards the median axis "m" of the seal to assist in insertion and withdrawal of the surgical object through the seal passage. a portal adapted to provide access to underlying tissue and having a longitudinal opening extending along a longitudinal axis of the portal, and defining proximal and distal ends; and a seal, having trailing, leading and internal surfaces defining a median axis "m" between the trailing and leading surfaces, wherein centrally located recesses (308, 310) one on each of the trailing and leading surfaces define with the internal surfaces a central seal aperture for reception and passage of a surgical object introduced through the portal, the seal including: a seal element comprising a gel material and first and second fabric layers (304, 306) attached to the respective trailing and leading faces of the seal element the centrally located recesses (308, 310) leading into the seal passage with each recess (308, 310) arranged to define an outward curved parabolic profile extending towards the median axis "m" of the seal to assist in insertion and withdrawal of the surgical object through the seal passage.
A method for processing lignocellulose, comprising the step of: a) contacting a lignocellulosic substrate with a biphasic liquid system in a reaction vessel, the biphasic liquid system comprising a first, aqueous phase and a second, organic phase which is at least partially immiscible with the first, aqueous phase under the conditions under which step a) is performed, wherein the first, aqueous phase further comprises a carboxylic acid catalyst and wherein the second, organic phase comprises a solvent comprising cyclic ethers, with the proviso that said solvent does not comprise a hydroxyl group or hydroxyl groups. a) contacting a lignocellulosic substrate with a biphasic liquid system in a reaction vessel, the biphasic liquid system comprising a first, aqueous phase and a second, organic phase which is at least partially immiscible with the first, aqueous phase under the conditions under which step a) is performed, wherein the first, aqueous phase further comprises a carboxylic acid catalyst and wherein the second, organic phase comprises a solvent comprising cyclic ethers, with the proviso that said solvent does not comprise a hydroxyl group or hydroxyl groups.
A spiral unit into which an insertion section of an introduction apparatus having a longitudinal axis is to be inserted, and which is rotatable relative to the insertion section in a state of being disposed on the insertion section, the spiral unit comprising: a tube body which is configured to be arranged along the longitudinal axis, and has a spiral fin arranged on an outer peripheral surface thereof; and a taper section with a tubular shape which is provided on at least one of a distal end side and a proximal end side of the tube body along the longitudinal axis, has a proximal part close to the tube body and a distal part apart from the tube body, has an outer periphery that is diameter-reduced toward the longitudinal axis more at the distal part than at the proximal part along the longitudinal axis, and is configured to exert an inner diameter reducing force to an outer peripheral surface of the insertion section at the distal part in the range where sliding is possible in a periaxial direction of the longitudinal axis; characterized in that the spiral unit further comprises: an expanded diameter holder which is removably arranged in the taper section, and configured to maintain a state that the inner diameter of the taper section is expanded to allow insertion of the insertion section into the taper section and to regulate reduction of the inner diameter of the taper section, wherein the taper section is configured to exert the inner diameter reducing force when the expanded diameter holder is removed and more at the distal part than the proximal part. a tube body which is configured to be arranged along the longitudinal axis, and has a spiral fin arranged on an outer peripheral surface thereof; and a taper section with a tubular shape which is provided on at least one of a distal end side and a proximal end side of the tube body along the longitudinal axis, has a proximal part close to the tube body and a distal part apart from the tube body, has an outer periphery that is diameter-reduced toward the longitudinal axis more at the distal part than at the proximal part along the longitudinal axis, and is configured to exert an inner diameter reducing force to an outer peripheral surface of the insertion section at the distal part in the range where sliding is possible in a periaxial direction of the longitudinal axis; characterized in that the spiral unit further comprises: an expanded diameter holder which is removably arranged in the taper section, and configured to maintain a state that the inner diameter of the taper section is expanded to allow insertion of the insertion section into the taper section and to regulate reduction of the inner diameter of the taper section, wherein the taper section is configured to exert the inner diameter reducing force when the expanded diameter holder is removed and more at the distal part than the proximal part.
A processor-implemented method for inhibiting local input at a remotely-booted computer (100, 200), comprising: receiving a wake-on-LAN signal at the computer from a network while the computer (100, 200) is in a low-power state; setting an indicator indicative of a wake-on-LAN condition and accessible by an operating system of the computer (100, 200); loading the operating system; and disregarding (308, 500) input received from a local user input device when the indicator is set; characterised in that loading the operating system comprises loading a filter driver for the local user input device of the computer (100, 200), the filter driver to intercept input from the device to a function driver for the device. receiving a wake-on-LAN signal at the computer from a network while the computer (100, 200) is in a low-power state; setting an indicator indicative of a wake-on-LAN condition and accessible by an operating system of the computer (100, 200); loading the operating system; and disregarding (308, 500) input received from a local user input device when the indicator is set; characterised in that loading the operating system comprises loading a filter driver for the local user input device of the computer (100, 200), the filter driver to intercept input from the device to a function driver for the device.
An electrochemical process for producing glucose and glucose precursors having the general formula C n H 2n O n, wherein n represents 2, 3, 4, 5, or 6, the process comprising reacting water and carbon dioxide gas dissolved therein in the presence of at least one melanin device and a source of electromagnetic energy, wherein the at least one melanin device comprises melanin and a substrate to prevent the melanin from being dispersed throughout the water.
An implantable medical device comprising a composite material comprising a first biological component having a biomatrix and a second non-biological component; wherein the first component is a sheet that has been wrapped around at least a portion of the second component and wherein, after formation of a wrapped sheet, a portion of the second component has then been rolled or folded over a portion of the wrapped sheet.
A non-heat resistant magnetic domain treated grain-oriented electrical steel sheet comprising: a forsterite base film formed on a surface of the steel sheet; and an insulating tension coating mainly composed of colloidal silica and phosphate formed on the base film, wherein the surface roughness of the forsterite base film in arithmetic mean roughness Ra is 0.2 to 4.0 μm and when contents (mass%) of Ti, Al, and Fe in the forsterite base film, obtained through quantitative analysis by applying correction with the ZAF method to results of fluorescent X-ray analysis on the surface of the steel sheet after removing the insulating tension coating are each specified as FX(Ti), FX(Al), and FX(Fe), the following formulas and are satisfied, FX Ti / FX Al ≥ 0.15 FX Ti / FX Fe ≥ 0.004 the frequency of crystal boundaries of secondary recrystallized grains in the direction orthogonal to the rolling direction is 20 grain boundaries/100 mm or less, and when the mean thickness of the forsterite base film is specified as t(Fo), and the thickness of the insulating tension coating is specified as t, the following formula is satisfied: t Fo / t C ≥ 0.3 a forsterite base film formed on a surface of the steel sheet; and an insulating tension coating mainly composed of colloidal silica and phosphate formed on the base film, wherein the surface roughness of the forsterite base film in arithmetic mean roughness Ra is 0.2 to 4.0 μm and when contents (mass%) of Ti, Al, and Fe in the forsterite base film, obtained through quantitative analysis by applying correction with the ZAF method to results of fluorescent X-ray analysis on the surface of the steel sheet after removing the insulating tension coating are each specified as FX(Ti), FX(Al), and FX(Fe), the following formulas and are satisfied, FX Ti / FX Al ≥ 0.15 FX Ti / FX Fe ≥ 0.004 the frequency of crystal boundaries of secondary recrystallized grains in the direction orthogonal to the rolling direction is 20 grain boundaries/100 mm or less, and when the mean thickness of the forsterite base film is specified as t(Fo), and the thickness of the insulating tension coating is specified as t, the following formula is satisfied: t Fo / t C ≥ 0.3
An electronic circuit board assembly for a tip section of a multi-viewing elements endoscope, the assembly comprising: a base board; a first printed circuit board; a first sensor; a second printed circuit board; a second sensor; a first metal frame including an opening, a top surface a bottom surface, and protrusions extending from the bottom surface, wherein the first frame is configured to receive the first sensor and the first printed circuit board, wherein the first frame is positioned at one end of the base board; a second metal frame configured to receive the second sensor and the second printed circuit board, said second metal frame having protrusions extending from a bottom surface thereof and wherein the second frame is positioned on the base board adjacent to the first frame; a first lens assembly coupled to the first frame; a second lens assembly coupled to the second frame; arrd and wherein the protrusions (3844a, 3844b) extend through corresponding openings in the base board. a base board; a first printed circuit board; a first sensor; a second printed circuit board; a second sensor; a first metal frame including an opening, a top surface a bottom surface, and protrusions extending from the bottom surface, wherein the first frame is configured to receive the first sensor and the first printed circuit board, wherein the first frame is positioned at one end of the base board; a second metal frame configured to receive the second sensor and the second printed circuit board, said second metal frame having protrusions extending from a bottom surface thereof and wherein the second frame is positioned on the base board adjacent to the first frame; a first lens assembly coupled to the first frame; a second lens assembly coupled to the second frame; arrd and wherein the protrusions (3844a, 3844b) extend through corresponding openings in the base board.
A dual heater gas sensor module comprising: a housing having a front surface in which an inflow hole, through which air is introduced, is defined and a rear surface in which an outflow hole, through which air is discharged, is defined, the housing being configured to define an outer appearance of the dual heater gas sensor module; a first gas sensor comprising a heater and configured to heat the air introduced through the front surface of the housing; and a second gas sensor comprising a heater and configured to measure a specific gas contained in the air discharged through the rear surface of the housing, the dual heater gas sensor module being characterized in that it has a stepped structure such that a height difference between the first gas sensor and the second gas sensor is present, the first gas sensor is disposed in a first region and the second gas sensor is disposed in a second region, the first region has a height less than that of the second region, and the first region and the second region are connected to each other through an inclined surface, said first and second regions (310a, 320a) and said inclined surface forming the stepped structure. a housing having a front surface in which an inflow hole, through which air is introduced, is defined and a rear surface in which an outflow hole, through which air is discharged, is defined, the housing being configured to define an outer appearance of the dual heater gas sensor module; a first gas sensor comprising a heater and configured to heat the air introduced through the front surface of the housing; and a second gas sensor comprising a heater and configured to measure a specific gas contained in the air discharged through the rear surface of the housing, the dual heater gas sensor module being characterized in that it has a stepped structure such that a height difference between the first gas sensor and the second gas sensor is present, the first gas sensor is disposed in a first region and the second gas sensor is disposed in a second region, the first region has a height less than that of the second region, and the first region and the second region are connected to each other through an inclined surface, said first and second regions (310a, 320a) and said inclined surface forming the stepped structure.
A burner comprising a burner head having burner ports, an intake pipe through which a mixture of gas and air is configured to be supplied to the burner head so as to be released through the burner ports, and a core wire provided adjacent to the burner ports for generating electric discharge therefrom, thereby igniting the mixture, the burner further comprises means for generating electric discharge from the core wire, characterized in that an electric wire extending through the intake pipe and connecting the core wire to said means, the electric wire is not exposed to the outside of the intake pipe, said burner head being formed with a through hole through which the core wire extends from inside to outside the burner head, and wherein an insulator is fitted in the through hole and disposed between the core wire and the burner head to keep the core wire heat insulated from the burner head.
An external fixation apparatus for use with a first bone segment that is a tibia and a second bone segment that is a talus, calcaneus, or both, wherein the external fixation apparatus comprises: a first member attachable to the first bone segment through pins (104,106); a second member coupled to the first member through a lockable ball joint; and a pin clamp coupled to and rotatable about the second member through a lockable joint and attachable to the second bone segment, characterised in that the first and second ends of the second member may be translated transversely in at least two dimensions relative to a longitudinal axis of the second member. a first member attachable to the first bone segment through pins (104,106); a second member coupled to the first member through a lockable ball joint; and a pin clamp coupled to and rotatable about the second member through a lockable joint and attachable to the second bone segment, characterised in that the first and second ends of the second member may be translated transversely in at least two dimensions relative to a longitudinal axis of the second member.
An encapsulated workflow reagent comprising an encapsulating material and a workflow reagent encapsulated within the encapsulating material, wherein the encapsulating material is attached to a surface of a scaffolding material, wherein the scaffolding material is a porous solid, wherein the workflow reagent is an enzyme, and wherein the encapsulating material is made with one or more polymers configured to provide a controlled release of the workflow reagents.
Pipe or water pump wrench, comprising a) a handle with a first shank-shaped grip part, at the one end of which a first wrench jaw with a gripping face is provided, b) a shaft with a second shank-shaped grip part, at the oNE end of which a second wrench jaw is arranged which is configured with a correspondingly complementary gripping face with respect to the first wrench jaw, the gripping faces (20, 30) of the wrench jaws (18, 28) forming a gripping recess, c) a pivot pin, about which the handle and the shaft are configured pivotably with respect to one another, the pivot pin being configured such that it can be displaced by means of an actuating mechanism, d) the actuating mechanism having a toothed slot in the handle, into which slot a likewise toothed latching body engages in a first position for latching purposes, the latching body being configured such that it can be displaced in the toothed slot in a second position, characterized in that the slot has a curvature in the gripping direction of the wrench jaw. a) a handle with a first shank-shaped grip part, at the one end of which a first wrench jaw with a gripping face is provided, b) a shaft with a second shank-shaped grip part, at the oNE end of which a second wrench jaw is arranged which is configured with a correspondingly complementary gripping face with respect to the first wrench jaw, the gripping faces (20, 30) of the wrench jaws (18, 28) forming a gripping recess, c) a pivot pin, about which the handle and the shaft are configured pivotably with respect to one another, the pivot pin being configured such that it can be displaced by means of an actuating mechanism, d) the actuating mechanism having a toothed slot in the handle, into which slot a likewise toothed latching body engages in a first position for latching purposes, the latching body being configured such that it can be displaced in the toothed slot in a second position,