mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing acetic acid comprising: separating a reaction medium in a flash vessel to form a liquid recycle stream and a vapor product stream comprising acetic acid in an amount from 60 to 70 wt.%, methyl iodide in an amount from 25 to 35 wt.%, methyl acetate in an amount from 0.5 to 6.5 wt.%, water in an amount from 1 to 8 wt.%, acetaldehyde in an amount from 0.01 to 0.7 wt %, and hydrogen iodide in an amount less than or equal to 0.1 wt.%; and distilling at least a portion of the vapor product stream in a first column to obtain an acetic acid product stream comprising acetic acid and methyl iodide in an amount from 0.1 to 6 wt.% and an overhead stream comprising methyl iodide, water and methyl acetate. separating a reaction medium in a flash vessel to form a liquid recycle stream and a vapor product stream comprising acetic acid in an amount from 60 to 70 wt.%, methyl iodide in an amount from 25 to 35 wt.%, methyl acetate in an amount from 0.5 to 6.5 wt.%, water in an amount from 1 to 8 wt.%, acetaldehyde in an amount from 0.01 to 0.7 wt %, and hydrogen iodide in an amount less than or equal to 0.1 wt.%; and distilling at least a portion of the vapor product stream in a first column to obtain an acetic acid product stream comprising acetic acid and methyl iodide in an amount from 0.1 to 6 wt.% and an overhead stream comprising methyl iodide, water and methyl acetate.
A method for conducting rate limiting on a hierarchical quality of service queue, wherein the method comprises: initializing a scheduling structure of a cascading port and establishing a multi-level scheduling structure ; and setting a rate limit for a father node of two brother nodes required to limit rate according to the multi-level scheduling structure ; wherein one of the two brother nodes corresponds to a unicast queue, and the other one of the two brother nodes corresponds to a multicast queue. initializing a scheduling structure of a cascading port and establishing a multi-level scheduling structure ; and setting a rate limit for a father node of two brother nodes required to limit rate according to the multi-level scheduling structure ; wherein one of the two brother nodes corresponds to a unicast queue, and the other one of the two brother nodes corresponds to a multicast queue.
A pharmaceutical composition comprising a therapeutically effective amount of 5-azacytidine for use in a method of preventing the onset, recurrence or spread of AML, wherein said method comprises orally administering said pharmaceutical composition and wherein the composition is an immediate release composition and releases the 5-azacytidine substantially in the stomach following oral administration to a subject.
Crystal form IV of the compound of formula (I): wherein the X-ray powder diffraction pattern of Crystal form IV measured using Cu-Ka radiation contains characteristic diffraction peaks present at 2θ positions of 9.2°±0.2°, 12.8°±0.2°, 16.2°±0.2°, 18.4°±0.2°, 20.5°±0.2° and 26.5°±0.2°.
A method for dynamic beam assignment in a geostationary satellite communications network, the method comprising: receiving link measurement data that indicates signal quality at a plurality of locations within a plurality of coverage areas illuminated by a plurality of spot beams of a geostationary satellite ; detecting a beam drift trigger according to the link measurement data, the beam drift trigger indicating a present drifting of a coverage area of the plurality of coverage areas illuminated by a spot beam of the plurality of spot beams of the geostationary satellite; identifying a set of ground terminals as experiencing a signal quality degradation from the present drifting; and computing, in a ground processing node in response to detecting the beam drift trigger, an update to a beam assignment map that at least partially counteracts the service degradation by reassigning each of the set of ground terminals from a respective presently assigned spot beam to a respective reassigned spot beam of the plurality of spot beams. receiving link measurement data that indicates signal quality at a plurality of locations within a plurality of coverage areas illuminated by a plurality of spot beams of a geostationary satellite ; detecting a beam drift trigger according to the link measurement data, the beam drift trigger indicating a present drifting of a coverage area of the plurality of coverage areas illuminated by a spot beam of the plurality of spot beams of the geostationary satellite; identifying a set of ground terminals as experiencing a signal quality degradation from the present drifting; and computing, in a ground processing node in response to detecting the beam drift trigger, an update to a beam assignment map that at least partially counteracts the service degradation by reassigning each of the set of ground terminals from a respective presently assigned spot beam to a respective reassigned spot beam of the plurality of spot beams.
A method implemented in a decoder , the method comprising: receiving, by a receiver of the decoder , a bitstream including coded data of a slice of a coded image, and wherein the slice is associated with a slice header in the bitstream ; obtaining, by the processor, indices of a top left tile and a bottom right tile , from the slice header , of the slice; determining, by the processor, a list of tiles coded in the slice based on the obtained indices of the top left tile and the bottom right tile ; and reconstructing, by the processor, the list of tiles to generate a reconstructed slice; characterized in that , the coded image contains a plurality of tiles, and wherein each of the plurality of tiles contains a unique tile index; wherein each of the tile indices for the plurality of tiles in the coded image increase monotonously in raster scan order; and wherein the bitstream lacks one or more tile IDs of the one or more tiles in the slice, and wherein the one or more tile indices of the one or more tiles in the slice are inferred based on the top left tile index and the bottom right tile index of the slice. receiving, by a receiver of the decoder , a bitstream including coded data of a slice of a coded image, and wherein the slice is associated with a slice header in the bitstream ; obtaining, by the processor, indices of a top left tile and a bottom right tile , from the slice header , of the slice; determining, by the processor, a list of tiles coded in the slice based on the obtained indices of the top left tile and the bottom right tile ; and reconstructing, by the processor, the list of tiles to generate a reconstructed slice; characterized in that , the coded image contains a plurality of tiles, and wherein each of the plurality of tiles contains a unique tile index; wherein each of the tile indices for the plurality of tiles in the coded image increase monotonously in raster scan order; and wherein the bitstream lacks one or more tile IDs of the one or more tiles in the slice, and wherein the one or more tile indices of the one or more tiles in the slice are inferred based on the top left tile index and the bottom right tile index of the slice.
A fuel pump , comprising: a case , including: a first section comprising a hub and a hole ; a second section , the second section comprising a threading and circumferentially arranged around the first section , wherein a radial space is arranged between the first section and the second section ; an inlet in fluid communication with the radial space ; a housing chamber arranged adjacent to the first section ; and, an outlet in fluid communication with the hole ; a filter bowl removably connected to the second section , the filter bowl disposed outside the case and providing a fuel path (FP1) outside the case , the filter bowl fluidly connecting the radial space with the hole and axially extended from the second section ; a filter engaged with the hub , the filter partially arranged in the filter bowl and positioned slidably and circumferentially around the hub ; a valve assembly arranged at least partially in the first section and at least partially in the housing chamber ; a coil operatively arranged to apply a magnetic field to the valve assembly to selectively displace fluid therethrough; and a circuit connected to the coil , wherein the circuit includes a microcontroller operatively arranged to control current supplied to the coil . a case , including: a first section comprising a hub and a hole ; a second section , the second section comprising a threading and circumferentially arranged around the first section , wherein a radial space is arranged between the first section and the second section ; an inlet in fluid communication with the radial space ; a housing chamber arranged adjacent to the first section ; and, an outlet in fluid communication with the hole ; a first section comprising a hub and a hole ; a second section , the second section comprising a threading and circumferentially arranged around the first section , wherein a radial space is arranged between the first section and the second section ; an inlet in fluid communication with the radial space ; a housing chamber arranged adjacent to the first section ; and, an outlet in fluid communication with the hole ; a filter bowl removably connected to the second section , the filter bowl disposed outside the case and providing a fuel path (FP1) outside the case , the filter bowl fluidly connecting the radial space with the hole and axially extended from the second section ; a filter engaged with the hub , the filter partially arranged in the filter bowl and positioned slidably and circumferentially around the hub ; a valve assembly arranged at least partially in the first section and at least partially in the housing chamber ; a coil operatively arranged to apply a magnetic field to the valve assembly to selectively displace fluid therethrough; and a circuit connected to the coil , wherein the circuit includes a microcontroller operatively arranged to control current supplied to the coil .
A method for bonding a fabric to a polyolefin elastomer; said method comprising applying to the fabric: (a) from 40 to 80 wt% of an aqueous dispersion of a thermoplastic polymer; and (b) from 60 to 20 wt% of an aqueous dispersion of a rosin, wherein percentages are based on total dry weight of thermoplastic polymer and rosin, wherein the thermoplastic polymer is a styrene-ethylene-butene-styrene block copolymer or a maleic anhydride-modified ethylene-vinyl acetate copolymer.
A bifunctional peptide represented by an amino acid sequence of any one of SEQ ID NOS: 1 to 8, or a pharmaceutical composition comprising the peptide, for use in a method of treating muscle disease, wherein the muscle disease is selected from the group consisting of muscular dystrophy, muscular atrophy, muscular sarcopenia, myositis, polymyositis.
A sterilization system for an airport, the sterilization system comprising: a baggage scanner configured to scan the inside of an object through X-rays; a sterilization apparatus comprising a housing forming a sterilization space ; and a conveyor belt configured to convey the object along a path passing through the baggage scanner and then through the sterilization space , or vice versa; wherein the sterilization apparatus further comprises: a first sterilizer configured to radiate continuously plasma rays toward the sterilization space , regardless of whether the object is placed in the sterilization space ; a second sterilizer configured to radiate ultraviolet light toward the sterilization space ; a sensing unit configured to sense whether an object is placed in the sterilization space ; and a controller configured to control an operation of the second sterilizer based on information sensed by the sensing unit . a baggage scanner configured to scan the inside of an object through X-rays; a sterilization apparatus comprising a housing forming a sterilization space ; and a conveyor belt configured to convey the object along a path passing through the baggage scanner and then through the sterilization space , or vice versa; wherein the sterilization apparatus further comprises: a first sterilizer configured to radiate continuously plasma rays toward the sterilization space , regardless of whether the object is placed in the sterilization space ; a second sterilizer configured to radiate ultraviolet light toward the sterilization space ; a sensing unit configured to sense whether an object is placed in the sterilization space ; and a controller configured to control an operation of the second sterilizer based on information sensed by the sensing unit . a first sterilizer configured to radiate continuously plasma rays toward the sterilization space , regardless of whether the object is placed in the sterilization space ; a second sterilizer configured to radiate ultraviolet light toward the sterilization space ; a sensing unit configured to sense whether an object is placed in the sterilization space ; and a controller configured to control an operation of the second sterilizer based on information sensed by the sensing unit .
An antenna reflector, in particular for a spacecraft and especially for a satellite, said reflector comprising a shell provided with a first surface that is reflective, and a reinforcement system which is arranged on a second surface of the shell , opposite said first surface , and a rear structure supporting this shell , this reflector comprising a plurality of fixing elements arranged between the second surface of the shell and a surface facing said rear structure , said fixing elements being designed for securing the reinforcement system and the shell , characterized in that said rear structure comprises at least a part of structure having a general shape at least partly circular, in that said tubes forming said rear structure are tubes having round transverse sections, and in that said fixing elements are arranged perpendiculair to said second surface of the shell.
An immunogenic composition comprising at least one infectious virus particle, wherein the infectious virus particle comprises a measles virus scaffold and a Zika virus E-protein, wherein the infectious virus particle comprises as its genome at least two nucleic acid sequences, wherein the first nucleic acid sequence is a sequence that encodes an E-protein of a Zika virus, and wherein the first nucleic acid sequence is operably linked to a second nucleic acid sequence encoding the measles virus scaffold vector backbone, wherein the immunogenic composition optionally comprises at least one pharmaceutically and/or veterinarially acceptable carrier and/or excipient, and wherein the genome of the at least one infectious virus particle comprising the first and the second nucleic acid sequence is selected from SEQ ID NOs: 57 and 58.
Use of hydroxypropylcellulose in cosmetic, ethanolic sunscreen sprays to prevent the respirability of the spray droplets, characterized in that the sunscreen spray comprises hydroxypropylcellulose in a concentration of 0.01% to 0.10% by weight, based on the total weight of the preparation, where aerosols are no longer considered to be respirable when they have a droplet size of at least 10 micrometres and at most 0.2% of the droplets have a smaller droplet size.
A gas detector comprising: an assembly of two hemispherical caps (1-1, 1-2) having opposite concavities, and which are reflective on at least a portion of their opposite surfaces, and a plate arranged in an equatorial plane of the assembly of the two caps, in the vicinity of but spaced apart from the center of said equatorial plane and with respect to the center of the spherical structure of the two hemispheric caps, comprising, back-to-back: - a diverging light generator (AB) directed towards the first cap (1-1), and - a light detector (CD) directed towards the second cap (1-2). an assembly of two hemispherical caps (1-1, 1-2) having opposite concavities, and which are reflective on at least a portion of their opposite surfaces, and a plate arranged in an equatorial plane of the assembly of the two caps, in the vicinity of but spaced apart from the center of said equatorial plane and with respect to the center of the spherical structure of the two hemispheric caps, comprising, back-to-back: - a diverging light generator (AB) directed towards the first cap (1-1), and - a light detector (CD) directed towards the second cap (1-2). - a diverging light generator (AB) directed towards the first cap (1-1), and - a light detector (CD) directed towards the second cap (1-2).
A bioreactor for aerobic hydrogenotrophic fermentation, comprising an upper part comprising a top, a bottom part comprising a bottom, an intermediate part comprising a circumferential side face, and a loop adapted to allow flow of a fermentation broth from an exit point in the bottom part to an entry point in the upper part, which bioreactor has an inner diameter (D) and a height (h) defined by the vertical distance between the top and the bottom, and which bioreactor is characterized by - a pump adapted to provide a circular flow of the fermentation broth from the upper part through the intermediate part to the bottom part of the reactor, and through the loop from the exit point in the bottom part to the entry point in the upper part; - a first gas inlet, adapted to provide hydrogen bubbles; - a second gas inlet located at the same height or below the first gas inlet, adapted to provide oxygen; wherein the intermediate part is defined as the part between the first gas inlet and the entry point in the upper part, and wherein the circumferential side face of the intermediate part comprises a conical portion defined by an inner diameter (D) which varies with the height (h) such that a lower height results in a larger diameter. - a pump adapted to provide a circular flow of the fermentation broth from the upper part through the intermediate part to the bottom part of the reactor, and through the loop from the exit point in the bottom part to the entry point in the upper part; - a first gas inlet, adapted to provide hydrogen bubbles; - a second gas inlet located at the same height or below the first gas inlet, adapted to provide oxygen;
A method of determining the thickness of a thin film based on low-coherence interferometric measurements, comprising: providing a scanning interferometry signal produced by a low-coherence scanning interferometer for a first location of a test object, wherein the test object comprises a thin film; providing a model function of the scanning interferometry signal produced by the scanning interferometer, wherein the model function is parametrized by one or more parameter values; fitting the model function to the scanning interferometry signal for each of a series of shifts in scan position between the model function and the scanning interferometry signal by varying the parameter values, wherein the fitting comprises, for the first location, determining a first shift of the series of shifts of scan position which corresponds to a first optimal fit and determining a second shift of the series of shifts of scan position which corresponds to a second optimal fit; and determining information about the test object at the first location based on the fitting, wherein the determining information comprises determining a thickness of the thin film based on the first and second shifts in scan position for the first location. providing a scanning interferometry signal produced by a low-coherence scanning interferometer for a first location of a test object, wherein the test object comprises a thin film; providing a model function of the scanning interferometry signal produced by the scanning interferometer, wherein the model function is parametrized by one or more parameter values; fitting the model function to the scanning interferometry signal for each of a series of shifts in scan position between the model function and the scanning interferometry signal by varying the parameter values, wherein the fitting comprises, for the first location, determining a first shift of the series of shifts of scan position which corresponds to a first optimal fit and determining a second shift of the series of shifts of scan position which corresponds to a second optimal fit; and determining information about the test object at the first location based on the fitting, wherein the determining information comprises determining a thickness of the thin film based on the first and second shifts in scan position for the first location.
A method , comprising: determining that an edit associated with a presentation timeline is within boundaries of a video frame; calculating a temporal drift between an audio track and a video track included in the presentation timeline associated with the edit, wherein the temporal drift comprises a duration of time between the edit and a boundary of the video frame when the edit enters or exits a constituent track at a non-sample boundary; determining whether to include the video frame in the presentation timeline based on the temporal drift and an accumulated temporal drift associated with the presentation timeline; and updating the accumulated temporal drift based on whether the video frame is to be included in the presentation timeline. determining that an edit associated with a presentation timeline is within boundaries of a video frame; calculating a temporal drift between an audio track and a video track included in the presentation timeline associated with the edit, wherein the temporal drift comprises a duration of time between the edit and a boundary of the video frame when the edit enters or exits a constituent track at a non-sample boundary; determining whether to include the video frame in the presentation timeline based on the temporal drift and an accumulated temporal drift associated with the presentation timeline; and updating the accumulated temporal drift based on whether the video frame is to be included in the presentation timeline.
A pressure slip casting mould comprising - a mould cavity for pressure casting a cast part , and mould parts surrounding the mould cavity in a pressure casting position, - wherein a first of the mould parts is adjustable in a first direction (x), - an additional mould part is arranged between a section of the first mould part facing the mould cavity and the mould cavity in the pressure casting position, - wherein the additional mould part is adjustable in a straight line at least during a first demoulding step in a demoulding direction (r) comprising both a directional component in the first direction (x) and also additionally a directional component in a second direction (y) perpendicular to the first direction (x), characterized in that - the additional mould part has a mould part holding device , which extends laterally transverse to the first direction (x) up to an outer periphery of the first mould part or farther than an outer periphery of the first mould part or a mould part enclosure of the first mould part . - a mould cavity for pressure casting a cast part , and mould parts surrounding the mould cavity in a pressure casting position, - wherein a first of the mould parts is adjustable in a first direction (x), - an additional mould part is arranged between a section of the first mould part facing the mould cavity and the mould cavity in the pressure casting position, - wherein the additional mould part is adjustable in a straight line at least during a first demoulding step in a demoulding direction (r) comprising both a directional component in the first direction (x) and also additionally a directional component in a second direction (y) perpendicular to the first direction (x), characterized in that - the additional mould part has a mould part holding device , which extends laterally transverse to the first direction (x) up to an outer periphery of the first mould part or farther than an outer periphery of the first mould part or a mould part enclosure of the first mould part .