mhurhangee/ep-ind-claims huggingface dataset:
A method for isolating osteopontin from a milk-derived feed, the method comprising the steps of: a) providing a milk-derived feed comprising osteopontin, said milk-derived feed having a pH in the range of pH 3.6-6.5 at 25 degrees C and a specific conductance in the range of 0.4-1.0 S/m (4-10 mS/cm) at 25 degrees C, and wherein the milk-derived feed comprises a total amount of protein in the range of 50-250 g/L milk-derived feed, b) subjecting said milk-derived feed to anion exchange chromatography, which includes contacting the milk-derived feed with an anion exchange medium, c) optionally, washing the anion exchange medium, and d) recovering the protein bound to the anion exchange medium, thereby obtaining a composition comprising isolated osteopontin. a) providing a milk-derived feed comprising osteopontin, said milk-derived feed having a pH in the range of pH 3.6-6.5 at 25 degrees C and a specific conductance in the range of 0.4-1.0 S/m (4-10 mS/cm) at 25 degrees C, and wherein the milk-derived feed comprises a total amount of protein in the range of 50-250 g/L milk-derived feed, b) subjecting said milk-derived feed to anion exchange chromatography, which includes contacting the milk-derived feed with an anion exchange medium, c) optionally, washing the anion exchange medium, and d) recovering the protein bound to the anion exchange medium, thereby obtaining a composition comprising isolated osteopontin.
A work vehicle comprising: a vehicle body; a prime mover unit provided in a front portion of the vehicle body, the prime mover unit having a hood; an operation unit provided rearward of the prime mover unit in the vehicle body, the operation unit including a dashboard located in the rear side of the hood, and an operator seat located rearward of the dashboard at a distance; and a partition wall member provided below the dashboard in a boundary region between the operation unit and an internal space of the hood, a ventilation hole for ventilation from the operation unit toward the internal space being formed in the partition wall member, wherein an engine and an air cleaner are arranged in the internal space, the engine is arranged on a vehicle body-front side within the internal space, an air intake port of the air cleaner is open toward a rear side, rearward of the engine within the internal space, and the partition wall member includes a sound-proof wall plate (32, 33), and a sound absorbing element is attached to the sound-proof wall plate on the internal space side, characterized in that a space accommodating a battery is provided in the partition wall member below the dashboard, and the sound-proof wall plate (32, 33) extends in an up-down direction only in an area corresponding to a gap between the dashboard and the battery. a vehicle body; a prime mover unit provided in a front portion of the vehicle body, the prime mover unit having a hood; an operation unit provided rearward of the prime mover unit in the vehicle body, the operation unit including a dashboard located in the rear side of the hood, and an operator seat located rearward of the dashboard at a distance; and a partition wall member provided below the dashboard in a boundary region between the operation unit and an internal space of the hood, a ventilation hole for ventilation from the operation unit toward the internal space being formed in the partition wall member, wherein an engine and an air cleaner are arranged in the internal space, the engine is arranged on a vehicle body-front side within the internal space, an air intake port of the air cleaner is open toward a rear side, rearward of the engine within the internal space, and the partition wall member includes a sound-proof wall plate (32, 33), and a sound absorbing element is attached to the sound-proof wall plate on the internal space side, characterized in that a space accommodating a battery is provided in the partition wall member below the dashboard, and the sound-proof wall plate (32, 33) extends in an up-down direction only in an area corresponding to a gap between the dashboard and the battery.
A method for mixing explosive materials comprising: holding in a first reservoir a pre-mix comprising an explosive material in flowable form; holding in a second reservoir a hardener material which when combined with said pre-mix, causes it to solidify; conveying said pre-mix and said hardener material to a static mixer means via separate pipes; and controlling a flow of pre-mix towards said static mixer by using a hydraulic cylinder and ram assembly to apply controlled pressure to the pre-mix within said first reservoir.
An isothermal self-amplification method for a nucleic acid, comprising the following steps: a) adding a DNA linker of a desired sequence of both ends of a target template; b) providing a reagent and a condition required by the reaction; the DNA linker of the desired sequence is a linear nucleic acid fragment which itself spontaneously forms a stem-loop structure; and the reagent comprises a DNA polymerase with chain replacement activity or any other enzyme with chain replacement activity characterized in that the DNA linker added at both ends of the targe template has a palindromic complementary sequence and is configured to spontaneously form a stem loop structure to trigger the extension amplification by the DNA polymerase, no additional primer is added in the self-amplification method, the condition is a condition of temperature or time, and the sequence of the linker is a repeating sequence of a base combination AT, a repeating sequence of a base combination AATT, or a repeating sequence of a base combination GC. a) adding a DNA linker of a desired sequence of both ends of a target template; b) providing a reagent and a condition required by the reaction; the DNA linker of the desired sequence is a linear nucleic acid fragment which itself spontaneously forms a stem-loop structure; and the reagent comprises a DNA polymerase with chain replacement activity or any other enzyme with chain replacement activity characterized in that the DNA linker added at both ends of the targe template has a palindromic complementary sequence and is configured to spontaneously form a stem loop structure to trigger the extension amplification by the DNA polymerase, no additional primer is added in the self-amplification method, the condition is a condition of temperature or time, and the sequence of the linker is a repeating sequence of a base combination AT, a repeating sequence of a base combination AATT, or a repeating sequence of a base combination GC. the DNA linker of the desired sequence is a linear nucleic acid fragment which itself spontaneously forms a stem-loop structure; and the reagent comprises a DNA polymerase with chain replacement activity or any other enzyme with chain replacement activity characterized in that the DNA linker added at both ends of the targe template has a palindromic complementary sequence and is configured to spontaneously form a stem loop structure to trigger the extension amplification by the DNA polymerase, no additional primer is added in the self-amplification method, the condition is a condition of temperature or time, and the sequence of the linker is a repeating sequence of a base combination AT, a repeating sequence of a base combination AATT, or a repeating sequence of a base combination GC.
Hot-gas-generating apparatus for reacting a propellant, the hot-gas generating apparatus comprising a combustion chamber; at least one injector arranged in front of the combustion chamber, that injector being able to block the propellant supply towards the combustion chamber, and that injector incorporating electrodes (5, 6); and at least one supply line for the propellant; wherein the propellant is a monergolic propellant and a substantially anhydrous ionic solution of very low vapor pressure, with a residual water content of less than five percent by mass, and the capability of self-sustained combustion at a given combustion chamber pressure; the electrodes (5, 6) comprise at least two electrodes of opposite polarity capable of electrically igniting the propellant by an electric current passing through the propellant when the propellant passes between the electrodes of opposite polarity; and for blocking the propellant supply towards the combustion chamber, an automatically sealing injector head is situated between the combustion chamber and the injector, wherein said injector head can only be passed by the propellant above a crack-pressure on the injector side that represents an overpressure relative to the combustion chamber pressure, which causes a sealing effect below the crack-pressure on the injector side. a combustion chamber; at least one injector arranged in front of the combustion chamber, that injector being able to block the propellant supply towards the combustion chamber, and that injector incorporating electrodes (5, 6); and at least one supply line for the propellant; wherein the propellant is a monergolic propellant and a substantially anhydrous ionic solution of very low vapor pressure, with a residual water content of less than five percent by mass, and the capability of self-sustained combustion at a given combustion chamber pressure; the electrodes (5, 6) comprise at least two electrodes of opposite polarity capable of electrically igniting the propellant by an electric current passing through the propellant when the propellant passes between the electrodes of opposite polarity; and for blocking the propellant supply towards the combustion chamber, an automatically sealing injector head is situated between the combustion chamber and the injector, wherein said injector head can only be passed by the propellant above a crack-pressure on the injector side that represents an overpressure relative to the combustion chamber pressure, which causes a sealing effect below the crack-pressure on the injector side.
A computer-implemented method for creating a digital representation (407, 122) of at least an object surface of a physical object (201, 406); wherein the method comprises: - obtaining input data, the input data including a plurality of captured images (101, 203) of the physical object and surface normal information of the object, the surface normal information representing object surface normals associated with respective parts of the object surface; - creating a digital 3D representation of at least the object surface; wherein creating the digital representation of the object surface is based on at least the obtained plurality of captured images and the obtained surface normal information and comprises: - obtaining an intermediate representation of the object surface, wherein the intermediate representation comprises a depth map indicative of distances from a reference position to respective positions on the object surface, the intermediate representation comprising a first part representing a first part of the object surface wherein the first part of the object surface comprises a hole in the depth map; - modifying the first part of the intermediate representation to obtain a modified representation; wherein modifying the first part of the intermediate representation comprises: - determining a second part of the object surface within a proximity of the first part of the object surface; - determining, from the obtained surface normal information, one or more object surface normals associated with the determined second part; - modifying the first part of the intermediate representation based at least in part on the determined one or more object surface normals; wherein modifying the first part of the intermediate representation comprises filling the hole. - obtaining input data, the input data including a plurality of captured images (101, 203) of the physical object and surface normal information of the object, the surface normal information representing object surface normals associated with respective parts of the object surface; - creating a digital 3D representation of at least the object surface; - obtaining an intermediate representation of the object surface, wherein the intermediate representation comprises a depth map indicative of distances from a reference position to respective positions on the object surface, the intermediate representation comprising a first part representing a first part of the object surface wherein the first part of the object surface comprises a hole in the depth map; - modifying the first part of the intermediate representation to obtain a modified representation; - determining a second part of the object surface within a proximity of the first part of the object surface; - determining, from the obtained surface normal information, one or more object surface normals associated with the determined second part; - modifying the first part of the intermediate representation based at least in part on the determined one or more object surface normals; wherein modifying the first part of the intermediate representation comprises filling the hole.
Device (10, 20, 30) for the combustion of reagents comprising a combustion chamber with so-called cold walls, i.e. with a wall temperature withstanding a heat load below 125°C, characterized in that it comprises: - at least one inlet duct (105, 205, 305) for a first reagent, either a combustible or an oxidizer, into the combustion chamber; - at least one primary inlet duct (110, 210, 310) for a second reagent, either a combustible or an oxidizer and different from the first reagent, into the combustion chamber separate from the inlet duct of the first reagent, the spacing between one opening of at least one of the inlet ducts of the first reagent and an opening of at least one of the primary inlet ducts of the second reagent being configured such that the first reagent and the second reagent can be mixed, after respective dilution in a flow of recirculated combustion products, at a predefined distance from said openings; and - at least one secondary inlet duct (115, 215) of a mixture of reagents in the combustion chamber having a means (120, 220, 320) for injecting a mixture flow of said reagents directed towards the flow of the first reagent entering the chamber, the mixture from the secondary duct being able to lead to combustion for heating: - the flow of the first reagent exiting from at least one input duct of the first reagent; - the second reagent coming from the primary inlet duct; and - the recirculated combustion products in the chamber for diluting the input reagents, at a temperature higher than a self-ignition temperature of at least one of the diluted reagents. - at least one inlet duct (105, 205, 305) for a first reagent, either a combustible or an oxidizer, into the combustion chamber; - at least one primary inlet duct (110, 210, 310) for a second reagent, either a combustible or an oxidizer and different from the first reagent, into the combustion chamber separate from the inlet duct of the first reagent, the spacing between one opening of at least one of the inlet ducts of the first reagent and an opening of at least one of the primary inlet ducts of the second reagent being configured such that the first reagent and the second reagent can be mixed, after respective dilution in a flow of recirculated combustion products, at a predefined distance from said openings; and - at least one secondary inlet duct (115, 215) of a mixture of reagents in the combustion chamber having a means (120, 220, 320) for injecting a mixture flow of said reagents directed towards the flow of the first reagent entering the chamber, - the flow of the first reagent exiting from at least one input duct of the first reagent; - the second reagent coming from the primary inlet duct; and - the recirculated combustion products in the chamber for diluting the input reagents,
A method to communicate access categories for wireless communications traffic, the method comprising: generating, by a medium access control sublayer logic, a frame comprising parameter records (1414, 1418) to define access categories for traffic, wherein an access category for low power consumption stations comprises a parameter record defining a contention window that is the earliest contention window to open amongst contention windows defined for the access categories for traffic; and encapsulating, by physical layer logic, the frame with a preamble to create a physical layer protocol data unit to transmit. generating, by a medium access control sublayer logic, a frame comprising parameter records (1414, 1418) to define access categories for traffic, wherein an access category for low power consumption stations comprises a parameter record defining a contention window that is the earliest contention window to open amongst contention windows defined for the access categories for traffic; and encapsulating, by physical layer logic, the frame with a preamble to create a physical layer protocol data unit to transmit.
A separator for a flowing electrolyte battery, the separator comprising: a sheet having a first surface and a second surface opposing the first surface; a first spacer element on the first surface; and a second spacer element on the second surface, wherein the first spacer element is opposing the second spacer element; characterised in that the first spacer element is wider than the second spacer element in a direction that is both parallel to the first and second surfaces and perpendicular to longitudinal axes of the first and second spacer elements, and positive electrolyte is across the first surface,, wherein the first spacer element is aligned with the second spacer element in a direction normal to the sheet, and each second spacer element of the separator is aligned with a first spacer element in a direction normal to the sheet. a sheet having a first surface and a second surface opposing the first surface; a first spacer element on the first surface; and a second spacer element on the second surface, wherein the first spacer element is opposing the second spacer element; characterised in that the first spacer element is wider than the second spacer element in a direction that is both parallel to the first and second surfaces and perpendicular to longitudinal axes of the first and second spacer elements, and positive electrolyte is across the first surface,, wherein the first spacer element is aligned with the second spacer element in a direction normal to the sheet, and each second spacer element of the separator is aligned with a first spacer element in a direction normal to the sheet.
A conveyor for aligning rod-shaped articles, each rod-shaped article comprising a plurality of particles or fibres having a given transverse size or a filling material, wherein the conveyor comprises a succession of flutes moved along a feed path and configured to hold respective rod-shaped articles or groups of rod-shaped articles, wherein the flutes are oriented perpendicularly to the feed path, and wherein the conveyor has, at least for each flute, at least one abutment portion, disposed at a respective end of the flute to define an abutment surface for one end of the rod-shaped article or group of rod-shaped articles housed in the flute, the abutment portion being provided with at least one suction zone to hold the end of the rod-shaped article or group of rod-shaped articles by suction against the abutment portion; characterized in that the suction zone is defined by a plurality of suction perforations, connected or connectable to a negative pressure source and whose transverse size is smaller than 1 mm.
A non-transitory computer-readable medium embodying a program executable in a first computing device, the program comprising: code that determines one of a plurality of models of a second computing device, thereby identifying a model of the second computing device; code that obtains a selection of an application that is executable in the model of the second computing device from a client; code that executes the application in a hosted computing environment; code that encodes a video signal and an audio signal generated by the application into a media stream; code that generates a user interface that includes a graphical representation of the model of the second computing device, wherein the video signal from the media stream is configured to be displayed as a screen of the graphical representation of the model of the second computing device; code that sends the user interface and the media stream to the client; code that obtains an input command from the client, the input command being generated through a user interaction with the graphical representation of the model of the second computing device; and code that provides the input command to the application executing in the hosted computing environment. code that determines one of a plurality of models of a second computing device, thereby identifying a model of the second computing device; code that obtains a selection of an application that is executable in the model of the second computing device from a client; code that executes the application in a hosted computing environment; code that encodes a video signal and an audio signal generated by the application into a media stream; code that generates a user interface that includes a graphical representation of the model of the second computing device, wherein the video signal from the media stream is configured to be displayed as a screen of the graphical representation of the model of the second computing device; code that sends the user interface and the media stream to the client; code that obtains an input command from the client, the input command being generated through a user interaction with the graphical representation of the model of the second computing device; and code that provides the input command to the application executing in the hosted computing environment.
A method for providing a client device with access to one or more resources, the method comprising: storing a certificate at a credential mapper of a server device (721, 1221); corresponding, by the server device (721, 1221), a token associated with an identity providing device to the certificate stored at the credential mapper of the server device (721, 1211); receiving, at the server device and from the client device, the token; determining, at the server device (721, 1221) and based on the token received from the client device, whether the client device has authenticated with the identity providing device; in response to determining that the client device has authenticated with the identity providing device, sending, to the credential mapper of the server device, a temporary certificate for granting the client device access to a domain; encrypting, by the server device, a reference to the temporary certificate; and sending the encrypted reference to a virtualization agent of the server device (721, 1211) in order to grant the client device domain access to the one or more resources associated with the server device (721, 1221). storing a certificate at a credential mapper of a server device (721, 1221); corresponding, by the server device (721, 1221), a token associated with an identity providing device to the certificate stored at the credential mapper of the server device (721, 1211); receiving, at the server device and from the client device, the token; determining, at the server device (721, 1221) and based on the token received from the client device, whether the client device has authenticated with the identity providing device; in response to determining that the client device has authenticated with the identity providing device, sending, to the credential mapper of the server device, a temporary certificate for granting the client device access to a domain; encrypting, by the server device, a reference to the temporary certificate; and sending the encrypted reference to a virtualization agent of the server device (721, 1211) in order to grant the client device domain access to the one or more resources associated with the server device (721, 1221).