mhurhangee/ep-ind-claims huggingface dataset:
A device for use with a renal failure blood therapy machine that is operable to run a therapy prescription for a patient being treated by the renal failure blood therapy machine to remove a plurality of solutes from the patient's blood, wherein said device is programmed to use a plurality of corresponding kinetic models for the solutes and to use each of the kinetic models (i) in a first instance with at least one concentration level of the corresponding solute determined in a test that includes taking multiple blood samples at multiple times during a test therapy to estimate at least one estimated patient parameter and (ii) in a second instance with the at least one estimated patient parameter and a desired therapy result for the corresponding solute to determine at least one of a therapy duration, a therapy frequency, a dialysate flowrate or a blood flowrate for the therapy prescription, and wherein one of the plurality of solutes is phosphate and wherein its corresponding kinetic model assumes mobilization of phosphate to be proportional to a difference between the instantaneous and pre-therapy phosphate concentrations.
Use of a jig electrolytic stripper for removing palladium, comprising the following components to: at least one member selected from the group consisting of nitric acid and salts thereof, at least one member selected from the group consisting of ammonia, ammonium salts, ethylene amine compounds, alkyl diamine compounds, and amino acids, and a bromide. at least one member selected from the group consisting of nitric acid and salts thereof, at least one member selected from the group consisting of ammonia, ammonium salts, ethylene amine compounds, alkyl diamine compounds, and amino acids, and a bromide.
A method of controlling an amount of power delivered by a power converter (220; 320) to a solid state lighting load (240; 340), the method being characterised by the following steps: determining whether a phase-cut dimmer is present between a voltage source and the power converter (220; 320) based on a rectified input voltage from the voltage source; when the phase-cut dimmer is determined not to be present, maintaining a nominal operating point of the power converter (220; 320); and when the phase-cut dimmer is determined to be present, adjusting an operating point of the power converter (220; 320) to increase the amount of power delivered by the power converter (220; 320) to the solid state lighting load (240; 340) by a compensation amount, compensating for power loss introduced by the phase-cut dimmer. determining whether a phase-cut dimmer is present between a voltage source and the power converter (220; 320) based on a rectified input voltage from the voltage source; when the phase-cut dimmer is determined not to be present, maintaining a nominal operating point of the power converter (220; 320); and when the phase-cut dimmer is determined to be present, adjusting an operating point of the power converter (220; 320) to increase the amount of power delivered by the power converter (220; 320) to the solid state lighting load (240; 340) by a compensation amount, compensating for power loss introduced by the phase-cut dimmer.
A primary power switching network for use with a vehicle, the power switching network comprising: a plurality of modular equipment centers (MECs) (44, 46, 48) spatially distributed throughout the vehicle, each of the MECs comprising at least one primary power input configured for receiving primary power; a plurality of equipment loads throughout the vehicle, each of the equipment loads serviced by the nearest MEC; characterized by further comprising a plurality of primary power switching network devices (PPSNDs) within said plurality of MECs, the plurality of PPSNDs having a common configuration relative to one another such that the PPSNDs comprise at least one common power input source and a plurality of common power outputs. a plurality of modular equipment centers (MECs) (44, 46, 48) spatially distributed throughout the vehicle, each of the MECs comprising at least one primary power input configured for receiving primary power; a plurality of equipment loads throughout the vehicle, each of the equipment loads serviced by the nearest MEC; characterized by further comprising a plurality of primary power switching network devices (PPSNDs) within said plurality of MECs, the plurality of PPSNDs having a common configuration relative to one another such that the PPSNDs comprise at least one common power input source and a plurality of common power outputs.
Method for limiting impedance variations of an electromagnetic actuator such as a relay comprising a magnetic circuit consisting of a fixed magnetic armature and a moving vane placed against a spring and capable of moving a mechanical actuator element projecting from a housing via an opening made in the latter, a permanent magnet suitable for attracting the vane to the contact of the armature, as well as at least one induction coil, characterised by the following steps: a/ closing and maintaining the vane in contact with the armature; b/ mounting one or two coils around the armature; c/ sending at least one signal with current I to the coil or coils; d/ measuring the voltage U at the terminals of the coil or one of the coils; - e/ measuring the current I in one or other of the coils; f/ calculating the impedance Zeal = U/I; g/ determining the number of turns to be coiled using a coil nomogram representing Nturns = f(Zcal). a/ closing and maintaining the vane in contact with the armature; b/ mounting one or two coils around the armature; c/ sending at least one signal with current I to the coil or coils; d/ measuring the voltage U at the terminals of the coil or one of the coils; - e/ measuring the current I in one or other of the coils; f/ calculating the impedance Zeal = U/I; g/ determining the number of turns to be coiled using a coil nomogram representing Nturns = f(Zcal).
Method for the non-intrusive measurement of the volume density of a specific phase in a part of an aircraft engine, characterised in that it comprises the following steps implemented by processing means comprised in a tomography system: - forming a series of radiographic images corresponding to a series of projections of said part, - producing a volume image of said part formed from said series of projections, said image being formed by a three-dimensional grid of voxels, the values of which indicate the disposition of said specific phase in said part, - associating a binary coefficient with each voxel of said volume image, thus constructing an initial three-dimensional matrix representation of binary coefficients, said binary coefficients representing a presence or absence of said specific phase in zones of said part corresponding to the voxels, characterized by the following step implemented by the processing means comprised in the tomographic system: - convoluting said initial matrix representation with a convolution matrix kernel corresponding to a predetermined reference volume, said convolution being performed by effecting a composition of three monodimensional convolutions in three independent directions, thus forming a resultant matrix representation, each resultant coefficient of which represents a volume ratio of said specific phase in said reference volume. - forming a series of radiographic images corresponding to a series of projections of said part, - producing a volume image of said part formed from said series of projections, said image being formed by a three-dimensional grid of voxels, the values of which indicate the disposition of said specific phase in said part, - associating a binary coefficient with each voxel of said volume image, thus constructing an initial three-dimensional matrix representation of binary coefficients, said binary coefficients representing a presence or absence of said specific phase in zones of said part corresponding to the voxels, characterized by the following step implemented by the processing means comprised in the tomographic system: - convoluting said initial matrix representation with a convolution matrix kernel corresponding to a predetermined reference volume, said convolution being performed by effecting a composition of three monodimensional convolutions in three independent directions, thus forming a resultant matrix representation, each resultant coefficient of which represents a volume ratio of said specific phase in said reference volume.
A process for the bleaching of wood pulp using one or more peroxide oxidising agents wherein the process includes treatment of the pulp with a mixture of chelating agents comprising: (a) a first chelating agent selected from the group consisting of: ethylenediamine- N, N' -disuccinic acid, methylglycinediacetic acid, glutamic acid N,N-diacetic acid, imino disuccinic acid and anions and mixtures thereof; and (b) a second chelating agent selected from the group consisting of: diethylene triamine pentaacetic acid, ethylenediamine tetraacetic acid, diethylenetriamine penta methylene phosphonic acid and anions and mixtures thereof. (a) a first chelating agent selected from the group consisting of: ethylenediamine- N, N' -disuccinic acid, methylglycinediacetic acid, glutamic acid N,N-diacetic acid, imino disuccinic acid and anions and mixtures thereof; and (b) a second chelating agent selected from the group consisting of: diethylene triamine pentaacetic acid, ethylenediamine tetraacetic acid, diethylenetriamine penta methylene phosphonic acid and anions and mixtures thereof.
Vaccine comprising recombinantly expressed ORF2 protein of porcine circo virus type 2 for use in prophylactically treating an animal that has circulating antibodies directed against porcine circo virus type 2, against an infection with pathogenic porcine circo virus type 2 by a single dose administration of the vaccine into the dermis of the animal.
A massage mitt comprising: a main body portion comprising a hollow interior volume whose shape and dimensions correspond to that of a user's hand, the main body portion comprising: a convex upper surface portion adapted, in use, to overlie the back of the user's hand; and a concave lower surface portion adapted, in use, to overlie the palm of the user's hand; the exterior of the mitt comprising a plurality of nodules (24, 28, 32), and characterised in that the mitt further comprises: reinforcing elements (50, 52, 54, 58) adapted, in use, to maintain, in use, the user's hand in a neutral, ergonomic position, the reinforcing elements being: a first integrally formed reinforcing element comprising a region of increased thickness formed on an interior surface of the concave lower portion of the mitt, which extends from a wrist region onto the concave lower surface portion, and a second region of increased thickness formed along the outside of the trapezium-metacarpal region of the user's thumb. a main body portion comprising a hollow interior volume whose shape and dimensions correspond to that of a user's hand, the main body portion comprising: a convex upper surface portion adapted, in use, to overlie the back of the user's hand; and a concave lower surface portion adapted, in use, to overlie the palm of the user's hand; a convex upper surface portion adapted, in use, to overlie the back of the user's hand; and a concave lower surface portion adapted, in use, to overlie the palm of the user's hand; the exterior of the mitt comprising a plurality of nodules (24, 28, 32), and characterised in that the mitt further comprises: reinforcing elements (50, 52, 54, 58) adapted, in use, to maintain, in use, the user's hand in a neutral, ergonomic position, the reinforcing elements being: a first integrally formed reinforcing element comprising a region of increased thickness formed on an interior surface of the concave lower portion of the mitt, which extends from a wrist region onto the concave lower surface portion, and a second region of increased thickness formed along the outside of the trapezium-metacarpal region of the user's thumb. a first integrally formed reinforcing element comprising a region of increased thickness formed on an interior surface of the concave lower portion of the mitt, which extends from a wrist region onto the concave lower surface portion, and a second region of increased thickness formed along the outside of the trapezium-metacarpal region of the user's thumb.
An anhydrous antiperspirant aerosol composition comprising a particulate antiperspirant active system, suspending agent, carrier oil, and liquefied propellant gas, characterised in that the particulate antiperspirant active system comprises an aluminium sesquichlorohydrate of formula Al 2 OH 4.4 Cl 1.6 to Al 2 OH 4.9 Cl 1.1 activated with a water soluble calcium salt and glycine, wherein the molar ratio of amino acid to aluminium is from 1: 5 to 1: 1.
A compound fitting formula: in a cationic, zwitterionic or anionic form, wherein: - R 1 is a group selected from among carboxyl, N-succinimidic ester and sulfosuccinidic groups; - X represents a simple bond or an alkylene group having 2 carbon atoms; - R 2 is an anionic neutral pH group A 2 selected from among the CO 2 H, SO 3 H, P OH, P R and P 2 groups wherein R is an alkyl group or an aryl group; - R 3 represents H; - the substituent R 4 comprises a 2,2'-bipyridyl group bearing a group A 4 selected from among a carboxyl, a monoalkylphosphonate, a monoarylphosphonate and a phosphonyl, or a phenanthrolinyl group bearing a carboxyl A 4 group, the substituent R4 corresponding to one of the following formulae,, and: R being an aryl or an aryl; - the substituent R 5 is identical with R 4, each of the substituents R 4 and R 5 being a monovalent substituent,the substituents R 4 and R 5 not forming together a divalent group, and - in the substituents R 2, R 4 and R 5, R is a C 1 -C 3 alkyl group or an C 5 -C 9 aryl group. - R 1 is a group selected from among carboxyl, N-succinimidic ester and sulfosuccinidic groups; - X represents a simple bond or an alkylene group having 2 carbon atoms; - R 2 is an anionic neutral pH group A 2 selected from among the CO 2 H, SO 3 H, P OH, P R and P 2 groups wherein R is an alkyl group or an aryl group; - R 3 represents H; - the substituent R 4 comprises a 2,2'-bipyridyl group bearing a group A 4 selected from among a carboxyl, a monoalkylphosphonate, a monoarylphosphonate and a phosphonyl, or a phenanthrolinyl group bearing a carboxyl A 4 group, the substituent R4 corresponding to one of the following formulae,, and: - the substituent R 5 is identical with R 4, each of the substituents R 4 and R 5 being a monovalent substituent,the substituents R 4 and R 5 not forming together a divalent group, and - in the substituents R 2, R 4 and R 5, R is a C 1 -C 3 alkyl group or an C 5 -C 9 aryl group.
A control method of an electronic device, the control method comprising: inputting at least one input data to a first artificial intelligence, Al, model, to acquire at least one output data; acquiring first usage information, based on the acquired at least one output data; acquiring first reconstruction information comprising a combination of information regarding a structure of a second AI model and information regarding a weight of a node and/or a layer of the second AI model for reconstructing the first AI model, based on the acquired first usage information; reconstructing the first AI model on the electronic device, based on the acquired first reconstruction information, to acquire the second AI model, wherein the first AI model is a general purpose AI model and the second AI model is a lightweight AI model; inputting a first input data to the acquired second AI model, to acquire a first output data; based on a reliability of the acquired first output data being less than or equal to a predetermined value, transmitting the first input data to a server; acquiring, from the server, a second output data with respect to the transmitted first input data; acquiring second usage information, based on the acquired second output data; acquiring second reconstruction information for reconstructing the second AI model, based on the acquired second usage information; and reconstructing the acquired second AI model, based on the acquired second reconstruction information, to acquire a third AI model. inputting at least one input data to a first artificial intelligence, Al, model, to acquire at least one output data; acquiring first usage information, based on the acquired at least one output data; acquiring first reconstruction information comprising a combination of information regarding a structure of a second AI model and information regarding a weight of a node and/or a layer of the second AI model for reconstructing the first AI model, based on the acquired first usage information; reconstructing the first AI model on the electronic device, based on the acquired first reconstruction information, to acquire the second AI model, wherein the first AI model is a general purpose AI model and the second AI model is a lightweight AI model; inputting a first input data to the acquired second AI model, to acquire a first output data; based on a reliability of the acquired first output data being less than or equal to a predetermined value, transmitting the first input data to a server; acquiring, from the server, a second output data with respect to the transmitted first input data; acquiring second usage information, based on the acquired second output data; acquiring second reconstruction information for reconstructing the second AI model, based on the acquired second usage information; and reconstructing the acquired second AI model, based on the acquired second reconstruction information, to acquire a third AI model.
A collapsible child support apparatus comprising a frame supporting a seat for the child, the frame and the seat having an open condition for seating a child in the seat and a collapsed condition, the frame comprising left and right frame assemblies (L, R), each frame assembly comprising a front member, a rear member and a handle member pivotally mounted together by a hinge member to allow pivotal movement of the frame members between open and collapsed conditions, the seat comprising a seat base supported by the front frame members, a seat back supported by the handle members and a seat pivot to allow the seat back and seat base to pivot between open and closed conditions, wherein each frame assembly comprises a strut of fixed length which is connected between the seat pivot and the handle member, characterised in that the seat back is supported by said handle members by being suspended from the handle members by flexible material with the length of the flexible material between connection points on the handle members and the seat back being selectively variable to allow the seat back to pivot to any one of a plurality of reclined positions relative to the seat base in the open condition and in that the strut resists movement of the seat pivot relative to the frame in the open condition to resist seat inversion.
A computer-implemented method for centrally locating a vehicle within a travel lane on a roadway, said method comprising: determining a left edge of the roadway using thermal imaging; determining a right edge of the roadway using thermal imaging; determining a centerline of the travel lane based on the determined left and right edges (112L, 112R) of the roadway; comparing the determined centerline of the travel lane with the actual position of the vehicle; and identifying any adjustment for the vehicle's position based on the comparison, characterized in that determining each of the left edge and the right edge of the roadway comprises identifying, for each of the left edge and the right edge, a thermal difference between a first thermal signature representative of a portion of the roadway being imaged and a second thermal signature representative of a non-roadway portion being imaged, the non-roadway portion being located proximate to the roadway portion. determining a left edge of the roadway using thermal imaging; determining a right edge of the roadway using thermal imaging; determining a centerline of the travel lane based on the determined left and right edges (112L, 112R) of the roadway; comparing the determined centerline of the travel lane with the actual position of the vehicle; and identifying any adjustment for the vehicle's position based on the comparison, characterized in that determining each of the left edge and the right edge of the roadway comprises identifying, for each of the left edge and the right edge, a thermal difference between a first thermal signature representative of a portion of the roadway being imaged and a second thermal signature representative of a non-roadway portion being imaged, the non-roadway portion being located proximate to the roadway portion.
An apparatus comprising: a pre-concentrator module (1002, 1302) comprising: a first three-way valve having first, second and third ports, the first port coupled to the outlet of a filter, a first trap for filtering undesired chemicals or volatile organic compounds (VOCs) and moisture from ambient air supplied to the pre-concentrator module, which trap is coupled to the second port of the first three way valve, a first pre-concentrator for collecting chemicals or volatile organic compounds (VOCs), which pre-concentrator having an inlet coupled to the third port of the first three-way valve, a second three-way valve having first, second and third ports, the first port coupled to an outlet of the first pre-concentrator, a second switch valve coupled to the second port of the second three-way valve, and a first pump coupled to the switch valve. a first three-way valve having first, second and third ports, the first port coupled to the outlet of a filter, a first trap for filtering undesired chemicals or volatile organic compounds (VOCs) and moisture from ambient air supplied to the pre-concentrator module, which trap is coupled to the second port of the first three way valve, a first pre-concentrator for collecting chemicals or volatile organic compounds (VOCs), which pre-concentrator having an inlet coupled to the third port of the first three-way valve, a second three-way valve having first, second and third ports, the first port coupled to an outlet of the first pre-concentrator, a second switch valve coupled to the second port of the second three-way valve, and a first pump coupled to the switch valve.