mhurhangee/ep-ind-claims huggingface dataset:
A gas resistance test method for an image which sets an image sample in a mixed gas atmosphere containing at least ozone and nitrogen dioxide in a test tank and evaluates the gas resistance of the image sample, characterized in that the image sample is set in the mixed gas atmosphere under the conditions, and: the ozone concentration in the mixed gas is not less than 75 ppb and the nitrogen dioxide concentration in the mixed gas is not less than 150 ppb; the mixed gas is continuously supplied to the image sample surface in a parallel direction with respect to the image sample surface at a supply flow rate not less than 0.2 m/s and not more than 3.0 m/s by a stirring fan provided in the test tank; and the mixed gas is exhausted from the test tank by an exhaust fan at a constant flow rate and thereby the exhaust flow rate and the supply flow rate correspond to each other, and the ratio of ozone to nitrogen dioxide in the mixed gas (ozone: nitrogen dioxide) falls within a range from 1: 2 to 1: 10. the ozone concentration in the mixed gas is not less than 75 ppb and the nitrogen dioxide concentration in the mixed gas is not less than 150 ppb; the mixed gas is continuously supplied to the image sample surface in a parallel direction with respect to the image sample surface at a supply flow rate not less than 0.2 m/s and not more than 3.0 m/s by a stirring fan provided in the test tank; and the mixed gas is exhausted from the test tank by an exhaust fan at a constant flow rate and thereby the exhaust flow rate and the supply flow rate correspond to each other, and the ratio of ozone to nitrogen dioxide in the mixed gas (ozone: nitrogen dioxide) falls within a range from 1: 2 to 1: 10.
A prosthetic heart valve comprising: a collapsible and expandable stent extending in an axial direction from an outflow end to an inflow end, comprising: a plurality of first cells, each first cell having an open space defined by a first plurality of struts (324a-d); a second cell (330, 330), nested in the open space of one of the first cells, the second cell being defined by a second plurality of struts (330a-d, 330a'-d'); and first and second connecting struts (332, 334, 332', 334') connecting the second cell to the one of the first cells; wherein the second cell is configured to pivot about the first and second connecting struts with respect to the one of the first cells, and a collapsible and expandable valve assembly disposed within the stent and having a plurality of leaflets (362, 364); characterized by the one of the first cells defining a surface and the second cell including first and second struts (330b, 330d, 330b', 330d') that do not lie within the surface when no external force is applied to the stent. a collapsible and expandable stent extending in an axial direction from an outflow end to an inflow end, comprising: a plurality of first cells, each first cell having an open space defined by a first plurality of struts (324a-d); a second cell (330, 330), nested in the open space of one of the first cells, the second cell being defined by a second plurality of struts (330a-d, 330a'-d'); and first and second connecting struts (332, 334, 332', 334') connecting the second cell to the one of the first cells; wherein the second cell is configured to pivot about the first and second connecting struts with respect to the one of the first cells, and a plurality of first cells, each first cell having an open space defined by a first plurality of struts (324a-d); a second cell (330, 330), nested in the open space of one of the first cells, the second cell being defined by a second plurality of struts (330a-d, 330a'-d'); and first and second connecting struts (332, 334, 332', 334') connecting the second cell to the one of the first cells; wherein the second cell is configured to pivot about the first and second connecting struts with respect to the one of the first cells, and a collapsible and expandable valve assembly disposed within the stent and having a plurality of leaflets (362, 364); characterized by the one of the first cells defining a surface and the second cell including first and second struts (330b, 330d, 330b', 330d') that do not lie within the surface when no external force is applied to the stent.
Dispersion of antimony doped tinoxide nanoparticles in an organic solvent, consisting of a) 30-70 wt% of ATO nanoparticles modified with 20-40 wt% 3-methacryloxypropyl trimethoxy silane as grafting compound (relative to the ATO particles) having a mean average size between 1 and 100 nm as measured with dynamic light scattering according to ASTM 4519.1; b) A solvent comprising a hydroxyl group and an ether group, wherein the solvent is chosen from the group consisting of 1-methoxy-2-propanol, 2-methoxy-1-propanol, 3-methoxy-1-butanol and 2-methoxy-ethanol; c) A water content of less than 15wt%; d) wherein the dispersion is dispersant free and wherein the dispersion contains optionally residual grafting compounds and optionally coupling products of residual grafting compounds coupled to each other and optionally hydrolysed grafting compounds. a) 30-70 wt% of ATO nanoparticles modified with 20-40 wt% 3-methacryloxypropyl trimethoxy silane as grafting compound (relative to the ATO particles) having a mean average size between 1 and 100 nm as measured with dynamic light scattering according to ASTM 4519.1; b) A solvent comprising a hydroxyl group and an ether group, wherein the solvent is chosen from the group consisting of 1-methoxy-2-propanol, 2-methoxy-1-propanol, 3-methoxy-1-butanol and 2-methoxy-ethanol; c) A water content of less than 15wt%; d) wherein the dispersion is dispersant free and wherein the dispersion contains optionally residual grafting compounds and optionally coupling products of residual grafting compounds coupled to each other and optionally hydrolysed grafting compounds.
A pharmaceutical formulation comprising an anti-CGRP antibody at a concentration of 40 mg/mL to 160 mg/mL, histidine buffer at a concentration of 10 mM, NaCl at a concentration of 150 mM, PS-80 at a concentration of 0.05% (w/v), and a pH at 5.0 to 6.5, wherein the anti-CGRP antibody comprises a light chain and a heavy chain, the amino acid sequence of LC given by SEQ ID NO: 3 and the amino acid sequence of HC given by SEQ ID NO: 4.
A method for producing a seamless tube, wherein, when a hollow starting material to be extruded is hot-extruded by providing a solid lubricating glass between the starting material to be extruded and a die after the hollow starting material has been heated, the starting material is hot-extruded by being heated to a heating temperature T [°C] satisfying the relationship of Formula or Formula depending on the outside diameter d 0 [mm] thereof: when d 0 <200: T ≤ 1250 + 1.1487 × A − 7.838 × ln t 0 / t − 10.135 × ln d 0 / d when d 0 ≥200: T ≤ 1219 + 1.1487 × A − 7.838 × ln t 0 / t − 10.135 × ln d 0 / d where Formulae and are determined by Formulae to: A = L / V av × 1000 V av = V 0 + V 0 × ρ / 2 ρ = t 0 × d 0 − t 0 × π / t × d − t × π where d 0: outside diameter of starting material to be extruded [mm] to: wall thickness of starting material to be extruded [mm] d: outside diameter of extruded tube [mm] t: wall thickness of extruded tube [mm] A: die passing time [msec (millisecond)] L: length of approach portion along extrusion direction from its inlet end to entry end of following bearing portion of die [mm] V av: average extrusion speed of starting material to be extruded [mm/sec] V 0: ram speed [mm/sec] p: extrusion ratio; wherein the starting material to be extruded is made of a composition comprising, in mass%, Cr: 15 to 35% and Ni: 3 to 50%. when d 0 <200: T ≤ 1250 + 1.1487 × A − 7.838 × ln t 0 / t − 10.135 × ln d 0 / d when d 0 ≥200: T ≤ 1219 + 1.1487 × A − 7.838 × ln t 0 / t − 10.135 × ln d 0 / d where Formulae and are determined by Formulae to: A = L / V av × 1000 V av = V 0 + V 0 × ρ / 2 ρ = t 0 × d 0 − t 0 × π / t × d − t × π where d 0: outside diameter of starting material to be extruded [mm] to: wall thickness of starting material to be extruded [mm] d: outside diameter of extruded tube [mm] t: wall thickness of extruded tube [mm] A: die passing time [msec (millisecond)] L: length of approach portion along extrusion direction from its inlet end to entry end of following bearing portion of die [mm] V av: average extrusion speed of starting material to be extruded [mm/sec] V 0: ram speed [mm/sec] p: extrusion ratio; wherein the starting material to be extruded is made of a composition comprising, in mass%, Cr: 15 to 35% and Ni: 3 to 50%. d 0: outside diameter of starting material to be extruded [mm] to: wall thickness of starting material to be extruded [mm] d: outside diameter of extruded tube [mm] t: wall thickness of extruded tube [mm] A: die passing time [msec (millisecond)] L: length of approach portion along extrusion direction from its inlet end to entry end of following bearing portion of die [mm] V av: average extrusion speed of starting material to be extruded [mm/sec] V 0: ram speed [mm/sec] p: extrusion ratio; wherein the starting material to be extruded is made of a composition comprising, in mass%, Cr: 15 to 35% and Ni: 3 to 50%.
An information processing apparatus for executing a workflow having a plurality of steps, comprising: flow registration means for registering a plurality of workflows each having a plurality of steps; characterised in that the information processing apparatus further comprises: flow management means for managing a start parameter and an end parameter for each of the plurality of steps included in each of the plurality of workflows registered in said registration means, wherein the start parameter describes parameter information necessary when a step included in a workflow starts to be executed and the end parameter defines parameter information generated at the end of each step; and determination means configured to compare the end parameter of a current step included in a current workflow with the start parameters of the steps included in the remaining plurality of workflows, and configured to determine as a subsequent step in the workflow to be executed, a step in one of the remaining plurality of workflows that has a start parameter that matches the end parameter of the current step. flow registration means for registering a plurality of workflows each having a plurality of steps; characterised in that the information processing apparatus further comprises: flow management means for managing a start parameter and an end parameter for each of the plurality of steps included in each of the plurality of workflows registered in said registration means, wherein the start parameter describes parameter information necessary when a step included in a workflow starts to be executed and the end parameter defines parameter information generated at the end of each step; and determination means configured to compare the end parameter of a current step included in a current workflow with the start parameters of the steps included in the remaining plurality of workflows, and configured to determine as a subsequent step in the workflow to be executed, a step in one of the remaining plurality of workflows that has a start parameter that matches the end parameter of the current step. flow management means for managing a start parameter and an end parameter for each of the plurality of steps included in each of the plurality of workflows registered in said registration means, wherein the start parameter describes parameter information necessary when a step included in a workflow starts to be executed and the end parameter defines parameter information generated at the end of each step; and determination means configured to compare the end parameter of a current step included in a current workflow with the start parameters of the steps included in the remaining plurality of workflows, and configured to determine as a subsequent step in the workflow to be executed, a step in one of the remaining plurality of workflows that has a start parameter that matches the end parameter of the current step.
Method for at least partially dehydrating the casing (2, 41) of co-extruded food products (3, 42), comprising the processing steps of: A) supplying an aqueous salt solution (8, 44) to the exterior of the co-extruded food products (3, 42), B) collecting the aqueous salt solution used during processing step A), C) reconditioning the collected aqueous salt solution such that it comprises forced evaporation of water out of the salt solution, and D) reusing the reconditioned aqueous salt solution with the processing step A). A) supplying an aqueous salt solution (8, 44) to the exterior of the co-extruded food products (3, 42), B) collecting the aqueous salt solution used during processing step A), C) reconditioning the collected aqueous salt solution such that it comprises forced evaporation of water out of the salt solution, and D) reusing the reconditioned aqueous salt solution with the processing step A).
A gas turbine engine comprising: a gearbox defined along an engine axis; a front center body support defined around said engine axis; a bearing support mounted to the front center body support and comprising a flex support and a bearing package mounted to said front center body support; a low spool operable to drive said gearbox; and a front wall mounted to said front center body support, said front wall removable from said front center body support to access said gearbox; characterised in that: the bearing support further comprises a seal package mounted to said front center body support, and a centering spring which resiliently positions the bearing package with respect to the low spool; a front body section of the front center body support comprises an internal spline and a radially inward fastener flange; the flex support comprises an outer spline and a radially outwardly directed fastener flange; and the flex support is received into the front center body support at a splined interface formed by the internal spline and the outer spline and retained therein such that the radially outwardly directed fastener flange abuts the radially inward fastener flange. a gearbox defined along an engine axis; a front center body support defined around said engine axis; a bearing support mounted to the front center body support and comprising a flex support and a bearing package mounted to said front center body support; a low spool operable to drive said gearbox; and a front wall mounted to said front center body support, said front wall removable from said front center body support to access said gearbox; characterised in that: the bearing support further comprises a seal package mounted to said front center body support, and a centering spring which resiliently positions the bearing package with respect to the low spool; a front body section of the front center body support comprises an internal spline and a radially inward fastener flange; the flex support comprises an outer spline and a radially outwardly directed fastener flange; and the flex support is received into the front center body support at a splined interface formed by the internal spline and the outer spline and retained therein such that the radially outwardly directed fastener flange abuts the radially inward fastener flange. the bearing support further comprises a seal package mounted to said front center body support, and a centering spring which resiliently positions the bearing package with respect to the low spool; a front body section of the front center body support comprises an internal spline and a radially inward fastener flange; the flex support comprises an outer spline and a radially outwardly directed fastener flange; and the flex support is received into the front center body support at a splined interface formed by the internal spline and the outer spline and retained therein such that the radially outwardly directed fastener flange abuts the radially inward fastener flange.
A terminal, comprising: a receiving module, configured to receive configuration information of at least one air interface-specific path sent by a base station, wherein the air interface-specific path is used to transmit application data corresponding to at least one application when the terminal is in an idle state, wherein the configuration information of the air interface-specific path comprises time-frequency resource information and link resource information of the air interface-specific path; and a sending module, configured to: if the to-be-sent application data is discontinuously transmitted and has a length less than a preset threshold, use the at least one air interface-specific path to send the application data to the base station when the terminal is in an idle state. a receiving module, configured to receive configuration information of at least one air interface-specific path sent by a base station, wherein the air interface-specific path is used to transmit application data corresponding to at least one application when the terminal is in an idle state, wherein the configuration information of the air interface-specific path comprises time-frequency resource information and link resource information of the air interface-specific path; and a sending module, configured to: if the to-be-sent application data is discontinuously transmitted and has a length less than a preset threshold, use the at least one air interface-specific path to send the application data to the base station when the terminal is in an idle state.
A system for detecting gunshots, the system comprising: gunshot sensor units for detecting gunshots, the gunshot sensor units comprising one or more microphones (206, 208) for detecting acoustic anomalies; and reflectors for collecting and focusing sound waves onto the one or more microphones (206, 208), wherein the reflectors are arranged to direct light emitted by lighting units for illuminating areas of a premises where the gunshot sensor units are located, wherein the gunshot sensor units further comprise attachment mechanisms for securing the gunshot sensor units to the lighting units in positions enabling the reflectors to collect and focus the sound waves onto the one or more microphones (206, 208), wherein the lighting units comprise the reflectors. gunshot sensor units for detecting gunshots, the gunshot sensor units comprising one or more microphones (206, 208) for detecting acoustic anomalies; and reflectors for collecting and focusing sound waves onto the one or more microphones (206, 208), wherein the reflectors are arranged to direct light emitted by lighting units for illuminating areas of a premises where the gunshot sensor units are located, wherein the gunshot sensor units further comprise attachment mechanisms for securing the gunshot sensor units to the lighting units in positions enabling the reflectors to collect and focus the sound waves onto the one or more microphones (206, 208), wherein the lighting units comprise the reflectors.
A battery comprising an electrode plate unit, including: a plurality of positive electrode plates and a plurality of negative electrode plates that are alternately stacked upon one another with intervening separators therebetween, thereby constituting a group of electrode plates, wherein lateral edges of the positive electrode plates protrude beyond the negative electrode plates on one side, and lateral edges of the negative electrode plates protrude beyond the positive electrode plates on the opposite side; and a positive collector plate and a negative collector plate that are respectively bonded to said protruded lateral edges of the positive electrode plates and the negative electrode plates, characterised in that the positive collector plate itself and the negative collector plate itself are formed with corrugated portions in a surface which is to be bonded to the protruded lateral edges of the positive electrode plates and the negative electrode plates, and a groove is formed on the top of a ridge of the corrugated portion. a plurality of positive electrode plates and a plurality of negative electrode plates that are alternately stacked upon one another with intervening separators therebetween, thereby constituting a group of electrode plates, wherein lateral edges of the positive electrode plates protrude beyond the negative electrode plates on one side, and lateral edges of the negative electrode plates protrude beyond the positive electrode plates on the opposite side; and a positive collector plate and a negative collector plate that are respectively bonded to said protruded lateral edges of the positive electrode plates and the negative electrode plates, characterised in that the positive collector plate itself and the negative collector plate itself are formed with corrugated portions in a surface which is to be bonded to the protruded lateral edges of the positive electrode plates and the negative electrode plates, and a groove is formed on the top of a ridge of the corrugated portion.
An isolated modified active Factor Xa (FXa) polypeptide, comprising an amino acid substitution at a position corresponding to position 196 and at a position corresponding to position 332 in an unmodified FXa polypeptide with reference to amino acid positions set forth in SEQ ID NO:134, wherein: corresponding amino acid positions are determined by alignment with SEQ ID NO:134; the substitution at position 196 is with a neutral polar amino acid residue that is serine or threonine; the substitution at position 332 is Alanine, Aspartate, Glutamate, Serine or Glycine; the unmodified FXa comprises a light chain consisting of the sequence of amino acids set forth as residues 1-139 of SEQ ID NO:134, and a heavy chain consisting of the sequence of amino acids set forth as residues 195-448 of SEQ ID NO:134, wherein: the modified FXa exhibits at least 50-fold increased FVa cofactor dependence compared to the unmodified FXa polypeptide not containing the amino acid substitution; and the modified FXa comprises two, three, four, five, six, seven, eight, nine, ten, eleven, twelve, thirteen, fourteen, fifteen, sixteen, seventeen, eighteen, nineteen, or twenty amino acid substitutions compared to the unmodified FXa polypeptide. corresponding amino acid positions are determined by alignment with SEQ ID NO:134; the substitution at position 196 is with a neutral polar amino acid residue that is serine or threonine; the substitution at position 332 is Alanine, Aspartate, Glutamate, Serine or Glycine; the unmodified FXa comprises a light chain consisting of the sequence of amino acids set forth as residues 1-139 of SEQ ID NO:134, and a heavy chain consisting of the sequence of amino acids set forth as residues 195-448 of SEQ ID NO:134, wherein: the modified FXa exhibits at least 50-fold increased FVa cofactor dependence compared to the unmodified FXa polypeptide not containing the amino acid substitution; and the modified FXa comprises two, three, four, five, six, seven, eight, nine, ten, eleven, twelve, thirteen, fourteen, fifteen, sixteen, seventeen, eighteen, nineteen, or twenty amino acid substitutions compared to the unmodified FXa polypeptide. the modified FXa exhibits at least 50-fold increased FVa cofactor dependence compared to the unmodified FXa polypeptide not containing the amino acid substitution; and the modified FXa comprises two, three, four, five, six, seven, eight, nine, ten, eleven, twelve, thirteen, fourteen, fifteen, sixteen, seventeen, eighteen, nineteen, or twenty amino acid substitutions compared to the unmodified FXa polypeptide.