mhurhangee/ep-ind-claims huggingface dataset:
A method for contextual activation of a pharmaceutical comprising: using one or more computer processors; receiving a contextual input (2020, 2030), the contextual input (2020, 2030) indicative of a context of a user, wherein the context of the user is a current location of the user or a future predicted location of the user; determining, based upon the contextual input (2020, 2030), that activation of a pharmaceutical in the user is indicated; and responsive to determining that activation of the pharmaceutical in the user is indicated, sending a signal to activate the pharmaceutical. using one or more computer processors; receiving a contextual input (2020, 2030), the contextual input (2020, 2030) indicative of a context of a user, wherein the context of the user is a current location of the user or a future predicted location of the user; determining, based upon the contextual input (2020, 2030), that activation of a pharmaceutical in the user is indicated; and responsive to determining that activation of the pharmaceutical in the user is indicated, sending a signal to activate the pharmaceutical.
A connecting piping comprising: a tubular main body section that is provided with at least one annular rib on an outer circumferential surface; a pair of deformable sections (36a, 36b) that are each configured from a bellows (50, 51, 52) that is deformable in an axis line direction and a diameter direction; and a pair of connecting sections (35a, 35b), characterised in that a flow guide (32a, 32b) is provided inside each deformable section (36a, 36b), each flow guide (32a, 32b) is fixed to a connecting piping main body including the tubular main body section, the deformable sections (36a, 36b), and the pair of connecting sections (35a, 35b) on only one side in an axial direction, the flow guide provided inside one of deformable sections is fixed to the tubular main body section, and the flow guide provided inside the other of deformable sections is fixed to the connecting section. a tubular main body section that is provided with at least one annular rib on an outer circumferential surface; a pair of deformable sections (36a, 36b) that are each configured from a bellows (50, 51, 52) that is deformable in an axis line direction and a diameter direction; and a pair of connecting sections (35a, 35b), characterised in that a flow guide (32a, 32b) is provided inside each deformable section (36a, 36b), each flow guide (32a, 32b) is fixed to a connecting piping main body including the tubular main body section, the deformable sections (36a, 36b), and the pair of connecting sections (35a, 35b) on only one side in an axial direction, the flow guide provided inside one of deformable sections is fixed to the tubular main body section, and the flow guide provided inside the other of deformable sections is fixed to the connecting section.
An anaerobic process with filtration procedure for wastewater treatment at room temperature, that comprises: - continuously feeding at least one not heated anaerobic reactor, with previously sieved wastewater and previously sieved biodegradable organic waste, said non heated reactor being coupled to at least one submerged gasified filtration membrane, with recirculation of biogas from the reactor, - carrying out in the reactor the anaerobic digestion of the organic fraction contained in the mixture of wastewater and the BOW, obtaining a treated mixture, and - filtering the treated mixture, in at least one filtration tank through the submerged gasified filtration membrane under conditions such that the relationship between the recirculated biogas flow rate applied per square meter of membrane and the flow rate of filtered wastewater per square meter of membrane (SGD p) is the minimum value allowed by the suspended solid concentration in a treatment plant, obtained by the equation SGDp = 0.9096 x MLSS - 1.5407, wherein the total solid concentration inside the anaerobic reactor TSML ar is comprised between 1 and 35 g/L. - continuously feeding at least one not heated anaerobic reactor, with previously sieved wastewater and previously sieved biodegradable organic waste, said non heated reactor being coupled to at least one submerged gasified filtration membrane, with recirculation of biogas from the reactor, - carrying out in the reactor the anaerobic digestion of the organic fraction contained in the mixture of wastewater and the BOW, obtaining a treated mixture, and - filtering the treated mixture, in at least one filtration tank through the submerged gasified filtration membrane under conditions such that the relationship between the recirculated biogas flow rate applied per square meter of membrane and the flow rate of filtered wastewater per square meter of membrane (SGD p) is the minimum value allowed by the suspended solid concentration in a treatment plant, obtained by the equation SGDp = 0.9096 x MLSS - 1.5407, wherein the total solid concentration inside the anaerobic reactor TSML ar is comprised between 1 and 35 g/L.
System for monitoring a rectifier intended to be linked to a single-phase or polyphase electrical network for charging an electric battery of an automotive vehicle, said rectifier comprising switching means (MSWI) for rectifying the current of the electrical network during the charging of the battery and a set of control circuits for controlling the switching of the switching means (MSWI), characterized in that it comprises a measuring module for measuring the voltage at the output of the rectifier during the charging of the battery, means for processing said measured voltage in order to detect a fault in the switching means (MSWI) and monitoring means capable of sending switching commands to the control circuits if at least one fault in the switching means (MSWI) is detected, and in that said monitoring means comprise a memory for storing switching commands intended for the control circuit and are configured for sending, subsequent to the detection of at least one fault in the switching means (MSWI), switching commands in order to reset the switching means (MSWI) of the rectifier to their state prior to the occurrence of the fault in the switching means (MSWI).
A method of making an engineered RNA precursor for use in mediating ribonucleic acid interference (RNAi) of a target gene of a mammalian cell, comprising modifying a naturally occurring stRNA precursor sequence to produce an engineered RNA precursor comprising i) a first stem portion comprising a sequence of 18 to 40 nucleotides that is substantially complementary to a sequence of a messenger RNA (mRNA) of the target gene; ii) a second stem portion comprising a sequence of 18 to 40 nucleotides that is sufficiently complementary to the 18 to 40 nucleotide sequence of the first stem portion to hybridize with the first stem portion to form a duplex stem; and iii) a loop portion of at least 4 nucleotides that connects the two stem portions; wherein the precursor is capable of being processed by Dicer. i) a first stem portion comprising a sequence of 18 to 40 nucleotides that is substantially complementary to a sequence of a messenger RNA (mRNA) of the target gene; ii) a second stem portion comprising a sequence of 18 to 40 nucleotides that is sufficiently complementary to the 18 to 40 nucleotide sequence of the first stem portion to hybridize with the first stem portion to form a duplex stem; and iii) a loop portion of at least 4 nucleotides that connects the two stem portions;
An injectable pharmaceutical formulation for use in a method for the alleviation or reduction of joint irritation or for the reduction of worsening of existing joint inflammation as a result of further irritation, comprising xylitol as the active ingredient therein, wherein the formulation is to be administered via intra-articular injection.
Slot-die coating apparatus for manufacturing a patterned coating layer on a substrate, the apparatus comprising a substrate carrier arranged on a support, arranged for providing the substrate comprising a substrate surface (Is); a coating device comprising at least a head-side unit and a support-side unit that are mutually movable with respect to each other by at least one motor (52, 56; 56A), the head-side unit comprising a translator part of the at least one motor and a slot-die coating head, the slot-die coating head comprising an outflow opening from which flows a coating fluid, wherein the outflow opening forms a slit that is, in use, arranged in a slit direction (y) over the substrate surface (Is), the at least a support-side unit (55; 55A) comprising a stator part (56; 56A) of the at least one motor, a sensor facility for measuring a distance between the outflow opening and the surface of the substrate carrier or the substrate surface in a translation direction (x) transverse to the slit direction (y) and for providing a sense signal (Dm) indicative for a measured value of said distance; a controller for controlling the at least one motor (52, 56; 56A) in accordance with an input signal (Ds) indicative for a desired value (Ds) of said distance, in order to position the slot-die coating head at a distance having said desired value (Ds), characterized in that the at least a support-side unit has a mass that is at least equal to the mass of the at least a head-side unit, and the at least a support-side unit is flexibly coupled to the support.
A method of reducing the concentration of an active pharmaceutical ingredient in used fish treatment water; wherein said treatment water is fresh water, brackish water or salt water, and wherein: (a) the API is a parasiticide selected from the group consisting of a benzoylurea, an avermectin, an organophosphate, and a pyrethroid for use in the treatment of fish; and, (b) the method comprises filtering the water using a microfilter having a pore size in the range of 0.1-7 μm; and wherein overall filtration efficiency is greater than 10%; and wherein the microfilter is comprised of a material selected from paper, a polymer, stainless steel, ceramic, or a microporous membrane; and wherein a pretreatment agent is added to the water prior to a prefiltration step with a filter having a pore size in the range of 10-200μm. (a) the API is a parasiticide selected from the group consisting of a benzoylurea, an avermectin, an organophosphate, and a pyrethroid for use in the treatment of fish; and, (b) the method comprises filtering the water using a microfilter having a pore size in the range of 0.1-7 μm;
An apparatus for compensating for clipping power losses, comprising: a gain multiplier for applying a gain to a signal input into a crest factor reduction module in a TX chain, wherein the gain multiplier is arranged between a baseband signal generation module and the crest factor reduction module; characterized by further comprising: a device for calculating the gain by using a power of the signal output from the baseband signal generation module and a power of the signal output from the crest factor reduction module, and outputting the calculated gain to the gain multiplier, to make the power of the signal output from the crest factor reduction module be equal to the power of the signal output from the baseband signal generation module in the TX chain. a gain multiplier for applying a gain to a signal input into a crest factor reduction module in a TX chain, wherein the gain multiplier is arranged between a baseband signal generation module and the crest factor reduction module; characterized by further comprising: a device for calculating the gain by using a power of the signal output from the baseband signal generation module and a power of the signal output from the crest factor reduction module, and outputting the calculated gain to the gain multiplier, to make the power of the signal output from the crest factor reduction module be equal to the power of the signal output from the baseband signal generation module in the TX chain. a device for calculating the gain by using a power of the signal output from the baseband signal generation module and a power of the signal output from the crest factor reduction module, and outputting the calculated gain to the gain multiplier, to make the power of the signal output from the crest factor reduction module be equal to the power of the signal output from the baseband signal generation module in the TX chain.
A method comprising: receiving (505; 705) input images from image sensors in a linear domain, each input image having a different exposure time; aligning (510; 710), in the linear domain, in luminance by applying a gain factor to appropriate input images so same objects with different exposure times have a same grey level; blending (520; 720), in the linear domain, luminance values at each pixel from each of the aligned images to generate a blended image; determining (525; 725), in the linear domain, a useful image by selecting which of the aligned images has useful information for a pixel using a threshold based on the gain factor and the blended image; calculating (530; 730), in the linear domain, one of a differential luminance or distance value from the aligned images for the pixel; determining (535; 735), in the linear domain, an anti-ghosting weight based on the useful image and the one of the differential luminance value or the distance value for the pixel; applying (545; 745), in the linear domain, proportionally the determined anti-ghosting weight to the pixel for each of the aligned images to generate an output image; and storing (550; 750), displaying, or transmitting the output image based on at least the anti-ghosting weight. receiving (505; 705) input images from image sensors in a linear domain, each input image having a different exposure time; aligning (510; 710), in the linear domain, in luminance by applying a gain factor to appropriate input images so same objects with different exposure times have a same grey level; blending (520; 720), in the linear domain, luminance values at each pixel from each of the aligned images to generate a blended image; determining (525; 725), in the linear domain, a useful image by selecting which of the aligned images has useful information for a pixel using a threshold based on the gain factor and the blended image; calculating (530; 730), in the linear domain, one of a differential luminance or distance value from the aligned images for the pixel; determining (535; 735), in the linear domain, an anti-ghosting weight based on the useful image and the one of the differential luminance value or the distance value for the pixel; applying (545; 745), in the linear domain, proportionally the determined anti-ghosting weight to the pixel for each of the aligned images to generate an output image; and storing (550; 750), displaying, or transmitting the output image based on at least the anti-ghosting weight.
Apparatus for feeding air into the combustion chamber of a combustion furnace comprising an elongate bar which is provided with a refractory protective cladding and which has two ends and through the interior of which at least one air distribution pipe (19, 20) extends, and air outlets (17, 18) which are arranged along the bar and which are communicatingly connected to the at least one air distribution pipe (19, 20), characterised in that the bar has air-guide means which are arranged in an upper region of the bar at least in the proximity of its two ends for producing air curtains which sweep downwardly over a respective surface region of the bar.
An information displaying method, characterized in that the information displaying method comprising the steps of: determining whether a communication process is started; detecting a current time if the communication process is started; receiving a telephone number information (S113, S123); obtaining an event information (S114, S124) according to the telephone number information, wherein the event information is a latest event of a social network service; and determining whether the current time falls within a predetermined time interval (S216, S226); concurrently displaying the event information (S117, S127) obtained from the social network service, a name corresponding to the telephone number information, and an image corresponding to the telephone number information obtained from a storage unit of a mobile phone, if the current time falls within the predetermined time interval. determining whether a communication process is started; detecting a current time if the communication process is started; receiving a telephone number information (S113, S123); obtaining an event information (S114, S124) according to the telephone number information, wherein the event information is a latest event of a social network service; and determining whether the current time falls within a predetermined time interval (S216, S226); concurrently displaying the event information (S117, S127) obtained from the social network service, a name corresponding to the telephone number information, and an image corresponding to the telephone number information obtained from a storage unit of a mobile phone, if the current time falls within the predetermined time interval.
A system for deicing the nose cone of an aircraft turbojet, comprising a bearing and a hollow low-pressure compressor shaft of axis Z-Z supported, in rotation and in thrust, by said bearing, said bearing being lubricated with oil by means of two nozzles (16, 18) located outside the compressor shaft, said deicing system further comprising: - a feed oil tube fastened to the nose cone of the engine, this tube connecting the low-pressure compressor shaft to the eingine nose cone and having a radius (r); - a skin lining the wall of the engine nose cone, leaving a passage for circulation of the oil; - a plurality of radial oil-return tubes placed between the most eccentric part of the skin relative to the Z-Z axis and the bearing, for returning the oil to the bearing; and - the return of the oil into the bearing being located at a distance (r) from the Z-Z axis larger than the radius (r) of the feed tube. - a feed oil tube fastened to the nose cone of the engine, this tube connecting the low-pressure compressor shaft to the eingine nose cone and having a radius (r); - a skin lining the wall of the engine nose cone, leaving a passage for circulation of the oil; - a plurality of radial oil-return tubes placed between the most eccentric part of the skin relative to the Z-Z axis and the bearing, for returning the oil to the bearing; and - the return of the oil into the bearing being located at a distance (r) from the Z-Z axis larger than the radius (r) of the feed tube.
A tape cartridge, comprising: a platen, when the tape cartridge is mounted on a tape printer, a print head of the tape printer contacting the platen with a print tape and an ink ribbon arranged therebetween such that the print head can be separated from the platen; a cartridge case that houses the print tape, the ink ribbon, and the platen; and an insertion opening formed in the cartridge case, the print head being inserted into the insertion opening, characterized in that: a contact portion of the platen that is brought into contact with the print head protrudes relative to a head receiver of the insertion opening to which the print head is exposed when the print head contacts the platen, wherein the cartridge case includes a seat-surface-side first case wall, and a second case wall parallel to the first case wall, wherein the platen is rotatably supported from both sides by a first bearing hole that is formed in the first case wall and a second bearing hole that is formed in the second case wall, and wherein the head receiver is defined by an edge of the first case wall near the insertion opening and an edge of the second case wall near the insertion opening, and has a first communication portion that communicates with the first bearing hole and a second communication portion that communicates with the second bearing hole, and the contact portion of the platen protrudes relative to the edge of the first case wall and relative to the edge of the second case wall. a platen, when the tape cartridge is mounted on a tape printer, a print head of the tape printer contacting the platen with a print tape and an ink ribbon arranged therebetween such that the print head can be separated from the platen; a cartridge case that houses the print tape, the ink ribbon, and the platen; and an insertion opening formed in the cartridge case, the print head being inserted into the insertion opening, a contact portion of the platen that is brought into contact with the print head protrudes relative to a head receiver of the insertion opening to which the print head is exposed when the print head contacts the platen, wherein the cartridge case includes a seat-surface-side first case wall, and a second case wall parallel to the first case wall, wherein the platen is rotatably supported from both sides by a first bearing hole that is formed in the first case wall and a second bearing hole that is formed in the second case wall, and wherein the head receiver is defined by an edge of the first case wall near the insertion opening and an edge of the second case wall near the insertion opening, and has a first communication portion that communicates with the first bearing hole and a second communication portion that communicates with the second bearing hole, and the contact portion of the platen protrudes relative to the edge of the first case wall and relative to the edge of the second case wall.
A mutant Fibroblast Growth Factor-21 (FGF-21) peptide conjugate comprising i) a mutant FGF-21 peptide comprising the amino acid sequence of SEQ ID NO: 2, ii) a glycosyl moiety, and iii) a 20 kDa polyethylene glycol, wherein the mutant FGF-21 peptide is attached to the glycosyl moiety by a covalent bond between a threonine at amino acid position 173 of SEQ ID NO: 2 and a first site of the glycosyl moiety and wherein the glycosyl moiety is attached to the 20 kDa PEG by a covalent bond between a second site of the glycosyl moiety and the 20 kDa PEG; wherein the mutant FGF-21 peptide conjugate comprises the structure: wherein n is an integer selected from 450 to 460. i) a mutant FGF-21 peptide comprising the amino acid sequence of SEQ ID NO: 2, ii) a glycosyl moiety, and iii) a 20 kDa polyethylene glycol,
A pump assembly comprising - an impeller with a rotor axis, - a pump housing accommodating the impeller, - a drive motor with a stator and a rotor for driving the impeller, - a rotor can accommodating the rotor, and - a stator housing accommodating the stator, wherein the rotor can is shaped by rolling, expanding, cutting, milling and/or punching of a single integral metal piece and comprises a rotor can flange having a lateral rotor can flange face fitting within a peripheral wall of the pump housing, wherein the lateral rotor can flange face has at least three radial projections abutting against the peripheral wall of the pump housing and centring the rotor can with respect to the peripheral wall of the pump housing. - an impeller with a rotor axis, - a pump housing accommodating the impeller, - a drive motor with a stator and a rotor for driving the impeller, - a rotor can accommodating the rotor, and - a stator housing accommodating the stator,
Accessory gearbox for a turbine engine, said gearbox being provided with an air/oil separator and comprising a casing in which intermeshing pinions are mounted, one of which is rigidly connected to a coaxial shank for driving at least one filtering membrane of the separator, characterised in that said filtering membrane is directly mounted on a web of the pinion, inside the casing.