mhurhangee/ep-ind-claims huggingface dataset:
A process for upgrading a total feed comprising heavy oil or bitumen, a solvent and water, comprising: supplying the total feed to an asphaltene separator at asphaltene separation conditions producing an asphaltene-rich stream and an asphaltene-lean stream; stripping solvent from the asphaltene-rich stream forming an asphaltene fraction containing less than 0.1 weight percent water and recovering a first solvent stream to a solvent recovery system; separating the asphaltene-lean stream in a deasphalted oil separator forming a deasphalted oil stream and recovering a second solvent stream to the solvent recovery system; stripping solvent from the deasphalted oil stream forming a deasphalted oil fraction containing less than 0.1 weight percent water and recovering a third solvent stream to the solvent recovery system; separating water from the solvent recovery system; and recovering water from the deasphalted oil separator, the deasphalted oil stream prior to the solvent stripping therefrom, or a combination thereof. supplying the total feed to an asphaltene separator at asphaltene separation conditions producing an asphaltene-rich stream and an asphaltene-lean stream; stripping solvent from the asphaltene-rich stream forming an asphaltene fraction containing less than 0.1 weight percent water and recovering a first solvent stream to a solvent recovery system; separating the asphaltene-lean stream in a deasphalted oil separator forming a deasphalted oil stream and recovering a second solvent stream to the solvent recovery system; stripping solvent from the deasphalted oil stream forming a deasphalted oil fraction containing less than 0.1 weight percent water and recovering a third solvent stream to the solvent recovery system; separating water from the solvent recovery system; and recovering water from the deasphalted oil separator, the deasphalted oil stream prior to the solvent stripping therefrom, or a combination thereof.
A device for controlling a radiation therapy device which includes a gantry by which an irradiation device is supported in such a way as to be able to rotate around a first axial line, and a ring by which the gantry is supported in such a way as to be able to rotate around a second axial line intersecting with the first axial line, the device comprising: a movement path information storage unit configured to store information regarding a movement path set for the irradiation device; the device characterised by further comprising: a control unit configured to set a limitation to the rotational speeds of the gantry and the ring while maintaining the ratio between the rotational speed of the gantry and the ring, which is indicated by the information regarding the movement path, based on the rotational angles of the gantry and the ring. a movement path information storage unit configured to store information regarding a movement path set for the irradiation device; a control unit configured to set a limitation to the rotational speeds of the gantry and the ring while maintaining the ratio between the rotational speed of the gantry and the ring, which is indicated by the information regarding the movement path, based on the rotational angles of the gantry and the ring.
A valve member for a flow control valve, said valve member comprising a protruding portion having a substantially cylindrical outer circumference, characterized by said protruding portion having at least one fluted part, wherein the valve member is provided with at least one first fluid passage extending through the valve member, and at least one second fluid passage establishing a fluid connection between the outer circumference of the valve member and the first fluid passage, said second fluid passage having an opening arranged on the substantially cylindrical part of the protruding portion of the valve member.
A transmitting apparatus comprising: a stream generating section configured to generate an audio stream in which an audio frame including audio compression data obtained by performing encoding processing on audio data is continuously arranged, wherein the audio compression data comprises channel coded data and object coded data constituting 3D audio transport data; an information inserting section configured to insert tag information indicating that the audio compression data of a predetermined sound unit of object coded data is included into the audio frame; and a transmitting section configured to transmit a container stream of a predetermined format including the audio stream into which the tag information is inserted. a stream generating section configured to generate an audio stream in which an audio frame including audio compression data obtained by performing encoding processing on audio data is continuously arranged, wherein the audio compression data comprises channel coded data and object coded data constituting 3D audio transport data; an information inserting section configured to insert tag information indicating that the audio compression data of a predetermined sound unit of object coded data is included into the audio frame; and a transmitting section configured to transmit a container stream of a predetermined format including the audio stream into which the tag information is inserted.
An expression system for systemic administration comprising a sequence encoding calpain 3 placed under the control of: - a promoter sequence allowing the expression at a therapeutically acceptable level of calpain 3 in skeletal muscles; and - at least one target sequence of miR208a. - a promoter sequence allowing the expression at a therapeutically acceptable level of calpain 3 in skeletal muscles; and - at least one target sequence of miR208a.
Moveable leaktight panel for a wall of a motor vehicle, comprising: - a plate that is designed to at least partially close off an opening formed in said wall, - a mounting device for mounting said plate on said wall so as to be moveable between a position at least partially closing off said opening and a position at least partially opening up said opening, - an inflatable and deflatable seal that is designed to be arranged between the plate and the wall, and inflation and deflation means for inflating and deflating said seal, characterized in that it comprises a mechanical coupling device mechanically linking the mounting device for mounting the plate and the inflation and deflation means for inflating and deflating the seal, such that the implementation of the mounting device to move the plate from the closing-off position thereof to the opening-up position thereof involves deflating the seal and the implementation of the mounting device to move the plate from the opening-up position thereof to the closing-off position thereof involves inflating the seal, the mechanical coupling device including an actuator that is linked to said mounting device and mounted on a pad rigidly connected to said plate. - a plate that is designed to at least partially close off an opening formed in said wall, - a mounting device for mounting said plate on said wall so as to be moveable between a position at least partially closing off said opening and a position at least partially opening up said opening, - an inflatable and deflatable seal that is designed to be arranged between the plate and the wall, and inflation and deflation means for inflating and deflating said seal, characterized in that it comprises a mechanical coupling device mechanically linking the mounting device for mounting the plate and the inflation and deflation means for inflating and deflating the seal, such that the implementation of the mounting device to move the plate from the closing-off position thereof to the opening-up position thereof involves deflating the seal and the implementation of the mounting device to move the plate from the opening-up position thereof to the closing-off position thereof involves inflating the seal, the mechanical coupling device including an actuator that is linked to said mounting device and mounted on a pad rigidly connected to said plate.
A method of producing a biosynthetic bacterial cellulose membrane comprising: (a) producing a cellulose pellicle by culturing cellulose-producing bacteria in a culture media under aerobic conditions supporting microbial biocellulose production; (b) performing a series of dehydration-rehydration steps on the cellulose pellicle, followed by a final dehydration step, to effect compaction of said cellulose pellicle; and (c) following step (b), treating the cellulose pellicle with a cellulose-dissolving solution, followed by treatment with acid. (a) producing a cellulose pellicle by culturing cellulose-producing bacteria in a culture media under aerobic conditions supporting microbial biocellulose production; (b) performing a series of dehydration-rehydration steps on the cellulose pellicle, followed by a final dehydration step, to effect compaction of said cellulose pellicle; and (c) following step (b), treating the cellulose pellicle with a cellulose-dissolving solution, followed by treatment with acid.
A paging message sending method, comprising: determining, by a first terminal, that a second terminal is paged, the second terminal being connected to a network side device by using the first terminal; and sending, by the first terminal, a first message to the second terminal, wherein the first message is configured to enable the second terminal to determine that the second terminal is paged; wherein the first message comprises a first identifier, wherein a quantity of bits occupied by the first identifier is less than a respective quantity of bits occupied by an S-temporary mobile subscriber identity, S-TMSI, and an international mobile subscriber identity, IMSI, that are configured to be used by the network side device for paging the second terminal, wherein the first identifier is configured to enable the second terminal to determine that the second terminal is paged; wherein the first identifier is an identifier allocated by the first terminal to the second terminal on a time resource for paging the second terminal; or the first identifier is a proximity service terminal identifier, ProSe UE ID, of the second terminal; wherein the first message further comprises a first indication, and the first indication is used to indicate a paging type; wherein the paging type is that the network side device pages the second terminal by using an S-temporary mobile subscriber identity, S-TMSI, or an international mobile subscriber identity, IMSI. determining, by a first terminal, that a second terminal is paged, the second terminal being connected to a network side device by using the first terminal; and sending, by the first terminal, a first message to the second terminal, wherein the first message is configured to enable the second terminal to determine that the second terminal is paged; wherein the first message comprises a first identifier, wherein a quantity of bits occupied by the first identifier is less than a respective quantity of bits occupied by an S-temporary mobile subscriber identity, S-TMSI, and an international mobile subscriber identity, IMSI, that are configured to be used by the network side device for paging the second terminal, wherein the first identifier is configured to enable the second terminal to determine that the second terminal is paged; wherein the first identifier is an identifier allocated by the first terminal to the second terminal on a time resource for paging the second terminal; or the first identifier is a proximity service terminal identifier, ProSe UE ID, of the second terminal; wherein the first message further comprises a first indication, and the first indication is used to indicate a paging type; wherein the paging type is that the network side device pages the second terminal by using an S-temporary mobile subscriber identity, S-TMSI, or an international mobile subscriber identity, IMSI.
Process for obtaining crude oil products, in which a gaseous stream (d) is formed by evaporation from a crude oil stream (b) and the gaseous stream (d) is at least partly subjected to a steamcracking process, wherein the steamcracking process produces a cracking gas stream (e) which is at least partly quenched with a liquid hydrocarbon stream (f) to obtain a quench output stream (g), characterized in that a proportion (f) that remains in liquid form in the evaporation of the crude oil stream (b) is at least partly used to form the liquid hydrocarbon stream (f) used for quenching, wherein the liquid hydrocarbon stream used for quenching has a low level of or is free of components that have been separated from the quench output stream (g) or a stream formed from the quench output stream (g) and the quench output stream (g) is obtained by quenching with the liquid hydrocarbon stream (f) at a temperature lying in a temperature range of from 0 to 250°C.
A filter cartridge for use as a serviceable filter cartridge with a liquid filter assembly in an in-tank filter system with a cover member; the filter cartridge comprising: (a) a region of filter media defining a central, open, volume, (i) the region of filter media having first and second ends; (b) a first end cap secured to the first end of the region of filter media and closed to the central open volume; (c) an axial stem comprising a portion of the first end cap and having a portion projecting away from the filter media; (i) an end of the axial stem remote from the filter media comprising a locker engagement tip to permit the cover member to close the liquid filter assembly; (d) a second end cap secured to the second end of the region of filter media; the second end cap defining a central liquid flow conduit therethrough, in liquid flow communication with the central, open, volume defined by the filter media; and (e) a plurality of retaining clips projecting away from the filter media; the retaining clips comprising a portion of the first end cap. (a) a region of filter media defining a central, open, volume, (i) the region of filter media having first and second ends; (i) the region of filter media having first and second ends; (b) a first end cap secured to the first end of the region of filter media and closed to the central open volume; (c) an axial stem comprising a portion of the first end cap and having a portion projecting away from the filter media; (i) an end of the axial stem remote from the filter media comprising a locker engagement tip to permit the cover member to close the liquid filter assembly; (i) an end of the axial stem remote from the filter media comprising a locker engagement tip to permit the cover member to close the liquid filter assembly; (d) a second end cap secured to the second end of the region of filter media; the second end cap defining a central liquid flow conduit therethrough, in liquid flow communication with the central, open, volume defined by the filter media; and (e) a plurality of retaining clips projecting away from the filter media; the retaining clips comprising a portion of the first end cap.
A poly(ester amide) polymer blend having a glass transition temperature (T g) above the T g of poly(ester amide benzyl ester) (PEA-Bz) or poly(ester amide-TEMPO) (PEA-TEMPO), comprising: a first PEA polymer having a T g about or below the T g of PEA-Bz or T g of PEA-TEMPO, and a second PEA polymer having a T g above the T g of PEA-Bz or T g of PEA-TEMPO, wherein the PEA polymer blend comprises a PEA polymer of any one of formulae 3-7: -[-sebacinate-L.-Leu-hexanediol-L-Leu-] n - Formula 3 -[-adipate-L-Leu-hexanediol-L-Leu-] n - Formula 4A -[-sebacinate-L-Leu-butanediol-L-Leu-] n - Formula 4B -[-adipate-L-Leu-butanediol-L-Leu-] n - Formula 4C -[-sebacinate-L-Val-hexanediol-L-Val-] n - Formula 5A -[-sebacinate-L-Phe-hexanediol-L-Phe-] n - Formula 5B -[-adipate-L-Val-butanediol-L-Val-] n - Formula 5C -[-adipate-L-Phe-butanediol-L-Phe-] n - Formula 5D -[-adipate-L-Leu-hexanediol-L-Leu-] m -[-adipate-Lys-R] n - R=benzyl ester or TEMPO Formula 6A -[-sebacinate-L-Leu-butanediol-L-Leu-] m -[-sebacinate-Lys-R] n - R = benzyl ester or TEMPO Formula 6B -[-adipate-L-Leu-butanediol-L-Leu-] m -[-adipate-Lys-R] n - R = benzyl ester or TEMPO Formula 6C -[-sebacinate-L-Val-hexanediol-L-Val-] m -[-sebacinate-Lys-R] n - R= benzyl ester or TEMPO Formula 6D -[-sebacinate-L-Phe-hexanediol-L-Phe-] m -[sebacinate-Lys-R] n - R=benzyl ester or TEMPO Formula 6E -[-adipate-L-Val-butanediol-L-Val-] m -[-adipate-Lys-R] n - R= benzyl ester or TEMPO Formula 6F -[-adipate-L-Phe-butanediol-L-Phe-] m -[-adipate-Lys-R] n - R = benzyl ester or TEMPO Formula 6G -[-sebacinate-L-Leu-hexanediol-L-Leu-] m -[-sebacinate-Lys R] n - R = methyl, ethyl, or propyl Formula 7 a first PEA polymer having a T g about or below the T g of PEA-Bz or T g of PEA-TEMPO, and a second PEA polymer having a T g above the T g of PEA-Bz or T g of PEA-TEMPO, wherein the PEA polymer blend comprises a PEA polymer of any one of formulae 3-7: -[-sebacinate-L.-Leu-hexanediol-L-Leu-] n - Formula 3 -[-adipate-L-Leu-hexanediol-L-Leu-] n - Formula 4A -[-sebacinate-L-Leu-butanediol-L-Leu-] n - Formula 4B -[-adipate-L-Leu-butanediol-L-Leu-] n - Formula 4C -[-sebacinate-L-Val-hexanediol-L-Val-] n - Formula 5A -[-sebacinate-L-Phe-hexanediol-L-Phe-] n - Formula 5B -[-adipate-L-Val-butanediol-L-Val-] n - Formula 5C -[-adipate-L-Phe-butanediol-L-Phe-] n - Formula 5D -[-adipate-L-Leu-hexanediol-L-Leu-] m -[-adipate-Lys-R] n - R=benzyl ester or TEMPO Formula 6A -[-sebacinate-L-Leu-butanediol-L-Leu-] m -[-sebacinate-Lys-R] n - R = benzyl ester or TEMPO Formula 6B -[-adipate-L-Leu-butanediol-L-Leu-] m -[-adipate-Lys-R] n - R = benzyl ester or TEMPO Formula 6C -[-sebacinate-L-Val-hexanediol-L-Val-] m -[-sebacinate-Lys-R] n - R= benzyl ester or TEMPO Formula 6D -[-sebacinate-L-Phe-hexanediol-L-Phe-] m -[sebacinate-Lys-R] n - R=benzyl ester or TEMPO Formula 6E -[-adipate-L-Val-butanediol-L-Val-] m -[-adipate-Lys-R] n - R= benzyl ester or TEMPO Formula 6F -[-adipate-L-Phe-butanediol-L-Phe-] m -[-adipate-Lys-R] n - R = benzyl ester or TEMPO Formula 6G -[-sebacinate-L-Leu-hexanediol-L-Leu-] m -[-sebacinate-Lys R] n - R = methyl, ethyl, or propyl Formula 7
Isononyl ester mixture of an epoxidized fatty acid mixture, the fatty acid mixture having been obtained from a vegetable oil, the fraction of saturated fatty acids in the isononyl ester mixture being below the fraction of saturated fatty acids in the vegetable oil from which the fatty acids have been obtained, and the average number of epoxide groups per fatty acid being greater than 1.00.
A compound having the structure: or a stereoisomer, a pharmaceutically acceptable salt, or solvate thereof, in combination with at least one therapeutic agent selected from the group consisting of lenalidomide and venetoclax, for use in inducing apoptosis in a cell comprising a lymphocyte produced in diffuse large B cell lymphoma. or a stereoisomer, a pharmaceutically acceptable salt, or solvate thereof, in combination with at least one therapeutic agent selected from the group consisting of lenalidomide and venetoclax, for use in inducing apoptosis in a cell comprising a lymphocyte produced in diffuse large B cell lymphoma.
Roller bearing comprising an outer ring and an inner ring together delimiting a roller space wherein rolling bodies are disposed to allow the relative rotation of said rings, each of said rings having a left-side outer face (1g, 2g) and a right-side outer face (1d, 2d) extending radially by being connected by an outer axial wall (3, 4), the left-side faces (1g, 2g) - respectively right-side (1d, 2d) - being separated by a left-side opening - respectively right-side - of the roller space, said bearing further comprising at least one cage (7g, 7d) comprising an annular body which is provided with housings wherein the rolling bodies are disposed to ensure the guiding in rotation thereof, said body having at least one substantially axial edge on which is formed an annular lip which extends substantially radially, said bearing being characterised in that the edge is disposed in an opening (9g, 9d) by forming a clearance (J a) with an inner axial wall of said rings delimiting said opening so as to form an inner annular conduit of cross-section S a, the lip being disposed facing a side outer face (1g, 1d, 2g, 2d) by forming a clearance (J b) so as to form an outer annular conduit of cross-section S b, said outer annular conduit extending from the inner annular conduit to a passage to form a communication path of the roller space with the exterior, said passage radially leading along the side outer face (1g, 1d, 2g, 2d) to the axial wall (3, 4).
A method of controlling exhaust injection in an exhaust gas aftertreatment device, the exhaust gas aftertreatment device including an exhaust pipe injector provided in an exhaust pipe of an engine for performing exhaust pipe injection, a DOC connected to the exhaust pipe downstream of the exhaust pipe injector, and a DPF connected to the exhaust pipe downstream of the exhaust pipe injector, the exhaust gas aftertreatment device being configured to perform multiple-injection, post injection and the exhaust pipe injection when PM accumulates in the DPF, thereby burning a reduction gas in the DOC, raising an exhaust gas temperature, burning the PM, which has accumulated in the DPF, for regeneration of the DPF, characterized in that the method comprises: preparing, in advance, a light-off performance map that includes light-off performance curves indicating a combustion efficiency relative to a DOC temperature in the post injection and in the exhaust pipe injection, when the catalyst is fresh and when the catalyst has deteriorated; setting the catalyst temperature that enables the exhaust pipe injection, from a degree of deterioration of the catalyst which is determined based on the light-off performance map; performing the multiple-injection and/or the post injection when the set catalyst temperature is not reached; and performing the exhaust pipe injection when the catalyst temperature reaches or exceeds the set catalyst temperature. preparing, in advance, a light-off performance map that includes light-off performance curves indicating a combustion efficiency relative to a DOC temperature in the post injection and in the exhaust pipe injection, when the catalyst is fresh and when the catalyst has deteriorated; setting the catalyst temperature that enables the exhaust pipe injection, from a degree of deterioration of the catalyst which is determined based on the light-off performance map; performing the multiple-injection and/or the post injection when the set catalyst temperature is not reached; and performing the exhaust pipe injection when the catalyst temperature reaches or exceeds the set catalyst temperature.
A process for solubilizing an organic solid to form at least one solubilized organic solute, the process comprising: reacting an organic solid with an oxidant in superheated water in a reactor; wherein the oxidant is molecular oxygen (O 2), and the molecular oxygen is extracted from air or derived from hydrogen peroxide; wherein the temperature of the superheated water is 200°C to 350°C; wherein the pressure in the reactor is sufficient to maintain the superheated water in the liquid state and the pressure is from 12 MPa to 16 MPa; wherein the organic solid is selected from the group consisting of coal, lignite, kerogen, biomass, and solid organic wastes; and wherein reacting the organic solid with the molecular oxygen (O 2) occurs in the reactor having no gaseous head space above the superheated water. reacting an organic solid with an oxidant in superheated water in a reactor; wherein the oxidant is molecular oxygen (O 2), and the molecular oxygen is extracted from air or derived from hydrogen peroxide; wherein the temperature of the superheated water is 200°C to 350°C; wherein the pressure in the reactor is sufficient to maintain the superheated water in the liquid state and the pressure is from 12 MPa to 16 MPa; wherein the organic solid is selected from the group consisting of coal, lignite, kerogen, biomass, and solid organic wastes; and wherein reacting the organic solid with the molecular oxygen (O 2) occurs in the reactor having no gaseous head space above the superheated water.