mhurhangee/ep-ind-claims huggingface dataset:
Method of cooling a hydrocarbon stream such as natural gas, the method at least comprising the steps of: (a) providing a feed stream; (b) passing the feed stream through a gas treatment stage comprising X gas treatment units (14a, 14b), X being one or more, the gas treatment units being operated in parallel in case X is more than one, the feed stream being divided into two or more part-feed streams (20a, 20b) if there is more than one gas treatment unit, to provide one or more first treated streams (30a, 30b); (c) passing the first treated stream or streams (30a, 30b) of step (b) through an NGL extraction stage comprising Y parallel NGL extraction units (16a, 16b), Y being more than one, the first treated stream or streams (30a, 30b) being shared to match the number of NGL extraction units (16a, 16b), to provide one or more second treated stream or streams (40a, 40b); and (d) passing the second treated stream or streams (40a, 40b) of step (c) through a cooling stage comprising Z cooling system or systems, Z being one or more, the cooling systems being operated in parallel in case Z is more than one, the Z cooling system or systems being liquefying system or systems comprising one or more closed, independent refrigerant cycle or cycles, the second treated stream or streams (40a, 40b) being shared to match the number of cooling system or systems, to provide a cooled hydrocarbon stream or streams; characterized in that Y > Z. (a) providing a feed stream; (b) passing the feed stream through a gas treatment stage comprising X gas treatment units (14a, 14b), X being one or more, the gas treatment units being operated in parallel in case X is more than one, the feed stream being divided into two or more part-feed streams (20a, 20b) if there is more than one gas treatment unit, to provide one or more first treated streams (30a, 30b); (c) passing the first treated stream or streams (30a, 30b) of step (b) through an NGL extraction stage comprising Y parallel NGL extraction units (16a, 16b), Y being more than one, the first treated stream or streams (30a, 30b) being shared to match the number of NGL extraction units (16a, 16b), to provide one or more second treated stream or streams (40a, 40b); and (d) passing the second treated stream or streams (40a, 40b) of step (c) through a cooling stage comprising Z cooling system or systems, Z being one or more, the cooling systems being operated in parallel in case Z is more than one, the Z cooling system or systems being liquefying system or systems comprising one or more closed, independent refrigerant cycle or cycles, the second treated stream or streams (40a, 40b) being shared to match the number of cooling system or systems, to provide a cooled hydrocarbon stream or streams;
A multi layer tablet comprising: • A controlled release part comprising tamsulosin.HCl; and • An immediate release part made by wet granulation comprising: a) Solifenacin succinate; b) A water insoluble diluent in an amount of 80 to 95% w/w relative to the total weight of the immediate release part of the tablet, wherein the insoluble diluent is a combination of dicalcium phosphate and microcrystalline cellulose c) A glidant with a specific surface area ≤ 400 m 2 /g in an amount of 0.05 to 10% w/w relative to the weight of the immediate release part of the tablet, the glidant being silicon dioxide; d) A disintegrant in an amount of 1 to 10% w/w relative to the total weight of the immediate release part of the tablet. e) A lubricant in a range from 0.25 to 5% w/w relative to the total weight of the immediate release part of the tablet. • A controlled release part comprising tamsulosin.HCl; and • An immediate release part made by wet granulation comprising: a) Solifenacin succinate; b) A water insoluble diluent in an amount of 80 to 95% w/w relative to the total weight of the immediate release part of the tablet, wherein the insoluble diluent is a combination of dicalcium phosphate and microcrystalline cellulose c) A glidant with a specific surface area ≤ 400 m 2 /g in an amount of 0.05 to 10% w/w relative to the weight of the immediate release part of the tablet, the glidant being silicon dioxide; d) A disintegrant in an amount of 1 to 10% w/w relative to the total weight of the immediate release part of the tablet. e) A lubricant in a range from 0.25 to 5% w/w relative to the total weight of the immediate release part of the tablet. a) Solifenacin succinate; b) A water insoluble diluent in an amount of 80 to 95% w/w relative to the total weight of the immediate release part of the tablet, wherein the insoluble diluent is a combination of dicalcium phosphate and microcrystalline cellulose c) A glidant with a specific surface area ≤ 400 m 2 /g in an amount of 0.05 to 10% w/w relative to the weight of the immediate release part of the tablet, the glidant being silicon dioxide; d) A disintegrant in an amount of 1 to 10% w/w relative to the total weight of the immediate release part of the tablet. e) A lubricant in a range from 0.25 to 5% w/w relative to the total weight of the immediate release part of the tablet.
One or more computer-readable media embodying computer instructionswhich, when executed by a computer, perform a method of deploying software to a plurality of server nodes within a large-scale networked system, the method comprising: creating a first image at a central service within the large- scale networked system, wherein the first image represents an operating system image of an OS state or an application image of an application state, such that the OS state and the application state are provided separately, and wherein creating comprises: (a) building an immutable portion of the first image offline at the central service, wherein the immutable portion represents a common static state of the plurality of server nodes with an update applied; and (b) building a writable portion of the first image offline at the central service, wherein the writable portion represents a role-specific state particular to a role hosted on the plurality of server nodes, wherein the immutable portion and the writable portion are separately built; transferring the first image from the central service to a subject server node of the plurality of server nodes, wherein the first image is stored at the subject server node without performing an installation of the first image; and rebooting the subject server node from the first image such that the role-specific state of the subject server is changed to the role-specific state of the first image. creating a first image at a central service within the large- scale networked system, wherein the first image represents an operating system image of an OS state or an application image of an application state, such that the OS state and the application state are provided separately, and wherein creating comprises: (a) building an immutable portion of the first image offline at the central service, wherein the immutable portion represents a common static state of the plurality of server nodes with an update applied; and (b) building a writable portion of the first image offline at the central service, wherein the writable portion represents a role-specific state particular to a role hosted on the plurality of server nodes, wherein the immutable portion and the writable portion are separately built; (a) building an immutable portion of the first image offline at the central service, wherein the immutable portion represents a common static state of the plurality of server nodes with an update applied; and (b) building a writable portion of the first image offline at the central service, wherein the writable portion represents a role-specific state particular to a role hosted on the plurality of server nodes, wherein the immutable portion and the writable portion are separately built; transferring the first image from the central service to a subject server node of the plurality of server nodes, wherein the first image is stored at the subject server node without performing an installation of the first image; and rebooting the subject server node from the first image such that the role-specific state of the subject server is changed to the role-specific state of the first image.
An agricultural implement for working a soil, the implement comprising a plurality of agricultural working tools which are to be guided linearly between rows of crops by means of a tractor vehicle when working the soil, the implement moving in a direction of travel, characterized in that it comprises an actively drivable yawing device (4a, 4b) for rotating the working tools around a vertical axis while said working tools are being guided between the rows of crops, wherein, irrespective of the nature of the movement of the tractor vehicle, a yawing movement can be actively applied to the working tools such that linear crop cultivation is practicable even when the tractor vehicle is driving across slopes and/or around curves, wherein the yawing device comprises at least two distance changing units (4a, 4b), which can be controlled such that they effect same-direction and unequal-sized or opposite-direction and unequal-sized or opposite-direction and equal-sized changes (P1, P2) to the distance between the implement and the tractor vehicle or between a sliding frame and the working tools and thus effect the yawing movement.
An information recording device including a nonvolatile memory storing file data, wherein the file data is managed in units of fixed-length blocks, and the nonvolatile memory stores an extent information entry, a file allocation table (305, 306), and an entry group, the extent information entry including, as management information for a continuous area including one or more of the fixed-length blocks, information for identifying at least a position and a size of the continuous area, the file allocation table (305, 306) managing information indicating a link between the fixed-length blocks, and the entry group being generated for a single file and internally including: one or more fixed-length entries storing management information including information about a name and a size of the file; a checksum, a number of a first fixed-length block of the fixed-length blocks arranged at the beginning of an area storing the extent information entry, a size of the area storing the extent information entry, and the area storing the extent information entry is external to the entry group, and the checksum is a cyclic shift checksum which is calculated with reference to the entries of the entry group. the file data is managed in units of fixed-length blocks, and the nonvolatile memory stores an extent information entry, a file allocation table (305, 306), and an entry group, the extent information entry including, as management information for a continuous area including one or more of the fixed-length blocks, information for identifying at least a position and a size of the continuous area, the file allocation table (305, 306) managing information indicating a link between the fixed-length blocks, and the entry group being generated for a single file and internally including: one or more fixed-length entries storing management information including information about a name and a size of the file; a checksum, a number of a first fixed-length block of the fixed-length blocks arranged at the beginning of an area storing the extent information entry, a size of the area storing the extent information entry, and one or more fixed-length entries storing management information including information about a name and a size of the file; a checksum, a number of a first fixed-length block of the fixed-length blocks arranged at the beginning of an area storing the extent information entry, a size of the area storing the extent information entry, and the area storing the extent information entry is external to the entry group, and the checksum is a cyclic shift checksum which is calculated with reference to the entries of the entry group.
A chewable tablet comprising (i) a compressed core including a bioactive molecule; (ii) a protective layer over said compressed core, said protective layer comprises a water-insoluble cellulose based polymer; and (iii) one or more soft-coating layers over said protective layer, each soft coating layer comprises gum base powder.
A device for lifting a foil element and a further foil element placed on or near an asparagus bed from said asparagus bed and for carrying back the foil element and the further foil element to the asparagus bed, the device comprising a frame which is movable in the longitudinal direction of the asparagus bed, as well as carrying means connected to the frame for holding the foil element and the further foil element spaced from the asparagus bed, wherein the device comprises a foil laying element for giving the foil element essentially the shape of the contour of the asparagus bed when the foil element is being carried back to the asparagus bed, characterised in that the device is provided with foil separating means (27, 28) for separating the foil element and the further foil element from each other near the foil laying element when the foil element and the further foil element are being carried back to the asparagus bed.
A bandage appliance for the knee joints of a pair of legs of a terrestrial vertebrate, for example a dog, comprising: - a back support portion for application to the animal's back, and - a respective leg holster (14-1, 14-2) on both sides of the back support portion, which can be fastened thereto in order to bandage the knee joint of the relevant leg, characterized in that the back support portion is formed as an extensive continuous sheet, wherein the back support portion is formed as an elongated strip and a strip width of the back support portion is at least 10% of a strip length of the back support portion, and in that in order to fasten each relevant leg holster (14-1, 14-2) to the back support portion, a hook-and-loop fastening (16-1, 16-2) is provided between at least one respective touch-and-close fastener surface (18a-1, 18b-1) of the back support portion and at least one corresponding mating touch-and-close fastener surface (20a-1, 20b-1) of the relevant leg holster (14-1, 14-2). - a back support portion for application to the animal's back, and - a respective leg holster (14-1, 14-2) on both sides of the back support portion, which can be fastened thereto in order to bandage the knee joint of the relevant leg,
Power cable comprising: - a cable core, comprising at least one conductor, an insulating system thereof, and at least one metallic screen, - a jacket surrounding the cable core, comprising an inner jacket layer and an outer jacket layer, and - an outermost semiconducting layer surrounding the outer jacket layer and in direct contact thereto, characterized by further comprising a test semiconducting layer radially external to the inner jacket layer, and radially internal to the outer jacket layer and directly contacting them. - a cable core, comprising at least one conductor, an insulating system thereof, and at least one metallic screen, - a jacket surrounding the cable core, comprising an inner jacket layer and an outer jacket layer, and - an outermost semiconducting layer surrounding the outer jacket layer and in direct contact thereto,
A system for evacuating the residual heat from a nuclear reactor cooled by a primary fluid, the system comprising at least one first heat exchanger, interacting with the primary fluid for transferring heat to a secondary fluid circulating in the first heat exchanger; and at least one second heat exchanger, connected to the first heat exchanger via an evacuation circuit and in which the secondary fluid is cooled by an auxiliary fluid which passes through the second heat exchanger circulating in a cooling duct; the system being characterized in that the evacuation circuit comprises a control portion, subject to thermal expansion by effect of the heating, caused by a temperature rise of the primary fluid beyond a preset threshold, of the secondary fluid in the control portion; the control portion being connected to a mechanical actuator device operated by the thermal expansion of the control portion for opening the cooling duct and allowing the passage of the auxiliary fluid in the cooling duct and through the second heat exchanger.
A magnetic resonance system comprising a supply or signal line, wherein the supply or signal line includes several interconnected subunits (14, 16, 18, 20), and wherein in respective regions of interconnection respective additional impedances are coupled to the supply or signal line, wherein the additional impedances provide defined reference impedance values and are configured to add the reference impedance values for locating an error in the supply or signal line.
A method for producing a core/shell zeolite comprising a core portion and a shell portion, the method comprising: forming a mixture comprising a cationic polymer, precursor materials of the porous material, and one or more core seed materials, the core seed materials comprising a microporous structure; forming the shell portion intermediate material around the core seed material, the shell portion intermediate material comprising micropores, where: the cationic polymer acts as a structure-directing agent for the formation of the micropores of the shell portion intermediate; and the cationic polymer comprises monomers that comprise two or more quaternary ammonium cations or quaternary phosphonium cations separated by a hydrocarbon chain; and calcining the core/shell porous material to form a core/shell zeolite, where the shell portion comprises a mesoporous zeolite. forming a mixture comprising a cationic polymer, precursor materials of the porous material, and one or more core seed materials, the core seed materials comprising a microporous structure; forming the shell portion intermediate material around the core seed material, the shell portion intermediate material comprising micropores, where: the cationic polymer acts as a structure-directing agent for the formation of the micropores of the shell portion intermediate; and the cationic polymer comprises monomers that comprise two or more quaternary ammonium cations or quaternary phosphonium cations separated by a hydrocarbon chain; and the cationic polymer acts as a structure-directing agent for the formation of the micropores of the shell portion intermediate; and the cationic polymer comprises monomers that comprise two or more quaternary ammonium cations or quaternary phosphonium cations separated by a hydrocarbon chain; and calcining the core/shell porous material to form a core/shell zeolite, where the shell portion comprises a mesoporous zeolite.
Circuit carrier (1, 100) for receiving a bare die, wherein the circuit carrier (1, 100) comprises two layers (2, 3), wherein at least one of the two layers of the circuit carrier (1, 100) is at least electrically conductive and is attached to a first side of the circuit carrier (1, 100), wherein the layers (2, 3) define an intermediate space, which is filled with a first insulating material, wherein the circuit carrier (1, 100) has at least one region (6, 600) deformed in such a way that the at least electrically conductive layer of the circuit carrier (1, 100) has an indentation in the deformed region (6, 600), wherein the at least electrically conductive layer of the circuit carrier (1, 100) has a trace structure at least in the indentation, wherein the indentation is filled in with a second insulating material, wherein a second side (11, 110) of the circuit carrier (1, 100) opposite the first side has a cut-out in the deformed region (6, 600) which is shaped in such a way that a bare die can be populated in the cut-out and, in doing so, can be brought into electrical contact with the at least electrically conductive layer which is attached to the first side of the circuit carrier (1, 100).
A process of preparing an aqueous starch solution suitable for printing comprising the steps of: mixing at least water and a starch to form an aqueous starch solution; cooking the aqueous starch solution at a temperature of at least 82°C (180°F) for at least 30 minutes plus or minus 10 %, which is time sufficient to release at least one of amylopectin and amylose; mixing propylene glycol with the cooked aqueous starch solution in a quantity of 7 % to 10 % by weight of printing solution, which is a sufficient quantity to provide an anti-wrinkling capacity and an anti-microbial capacity, whereby a printable solution is established; furthermore adding calcium carbonate to the printable solution before the printing, wherein the calcium carbonate is added to the printing solution after the heating and a maintaining step and before the printing step; and cooling the printable solution to a temperature in the range of 48.9°C to 65.6°C (120°F to 150°F), and maintaining this range until used at the time of printing. mixing at least water and a starch to form an aqueous starch solution; cooking the aqueous starch solution at a temperature of at least 82°C (180°F) for at least 30 minutes plus or minus 10 %, which is time sufficient to release at least one of amylopectin and amylose; mixing propylene glycol with the cooked aqueous starch solution in a quantity of 7 % to 10 % by weight of printing solution, which is a sufficient quantity to provide an anti-wrinkling capacity and an anti-microbial capacity, whereby a printable solution is established; furthermore adding calcium carbonate to the printable solution before the printing, wherein the calcium carbonate is added to the printing solution after the heating and a maintaining step and before the printing step; and cooling the printable solution to a temperature in the range of 48.9°C to 65.6°C (120°F to 150°F), and maintaining this range until used at the time of printing.
A method for manufacturing a sound absorbing panel for an interior of an aircraft, comprising: determining (102', 104) a desired set of sound absorption properties by measuring sound to be absorbed in a particular location of an aircraft, wherein the desired set of sound absorption properties are determined based on the measurement(s) and include a sound absorption coefficient of a material as a function of sound frequency and three-dimensional position; determining a desired sound absorbing geometry based on the sound absorption properties; constructing a three-dimensional computer-aided design model of the sound absorbing geometry shaped to fit the particular location; and additively manufacturing a three-dimensional sound absorbing panel based on the three-dimensional computer-aided design model, characterised in that: the sound absorbing geometry includes an array of pyramids. determining (102', 104) a desired set of sound absorption properties by measuring sound to be absorbed in a particular location of an aircraft, wherein the desired set of sound absorption properties are determined based on the measurement(s) and include a sound absorption coefficient of a material as a function of sound frequency and three-dimensional position; determining a desired sound absorbing geometry based on the sound absorption properties; constructing a three-dimensional computer-aided design model of the sound absorbing geometry shaped to fit the particular location; and additively manufacturing a three-dimensional sound absorbing panel based on the three-dimensional computer-aided design model, determining a desired sound absorbing geometry based on the sound absorption properties; constructing a three-dimensional computer-aided design model of the sound absorbing geometry shaped to fit the particular location; and additively manufacturing a three-dimensional sound absorbing panel based on the three-dimensional computer-aided design model, characterised in that: the sound absorbing geometry includes an array of pyramids.